TRIZ Contradiction Matrix

SN Improving Parameter Worsening Parameter Principle – 1 Principle – 2 Principle – 3 Principle – 4 Principle – 5
1 Weight of moving object Weight of moving object NA NA NA NA NA
1 Weight of moving object Weight of stationary object NA NA NA NA NA
1 Weight of moving object Length of moving object Dynamics, Anti-Weight or Counter Weight, Pneumatic or Hydraulic Constructions,Rejecting and Regenerating Parts Dynamics  Anti-Weight or Counter Weight  Pneumatic or Hydraulic Constructions Rejecting and Regenerating Parts
1 Weight of moving object Length of stationary object NA NA NA NA NA
1 Weight of moving object Area of moving object Pneumatic or Hydraulic Constructions, Another Dimension, Accelerated Oxidation, Rejecting and Regenerating Parts Pneumatic or Hydraulic Constructions  Another Dimension  Accelerated Oxidation  Rejecting and Regenerating Parts
1 Weight of moving object Area of stationary object NA NA NA NA NA
1 Weight of moving object Volume of  moving object Pneumatic or Hydraulic Constructions, Separation,  Composite Materials, Replacement of Mechanical System Pneumatic or Hydraulic Constructions  Separation   Composite Materials  Replacement of Mechanical System
1 Weight of moving object Volume of stationary object NA NA NA NA NA
1 Weight of moving object Speed Separation, Anti-Weight or Counter Weight, Dynamics, Accelerated Oxidation Separation  Anti-Weight or Counter Weight  Dynamics  Accelerated Oxidation
1 Weight of moving object Force (Intensity) Anti-Weight or Counter Weight, Prior Action, Mechanical Vibration, Thermal Expansion Anti-Weight or Counter Weight  Prior Action  Mechanical Vibration  Thermal Expansion
1 Weight of moving object Stress or pressure Prior Action, Phase Transition, Thermal Expansion,  Composite Materials Prior Action  Phase Transition  Thermal Expansion   Composite Materials
1 Weight of moving object Shape Prior Action, Spheroidality, Transformation of Properties,  Composite Materials Prior Action  Spheroidality  Transformation of Properties   Composite Materials
1 Weight of moving object Stability of  the object’s composition Segmentation, Transformation of Properties, Periodic Action, Inert Environment Segmentation  Transformation of Properties  Periodic Action  Inert Environment
1 Weight of moving object Strength Replacement of Mechanical System, Dispose, Mechanical Vibration,  Composite Materials Replacement of Mechanical System  Dispose  Mechanical Vibration   Composite Materials
1 Weight of moving object Duration of action of moving object Merging, Rejecting and Regenerating Parts, Porous Material, Transformation of Properties Merging  Rejecting and Regenerating Parts  Porous Material  Transformation of Properties
1 Weight of moving object Duration of action by stationary object NA NA NA NA NA
1 Weight of moving object Temperature Universality, Pneumatic or Hydraulic Constructions, Asymmetry, Accelerated Oxidation Universality  Pneumatic or Hydraulic Constructions  Asymmetry  Accelerated Oxidation
1 Weight of moving object Illumination intensity Periodic Action, Segmentation, Changing the Color Periodic Action  Segmentation  Changing the Color NA
1 Weight of moving object Use of energy by moving object Transformation of Properties, Equipotentiality, Rejecting and Regenerating Parts, Porous Material Transformation of Properties  Equipotentiality  Rejecting and Regenerating Parts  Porous Material
1 Weight of moving object Use of energy by stationary object NA NA NA NA NA
1 Weight of moving object Power Equipotentiality, Phase Transition, Mechanical Vibration, Porous Material Equipotentiality  Phase Transition  Mechanical Vibration  Porous Material
1 Weight of moving object Loss of Energy Universality, Separation, Rejecting and Regenerating Parts, Periodic Action Universality  Separation  Rejecting and Regenerating Parts  Periodic Action
1 Weight of moving object Loss of substance Merging, Transformation of Properties, Local Quality, Porous Material Merging  Transformation of Properties  Local Quality  Porous Material
1 Weight of moving object Loss of Information Prior Action, Mediator, Transformation of Properties Prior Action  Mediator  Transformation of Properties NA
1 Weight of moving object Loss of Time Prior Action, Transformation of Properties, Continuity of Useful Action, Replacement of Mechanical System Prior Action  Transformation of Properties  Continuity of Useful Action  Replacement of Mechanical System
1 Weight of moving object Quantity of substance/the matter Local Quality, Copying, Mechanical Vibration, Porous Material Local Quality  Copying  Mechanical Vibration  Porous Material
1 Weight of moving object Reliability Segmentation, Local Quality, Cushion in Advance, Dispose Segmentation  Local Quality  Cushion in Advance  Dispose
1 Weight of moving object Measurement accuracy Replacement of Mechanical System, Dispose, Transformation of Properties, Copying Replacement of Mechanical System  Dispose  Transformation of Properties  Copying
1 Weight of moving object Manufacturing precision Replacement of Mechanical System, Transformation of Properties, Copying, Mechanical Vibration Replacement of Mechanical System  Transformation of Properties  Copying  Mechanical Vibration
1 Weight of moving object Object-affected harmful factors Convert Harm Into Benefit, Separation, Segmentation, Mechanical Vibration, Dispose Convert Harm Into Benefit  Separation  Segmentation  Mechanical Vibration
1 Weight of moving object Object-generated harmful factors Convert Harm Into Benefit, Transformation of Properties, Porous Material, Inert Environment Convert Harm Into Benefit  Transformation of Properties  Porous Material  Inert Environment
1 Weight of moving object Ease of manufacture Dispose, Replacement of Mechanical System, Segmentation, Phase Transition Dispose  Replacement of Mechanical System  Segmentation  Phase Transition
1 Weight of moving object Ease of operation Transformation of Properties, Local Quality, Separation, Mediator Transformation of Properties  Local Quality  Separation  Mediator
1 Weight of moving object Ease of repair Separation, Dispose, Replacement of Mechanical System, Cushion in Advance Separation  Dispose  Replacement of Mechanical System  Cushion in Advance
1 Weight of moving object Adaptability or versatility Pneumatic or Hydraulic Constructions, Merging, Dynamics, Anti-Weight or Counter Weight Pneumatic or Hydraulic Constructions  Merging  Dynamics  Anti-Weight or Counter Weight
1 Weight of moving object Device complexity Copying, Flexible Membranes or Thin Films, Phase Transition, Rejecting and Regenerating Parts Copying  Flexible Membranes or Thin Films  Phase Transition  Rejecting and Regenerating Parts
1 Weight of moving object Difficulty of detecting and measuring Replacement of Mechanical System, Pneumatic or Hydraulic Constructions, Copying, Changing the Color Replacement of Mechanical System  Pneumatic or Hydraulic Constructions  Copying  Changing the Color
1 Weight of moving object Extent of automation Copying, Transformation of Properties, Mechanical Vibration, Periodic Action Copying  Transformation of Properties  Mechanical Vibration  Periodic Action
1 Weight of moving object Productivity Transformation of Properties, Local Quality, Mediator, Thermal Expansion Transformation of Properties  Local Quality  Mediator  Thermal Expansion
2 Weight of stationary object Weight of moving object NA NA NA NA NA
2 Weight of stationary object Weight of stationary object NA NA NA NA NA
2 Weight of stationary object Length of moving object NA NA NA NA NA
2 Weight of stationary object Length of stationary object Prior Action, Segmentation, Pneumatic or Hydraulic Constructions, Transformation of Properties Prior Action  Segmentation  Pneumatic or Hydraulic Constructions  Transformation of Properties
2 Weight of stationary object Area of moving object NA NA NA NA NA
2 Weight of stationary object Area of stationary object Transformation of Properties, Flexible Membranes or Thin Films, Inversion, Separation Transformation of Properties  Flexible Membranes or Thin Films  Inversion  Separation
2 Weight of stationary object Volume of  moving object NA NA NA NA NA
2 Weight of stationary object Volume of stationary object Merging, Transformation of Properties, Spheroidality, Separation Merging  Transformation of Properties  Spheroidality  Separation
2 Weight of stationary object Speed NA NA NA NA NA
2 Weight of stationary object Force (Intensity) Anti-Weight or Counter Weight, Prior Action, Periodic Action, Transformation of Properties Anti-Weight or Counter Weight  Prior Action  Periodic Action  Transformation of Properties
2 Weight of stationary object Stress or pressure Inversion, Pneumatic or Hydraulic Constructions, Prior Action, Mechanical Vibration Inversion  Pneumatic or Hydraulic Constructions  Prior Action  Mechanical Vibration
2 Weight of stationary object Shape Inversion, Prior Action, Pneumatic or Hydraulic Constructions, Spheroidality Inversion  Prior Action  Pneumatic or Hydraulic Constructions  Spheroidality
2 Weight of stationary object Stability of  the object’s composition Copying, Inert Environment, Segmentation,  Composite Materials Copying  Inert Environment  Segmentation   Composite Materials
2 Weight of stationary object Strength Replacement of Mechanical System, Separation, Prior Action, Dispose Replacement of Mechanical System  Separation  Prior Action  Dispose
2 Weight of stationary object Duration of action of moving object NA NA NA NA NA
2 Weight of stationary object Duration of action by stationary object Separation, Dispose, Periodic Action, Universality Separation  Dispose  Periodic Action  Universality
2 Weight of stationary object Temperature Replacement of Mechanical System, Periodic Action, Changing the Color, Convert Harm Into Benefit Replacement of Mechanical System  Periodic Action  Changing the Color  Convert Harm Into Benefit
2 Weight of stationary object Illumination intensity Periodic Action, Changing the Color, Transformation of Properties Periodic Action  Changing the Color  Transformation of Properties NA
2 Weight of stationary object Use of energy by moving object NA NA NA NA NA
2 Weight of stationary object Use of energy by stationary object Mechanical Vibration, Periodic Action, Replacement of Mechanical System, Segmentation Mechanical Vibration  Periodic Action  Replacement of Mechanical System  Segmentation
2 Weight of stationary object Power Dynamics, Periodic Action, Mechanical Vibration, Convert Harm Into Benefit Dynamics  Periodic Action  Mechanical Vibration  Convert Harm Into Benefit
2 Weight of stationary object Loss of Energy Mechanical Vibration, Periodic Action, Replacement of Mechanical System, Dynamics Mechanical Vibration  Periodic Action  Replacement of Mechanical System  Dynamics
2 Weight of stationary object Loss of substance Merging, Anti-Weight or Counter Weight, Inversion, Flexible Membranes or Thin Films Merging  Anti-Weight or Counter Weight  Inversion  Flexible Membranes or Thin Films
2 Weight of stationary object Loss of Information Prior Action, Dynamics, Transformation of Properties Prior Action  Dynamics  Transformation of Properties NA
2 Weight of stationary object Loss of Time Prior Action, Continuity of Useful Action, Transformation of Properties, Copying Prior Action  Continuity of Useful Action  Transformation of Properties  Copying
2 Weight of stationary object Quantity of substance/the matter Periodic Action, Universality, Mechanical Vibration, Copying Periodic Action  Universality  Mechanical Vibration  Copying
2 Weight of stationary object Reliability Prior Action, Replacement of Mechanical System, Anti-Weight or Counter Weight, Local Quality Prior Action  Replacement of Mechanical System  Anti-Weight or Counter Weight  Local Quality
2 Weight of stationary object Measurement accuracy Mechanical Vibration, Copying, Replacement of Mechanical System Mechanical Vibration  Copying  Replacement of Mechanical System NA
2 Weight of stationary object Manufacturing precision Prior Action, Segmentation, Transformation of Properties, Another Dimension Prior Action  Segmentation  Transformation of Properties  Another Dimension
2 Weight of stationary object Object-affected harmful factors Separation, Periodic Action, Convert Harm Into Benefit, Thermal Expansion Separation  Periodic Action  Convert Harm Into Benefit  Thermal Expansion
2 Weight of stationary object Object-generated harmful factors Transformation of Properties, Convert Harm Into Benefit, Segmentation, Inert Environment Transformation of Properties  Convert Harm Into Benefit  Segmentation  Inert Environment
2 Weight of stationary object Ease of manufacture Replacement of Mechanical System, Segmentation, Prior Counteraction Replacement of Mechanical System  Segmentation  Prior Counteraction NA
2 Weight of stationary object Ease of operation Universality, Inversion, Segmentation, Changing the Color Universality  Inversion  Segmentation  Changing the Color
2 Weight of stationary object Ease of repair Separation, Dispose, Replacement of Mechanical System, Cushion in Advance Separation  Dispose  Replacement of Mechanical System  Cushion in Advance
2 Weight of stationary object Adaptability or versatility Periodic Action, Dynamics, Pneumatic or Hydraulic Constructions Periodic Action  Dynamics  Pneumatic or Hydraulic Constructions NA
2 Weight of stationary object Device complexity Segmentation, Prior Action, Copying, Inert Environment Segmentation  Prior Action  Copying  Inert Environment
2 Weight of stationary object Difficulty of detecting and measuring Self-service, Replacement of Mechanical System, Another Dimension, Dynamics Self-service  Replacement of Mechanical System  Another Dimension  Dynamics
2 Weight of stationary object Extent of automation Separation, Copying, Transformation of Properties Separation  Copying  Transformation of Properties NA
2 Weight of stationary object Productivity Segmentation, Replacement of Mechanical System, Dynamics, Transformation of Properties Segmentation  Replacement of Mechanical System  Dynamics  Transformation of Properties
3 Length of moving object Weight of moving object Anti-Weight or Counter Weight, Dynamics, Pneumatic or Hydraulic Constructions, Rejecting and Regenerating Parts Anti-Weight or Counter Weight  Dynamics  Pneumatic or Hydraulic Constructions  Rejecting and Regenerating Parts
3 Length of moving object Weight of stationary object NA NA NA NA NA
3 Length of moving object Length of moving object NA NA NA NA NA
3 Length of moving object Length of stationary object NA NA NA NA NA
3 Length of moving object Area of moving object Dynamics, Another Dimension, Asymmetry Dynamics  Another Dimension  Asymmetry NA
3 Length of moving object Area of stationary object NA NA NA NA NA
3 Length of moving object Volume of  moving object Nesting, Another Dimension, Asymmetry, Transformation of Properties Nesting  Another Dimension  Asymmetry  Transformation of Properties
3 Length of moving object Volume of stationary object NA NA NA NA NA
3 Length of moving object Speed Inversion, Asymmetry, Anti-Weight or Counter Weight Inversion  Asymmetry  Anti-Weight or Counter Weight NA
3 Length of moving object Force (Intensity) Another Dimension, Prior Action, Asymmetry Another Dimension  Prior Action  Asymmetry NA
3 Length of moving object Stress or pressure Segmentation, Anti-Weight or Counter Weight, Transformation of Properties Segmentation  Anti-Weight or Counter Weight  Transformation of Properties NA
3 Length of moving object Shape Segmentation, Anti-Weight or Counter Weight, Prior Action, Pneumatic or Hydraulic Constructions Segmentation  Anti-Weight or Counter Weight  Prior Action  Pneumatic or Hydraulic Constructions
3 Length of moving object Stability of  the object’s composition Segmentation, Anti-Weight or Counter Weight, Dynamics, Rejecting and Regenerating Parts Segmentation  Anti-Weight or Counter Weight  Dynamics  Rejecting and Regenerating Parts
3 Length of moving object Strength Anti-Weight or Counter Weight, Transformation of Properties, Pneumatic or Hydraulic Constructions, Rejecting and Regenerating Parts Anti-Weight or Counter Weight  Transformation of Properties  Pneumatic or Hydraulic Constructions  Rejecting and Regenerating Parts
3 Length of moving object Duration of action of moving object Periodic Action Periodic Action NA NA NA
3 Length of moving object Duration of action by stationary object NA NA NA NA NA
3 Length of moving object Temperature Prior Action, Dynamics, Periodic Action Prior Action  Dynamics  Periodic Action NA
3 Length of moving object Illumination intensity Changing the Color Changing the Color NA NA NA
3 Length of moving object Use of energy by moving object Anti-Weight or Counter Weight, Transformation of Properties, Mediator Anti-Weight or Counter Weight  Transformation of Properties  Mediator NA
3 Length of moving object Use of energy by stationary object NA NA NA NA NA
3 Length of moving object Power Segmentation, Transformation of Properties Segmentation  Transformation of Properties NA NA
3 Length of moving object Loss of Energy Nesting, Separation, Transformation of Properties, Inert Environment Nesting  Separation  Transformation of Properties  Inert Environment
3 Length of moving object Loss of substance Asymmetry, Pneumatic or Hydraulic Constructions, Feedback, Prior Action Asymmetry  Pneumatic or Hydraulic Constructions  Feedback  Prior Action
3 Length of moving object Loss of Information Segmentation, Mediator Segmentation  Mediator NA NA
3 Length of moving object Loss of Time Dynamics, Separation, Pneumatic or Hydraulic Constructions Dynamics  Separation  Pneumatic or Hydraulic Constructions NA
3 Length of moving object Quantity of substance/the matter Pneumatic or Hydraulic Constructions, Transformation of Properties Pneumatic or Hydraulic Constructions  Transformation of Properties NA NA
3 Length of moving object Reliability Prior Action, Spheroidality, Pneumatic or Hydraulic Constructions,  Composite Materials Prior Action  Spheroidality  Pneumatic or Hydraulic Constructions   Composite Materials
3 Length of moving object Measurement accuracy Replacement of Mechanical System, Changing the Color, Asymmetry Replacement of Mechanical System  Changing the Color  Asymmetry NA
3 Length of moving object Manufacturing precision Prior Action, Replacement of Mechanical System, Pneumatic or Hydraulic Constructions, Thermal Expansion Prior Action  Replacement of Mechanical System  Pneumatic or Hydraulic Constructions  Thermal Expansion
3 Length of moving object Object-affected harmful factors Segmentation, Dynamics, Another Dimension, Mediator Segmentation  Dynamics  Another Dimension  Mediator
3 Length of moving object Object-generated harmful factors Another Dimension, Dynamics Another Dimension  Dynamics NA NA
3 Length of moving object Ease of manufacture Segmentation, Pneumatic or Hydraulic Constructions, Another Dimension Segmentation  Pneumatic or Hydraulic Constructions  Another Dimension NA
3 Length of moving object Ease of operation Dynamics, Pneumatic or Hydraulic Constructions, Transformation of Properties, Asymmetry Dynamics  Pneumatic or Hydraulic Constructions  Transformation of Properties  Asymmetry
3 Length of moving object Ease of repair Segmentation, Replacement of Mechanical System, Prior Action Segmentation  Replacement of Mechanical System  Prior Action NA
3 Length of moving object Adaptability or versatility Spheroidality, Dynamics, Segmentation, Partial or Excessive Action Spheroidality  Dynamics  Segmentation  Partial or Excessive Action
3 Length of moving object Device complexity Segmentation, Periodic Action, Copying, Mediator Segmentation  Periodic Action  Copying  Mediator
3 Length of moving object Difficulty of detecting and measuring Transformation of Properties, Segmentation, Copying, Mediator Transformation of Properties  Segmentation  Copying  Mediator
3 Length of moving object Extent of automation Another Dimension, Mediator, Copying, Partial or Excessive Action Another Dimension  Mediator  Copying  Partial or Excessive Action
3 Length of moving object Productivity Spheroidality, Asymmetry, Replacement of Mechanical System, Pneumatic or Hydraulic Constructions Spheroidality  Asymmetry  Replacement of Mechanical System  Pneumatic or Hydraulic Constructions
4 Length of stationary object Weight of moving object NA NA NA NA NA
4 Length of stationary object Weight of stationary object Transformation of Properties, Replacement of Mechanical System,  Composite Materials, Pneumatic or Hydraulic Constructions Transformation of Properties  Replacement of Mechanical System   Composite Materials  Pneumatic or Hydraulic Constructions
4 Length of stationary object Length of moving object NA NA NA NA NA
4 Length of stationary object Length of stationary object NA NA NA NA NA
4 Length of stationary object Area of moving object NA NA NA NA NA
4 Length of stationary object Area of stationary object Another Dimension, Nesting, Prior Action,  Composite Materials Another Dimension  Nesting  Prior Action   Composite Materials
4 Length of stationary object Volume of  moving object NA NA NA NA NA
4 Length of stationary object Volume of stationary object Transformation of Properties, Anti-Weight or Counter Weight, Separation,Spheroidality Transformation of Properties  Anti-Weight or Counter Weight  Separation Spheroidality
4 Length of stationary object Speed NA NA NA NA NA
4 Length of stationary object Force (Intensity) Replacement of Mechanical System, Prior Action Replacement of Mechanical System  Prior Action NA NA
4 Length of stationary object Stress or pressure Segmentation, Spheroidality, Transformation of Properties Segmentation  Spheroidality  Transformation of Properties NA
4 Length of stationary object Shape Inversion, Spheroidality, Dynamics, Nesting Inversion  Spheroidality  Dynamics  Nesting
4 Length of stationary object Stability of  the object’s composition Inert Environment, Thermal Expansion, Transformation of Properties Inert Environment  Thermal Expansion  Transformation of Properties NA
4 Length of stationary object Strength Dynamics, Spheroidality, Replacement of Mechanical System, Copying Dynamics  Spheroidality  Replacement of Mechanical System  Copying
4 Length of stationary object Duration of action of moving object NA NA NA NA NA
4 Length of stationary object Duration of action by stationary object Segmentation, Prior Action, Transformation of Properties Segmentation  Prior Action  Transformation of Properties NA
4 Length of stationary object Temperature Local Quality, Transformation of Properties, Accelerated Oxidation, Mechanical Vibration Local Quality  Transformation of Properties  Accelerated Oxidation  Mechanical Vibration
4 Length of stationary object Illumination intensity Local Quality, Self-service Local Quality  Self-service NA NA
4 Length of stationary object Use of energy by moving object NA NA NA NA NA
4 Length of stationary object Use of energy by stationary object NA NA NA NA NA
4 Length of stationary object Power Equipotentiality, Anti-Weight or Counter Weight Equipotentiality  Anti-Weight or Counter Weight NA NA
4 Length of stationary object Loss of Energy Universality, Replacement of Mechanical System Universality  Replacement of Mechanical System NA NA
4 Length of stationary object Loss of substance Prior Action, Replacement of Mechanical System, Mediator, Transformation of Properties Prior Action  Replacement of Mechanical System  Mediator  Transformation of Properties
4 Length of stationary object Loss of Information Mediator, Copying, Mediator  Copying NA
4 Length of stationary object Loss of Time Flexible Membranes or Thin Films, Pneumatic or Hydraulic Constructions, Spheroidality Flexible Membranes or Thin Films  Pneumatic or Hydraulic Constructions  Spheroidality NA
4 Length of stationary object Quantity of substance/the matter NA NA NA NA NA
4 Length of stationary object Reliability Dynamics, Pneumatic or Hydraulic Constructions, Replacement of Mechanical System Dynamics  Pneumatic or Hydraulic Constructions  Replacement of Mechanical System NA
4 Length of stationary object Measurement accuracy Changing the Color, Replacement of Mechanical System, Local Quality Changing the Color  Replacement of Mechanical System  Local Quality NA
4 Length of stationary object Manufacturing precision Separation, Changing the Color, Prior Action Separation  Changing the Color  Prior Action NA
4 Length of stationary object Object-affected harmful factors Segmentation, Mechanical Vibration Segmentation  Mechanical Vibration NA NA
4 Length of stationary object Object-generated harmful factors NA NA NA NA NA
4 Length of stationary object Ease of manufacture Dynamics, Another Dimension, Dispose Dynamics  Another Dimension  Dispose NA
4 Length of stationary object Ease of operation Separation, Self-service Separation  Self-service NA NA
4 Length of stationary object Ease of repair Local Quality Local Quality NA NA NA
4 Length of stationary object Adaptability or versatility Segmentation, Transformation of Properties Segmentation  Transformation of Properties NA NA
4 Length of stationary object Device complexity Segmentation, Copying Segmentation  Copying NA NA
4 Length of stationary object Difficulty of detecting and measuring Copying Copying NA NA NA
4 Length of stationary object Extent of automation NA NA NA NA NA
4 Length of stationary object Productivity Flexible Membranes or Thin Films, Spheroidality, Nesting, Copying Flexible Membranes or Thin Films  Spheroidality  Nesting  Copying
5 Area of moving object Weight of moving object Separation, Another Dimension, Pneumatic or Hydraulic Constructions, Asymmetry Separation  Another Dimension  Pneumatic or Hydraulic Constructions  Asymmetry
5 Area of moving object Weight of stationary object NA NA NA NA NA
5 Area of moving object Length of moving object Spheroidality, Dynamics, Mechanical Vibration, Asymmetry Spheroidality  Dynamics  Mechanical Vibration  Asymmetry
5 Area of moving object Length of stationary object NA NA NA NA NA
5 Area of moving object Area of moving object NA NA NA NA NA
5 Area of moving object Area of stationary object NA NA NA NA NA
5 Area of moving object Volume of  moving object Nesting, Spheroidality, Another Dimension, Asymmetry Nesting  Spheroidality  Another Dimension  Asymmetry
5 Area of moving object Volume of stationary object NA NA NA NA NA
5 Area of moving object Speed Pneumatic or Hydraulic Constructions, Flexible Membranes or Thin Films, Asymmetry, Rejecting and Regenerating Parts Pneumatic or Hydraulic Constructions  Flexible Membranes or Thin Films  Asymmetry  Rejecting and Regenerating Parts
5 Area of moving object Force (Intensity) Periodic Action, Flexible Membranes or Thin Films, Transformation of Properties, Separation Periodic Action  Flexible Membranes or Thin Films  Transformation of Properties  Separation
5 Area of moving object Stress or pressure Prior Action, Dynamics, Phase Transition, Replacement of Mechanical System Prior Action  Dynamics  Phase Transition  Replacement of Mechanical System
5 Area of moving object Shape Merging, Rejecting and Regenerating Parts, Pneumatic or Hydraulic Constructions, Asymmetry Merging  Rejecting and Regenerating Parts  Pneumatic or Hydraulic Constructions  Asymmetry
5 Area of moving object Stability of  the object’s composition Cushion in Advance, Separation, Inversion, Inert Environment Cushion in Advance  Separation  Inversion  Inert Environment
5 Area of moving object Strength Local Quality, Dynamics,  Composite Materials, Spheroidality Local Quality  Dynamics   Composite Materials  Spheroidality
5 Area of moving object Duration of action of moving object Universality, Local Quality Universality  Local Quality NA NA
5 Area of moving object Duration of action by stationary object NA NA NA NA NA
5 Area of moving object Temperature Separation, Dynamics, Partial or Excessive Action Separation  Dynamics  Partial or Excessive Action NA
5 Area of moving object Illumination intensity Dynamics, Changing the Color, Periodic Action, Inversion Dynamics  Changing the Color  Periodic Action  Inversion
5 Area of moving object Use of energy by moving object Periodic Action, Changing the Color Periodic Action  Changing the Color NA NA
5 Area of moving object Use of energy by stationary object NA NA NA NA NA
5 Area of moving object Power Periodic Action, Prior Action, Changing the Color, Mechanical Vibration Periodic Action  Prior Action  Changing the Color  Mechanical Vibration
5 Area of moving object Loss of Energy Dynamics, Another Dimension, Flexible Membranes or Thin Films, Copying Dynamics  Another Dimension  Flexible Membranes or Thin Films  Copying
5 Area of moving object Loss of substance Prior Action, Transformation of Properties, Separation, Inert Environment Prior Action  Transformation of Properties  Separation  Inert Environment
5 Area of moving object Loss of Information Flexible Membranes or Thin Films, Copying Flexible Membranes or Thin Films  Copying NA NA
5 Area of moving object Loss of Time Copying, Asymmetry Copying  Asymmetry NA NA
5 Area of moving object Quantity of substance/the matter Pneumatic or Hydraulic Constructions, Flexible Membranes or Thin Films, Universality, Inversion Pneumatic or Hydraulic Constructions  Flexible Membranes or Thin Films  Universality  Inversion
5 Area of moving object Reliability Pneumatic or Hydraulic Constructions, Prior Counteraction Pneumatic or Hydraulic Constructions  Prior Counteraction NA NA
5 Area of moving object Measurement accuracy Copying, Replacement of Mechanical System, Changing the Color, Local Quality Copying  Replacement of Mechanical System  Changing the Color  Local Quality
5 Area of moving object Manufacturing precision Separation, Changing the Color Separation  Changing the Color NA NA
5 Area of moving object Object-affected harmful factors Convert Harm Into Benefit, Homogeneity, Replacement of Mechanical System, Segmentation Convert Harm Into Benefit  Homogeneity  Replacement of Mechanical System  Segmentation
5 Area of moving object Object-generated harmful factors Another Dimension, Separation, Mechanical Vibration, Inert Environment Another Dimension  Separation  Mechanical Vibration  Inert Environment
5 Area of moving object Ease of manufacture Inversion, Segmentation, Copying, Mediator Inversion  Segmentation  Copying  Mediator
5 Area of moving object Ease of operation Dynamics, Another Dimension, Inversion, Partial or Excessive Action Dynamics  Another Dimension  Inversion  Partial or Excessive Action
5 Area of moving object Ease of repair Dynamics, Inversion, Prior Action, Segmentation Dynamics  Inversion  Prior Action  Segmentation
5 Area of moving object Adaptability or versatility Dynamics, Flexible Membranes or Thin Films Dynamics  Flexible Membranes or Thin Films NA NA
5 Area of moving object Device complexity Spheroidality, Segmentation, Inversion Spheroidality  Segmentation  Inversion NA
5 Area of moving object Difficulty of detecting and measuring Separation, Phase Transition, Copying, Mechanical Vibration Separation  Phase Transition  Copying  Mechanical Vibration
5 Area of moving object Extent of automation Spheroidality, Flexible Membranes or Thin Films, Replacement of Mechanical System, Feedback Spheroidality  Flexible Membranes or Thin Films  Replacement of Mechanical System  Feedback
5 Area of moving object Productivity Prior Action, Copying, Rejecting and Regenerating Parts, Separation Prior Action  Copying  Rejecting and Regenerating Parts  Separation
6 Area of stationary object Weight of moving object NA NA NA NA NA
6 Area of stationary object Weight of stationary object Flexible Membranes or Thin Films, Separation, Spheroidality, Mechanical Vibration Flexible Membranes or Thin Films  Separation  Spheroidality  Mechanical Vibration
6 Area of stationary object Length of moving object NA NA NA NA NA
6 Area of stationary object Length of stationary object Copying, Nesting, Prior Counteraction, Inert Environment Copying  Nesting  Prior Counteraction  Inert Environment
6 Area of stationary object Area of moving object NA NA NA NA NA
6 Area of stationary object Area of stationary object NA NA NA NA NA
6 Area of stationary object Volume of  moving object NA NA NA NA NA
6 Area of stationary object Volume of stationary object NA NA NA NA NA
6 Area of stationary object Speed NA NA NA NA NA
6 Area of stationary object Force (Intensity) Segmentation, Mechanical Vibration, Transformation of Properties, Phase Transition Segmentation  Mechanical Vibration  Transformation of Properties  Phase Transition
6 Area of stationary object Stress or pressure Prior Action, Dynamics, Phase Transition, Thermal Expansion Prior Action  Dynamics  Phase Transition  Thermal Expansion
6 Area of stationary object Shape NA NA NA NA NA
6 Area of stationary object Stability of  the object’s composition Separation, Accelerated Oxidation Separation  Accelerated Oxidation NA NA
6 Area of stationary object Strength  Composite Materials  Composite Materials NA NA NA
6 Area of stationary object Duration of action of moving object NA NA NA NA NA
6 Area of stationary object Duration of action by stationary object Separation, Prior Action, Periodic Action, Flexible Membranes or Thin Films Separation  Prior Action  Periodic Action  Flexible Membranes or Thin Films
6 Area of stationary object Temperature Transformation of Properties, Inert Environment, Accelerated Oxidation Transformation of Properties  Inert Environment  Accelerated Oxidation NA
6 Area of stationary object Illumination intensity NA NA NA NA NA
6 Area of stationary object Use of energy by moving object NA NA NA NA NA
6 Area of stationary object Use of energy by stationary object NA NA NA NA NA
6 Area of stationary object Power Another Dimension, Changing the Color Another Dimension  Changing the Color NA NA
6 Area of stationary object Loss of Energy Another Dimension, Nesting, Flexible Membranes or Thin Films Another Dimension  Nesting  Flexible Membranes or Thin Films NA
6 Area of stationary object Loss of substance Prior Action, Spheroidality, Mechanical Vibration, Inert Environment Prior Action  Spheroidality  Mechanical Vibration  Inert Environment
6 Area of stationary object Loss of Information Flexible Membranes or Thin Films, Partial or Excessive Action Flexible Membranes or Thin Films  Partial or Excessive Action NA NA
6 Area of stationary object Loss of Time Prior Action, Transformation of Properties, Asymmetry, Mechanical Vibration Prior Action  Transformation of Properties  Asymmetry  Mechanical Vibration
6 Area of stationary object Quantity of substance/the matter Separation, Mechanical Vibration,  Composite Materials, Asymmetry Separation  Mechanical Vibration   Composite Materials  Asymmetry
6 Area of stationary object Reliability Changing the Color, Transformation of Properties,  Composite Materials, Asymmetry Changing the Color  Transformation of Properties   Composite Materials  Asymmetry
6 Area of stationary object Measurement accuracy Copying, Replacement of Mechanical System, Changing the Color, Local Quality Copying  Replacement of Mechanical System  Changing the Color  Local Quality
6 Area of stationary object Manufacturing precision Separation, Pneumatic or Hydraulic Constructions, Mechanical Vibration, Phase Transition Separation  Pneumatic or Hydraulic Constructions  Mechanical Vibration  Phase Transition
6 Area of stationary object Object-affected harmful factors Dispose, Separation, Inert Environment, Transformation of Properties Dispose  Separation  Inert Environment  Transformation of Properties
6 Area of stationary object Object-generated harmful factors Convert Harm Into Benefit, Segmentation,  Composite Materials Convert Harm Into Benefit  Segmentation   Composite Materials NA
6 Area of stationary object Ease of manufacture  Composite Materials, Partial or Excessive Action  Composite Materials  Partial or Excessive Action NA NA
6 Area of stationary object Ease of operation Partial or Excessive Action, Asymmetry Partial or Excessive Action  Asymmetry NA NA
6 Area of stationary object Ease of repair Partial or Excessive Action Partial or Excessive Action NA NA NA
6 Area of stationary object Adaptability or versatility Dynamics, Partial or Excessive Action Dynamics  Partial or Excessive Action NA NA
6 Area of stationary object Device complexity Segmentation, Mechanical Vibration, Phase Transition Segmentation  Mechanical Vibration  Phase Transition NA
6 Area of stationary object Difficulty of detecting and measuring Separation, Transformation of Properties, Flexible Membranes or Thin Films, Mechanical Vibration Separation  Transformation of Properties  Flexible Membranes or Thin Films  Mechanical Vibration
6 Area of stationary object Extent of automation Feedback Feedback NA NA NA
6 Area of stationary object Productivity Prior Action, Dynamics, Another Dimension, Nesting Prior Action  Dynamics  Another Dimension  Nesting
7 Volume of  moving object Weight of moving object Separation, Copying, Pneumatic or Hydraulic Constructions,  Composite Materials Separation  Copying  Pneumatic or Hydraulic Constructions   Composite Materials
7 Volume of  moving object Weight of stationary object NA NA NA NA NA
7 Volume of  moving object Length of moving object Segmentation, Nesting, Asymmetry, Transformation of Properties Segmentation  Nesting  Asymmetry  Transformation of Properties
7 Volume of  moving object Length of stationary object NA NA NA NA NA
7 Volume of  moving object Area of moving object Segmentation, Nesting, Asymmetry, Another Dimension Segmentation  Nesting  Asymmetry  Another Dimension
7 Volume of  moving object Area of stationary object NA NA NA NA NA
7 Volume of  moving object Volume of  moving object NA NA NA NA NA
7 Volume of  moving object Volume of stationary object NA NA NA NA NA
7 Volume of  moving object Speed Pneumatic or Hydraulic Constructions, Asymmetry, Accelerated Oxidation, Rejecting and Regenerating Parts Pneumatic or Hydraulic Constructions  Asymmetry  Accelerated Oxidation  Rejecting and Regenerating Parts
7 Volume of  moving object Force (Intensity) Dynamics, Transformation of Properties, Phase Transition, Thermal Expansion Dynamics  Transformation of Properties  Phase Transition  Thermal Expansion
7 Volume of  moving object Stress or pressure Universality, Transformation of Properties, Phase Transition, Thermal Expansion Universality  Transformation of Properties  Phase Transition  Thermal Expansion
7 Volume of  moving object Shape Segmentation, Dynamics, Pneumatic or Hydraulic Constructions, Asymmetry Segmentation  Dynamics  Pneumatic or Hydraulic Constructions  Asymmetry
7 Volume of  moving object Stability of  the object’s composition Replacement of Mechanical System, Prior Action, Segmentation, Inert Environment Replacement of Mechanical System  Prior Action  Segmentation  Inert Environment
7 Volume of  moving object Strength Prior Counteraction, Spheroidality, Dynamics, Nesting Prior Counteraction  Spheroidality  Dynamics  Nesting
7 Volume of  moving object Duration of action of moving object Universality, Transformation of Properties, Asymmetry Universality  Transformation of Properties  Asymmetry NA
7 Volume of  moving object Duration of action by stationary object NA NA NA NA NA
7 Volume of  moving object Temperature Rejecting and Regenerating Parts, Inert Environment, Prior Action, Mechanical Vibration Rejecting and Regenerating Parts  Inert Environment  Prior Action  Mechanical Vibration
7 Volume of  moving object Illumination intensity Separation, Inversion, Prior Action Separation  Inversion  Prior Action NA
7 Volume of  moving object Use of energy by moving object Transformation of Properties Transformation of Properties NA NA NA
7 Volume of  moving object Use of energy by stationary object NA NA NA NA NA
7 Volume of  moving object Power Transformation of Properties, Universality, Inversion, Mechanical Vibration Transformation of Properties  Universality  Inversion  Mechanical Vibration
7 Volume of  moving object Loss of Energy Nesting, Dynamics, Inversion, Partial or Excessive Action Nesting  Dynamics  Inversion  Partial or Excessive Action
7 Volume of  moving object Loss of substance Phase Transition, Inert Environment, Rejecting and Regenerating Parts, Prior Action Phase Transition  Inert Environment  Rejecting and Regenerating Parts  Prior Action
7 Volume of  moving object Loss of Information Separation, Convert Harm Into Benefit Separation  Convert Harm Into Benefit NA NA
7 Volume of  moving object Loss of Time Separation, Universality, Rejecting and Regenerating Parts, Prior Action Separation  Universality  Rejecting and Regenerating Parts  Prior Action
7 Volume of  moving object Quantity of substance/the matter Pneumatic or Hydraulic Constructions, Flexible Membranes or Thin Films, Nesting Pneumatic or Hydraulic Constructions  Flexible Membranes or Thin Films  Nesting NA
7 Volume of  moving object Reliability Spheroidality, Segmentation,  Composite Materials, Cushion in Advance Spheroidality  Segmentation   Composite Materials  Cushion in Advance
7 Volume of  moving object Measurement accuracy Self-service, Copying, Replacement of Mechanical System Self-service  Copying  Replacement of Mechanical System NA
7 Volume of  moving object Manufacturing precision Self-service, Replacement of Mechanical System, Separation, Partial or Excessive Action Self-service  Replacement of Mechanical System  Separation  Partial or Excessive Action
7 Volume of  moving object Object-affected harmful factors Convert Harm Into Benefit, Separation, Segmentation, Dispose, Transformation of Properties Convert Harm Into Benefit  Separation  Segmentation  Dispose
7 Volume of  moving object Object-generated harmful factors Another Dimension, Separation,  Composite Materials, Segmentation Another Dimension  Separation   Composite Materials  Segmentation
7 Volume of  moving object Ease of manufacture Pneumatic or Hydraulic Constructions, Segmentation,  Composite Materials Pneumatic or Hydraulic Constructions  Segmentation   Composite Materials NA
7 Volume of  moving object Ease of operation Dynamics, Inversion, Flexible Membranes or Thin Films, Equipotentiality Dynamics  Inversion  Flexible Membranes or Thin Films  Equipotentiality
7 Volume of  moving object Ease of repair Prior Action Prior Action NA NA NA
7 Volume of  moving object Adaptability or versatility Dynamics, Pneumatic or Hydraulic Constructions Dynamics  Pneumatic or Hydraulic Constructions NA NA
7 Volume of  moving object Device complexity Copying, Segmentation Copying  Segmentation NA NA
7 Volume of  moving object Difficulty of detecting and measuring Pneumatic or Hydraulic Constructions, Copying, Asymmetry Pneumatic or Hydraulic Constructions  Copying  Asymmetry NA
7 Volume of  moving object Extent of automation Transformation of Properties, Rejecting and Regenerating Parts, Partial or Excessive Action, Mediator Transformation of Properties  Rejecting and Regenerating Parts  Partial or Excessive Action  Mediator
7 Volume of  moving object Productivity Prior Action, Universality, Separation, Rejecting and Regenerating Parts Prior Action  Universality  Separation  Rejecting and Regenerating Parts
8 Volume of stationary object Weight of moving object NA NA NA NA NA
8 Volume of stationary object Weight of stationary object Transformation of Properties, Prior Action, Periodic Action, Spheroidality Transformation of Properties  Prior Action  Periodic Action  Spheroidality
8 Volume of stationary object Length of moving object Periodic Action, Spheroidality Periodic Action  Spheroidality NA NA
8 Volume of stationary object Length of stationary object Transformation of Properties, Anti-Weight or Counter Weight, Separation, Spheroidality Transformation of Properties  Anti-Weight or Counter Weight  Separation  Spheroidality
8 Volume of stationary object Area of moving object NA NA NA NA NA
8 Volume of stationary object Area of stationary object NA NA NA NA NA
8 Volume of stationary object Volume of  moving object NA NA NA NA NA
8 Volume of stationary object Volume of stationary object NA NA NA NA NA
8 Volume of stationary object Speed NA NA NA NA NA
8 Volume of stationary object Force (Intensity) Separation, Mechanical Vibration, Thermal Expansion Separation  Mechanical Vibration  Thermal Expansion NA
8 Volume of stationary object Stress or pressure Mediator, Transformation of Properties Mediator  Transformation of Properties NA NA
8 Volume of stationary object Shape Nesting, Separation, Transformation of Properties Nesting  Separation  Transformation of Properties NA
8 Volume of stationary object Stability of  the object’s composition Rejecting and Regenerating Parts, Replacement of Mechanical System, Transformation of Properties,  Composite Materials Rejecting and Regenerating Parts  Replacement of Mechanical System  Transformation of Properties   Composite Materials
8 Volume of stationary object Strength Prior Counteraction, Spheroidality, Another Dimension, Dynamics Prior Counteraction  Spheroidality  Another Dimension  Dynamics
8 Volume of stationary object Duration of action of moving object NA NA NA NA NA
8 Volume of stationary object Duration of action by stationary object Transformation of Properties, Rejecting and Regenerating Parts, Accelerated Oxidation Transformation of Properties  Rejecting and Regenerating Parts  Accelerated Oxidation NA
8 Volume of stationary object Temperature Transformation of Properties, Universality, Asymmetry Transformation of Properties  Universality  Asymmetry NA
8 Volume of stationary object Illumination intensity NA NA NA NA NA
8 Volume of stationary object Use of energy by moving object NA NA NA NA NA
8 Volume of stationary object Use of energy by stationary object NA NA NA NA NA
8 Volume of stationary object Power Flexible Membranes or Thin Films, Universality Flexible Membranes or Thin Films  Universality NA NA
8 Volume of stationary object Loss of Energy NA NA NA NA NA
8 Volume of stationary object Loss of substance Prior Action, Inert Environment, Transformation of Properties, Rejecting and Regenerating Parts Prior Action  Inert Environment  Transformation of Properties  Rejecting and Regenerating Parts
8 Volume of stationary object Loss of Information NA NA NA NA NA
8 Volume of stationary object Loss of Time Transformation of Properties, Partial or Excessive Action, Changing the Color, Mechanical Vibration Transformation of Properties  Partial or Excessive Action  Changing the Color  Mechanical Vibration
8 Volume of stationary object Quantity of substance/the matter Transformation of Properties, Local Quality Transformation of Properties  Local Quality NA NA
8 Volume of stationary object Reliability Separation, Transformation of Properties, Partial or Excessive Action Separation  Transformation of Properties  Partial or Excessive Action NA
8 Volume of stationary object Measurement accuracy NA NA NA NA NA
8 Volume of stationary object Manufacturing precision Transformation of Properties, Prior Action, Self-service Transformation of Properties  Prior Action  Self-service NA
8 Volume of stationary object Object-affected harmful factors Rejecting and Regenerating Parts, Inert Environment, Periodic Action, Dispose Rejecting and Regenerating Parts  Inert Environment  Periodic Action  Dispose
8 Volume of stationary object Object-generated harmful factors Flexible Membranes or Thin Films, Mechanical Vibration, Transformation of Properties, Asymmetry Flexible Membranes or Thin Films  Mechanical Vibration  Transformation of Properties  Asymmetry
8 Volume of stationary object Ease of manufacture Transformation of Properties Transformation of Properties NA NA NA
8 Volume of stationary object Ease of operation NA NA NA NA NA
8 Volume of stationary object Ease of repair Segmentation Segmentation NA NA NA
8 Volume of stationary object Adaptability or versatility NA NA NA NA NA
8 Volume of stationary object Device complexity Segmentation, Porous Material Segmentation  Porous Material NA NA
8 Volume of stationary object Difficulty of detecting and measuring Separation, Another Dimension, Copying Separation  Another Dimension  Copying NA
8 Volume of stationary object Extent of automation NA NA NA NA NA
8 Volume of stationary object Productivity Transformation of Properties, Thermal Expansion, Prior Action, Separation Transformation of Properties  Thermal Expansion  Prior Action  Separation
9 Speed Weight of moving object Separation, Replacement of Mechanical System, Inversion, Accelerated Oxidation Separation  Replacement of Mechanical System  Inversion  Accelerated Oxidation
9 Speed Weight of stationary object NA NA NA NA NA
9 Speed Length of moving object Inversion, Spheroidality, Anti-Weight or Counter Weight Inversion  Spheroidality  Anti-Weight or Counter Weight NA
9 Speed Length of stationary object NA NA NA NA NA
9 Speed Area of moving object Pneumatic or Hydraulic Constructions, Flexible Membranes or Thin Films, Rejecting and Regenerating Parts Pneumatic or Hydraulic Constructions  Flexible Membranes or Thin Films  Rejecting and Regenerating Parts NA
9 Speed Area of stationary object NA NA NA NA NA
9 Speed Volume of  moving object Nesting, Pneumatic or Hydraulic Constructions, Rejecting and Regenerating Parts Nesting  Pneumatic or Hydraulic Constructions  Rejecting and Regenerating Parts NA
9 Speed Volume of stationary object NA NA NA NA NA
9 Speed Speed NA NA NA NA NA
9 Speed Force (Intensity) Inversion, Replacement of Mechanical System, Dynamics, Periodic Action Inversion  Replacement of Mechanical System  Dynamics  Periodic Action
9 Speed Stress or pressure Universality, Mechanical Vibration, Accelerated Oxidation,  Composite Materials Universality  Mechanical Vibration  Accelerated Oxidation   Composite Materials
9 Speed Shape Transformation of Properties, Dynamics, Mechanical Vibration, Rejecting and Regenerating Parts Transformation of Properties  Dynamics  Mechanical Vibration  Rejecting and Regenerating Parts
9 Speed Stability of  the object’s composition Replacement of Mechanical System, Homogeneity, Segmentation, Mechanical Vibration Replacement of Mechanical System  Homogeneity  Segmentation  Mechanical Vibration
9 Speed Strength Anti-Weight or Counter Weight, Local Quality, Copying, Spheroidality Anti-Weight or Counter Weight  Local Quality  Copying  Spheroidality
9 Speed Duration of action of moving object Local Quality, Periodic Action, Transformation of Properties, Merging Local Quality  Periodic Action  Transformation of Properties  Merging
9 Speed Duration of action by stationary object NA NA NA NA NA
9 Speed Temperature Replacement of Mechanical System, Flexible Membranes or Thin Films, Phase Transition, Separation Replacement of Mechanical System  Flexible Membranes or Thin Films  Phase Transition  Separation
9 Speed Illumination intensity Prior Action, Inversion, Periodic Action Prior Action  Inversion  Periodic Action NA
9 Speed Use of energy by moving object Anti-Weight or Counter Weight, Dynamics, Transformation of Properties, Accelerated Oxidation Anti-Weight or Counter Weight  Dynamics  Transformation of Properties  Accelerated Oxidation
9 Speed Use of energy by stationary object NA NA NA NA NA
9 Speed Power Periodic Action, Transformation of Properties, Accelerated Oxidation, Separation Periodic Action  Transformation of Properties  Accelerated Oxidation  Separation
9 Speed Loss of Energy Spheroidality, Continuity of Useful Action, Periodic Action, Transformation of Properties Spheroidality  Continuity of Useful Action  Periodic Action  Transformation of Properties
9 Speed Loss of substance Prior Action, Inversion, Replacement of Mechanical System, Accelerated Oxidation Prior Action  Inversion  Replacement of Mechanical System  Accelerated Oxidation
9 Speed Loss of Information Inversion, Copying Inversion  Copying NA NA
9 Speed Loss of Time NA NA NA NA NA
9 Speed Quantity of substance/the matter Prior Action, Periodic Action, Pneumatic or Hydraulic Constructions, Accelerated Oxidation Prior Action  Periodic Action  Pneumatic or Hydraulic Constructions  Accelerated Oxidation
9 Speed Reliability Cushion in Advance, Transformation of Properties, Dispose, Replacement of Mechanical System Cushion in Advance  Transformation of Properties  Dispose  Replacement of Mechanical System
9 Speed Measurement accuracy Replacement of Mechanical System, Changing the Color, Segmentation, Mediator Replacement of Mechanical System  Changing the Color  Segmentation  Mediator
9 Speed Manufacturing precision Prior Action, Replacement of Mechanical System, Changing the Color, Self-service Prior Action  Replacement of Mechanical System  Changing the Color  Self-service
9 Speed Object-affected harmful factors Segmentation, Replacement of Mechanical System, Transformation of Properties, Feedback Segmentation  Replacement of Mechanical System  Transformation of Properties  Feedback
9 Speed Object-generated harmful factors Separation, Mediator, Transformation of Properties, Separation, Segmentation Separation  Mediator  Transformation of Properties  Separation
9 Speed Ease of manufacture Transformation of Properties, Inversion, Anti-Weight or Counter Weight, Segmentation Transformation of Properties  Inversion  Anti-Weight or Counter Weight  Segmentation
9 Speed Ease of operation Changing the Color, Replacement of Mechanical System, Inversion, Equipotentiality Changing the Color  Replacement of Mechanical System  Inversion  Equipotentiality
9 Speed Ease of repair Rejecting and Regenerating Parts, Separation, Replacement of Mechanical System, Dispose Rejecting and Regenerating Parts  Separation  Replacement of Mechanical System  Dispose
9 Speed Adaptability or versatility Dynamics, Prior Action, Copying Dynamics  Prior Action  Copying NA
9 Speed Device complexity Prior Action, Replacement of Mechanical System, Asymmetry, Rejecting and Regenerating Parts Prior Action  Replacement of Mechanical System  Asymmetry  Rejecting and Regenerating Parts
9 Speed Difficulty of detecting and measuring Local Quality, Rejecting and Regenerating Parts, Dispose, Partial or Excessive Action Local Quality  Rejecting and Regenerating Parts  Dispose  Partial or Excessive Action
9 Speed Extent of automation Prior Action, Mechanical Vibration Prior Action  Mechanical Vibration NA NA
9 Speed Productivity NA NA NA NA NA
10 Force (Intensity) Weight of moving object Anti-Weight or Counter Weight, Segmentation, Thermal Expansion, Mechanical Vibration Anti-Weight or Counter Weight  Segmentation  Thermal Expansion  Mechanical Vibration
10 Force (Intensity) Weight of stationary object Mechanical Vibration, Inversion, Segmentation, Replacement of Mechanical System Mechanical Vibration  Inversion  Segmentation  Replacement of Mechanical System
10 Force (Intensity) Length of moving object Another Dimension, Periodic Action, Prior Counteraction, Phase Transition Another Dimension  Periodic Action  Prior Counteraction  Phase Transition
10 Force (Intensity) Length of stationary object Replacement of Mechanical System, Prior Action Replacement of Mechanical System  Prior Action NA NA
10 Force (Intensity) Area of moving object Periodic Action, Prior Action, Dynamics Periodic Action  Prior Action  Dynamics NA
10 Force (Intensity) Area of stationary object Segmentation, Mechanical Vibration, Phase Transition, Thermal Expansion Segmentation  Mechanical Vibration  Phase Transition  Thermal Expansion
10 Force (Intensity) Volume of  moving object Dynamics, Prior Counteraction, Equipotentiality, Thermal Expansion Dynamics  Prior Counteraction  Equipotentiality  Thermal Expansion
10 Force (Intensity) Volume of stationary object Separation, Phase Transition, Mechanical Vibration, Thermal Expansion Separation  Phase Transition  Mechanical Vibration  Thermal Expansion
10 Force (Intensity) Speed Inversion, Replacement of Mechanical System, Dynamics, Equipotentiality Inversion  Replacement of Mechanical System  Dynamics  Equipotentiality
10 Force (Intensity) Force (Intensity) NA NA NA NA NA
10 Force (Intensity) Stress or pressure Mechanical Vibration, Separation, Segmentation, Cushion in Advance Mechanical Vibration  Separation  Segmentation  Cushion in Advance
10 Force (Intensity) Shape Prior Action, Transformation of Properties,  Composite Materials, Rejecting and Regenerating Parts Prior Action  Transformation of Properties   Composite Materials  Rejecting and Regenerating Parts
10 Force (Intensity) Stability of  the object’s composition Transformation of Properties, Prior Action, Separation, Segmentation Transformation of Properties  Prior Action  Separation  Segmentation
10 Force (Intensity) Strength Transformation of Properties, Prior Action, Spheroidality, Dispose Transformation of Properties  Prior Action  Spheroidality  Dispose
10 Force (Intensity) Duration of action of moving object Periodic Action, Separation Periodic Action  Separation NA NA
10 Force (Intensity) Duration of action by stationary object NA NA NA NA NA
10 Force (Intensity) Temperature Transformation of Properties, Prior Action, Separation, Segmentation Transformation of Properties  Prior Action  Separation  Segmentation
10 Force (Intensity) Illumination intensity NA NA NA NA NA
10 Force (Intensity) Use of energy by moving object Periodic Action, Another Dimension, Prior Action Periodic Action  Another Dimension  Prior Action NA
10 Force (Intensity) Use of energy by stationary object Segmentation, Partial or Excessive Action, Phase Transition, Thermal Expansion Segmentation  Partial or Excessive Action  Phase Transition  Thermal Expansion
10 Force (Intensity) Power Periodic Action, Transformation of Properties, Mechanical Vibration, Thermal Expansion Periodic Action  Transformation of Properties  Mechanical Vibration  Thermal Expansion
10 Force (Intensity) Loss of Energy Spheroidality, Dynamics Spheroidality  Dynamics NA NA
10 Force (Intensity) Loss of substance Anti-Weight or Counter Weight, Transformation of Properties,  Composite Materials, Merging Anti-Weight or Counter Weight  Transformation of Properties   Composite Materials  Merging
10 Force (Intensity) Loss of Information NA NA NA NA NA
10 Force (Intensity) Loss of Time Prior Action, Thermal Expansion, Phase Transition Prior Action  Thermal Expansion  Phase Transition NA
10 Force (Intensity) Quantity of substance/the matter Spheroidality, Pneumatic or Hydraulic Constructions, Mechanical Vibration, Phase Transition Spheroidality  Pneumatic or Hydraulic Constructions  Mechanical Vibration  Phase Transition
10 Force (Intensity) Reliability Local Quality, Transformation of Properties, Inversion, Separation, Segmentation Local Quality  Transformation of Properties  Inversion  Separation
10 Force (Intensity) Measurement accuracy Transformation of Properties, Prior Action, Feedback, Mediator Transformation of Properties  Prior Action  Feedback  Mediator
10 Force (Intensity) Manufacturing precision Replacement of Mechanical System, Pneumatic or Hydraulic Constructions, Thermal Expansion, Phase Transition Replacement of Mechanical System  Pneumatic or Hydraulic Constructions  Thermal Expansion  Phase Transition
10 Force (Intensity) Object-affected harmful factors Segmentation, Transformation of Properties,  Composite Materials, Mechanical Vibration Segmentation  Transformation of Properties   Composite Materials  Mechanical Vibration
10 Force (Intensity) Object-generated harmful factors Inversion, Local Quality, Phase Transition, Mediator Inversion  Local Quality  Phase Transition  Mediator
10 Force (Intensity) Ease of manufacture Dynamics, Thermal Expansion, Mechanical Vibration, Segmentation Dynamics  Thermal Expansion  Mechanical Vibration  Segmentation
10 Force (Intensity) Ease of operation Segmentation, Replacement of Mechanical System, Local Quality, Self-service Segmentation  Replacement of Mechanical System  Local Quality  Self-service
10 Force (Intensity) Ease of repair Dynamics, Segmentation, Cushion in Advance Dynamics  Segmentation  Cushion in Advance NA
10 Force (Intensity) Adaptability or versatility Dynamics, Another Dimension, Mechanical Vibration, Continuity of Useful Action Dynamics  Another Dimension  Mechanical Vibration  Continuity of Useful Action
10 Force (Intensity) Device complexity Copying, Transformation of Properties, Prior Action, Mechanical Vibration Copying  Transformation of Properties  Prior Action  Mechanical Vibration
10 Force (Intensity) Difficulty of detecting and measuring Phase Transition, Thermal Expansion, Prior Action, Periodic Action Phase Transition  Thermal Expansion  Prior Action  Periodic Action
10 Force (Intensity) Extent of automation Separation, Transformation of Properties Separation  Transformation of Properties NA NA
10 Force (Intensity) Productivity Local Quality, Replacement of Mechanical System, Transformation of Properties, Thermal Expansion Local Quality  Replacement of Mechanical System  Transformation of Properties  Thermal Expansion
11 Stress or pressure Weight of moving object Prior Action, Phase Transition, Thermal Expansion,  Composite Materials Prior Action  Phase Transition  Thermal Expansion   Composite Materials
11 Stress or pressure Weight of stationary object Inversion, Pneumatic or Hydraulic Constructions, Prior Action, Mechanical Vibration Inversion  Pneumatic or Hydraulic Constructions  Prior Action  Mechanical Vibration
11 Stress or pressure Length of moving object Transformation of Properties, Prior Action, Phase Transition Transformation of Properties  Prior Action  Phase Transition NA
11 Stress or pressure Length of stationary object Transformation of Properties, Segmentation, Spheroidality, Partial or Excessive Action Transformation of Properties  Segmentation  Spheroidality  Partial or Excessive Action
11 Stress or pressure Area of moving object Prior Action, Dynamics, Phase Transition, Replacement of Mechanical System Prior Action  Dynamics  Phase Transition  Replacement of Mechanical System
11 Stress or pressure Area of stationary object Prior Action, Dynamics, Phase Transition, Thermal Expansion Prior Action  Dynamics  Phase Transition  Thermal Expansion
11 Stress or pressure Volume of  moving object Universality, Transformation of Properties, Prior Action Universality  Transformation of Properties  Prior Action NA
11 Stress or pressure Volume of stationary object Transformation of Properties, Mediator Transformation of Properties  Mediator NA NA
11 Stress or pressure Speed Universality, Transformation of Properties, Phase Transition Universality  Transformation of Properties  Phase Transition NA
11 Stress or pressure Force (Intensity) Phase Transition, Transformation of Properties, Separation, Segmentation Phase Transition  Transformation of Properties  Separation  Segmentation
11 Stress or pressure Stress or pressure NA NA NA NA NA
11 Stress or pressure Shape Transformation of Properties, Asymmetry, Dynamics, Prior Action Transformation of Properties  Asymmetry  Dynamics  Prior Action
11 Stress or pressure Stability of  the object’s composition Transformation of Properties, Homogeneity, Separation,  Composite Materials Transformation of Properties  Homogeneity  Separation   Composite Materials
11 Stress or pressure Strength Prior Counteraction, Mechanical Vibration, Local Quality,  Composite Materials Prior Counteraction  Mechanical Vibration  Local Quality   Composite Materials
11 Stress or pressure Duration of action of moving object Periodic Action, Local Quality, Dispose Periodic Action  Local Quality  Dispose NA
11 Stress or pressure Duration of action by stationary object NA NA NA NA NA
11 Stress or pressure Temperature Transformation of Properties, Inert Environment, Periodic Action, Separation Transformation of Properties  Inert Environment  Periodic Action  Separation
11 Stress or pressure Illumination intensity NA NA NA NA NA
11 Stress or pressure Use of energy by moving object Spheroidality, Mediator, Prior Action, Thermal Expansion Spheroidality  Mediator  Prior Action  Thermal Expansion
11 Stress or pressure Use of energy by stationary object NA NA NA NA NA
11 Stress or pressure Power Prior Action, Transformation of Properties, Spheroidality Prior Action  Transformation of Properties  Spheroidality NA
11 Stress or pressure Loss of Energy Separation, Phase Transition, Self-service Separation  Phase Transition  Self-service NA
11 Stress or pressure Loss of substance Prior Action, Phase Transition, Local Quality, Thermal Expansion Prior Action  Phase Transition  Local Quality  Thermal Expansion
11 Stress or pressure Loss of Information NA NA NA NA NA
11 Stress or pressure Loss of Time Thermal Expansion, Phase Transition, Asymmetry Thermal Expansion  Phase Transition  Asymmetry NA
11 Stress or pressure Quantity of substance/the matter Prior Action, Spheroidality, Phase Transition Prior Action  Spheroidality  Phase Transition NA
11 Stress or pressure Reliability Prior Action, Inversion, Periodic Action, Transformation of Properties Prior Action  Inversion  Periodic Action  Transformation of Properties
11 Stress or pressure Measurement accuracy Universality, Replacement of Mechanical System, Self-service Universality  Replacement of Mechanical System  Self-service NA
11 Stress or pressure Manufacturing precision Local Quality, Transformation of Properties Local Quality  Transformation of Properties NA NA
11 Stress or pressure Object-affected harmful factors Convert Harm Into Benefit, Separation, Thermal Expansion Convert Harm Into Benefit  Separation  Thermal Expansion NA
11 Stress or pressure Object-generated harmful factors Separation, Homogeneity, Dispose, Mechanical Vibration Separation  Homogeneity  Dispose  Mechanical Vibration
11 Stress or pressure Ease of manufacture Segmentation, Transformation of Properties, Partial or Excessive Action Segmentation  Transformation of Properties  Partial or Excessive Action NA
11 Stress or pressure Ease of operation Cushion in Advance Cushion in Advance NA NA NA
11 Stress or pressure Ease of repair Separation Separation NA NA NA
11 Stress or pressure Adaptability or versatility Transformation of Properties Transformation of Properties NA NA NA
11 Stress or pressure Device complexity Periodic Action, Segmentation, Transformation of Properties Periodic Action  Segmentation  Transformation of Properties NA
11 Stress or pressure Difficulty of detecting and measuring Separation, Phase Transition, Thermal Expansion Separation  Phase Transition  Thermal Expansion NA
11 Stress or pressure Extent of automation Transformation of Properties, Mediator Transformation of Properties  Mediator NA NA
11 Stress or pressure Productivity Prior Action, Spheroidality, Transformation of Properties, Thermal Expansion Prior Action  Spheroidality  Transformation of Properties  Thermal Expansion
12 Shape Weight of moving object Anti-Weight or Counter Weight, Prior Action, Pneumatic or Hydraulic Constructions,  Composite Materials Anti-Weight or Counter Weight  Prior Action  Pneumatic or Hydraulic Constructions   Composite Materials
12 Shape Weight of stationary object Dynamics, Prior Action, Copying, Local Quality Dynamics  Prior Action  Copying  Local Quality
12 Shape Length of moving object Pneumatic or Hydraulic Constructions, Rejecting and Regenerating Parts, Merging, Asymmetry Pneumatic or Hydraulic Constructions  Rejecting and Regenerating Parts  Merging  Asymmetry
12 Shape Length of stationary object Inversion, Spheroidality, Prior Action, Nesting Inversion  Spheroidality  Prior Action  Nesting
12 Shape Area of moving object Merging, Rejecting and Regenerating Parts, Asymmetry, Prior Action Merging  Rejecting and Regenerating Parts  Asymmetry  Prior Action
12 Shape Area of stationary object NA NA NA NA NA
12 Shape Volume of  moving object Spheroidality, Asymmetry, Dynamics, Convert Harm Into Benefit Spheroidality  Asymmetry  Dynamics  Convert Harm Into Benefit
12 Shape Volume of stationary object Nesting, Separation, Transformation of Properties Nesting  Separation  Transformation of Properties NA
12 Shape Speed Transformation of Properties, Dynamics, Rejecting and Regenerating Parts, Mechanical Vibration Transformation of Properties  Dynamics  Rejecting and Regenerating Parts  Mechanical Vibration
12 Shape Force (Intensity) Transformation of Properties, Prior Action, Thermal Expansion,  Composite Materials Transformation of Properties  Prior Action  Thermal Expansion   Composite Materials
12 Shape Stress or pressure Rejecting and Regenerating Parts, Dynamics, Prior Action, Spheroidality Rejecting and Regenerating Parts  Dynamics  Prior Action  Spheroidality
12 Shape Shape NA NA NA NA NA
12 Shape Stability of  the object’s composition Homogeneity, Segmentation, Mechanical Vibration, Asymmetry Homogeneity  Segmentation  Mechanical Vibration  Asymmetry
12 Shape Strength Flexible Membranes or Thin Films, Spheroidality, Prior Action,  Composite Materials Flexible Membranes or Thin Films  Spheroidality  Prior Action   Composite Materials
12 Shape Duration of action of moving object Spheroidality, Copying, Prior Counteraction, Self-service Spheroidality  Copying  Prior Counteraction  Self-service
12 Shape Duration of action by stationary object NA NA NA NA NA
12 Shape Temperature Convert Harm Into Benefit, Spheroidality, Periodic Action, Changing the Color Convert Harm Into Benefit  Spheroidality  Periodic Action  Changing the Color
12 Shape Illumination intensity Inversion, Dynamics, Changing the Color Inversion  Dynamics  Changing the Color NA
12 Shape Use of energy by moving object Separation, Universality, Rejecting and Regenerating Parts, Spheroidality Separation  Universality  Rejecting and Regenerating Parts  Spheroidality
12 Shape Use of energy by stationary object NA NA NA NA NA
12 Shape Power Asymmetry, Universality, Separation Asymmetry  Universality  Separation NA
12 Shape Loss of Energy Spheroidality Spheroidality NA NA NA
12 Shape Loss of substance Transformation of Properties, Pneumatic or Hydraulic Constructions, Local Quality, Merging Transformation of Properties  Pneumatic or Hydraulic Constructions  Local Quality  Merging
12 Shape Loss of Information NA NA NA NA NA
12 Shape Loss of Time Spheroidality, Prior Action, Rejecting and Regenerating Parts, Another Dimension Spheroidality  Prior Action  Rejecting and Regenerating Parts  Another Dimension
12 Shape Quantity of substance/the matter Phase Transition, Convert Harm Into Benefit Phase Transition  Convert Harm Into Benefit NA NA
12 Shape Reliability Prior Action,  Composite Materials, Partial or Excessive Action Prior Action   Composite Materials  Partial or Excessive Action NA
12 Shape Measurement accuracy Replacement of Mechanical System, Changing the Color, Segmentation Replacement of Mechanical System  Changing the Color  Segmentation NA
12 Shape Manufacturing precision Changing the Color, Flexible Membranes or Thin Films,  Composite Materials Changing the Color  Flexible Membranes or Thin Films   Composite Materials NA
12 Shape Object-affected harmful factors Convert Harm Into Benefit, Segmentation, Separation, Transformation of Properties Convert Harm Into Benefit  Segmentation  Separation  Transformation of Properties
12 Shape Object-generated harmful factors Transformation of Properties, Segmentation Transformation of Properties  Segmentation NA NA
12 Shape Ease of manufacture Segmentation, Changing the Color, Another Dimension, Replacement of Mechanical System Segmentation  Changing the Color  Another Dimension  Replacement of Mechanical System
12 Shape Ease of operation Changing the Color, Dynamics, Copying Changing the Color  Dynamics  Copying NA
12 Shape Ease of repair Separation, Inversion, Segmentation Separation  Inversion  Segmentation NA
12 Shape Adaptability or versatility Segmentation, Dynamics, Pneumatic or Hydraulic Constructions Segmentation  Dynamics  Pneumatic or Hydraulic Constructions NA
12 Shape Device complexity Partial or Excessive Action, Pneumatic or Hydraulic Constructions, Segmentation, Replacement of Mechanical System Partial or Excessive Action  Pneumatic or Hydraulic Constructions  Segmentation  Replacement of Mechanical System
12 Shape Difficulty of detecting and measuring Dynamics, Inversion, Inert Environment Dynamics  Inversion  Inert Environment NA
12 Shape Extent of automation Dynamics, Segmentation, Changing the Color Dynamics  Segmentation  Changing the Color NA
12 Shape Productivity Another Dimension, Copying, Rejecting and Regenerating Parts, Prior Action Another Dimension  Copying  Rejecting and Regenerating Parts  Prior Action
13 Stability of  the object’s composition Weight of moving object Separation, Segmentation, Transformation of Properties, Separation, Inert Environment Separation  Segmentation  Transformation of Properties  Separation
13 Stability of  the object’s composition Weight of stationary object Copying, Inert Environment, Segmentation,  Composite Materials Copying  Inert Environment  Segmentation   Composite Materials
13 Stability of  the object’s composition Length of moving object Inversion, Dynamics, Segmentation, Replacement of Mechanical System Inversion  Dynamics  Segmentation  Replacement of Mechanical System
13 Stability of  the object’s composition Length of stationary object Thermal Expansion Thermal Expansion NA NA NA
13 Stability of  the object’s composition Area of moving object Separation, Cushion in Advance, Inversion Separation  Cushion in Advance  Inversion NA
13 Stability of  the object’s composition Area of stationary object Inert Environment Inert Environment NA NA NA
13 Stability of  the object’s composition Volume of  moving object Replacement of Mechanical System, Prior Action, Periodic Action, Inert Environment Replacement of Mechanical System  Prior Action  Periodic Action  Inert Environment
13 Stability of  the object’s composition Volume of stationary object Rejecting and Regenerating Parts, Replacement of Mechanical System, Transformation of Properties,  Composite Materials Rejecting and Regenerating Parts  Replacement of Mechanical System  Transformation of Properties   Composite Materials
13 Stability of  the object’s composition Speed Homogeneity, Dynamics, Replacement of Mechanical System, Mechanical Vibration Homogeneity  Dynamics  Replacement of Mechanical System  Mechanical Vibration
13 Stability of  the object’s composition Force (Intensity) Prior Action, Transformation of Properties, Separation, Segmentation, Partial or Excessive Action Prior Action  Transformation of Properties  Separation  Segmentation
13 Stability of  the object’s composition Stress or pressure Separation, Transformation of Properties,  Composite Materials Separation  Transformation of Properties   Composite Materials NA
13 Stability of  the object’s composition Shape Convert Harm Into Benefit, Segmentation, Mechanical Vibration, Asymmetry Convert Harm Into Benefit  Segmentation  Mechanical Vibration  Asymmetry
13 Stability of  the object’s composition Stability of  the object’s composition NA NA NA NA NA
13 Stability of  the object’s composition Strength Another Dimension, Prior Counteraction, Dynamics Another Dimension  Prior Counteraction  Dynamics NA
13 Stability of  the object’s composition Duration of action of moving object Inversion, Dispose, Prior Action, Transformation of Properties Inversion  Dispose  Prior Action  Transformation of Properties
13 Stability of  the object’s composition Duration of action by stationary object Inert Environment, Local Quality, Transformation of Properties, Feedback Inert Environment  Local Quality  Transformation of Properties  Feedback
13 Stability of  the object’s composition Temperature Transformation of Properties, Segmentation, Changing the Color Transformation of Properties  Segmentation  Changing the Color NA
13 Stability of  the object’s composition Illumination intensity Changing the Color, Local Quality, Dispose, Partial or Excessive Action Changing the Color  Local Quality  Dispose  Partial or Excessive Action
13 Stability of  the object’s composition Use of energy by moving object Inversion, Periodic Action Inversion  Periodic Action NA NA
13 Stability of  the object’s composition Use of energy by stationary object Dispose, Asymmetry, Pneumatic or Hydraulic Constructions, Mechanical Vibration Dispose  Asymmetry  Pneumatic or Hydraulic Constructions  Mechanical Vibration
13 Stability of  the object’s composition Power Changing the Color, Transformation of Properties, Dispose, Porous Material Changing the Color  Transformation of Properties  Dispose  Porous Material
13 Stability of  the object’s composition Loss of Energy Spheroidality, Separation, Inert Environment, Universality Spheroidality  Separation  Inert Environment  Universality
13 Stability of  the object’s composition Loss of substance Separation, Spheroidality, Flexible Membranes or Thin Films,  Composite Materials Separation  Spheroidality  Flexible Membranes or Thin Films   Composite Materials
13 Stability of  the object’s composition Loss of Information NA NA NA NA NA
13 Stability of  the object’s composition Loss of Time Transformation of Properties, Dispose Transformation of Properties  Dispose NA NA
13 Stability of  the object’s composition Quantity of substance/the matter Dynamics, Changing the Color, Transformation of Properties Dynamics  Changing the Color  Transformation of Properties NA
13 Stability of  the object’s composition Reliability NA NA NA NA NA
13 Stability of  the object’s composition Measurement accuracy Inversion Inversion NA NA NA
13 Stability of  the object’s composition Manufacturing precision Mechanical Vibration Mechanical Vibration NA NA NA
13 Stability of  the object’s composition Object-affected harmful factors Transformation of Properties, Mediator, Flexible Membranes or Thin Films, Mechanical Vibration Transformation of Properties  Mediator  Flexible Membranes or Thin Films  Mechanical Vibration
13 Stability of  the object’s composition Object-generated harmful factors Transformation of Properties,  Composite Materials, Dispose, Inert Environment Transformation of Properties   Composite Materials  Dispose  Inert Environment
13 Stability of  the object’s composition Ease of manufacture Transformation of Properties, Periodic Action Transformation of Properties  Periodic Action NA NA
13 Stability of  the object’s composition Ease of operation Changing the Color, Transformation of Properties, Flexible Membranes or Thin Films Changing the Color  Transformation of Properties  Flexible Membranes or Thin Films NA
13 Stability of  the object’s composition Ease of repair Separation, Transformation of Properties, Prior Action, Partial or Excessive Action Separation  Transformation of Properties  Prior Action  Partial or Excessive Action
13 Stability of  the object’s composition Adaptability or versatility Transformation of Properties, Flexible Membranes or Thin Films, Rejecting and Regenerating Parts, Separation Transformation of Properties  Flexible Membranes or Thin Films  Rejecting and Regenerating Parts  Separation
13 Stability of  the object’s composition Device complexity Separation, Transformation of Properties, Convert Harm Into Benefit, Copying Separation  Transformation of Properties  Convert Harm Into Benefit  Copying
13 Stability of  the object’s composition Difficulty of detecting and measuring Transformation of Properties, Convert Harm Into Benefit, Inert Environment, Feedback Transformation of Properties  Convert Harm Into Benefit  Inert Environment  Feedback
13 Stability of  the object’s composition Extent of automation Segmentation, Anti-Weight or Counter Weight, Transformation of Properties Segmentation  Anti-Weight or Counter Weight  Transformation of Properties NA
13 Stability of  the object’s composition Productivity Feedback, Transformation of Properties,  Composite Materials, Local Quality Feedback  Transformation of Properties   Composite Materials  Local Quality
14 Strength Weight of moving object Segmentation, Anti-Weight or Counter Weight,  Composite Materials, Dynamics Segmentation  Anti-Weight or Counter Weight   Composite Materials  Dynamics
14 Strength Weight of stationary object  Composite Materials, Copying, Dispose, Segmentation  Composite Materials  Copying  Dispose  Segmentation
14 Strength Length of moving object Segmentation, Dynamics, Anti-Weight or Counter Weight, Transformation of Properties Segmentation  Dynamics  Anti-Weight or Counter Weight  Transformation of Properties
14 Strength Length of stationary object Dynamics, Spheroidality, Replacement of Mechanical System, Copying Dynamics  Spheroidality  Replacement of Mechanical System  Copying
14 Strength Area of moving object Local Quality, Rejecting and Regenerating Parts,  Composite Materials, Pneumatic or Hydraulic Constructions Local Quality  Rejecting and Regenerating Parts   Composite Materials  Pneumatic or Hydraulic Constructions
14 Strength Area of stationary object Prior Counteraction,  Composite Materials, Replacement of Mechanical System Prior Counteraction   Composite Materials  Replacement of Mechanical System NA
14 Strength Volume of  moving object Prior Action, Dynamics, Spheroidality, Nesting Prior Action  Dynamics  Spheroidality  Nesting
14 Strength Volume of stationary object Prior Counteraction, Spheroidality, Another Dimension, Dynamics Prior Counteraction  Spheroidality  Another Dimension  Dynamics
14 Strength Speed Anti-Weight or Counter Weight, Inversion, Copying, Spheroidality Anti-Weight or Counter Weight  Inversion  Copying  Spheroidality
14 Strength Force (Intensity) Prior Action, Mechanical Vibration, Local Quality, Spheroidality Prior Action  Mechanical Vibration  Local Quality  Spheroidality
14 Strength Stress or pressure Prior Action, Local Quality, Mechanical Vibration,  Composite Materials Prior Action  Local Quality  Mechanical Vibration   Composite Materials
14 Strength Shape Prior Action, Flexible Membranes or Thin Films, Transformation of Properties,  Composite Materials Prior Action  Flexible Membranes or Thin Films  Transformation of Properties   Composite Materials
14 Strength Stability of  the object’s composition Inversion, Another Dimension, Transformation of Properties Inversion  Another Dimension  Transformation of Properties NA
14 Strength Strength NA NA NA NA NA
14 Strength Duration of action of moving object Dispose, Local Quality, Copying Dispose  Local Quality  Copying NA
14 Strength Duration of action by stationary object NA NA NA NA NA
14 Strength Temperature Flexible Membranes or Thin Films, Prior Action,  Composite Materials Flexible Membranes or Thin Films  Prior Action   Composite Materials NA
14 Strength Illumination intensity Transformation of Properties, Periodic Action Transformation of Properties  Periodic Action NA NA
14 Strength Use of energy by moving object Periodic Action, Transformation of Properties, Prior Action Periodic Action  Transformation of Properties  Prior Action NA
14 Strength Use of energy by stationary object Transformation of Properties Transformation of Properties NA NA NA
14 Strength Power Prior Action, Copying, Transformation of Properties, Replacement of Mechanical System Prior Action  Copying  Transformation of Properties  Replacement of Mechanical System
14 Strength Loss of Energy Transformation of Properties Transformation of Properties NA NA NA
14 Strength Loss of substance Transformation of Properties, Replacement of Mechanical System, Porous Material,  Composite Materials Transformation of Properties  Replacement of Mechanical System  Porous Material   Composite Materials
14 Strength Loss of Information NA NA NA NA NA
14 Strength Loss of Time Pneumatic or Hydraulic Constructions, Local Quality, Replacement of Mechanical System, Prior Action Pneumatic or Hydraulic Constructions  Local Quality  Replacement of Mechanical System  Prior Action
14 Strength Quantity of substance/the matter Pneumatic or Hydraulic Constructions, Prior Action, Dispose Pneumatic or Hydraulic Constructions  Prior Action  Dispose NA
14 Strength Reliability Cushion in Advance, Local Quality Cushion in Advance  Local Quality NA NA
14 Strength Measurement accuracy Local Quality, Dispose, Partial or Excessive Action Local Quality  Dispose  Partial or Excessive Action NA
14 Strength Manufacturing precision Local Quality, Dispose Local Quality  Dispose NA NA
14 Strength Object-affected harmful factors Mechanical Vibration, Transformation of Properties, Thermal Expansion, Segmentation Mechanical Vibration  Transformation of Properties  Thermal Expansion  Segmentation
14 Strength Object-generated harmful factors Dynamics, Transformation of Properties, Convert Harm Into Benefit, Separation Dynamics  Transformation of Properties  Convert Harm Into Benefit  Separation
14 Strength Ease of manufacture Cushion in Advance, Local Quality, Prior Action, Changing the Color Cushion in Advance  Local Quality  Prior Action  Changing the Color
14 Strength Ease of operation Changing the Color,  Composite Materials, Self-service, Separation Changing the Color   Composite Materials  Self-service  Separation
14 Strength Ease of repair Dispose, Cushion in Advance, Local Quality Dispose  Cushion in Advance  Local Quality NA
14 Strength Adaptability or versatility Dynamics, Local Quality, Changing the Color Dynamics  Local Quality  Changing the Color NA
14 Strength Device complexity Separation, Inversion, Self-service, Replacement of Mechanical System Separation  Inversion  Self-service  Replacement of Mechanical System
14 Strength Difficulty of detecting and measuring Dispose, Local Quality, Dynamics,  Composite Materials Dispose  Local Quality  Dynamics   Composite Materials
14 Strength Extent of automation Dynamics Dynamics NA NA NA
14 Strength Productivity Pneumatic or Hydraulic Constructions, Transformation of Properties, Prior Action, Spheroidality Pneumatic or Hydraulic Constructions  Transformation of Properties  Prior Action  Spheroidality
15 Duration of action of moving object Weight of moving object Periodic Action, Merging, Rejecting and Regenerating Parts, Porous Material Periodic Action  Merging  Rejecting and Regenerating Parts  Porous Material
15 Duration of action of moving object Weight of stationary object NA NA NA NA NA
15 Duration of action of moving object Length of moving object Separation, Periodic Action, Prior Counteraction Separation  Periodic Action  Prior Counteraction NA
15 Duration of action of moving object Length of stationary object NA NA NA NA NA
15 Duration of action of moving object Area of moving object Local Quality, Another Dimension, Periodic Action Local Quality  Another Dimension  Periodic Action NA
15 Duration of action of moving object Area of stationary object NA NA NA NA NA
15 Duration of action of moving object Volume of  moving object Prior Action, Separation, Periodic Action, Flexible Membranes or Thin Films Prior Action  Separation  Periodic Action  Flexible Membranes or Thin Films
15 Duration of action of moving object Volume of stationary object NA NA NA NA NA
15 Duration of action of moving object Speed Local Quality, Transformation of Properties, Merging Local Quality  Transformation of Properties  Merging NA
15 Duration of action of moving object Force (Intensity) Periodic Action, Separation, Partial or Excessive Action Periodic Action  Separation  Partial or Excessive Action NA
15 Duration of action of moving object Stress or pressure Periodic Action, Local Quality, Dispose Periodic Action  Local Quality  Dispose NA
15 Duration of action of moving object Shape Spheroidality, Copying, Replacement of Mechanical System, Self-service Spheroidality  Copying  Replacement of Mechanical System  Self-service
15 Duration of action of moving object Stability of  the object’s composition Inversion, Local Quality, Transformation of Properties Inversion  Local Quality  Transformation of Properties NA
15 Duration of action of moving object Strength Dispose, Local Quality, Prior Action Dispose  Local Quality  Prior Action NA
15 Duration of action of moving object Duration of action of moving object NA NA NA NA NA
15 Duration of action of moving object Duration of action by stationary object NA NA NA NA NA
15 Duration of action of moving object Temperature Periodic Action, Transformation of Properties, Inert Environment Periodic Action  Transformation of Properties  Inert Environment NA
15 Duration of action of moving object Illumination intensity Separation, Periodic Action, Asymmetry, Transformation of Properties Separation  Periodic Action  Asymmetry  Transformation of Properties
15 Duration of action of moving object Use of energy by moving object Replacement of Mechanical System, Universality, Transformation of Properties, Mechanical Vibration Replacement of Mechanical System  Universality  Transformation of Properties  Mechanical Vibration
15 Duration of action of moving object Use of energy by stationary object NA NA NA NA NA
15 Duration of action of moving object Power Periodic Action, Prior Action, Transformation of Properties, Accelerated Oxidation Periodic Action  Prior Action  Transformation of Properties  Accelerated Oxidation
15 Duration of action of moving object Loss of Energy NA NA NA NA NA
15 Duration of action of moving object Loss of substance Replacement of Mechanical System, Dispose, Local Quality, Mechanical Vibration Replacement of Mechanical System  Dispose  Local Quality  Mechanical Vibration
15 Duration of action of moving object Loss of Information Prior Action Prior Action NA NA NA
15 Duration of action of moving object Loss of Time Continuity of Useful Action, Prior Action, Replacement of Mechanical System, Mechanical Vibration Continuity of Useful Action  Prior Action  Replacement of Mechanical System  Mechanical Vibration
15 Duration of action of moving object Quantity of substance/the matter Local Quality, Transformation of Properties, Prior Action,  Composite Materials Local Quality  Transformation of Properties  Prior Action   Composite Materials
15 Duration of action of moving object Reliability Cushion in Advance, Separation, Inversion Cushion in Advance  Separation  Inversion NA
15 Duration of action of moving object Measurement accuracy Local Quality Local Quality NA NA NA
15 Duration of action of moving object Manufacturing precision Local Quality, Dispose, Partial or Excessive Action,  Composite Materials Local Quality  Dispose  Partial or Excessive Action   Composite Materials
15 Duration of action of moving object Object-affected harmful factors Convert Harm Into Benefit, Dynamics, Homogeneity, Replacement of Mechanical System Convert Harm Into Benefit  Dynamics  Homogeneity  Replacement of Mechanical System
15 Duration of action of moving object Object-generated harmful factors Separation, Segmentation, Inert Environment, Partial or Excessive Action, Convert Harm Into Benefit Separation  Segmentation  Inert Environment  Partial or Excessive Action
15 Duration of action of moving object Ease of manufacture Dispose, Segmentation, Asymmetry Dispose  Segmentation  Asymmetry NA
15 Duration of action of moving object Ease of operation Equipotentiality, Dispose Equipotentiality  Dispose NA NA
15 Duration of action of moving object Ease of repair Pneumatic or Hydraulic Constructions, Prior Action, Dispose Pneumatic or Hydraulic Constructions  Prior Action  Dispose NA
15 Duration of action of moving object Adaptability or versatility Segmentation, Transformation of Properties, Inversion Segmentation  Transformation of Properties  Inversion NA
15 Duration of action of moving object Device complexity Prior Action, Asymmetry, Pneumatic or Hydraulic Constructions, Dynamics Prior Action  Asymmetry  Pneumatic or Hydraulic Constructions  Dynamics
15 Duration of action of moving object Difficulty of detecting and measuring Periodic Action, Pneumatic or Hydraulic Constructions, Inert Environment, Transformation of Properties Periodic Action  Pneumatic or Hydraulic Constructions  Inert Environment  Transformation of Properties
15 Duration of action of moving object Extent of automation Universality, Prior Action Universality  Prior Action NA NA
15 Duration of action of moving object Productivity Transformation of Properties, Another Dimension, Spheroidality, Periodic Action Transformation of Properties  Another Dimension  Spheroidality  Periodic Action
16 Duration of action by stationary object Weight of moving object NA NA NA NA NA
16 Duration of action by stationary object Weight of stationary object Universality, Dispose, Periodic Action, Partial or Excessive Action Universality  Dispose  Periodic Action  Partial or Excessive Action
16 Duration of action by stationary object Length of moving object NA NA NA NA NA
16 Duration of action by stationary object Length of stationary object Segmentation,  Composite Materials, Transformation of Properties Segmentation   Composite Materials  Transformation of Properties NA
16 Duration of action by stationary object Area of moving object NA NA NA NA NA
16 Duration of action by stationary object Area of stationary object NA NA NA NA NA
16 Duration of action by stationary object Volume of  moving object NA NA NA NA NA
16 Duration of action by stationary object Volume of stationary object Transformation of Properties, Rejecting and Regenerating Parts, Accelerated Oxidation Transformation of Properties  Rejecting and Regenerating Parts  Accelerated Oxidation NA
16 Duration of action by stationary object Speed NA NA NA NA NA
16 Duration of action by stationary object Force (Intensity) NA NA NA NA NA
16 Duration of action by stationary object Stress or pressure NA NA NA NA NA
16 Duration of action by stationary object Shape NA NA NA NA NA
16 Duration of action by stationary object Stability of  the object’s composition Inert Environment, Local Quality, Transformation of Properties, Feedback Inert Environment  Local Quality  Transformation of Properties  Feedback
16 Duration of action by stationary object Strength NA NA NA NA NA
16 Duration of action by stationary object Duration of action of moving object NA NA NA NA NA
16 Duration of action by stationary object Duration of action by stationary object NA NA NA NA NA
16 Duration of action by stationary object Temperature Periodic Action, Mechanical Vibration, Phase Transition,  Composite Materials Periodic Action  Mechanical Vibration  Phase Transition   Composite Materials
16 Duration of action by stationary object Illumination intensity NA NA NA NA NA
16 Duration of action by stationary object Use of energy by moving object NA NA NA NA NA
16 Duration of action by stationary object Use of energy by stationary object NA NA NA NA NA
16 Duration of action by stationary object Power Partial or Excessive Action Partial or Excessive Action NA NA NA
16 Duration of action by stationary object Loss of Energy NA NA NA NA NA
16 Duration of action by stationary object Loss of substance Dispose, Partial or Excessive Action, Mechanical Vibration, Accelerated Oxidation Dispose  Partial or Excessive Action  Mechanical Vibration  Accelerated Oxidation
16 Duration of action by stationary object Loss of Information Prior Action Prior Action NA NA NA
16 Duration of action by stationary object Loss of Time Replacement of Mechanical System, Continuity of Useful Action, Prior Action, Partial or Excessive Action Replacement of Mechanical System  Continuity of Useful Action  Prior Action  Partial or Excessive Action
16 Duration of action by stationary object Quantity of substance/the matter Local Quality, Transformation of Properties, Porous Material Local Quality  Transformation of Properties  Porous Material NA
16 Duration of action by stationary object Reliability Rejecting and Regenerating Parts, Dispose, Universality,  Composite Materials Rejecting and Regenerating Parts  Dispose  Universality   Composite Materials
16 Duration of action by stationary object Measurement accuracy Prior Action, Copying, Mediator Prior Action  Copying  Mediator NA
16 Duration of action by stationary object Manufacturing precision NA NA NA NA NA
16 Duration of action by stationary object Object-affected harmful factors Another Dimension, Segmentation,  Composite Materials, Homogeneity Another Dimension  Segmentation   Composite Materials  Homogeneity
16 Duration of action by stationary object Object-generated harmful factors Convert Harm Into Benefit Convert Harm Into Benefit NA NA NA
16 Duration of action by stationary object Ease of manufacture Transformation of Properties, Prior Action Transformation of Properties  Prior Action NA NA
16 Duration of action by stationary object Ease of operation Segmentation Segmentation NA NA NA
16 Duration of action by stationary object Ease of repair Segmentation Segmentation NA NA NA
16 Duration of action by stationary object Adaptability or versatility Separation Separation NA NA NA
16 Duration of action by stationary object Device complexity NA NA NA NA NA
16 Duration of action by stationary object Difficulty of detecting and measuring Self-service, Rejecting and Regenerating Parts, Universality, Transformation of Properties Self-service  Rejecting and Regenerating Parts  Universality  Transformation of Properties
16 Duration of action by stationary object Extent of automation Segmentation Segmentation NA NA NA
16 Duration of action by stationary object Productivity Continuity of Useful Action, Prior Action, Partial or Excessive Action, Accelerated Oxidation Continuity of Useful Action  Prior Action  Partial or Excessive Action  Accelerated Oxidation
17 Temperature Weight of moving object Phase Transition,Convert Harm Into Benefit, Universality, Accelerated Oxidation Phase Transition Convert Harm Into Benefit  Universality  Accelerated Oxidation
17 Temperature Weight of stationary object Convert Harm Into Benefit, Transformation of Properties, Changing the Color Convert Harm Into Benefit  Transformation of Properties  Changing the Color NA
17 Temperature Length of moving object Dynamics, Periodic Action, Prior Counteraction Dynamics  Periodic Action  Prior Counteraction NA
17 Temperature Length of stationary object Dynamics, Periodic Action, Prior Counteraction Dynamics  Periodic Action  Prior Counteraction NA
17 Temperature Area of moving object Local Quality, Transformation of Properties, Inert Environment, Mechanical Vibration Local Quality  Transformation of Properties  Inert Environment  Mechanical Vibration
17 Temperature Area of stationary object Transformation of Properties, Accelerated Oxidation Transformation of Properties  Accelerated Oxidation NA NA
17 Temperature Volume of  moving object Rejecting and Regenerating Parts, Inert Environment,  Composite Materials, Mechanical Vibration Rejecting and Regenerating Parts  Inert Environment   Composite Materials  Mechanical Vibration
17 Temperature Volume of stationary object Transformation of Properties, Universality, Asymmetry Transformation of Properties  Universality  Asymmetry NA
17 Temperature Speed Separation, Replacement of Mechanical System, Phase Transition, Flexible Membranes or Thin Films Separation  Replacement of Mechanical System  Phase Transition  Flexible Membranes or Thin Films
17 Temperature Force (Intensity) Transformation of Properties, Prior Action, Local Quality, Separation, Segmentation Transformation of Properties  Prior Action  Local Quality  Separation
17 Temperature Stress or pressure Transformation of Properties, Inert Environment, Periodic Action, Separation Transformation of Properties  Inert Environment  Periodic Action  Separation
17 Temperature Shape Spheroidality, Convert Harm Into Benefit, Periodic Action, Changing the Color Spheroidality  Convert Harm Into Benefit  Periodic Action  Changing the Color
17 Temperature Stability of  the object’s composition Segmentation, Transformation of Properties, Changing the Color Segmentation  Transformation of Properties  Changing the Color NA
17 Temperature Strength Prior Action, Flexible Membranes or Thin Films, Convert Harm Into Benefit,  Composite Materials Prior Action  Flexible Membranes or Thin Films  Convert Harm Into Benefit   Composite Materials
17 Temperature Duration of action of moving object Periodic Action, Inversion, Inert Environment Periodic Action  Inversion  Inert Environment NA
17 Temperature Duration of action by stationary object Periodic Action, Mechanical Vibration, Phase Transition,  Composite Materials Periodic Action  Mechanical Vibration  Phase Transition   Composite Materials
17 Temperature Temperature NA NA NA NA NA
17 Temperature Illumination intensity Changing the Color, Flexible Membranes or Thin Films, Separation, Segmentation, Partial or Excessive Action Changing the Color  Flexible Membranes or Thin Films  Separation  Segmentation
17 Temperature Use of energy by moving object Periodic Action, Dynamics, Local Quality, Another Dimension Periodic Action  Dynamics  Local Quality  Another Dimension
17 Temperature Use of energy by stationary object NA NA NA NA NA
17 Temperature Power Separation, Spheroidality, Another Dimension, Self-service Separation  Spheroidality  Another Dimension  Self-service
17 Temperature Loss of Energy Separation, Segmentation, Another Dimension, Transformation of Properties, Accelerated Oxidation Separation  Segmentation  Another Dimension  Transformation of Properties
17 Temperature Loss of substance Separation, Segmentation, Phase Transition, Pneumatic or Hydraulic Constructions, Porous Material Separation  Segmentation  Phase Transition  Pneumatic or Hydraulic Constructions
17 Temperature Loss of Information NA NA NA NA NA
17 Temperature Loss of Time Transformation of Properties, Replacement of Mechanical System, Separation, Segmentation, Mechanical Vibration Transformation of Properties  Replacement of Mechanical System  Separation  Segmentation
17 Temperature Quantity of substance/the matter Local Quality, Another Dimension, Flexible Membranes or Thin Films, Inert Environment Local Quality  Another Dimension  Flexible Membranes or Thin Films  Inert Environment
17 Temperature Reliability Periodic Action, Transformation of Properties, Local Quality, Prior Action Periodic Action  Transformation of Properties  Local Quality  Prior Action
17 Temperature Measurement accuracy Changing the Color, Periodic Action, Mediator Changing the Color  Periodic Action  Mediator NA
17 Temperature Manufacturing precision Mediator Mediator NA NA NA
17 Temperature Object-affected harmful factors Convert Harm Into Benefit, Homogeneity, Transformation of Properties, Separation Convert Harm Into Benefit  Homogeneity  Transformation of Properties  Separation
17 Temperature Object-generated harmful factors Convert Harm Into Benefit, Transformation of Properties, Separation, Mediator Convert Harm Into Benefit  Transformation of Properties  Separation  Mediator
17 Temperature Ease of manufacture Copying, Dispose Copying  Dispose NA NA
17 Temperature Ease of operation Copying, Dispose Copying  Dispose NA NA
17 Temperature Ease of repair Asymmetry, Prior Action, Partial or Excessive Action Asymmetry  Prior Action  Partial or Excessive Action NA
17 Temperature Adaptability or versatility Separation, Mechanical Vibration, Dispose Separation  Mechanical Vibration  Dispose NA
17 Temperature Device complexity Separation, Another Dimension, Partial or Excessive Action Separation  Another Dimension  Partial or Excessive Action NA
17 Temperature Difficulty of detecting and measuring Local Quality, Dispose, Transformation of Properties, Porous Material Local Quality  Dispose  Transformation of Properties  Porous Material
17 Temperature Extent of automation Copying, Separation, Periodic Action, Partial or Excessive Action Copying  Separation  Periodic Action  Partial or Excessive Action
17 Temperature Productivity Dynamics, Replacement of Mechanical System, Transformation of Properties Dynamics  Replacement of Mechanical System  Transformation of Properties NA
18 Illumination intensity Weight of moving object Periodic Action, Segmentation, Changing the Color Periodic Action  Segmentation  Changing the Color NA
18 Illumination intensity Weight of stationary object Separation, Transformation of Properties, Changing the Color Separation  Transformation of Properties  Changing the Color NA
18 Illumination intensity Length of moving object Periodic Action, Changing the Color, Partial or Excessive Action Periodic Action  Changing the Color  Partial or Excessive Action NA
18 Illumination intensity Length of stationary object NA NA NA NA NA
18 Illumination intensity Area of moving object Periodic Action, Changing the Color, Copying Periodic Action  Changing the Color  Copying NA
18 Illumination intensity Area of stationary object NA NA NA NA NA
18 Illumination intensity Volume of  moving object Separation, Inversion, Prior Action Separation  Inversion  Prior Action NA
18 Illumination intensity Volume of stationary object NA NA NA NA NA
18 Illumination intensity Speed Prior Action, Inversion, Periodic Action Prior Action  Inversion  Periodic Action NA
18 Illumination intensity Force (Intensity) Copying, Periodic Action, Universality Copying  Periodic Action  Universality NA
18 Illumination intensity Stress or pressure NA NA NA NA NA
18 Illumination intensity Shape Changing the Color, Flexible Membranes or Thin Films Changing the Color  Flexible Membranes or Thin Films NA NA
18 Illumination intensity Stability of  the object’s composition Changing the Color, Local Quality, Dispose Changing the Color  Local Quality  Dispose NA
18 Illumination intensity Strength Transformation of Properties, Periodic Action Transformation of Properties  Periodic Action NA NA
18 Illumination intensity Duration of action of moving object Separation, Periodic Action, Universality Separation  Periodic Action  Universality NA
18 Illumination intensity Duration of action by stationary object NA NA NA NA NA
18 Illumination intensity Temperature Changing the Color, Transformation of Properties, Periodic Action Changing the Color  Transformation of Properties  Periodic Action NA
18 Illumination intensity Illumination intensity NA NA NA NA NA
18 Illumination intensity Use of energy by moving object Changing the Color, Segmentation, Periodic Action Changing the Color  Segmentation  Periodic Action NA
18 Illumination intensity Use of energy by stationary object Changing the Color, Transformation of Properties, Segmentation, Dynamics Changing the Color  Transformation of Properties  Segmentation  Dynamics
18 Illumination intensity Power Changing the Color Changing the Color NA NA NA
18 Illumination intensity Loss of Energy Inversion, Partial or Excessive Action, Segmentation, Universality Inversion  Partial or Excessive Action  Segmentation  Universality
18 Illumination intensity Loss of substance Inversion, Segmentation Inversion  Segmentation NA NA
18 Illumination intensity Loss of Information Segmentation, Universality Segmentation  Universality NA NA
18 Illumination intensity Loss of Time Periodic Action, Segmentation, Copying, Another Dimension Periodic Action  Segmentation  Copying  Another Dimension
18 Illumination intensity Quantity of substance/the matter Segmentation, Periodic Action Segmentation  Periodic Action NA NA
18 Illumination intensity Reliability NA NA NA NA NA
18 Illumination intensity Measurement accuracy Cushion in Advance, Dynamics, Changing the Color Cushion in Advance  Dynamics  Changing the Color NA
18 Illumination intensity Manufacturing precision Local Quality, Changing the Color Local Quality  Changing the Color NA NA
18 Illumination intensity Object-affected harmful factors Dynamics, Periodic Action Dynamics  Periodic Action NA NA
18 Illumination intensity Object-generated harmful factors Transformation of Properties, Periodic Action, Changing the Color, Inert Environment Transformation of Properties  Periodic Action  Changing the Color  Inert Environment
18 Illumination intensity Ease of manufacture Periodic Action, Transformation of Properties, Replacement of Mechanical System, Copying Periodic Action  Transformation of Properties  Replacement of Mechanical System  Copying
18 Illumination intensity Ease of operation Replacement of Mechanical System, Copying, Periodic Action Replacement of Mechanical System  Copying  Periodic Action NA
18 Illumination intensity Ease of repair Dynamics, Another Dimension, Inversion, Partial or Excessive Action Dynamics  Another Dimension  Inversion  Partial or Excessive Action
18 Illumination intensity Adaptability or versatility Dynamics, Segmentation, Periodic Action Dynamics  Segmentation  Periodic Action NA
18 Illumination intensity Device complexity Universality, Changing the Color, Inversion Universality  Changing the Color  Inversion NA
18 Illumination intensity Difficulty of detecting and measuring Changing the Color, Dynamics Changing the Color  Dynamics NA NA
18 Illumination intensity Extent of automation Separation, Copying, Prior Action Separation  Copying  Prior Action NA
18 Illumination intensity Productivity Separation, Self-service, Partial or Excessive Action Separation  Self-service  Partial or Excessive Action NA
19 Use of energy by moving object Weight of moving object Equipotentiality,Mechanical Vibration,Replacement of Mechanical System,Porous Material Equipotentiality Mechanical Vibration Replacement of Mechanical System Porous Material
19 Use of energy by moving object Weight of stationary object NA NA NA NA NA
19 Use of energy by moving object Length of moving object Equipotentiality, Replacement of Mechanical System Equipotentiality  Replacement of Mechanical System NA NA
19 Use of energy by moving object Length of stationary object NA NA NA NA NA
19 Use of energy by moving object Area of moving object Dynamics, Periodic Action, Self-service Dynamics  Periodic Action  Self-service NA
19 Use of energy by moving object Area of stationary object NA NA NA NA NA
19 Use of energy by moving object Volume of  moving object Transformation of Properties, Inversion, Mechanical Vibration Transformation of Properties  Inversion  Mechanical Vibration NA
19 Use of energy by moving object Volume of stationary object NA NA NA NA NA
19 Use of energy by moving object Speed Anti-Weight or Counter Weight, Transformation of Properties, Transformation of Properties Anti-Weight or Counter Weight  Transformation of Properties  Transformation of Properties NA
19 Use of energy by moving object Force (Intensity) Partial or Excessive Action, Copying, Separation, Segmentation, Separation Partial or Excessive Action  Copying  Separation  Segmentation
19 Use of energy by moving object Stress or pressure Feedback, Spheroidality, Self-service Feedback  Spheroidality  Self-service NA
19 Use of energy by moving object Shape Equipotentiality, Separation, Pneumatic or Hydraulic Constructions Equipotentiality  Separation  Pneumatic or Hydraulic Constructions NA
19 Use of energy by moving object Stability of  the object’s composition Periodic Action, Inversion, Another Dimension, Mediator Periodic Action  Inversion  Another Dimension  Mediator
19 Use of energy by moving object Strength Merging, Periodic Action, Prior Counteraction, Transformation of Properties Merging  Periodic Action  Prior Counteraction  Transformation of Properties
19 Use of energy by moving object Duration of action of moving object Replacement of Mechanical System, Transformation of Properties, Universality, Mechanical Vibration Replacement of Mechanical System  Transformation of Properties  Universality  Mechanical Vibration
19 Use of energy by moving object Duration of action by stationary object NA NA NA NA NA
19 Use of energy by moving object Temperature Periodic Action, Mediator, Local Quality, Spheroidality Periodic Action  Mediator  Local Quality  Spheroidality
19 Use of energy by moving object Illumination intensity Separation, Dynamics, Periodic Action Separation  Dynamics  Periodic Action NA
19 Use of energy by moving object Use of energy by moving object NA NA NA NA NA
19 Use of energy by moving object Use of energy by stationary object NA NA NA NA NA
19 Use of energy by moving object Power Universality, Periodic Action, Thermal Expansion, Mechanical Vibration Universality  Periodic Action  Thermal Expansion  Mechanical Vibration
19 Use of energy by moving object Loss of Energy Equipotentiality, Convert Harm Into Benefit, Dynamics, Mediator Equipotentiality  Convert Harm Into Benefit  Dynamics  Mediator
19 Use of energy by moving object Loss of substance Transformation of Properties, Mediator, Mechanical Vibration, Merging Transformation of Properties  Mediator  Mechanical Vibration  Merging
19 Use of energy by moving object Loss of Information NA NA NA NA NA
19 Use of energy by moving object Loss of Time Transformation of Properties, Accelerated Oxidation, Periodic Action, Mechanical Vibration Transformation of Properties  Accelerated Oxidation  Periodic Action  Mechanical Vibration
19 Use of energy by moving object Quantity of substance/the matter Rejecting and Regenerating Parts, Feedback, Partial or Excessive Action, Mechanical Vibration Rejecting and Regenerating Parts  Feedback  Partial or Excessive Action  Mechanical Vibration
19 Use of energy by moving object Reliability Periodic Action, Separation, Segmentation, Cushion in Advance, Dispose Periodic Action  Separation  Segmentation  Cushion in Advance
19 Use of energy by moving object Measurement accuracy Local Quality, Segmentation, Changing the Color Local Quality  Segmentation  Changing the Color NA
19 Use of energy by moving object Manufacturing precision NA NA NA NA NA
19 Use of energy by moving object Object-affected harmful factors Segmentation, Transformation of Properties, Universality, Dispose Segmentation  Transformation of Properties  Universality  Dispose
19 Use of energy by moving object Object-generated harmful factors Separation, Transformation of Properties, Universality Separation  Transformation of Properties  Universality NA
19 Use of energy by moving object Ease of manufacture Replacement of Mechanical System, Copying, Flexible Membranes or Thin Films Replacement of Mechanical System  Copying  Flexible Membranes or Thin Films NA
19 Use of energy by moving object Ease of operation Periodic Action, Transformation of Properties Periodic Action  Transformation of Properties NA NA
19 Use of energy by moving object Ease of repair Segmentation, Dynamics, Another Dimension, Replacement of Mechanical System Segmentation  Dynamics  Another Dimension  Replacement of Mechanical System
19 Use of energy by moving object Adaptability or versatility Dynamics, Another Dimension, Inversion, Partial or Excessive Action Dynamics  Another Dimension  Inversion  Partial or Excessive Action
19 Use of energy by moving object Device complexity Separation, Pneumatic or Hydraulic Constructions, Dispose, Replacement of Mechanical System Separation  Pneumatic or Hydraulic Constructions  Dispose  Replacement of Mechanical System
19 Use of energy by moving object Difficulty of detecting and measuring Transformation of Properties, Accelerated Oxidation Transformation of Properties  Accelerated Oxidation NA NA
19 Use of energy by moving object Extent of automation Changing the Color, Separation Changing the Color  Separation NA NA
19 Use of energy by moving object Productivity Equipotentiality, Replacement of Mechanical System, Transformation of Properties Equipotentiality  Replacement of Mechanical System  Transformation of Properties NA
20 Use of energy by stationary object Weight of moving object NA NA NA NA NA
20 Use of energy by stationary object Weight of stationary object Periodic Action, Prior Counteraction, Universality, Dispose Periodic Action  Prior Counteraction  Universality  Dispose
20 Use of energy by stationary object Length of moving object NA NA NA NA NA
20 Use of energy by stationary object Length of stationary object NA NA NA NA NA
20 Use of energy by stationary object Area of moving object NA NA NA NA NA
20 Use of energy by stationary object Area of stationary object NA NA NA NA NA
20 Use of energy by stationary object Volume of  moving object NA NA NA NA NA
20 Use of energy by stationary object Volume of stationary object NA NA NA NA NA
20 Use of energy by stationary object Speed NA NA NA NA NA
20 Use of energy by stationary object Force (Intensity) Phase Transition, Thermal Expansion Phase Transition  Thermal Expansion NA NA
20 Use of energy by stationary object Stress or pressure NA NA NA NA NA
20 Use of energy by stationary object Shape NA NA NA NA NA
20 Use of energy by stationary object Stability of  the object’s composition Dispose, Asymmetry, Pneumatic or Hydraulic Constructions, Mechanical Vibration Dispose  Asymmetry  Pneumatic or Hydraulic Constructions  Mechanical Vibration
20 Use of energy by stationary object Strength Transformation of Properties Transformation of Properties NA NA NA
20 Use of energy by stationary object Duration of action of moving object NA NA NA NA NA
20 Use of energy by stationary object Duration of action by stationary object NA NA NA NA NA
20 Use of energy by stationary object Temperature NA NA NA NA NA
20 Use of energy by stationary object Illumination intensity Periodic Action, Separation, Transformation of Properties, Changing the Color Periodic Action  Separation  Transformation of Properties  Changing the Color
20 Use of energy by stationary object Use of energy by moving object NA NA NA NA NA
20 Use of energy by stationary object Use of energy by stationary object NA NA NA NA NA
20 Use of energy by stationary object Power NA NA NA NA NA
20 Use of energy by stationary object Loss of Energy NA NA NA NA NA
20 Use of energy by stationary object Loss of substance Replacement of Mechanical System, Dispose, Mechanical Vibration, Porous Material Replacement of Mechanical System  Dispose  Mechanical Vibration  Porous Material
20 Use of energy by stationary object Loss of Information NA NA NA NA NA
20 Use of energy by stationary object Loss of Time NA NA NA NA NA
20 Use of energy by stationary object Quantity of substance/the matter Local Quality, Transformation of Properties, Porous Material Local Quality  Transformation of Properties  Porous Material NA
20 Use of energy by stationary object Reliability Prior Action, Phase Transition, Feedback Prior Action  Phase Transition  Feedback NA
20 Use of energy by stationary object Measurement accuracy NA NA NA NA NA
20 Use of energy by stationary object Manufacturing precision NA NA NA NA NA
20 Use of energy by stationary object Object-affected harmful factors Prior Action, Separation, Convert Harm Into Benefit, Thermal Expansion Prior Action  Separation  Convert Harm Into Benefit  Thermal Expansion
20 Use of energy by stationary object Object-generated harmful factors Periodic Action, Convert Harm Into Benefit, Mechanical Vibration Periodic Action  Convert Harm Into Benefit  Mechanical Vibration NA
20 Use of energy by stationary object Ease of manufacture Segmentation, Asymmetry Segmentation  Asymmetry NA NA
20 Use of energy by stationary object Ease of operation NA NA NA NA NA
20 Use of energy by stationary object Ease of repair NA NA NA NA NA
20 Use of energy by stationary object Adaptability or versatility NA NA NA NA NA
20 Use of energy by stationary object Device complexity NA NA NA NA NA
20 Use of energy by stationary object Difficulty of detecting and measuring Periodic Action, Transformation of Properties, Partial or Excessive Action, Self-service Periodic Action  Transformation of Properties  Partial or Excessive Action  Self-service
20 Use of energy by stationary object Extent of automation NA NA NA NA NA
20 Use of energy by stationary object Productivity Segmentation, Universality Segmentation  Universality NA NA
21 Power Weight of moving object Anti-Weight or Counter Weight, Phase Transition, Accelerated Oxidation, Porous Material Anti-Weight or Counter Weight  Phase Transition  Accelerated Oxidation  Porous Material
21 Power Weight of stationary object Periodic Action, Copying, Another Dimension, Dispose Periodic Action  Copying  Another Dimension  Dispose
21 Power Length of moving object Segmentation, Prior Action, Transformation of Properties, Thermal Expansion Segmentation  Prior Action  Transformation of Properties  Thermal Expansion
21 Power Length of stationary object NA NA NA NA NA
21 Power Area of moving object Periodic Action, Accelerated Oxidation Periodic Action  Accelerated Oxidation NA NA
21 Power Area of stationary object Another Dimension, Changing the Color, Inversion, Accelerated Oxidation Another Dimension  Changing the Color  Inversion  Accelerated Oxidation
21 Power Volume of  moving object Transformation of Properties, Universality, Accelerated Oxidation Transformation of Properties  Universality  Accelerated Oxidation NA
21 Power Volume of stationary object Flexible Membranes or Thin Films, Universality, Self-service Flexible Membranes or Thin Films  Universality  Self-service NA
21 Power Speed Dynamics, Transformation of Properties, Separation Dynamics  Transformation of Properties  Separation NA
21 Power Force (Intensity) Copying, Separation, Phase Transition, Transformation of Properties Copying  Separation  Phase Transition  Transformation of Properties
21 Power Stress or pressure Convert Harm Into Benefit, Prior Action, Transformation of Properties Convert Harm Into Benefit  Prior Action  Transformation of Properties NA
21 Power Shape Pneumatic or Hydraulic Constructions, Spheroidality, Separation,  Composite Materials Pneumatic or Hydraulic Constructions  Spheroidality  Separation   Composite Materials
21 Power Stability of  the object’s composition Transformation of Properties, Changing the Color, Dynamics, Porous Material Transformation of Properties  Changing the Color  Dynamics  Porous Material
21 Power Strength Copying, Prior Action, Replacement of Mechanical System Copying  Prior Action  Replacement of Mechanical System NA
21 Power Duration of action of moving object Periodic Action, Transformation of Properties, Prior Action, Accelerated Oxidation Periodic Action  Transformation of Properties  Prior Action  Accelerated Oxidation
21 Power Duration of action by stationary object Partial or Excessive Action Partial or Excessive Action NA NA NA
21 Power Temperature Separation, Spheroidality, Another Dimension, Self-service Separation  Spheroidality  Another Dimension  Self-service
21 Power Illumination intensity Partial or Excessive Action, Universality, Periodic Action Partial or Excessive Action  Universality  Periodic Action NA
21 Power Use of energy by moving object Partial or Excessive Action, Universality, Periodic Action, Thermal Expansion Partial or Excessive Action  Universality  Periodic Action  Thermal Expansion
21 Power Use of energy by stationary object NA NA NA NA NA
21 Power Power NA NA NA NA NA
21 Power Loss of Energy Prior Action, Transformation of Properties, Accelerated Oxidation Prior Action  Transformation of Properties  Accelerated Oxidation NA
21 Power Loss of substance Replacement of Mechanical System, Dispose, Mechanical Vibration, Accelerated Oxidation Replacement of Mechanical System  Dispose  Mechanical Vibration  Accelerated Oxidation
21 Power Loss of Information Prior Action, Periodic Action Prior Action  Periodic Action NA NA
21 Power Loss of Time Transformation of Properties, Continuity of Useful Action, Prior Action, Universality Transformation of Properties  Continuity of Useful Action  Prior Action  Universality
21 Power Quantity of substance/the matter Asymmetry, Rejecting and Regenerating Parts, Periodic Action Asymmetry  Rejecting and Regenerating Parts  Periodic Action NA
21 Power Reliability Periodic Action, Mediator, Copying, Porous Material Periodic Action  Mediator  Copying  Porous Material
21 Power Measurement accuracy Changing the Color, Dynamics, Separation Changing the Color  Dynamics  Separation NA
21 Power Manufacturing precision Changing the Color, Separation Changing the Color  Separation NA NA
21 Power Object-affected harmful factors Periodic Action, Convert Harm Into Benefit, Porous Material, Separation Periodic Action  Convert Harm Into Benefit  Porous Material  Separation
21 Power Object-generated harmful factors Separation, Transformation of Properties, Mechanical Vibration Separation  Transformation of Properties  Mechanical Vibration NA
21 Power Ease of manufacture Copying, Prior Action, Rejecting and Regenerating Parts Copying  Prior Action  Rejecting and Regenerating Parts NA
21 Power Ease of operation Copying, Transformation of Properties, Prior Action Copying  Transformation of Properties  Prior Action NA
21 Power Ease of repair Transformation of Properties, Separation, Prior Action, Rejecting and Regenerating Parts Transformation of Properties  Separation  Prior Action  Rejecting and Regenerating Parts
21 Power Adaptability or versatility Periodic Action, Another Dimension, Rejecting and Regenerating Parts Periodic Action  Another Dimension  Rejecting and Regenerating Parts NA
21 Power Device complexity Continuity of Useful Action, Periodic Action, Flexible Membranes or Thin Films, Rejecting and Regenerating Parts Continuity of Useful Action  Periodic Action  Flexible Membranes or Thin Films  Rejecting and Regenerating Parts
21 Power Difficulty of detecting and measuring Periodic Action, Transformation of Properties, Partial or Excessive Action Periodic Action  Transformation of Properties  Partial or Excessive Action NA
21 Power Extent of automation Replacement of Mechanical System, Separation, Another Dimension Replacement of Mechanical System  Separation  Another Dimension NA
21 Power Productivity Replacement of Mechanical System, Transformation of Properties, Rejecting and Regenerating Parts Replacement of Mechanical System  Transformation of Properties  Rejecting and Regenerating Parts NA
22 Loss of Energy Weight of moving object Dynamics, Universality, Periodic Action, Replacement of Mechanical System Dynamics  Universality  Periodic Action  Replacement of Mechanical System
22 Loss of Energy Weight of stationary object Periodic Action, Universality, Mechanical Vibration, Prior Counteraction Periodic Action  Universality  Mechanical Vibration  Prior Counteraction
22 Loss of Energy Length of moving object Nesting, Separation, Universality, Inversion Nesting  Separation  Universality  Inversion
22 Loss of Energy Length of stationary object Universality, Accelerated Oxidation, Nesting Universality  Accelerated Oxidation  Nesting NA
22 Loss of Energy Area of moving object Dynamics, Copying, Another Dimension, Flexible Membranes or Thin Films Dynamics  Copying  Another Dimension  Flexible Membranes or Thin Films
22 Loss of Energy Area of stationary object Another Dimension, Nesting, Flexible Membranes or Thin Films, Mechanical Vibration Another Dimension  Nesting  Flexible Membranes or Thin Films  Mechanical Vibration
22 Loss of Energy Volume of  moving object Nesting, Mechanical Vibration, Feedback Nesting  Mechanical Vibration  Feedback NA
22 Loss of Energy Volume of stationary object Nesting Nesting NA NA NA
22 Loss of Energy Speed Partial or Excessive Action, Transformation of Properties, Accelerated Oxidation Partial or Excessive Action  Transformation of Properties  Accelerated Oxidation NA
22 Loss of Energy Force (Intensity) Phase Transition, Accelerated Oxidation Phase Transition  Accelerated Oxidation NA NA
22 Loss of Energy Stress or pressure NA NA NA NA NA
22 Loss of Energy Shape NA NA NA NA NA
22 Loss of Energy Stability of  the object’s composition Spheroidality, Separation, Inert Environment, Universality Spheroidality  Separation  Inert Environment  Universality
22 Loss of Energy Strength Copying Copying NA NA NA
22 Loss of Energy Duration of action of moving object NA NA NA NA NA
22 Loss of Energy Duration of action by stationary object NA NA NA NA NA
22 Loss of Energy Temperature Periodic Action, Accelerated Oxidation, Nesting Periodic Action  Accelerated Oxidation  Nesting NA
22 Loss of Energy Illumination intensity Segmentation, Inversion, Changing the Color, Dynamics Segmentation  Inversion  Changing the Color  Dynamics
22 Loss of Energy Use of energy by moving object NA NA NA NA NA
22 Loss of Energy Use of energy by stationary object NA NA NA NA NA
22 Loss of Energy Power Local Quality, Accelerated Oxidation Local Quality  Accelerated Oxidation NA NA
22 Loss of Energy Loss of Energy NA NA NA NA NA
22 Loss of Energy Loss of substance Transformation of Properties, Dispose, Separation, Thermal Expansion Transformation of Properties  Dispose  Separation  Thermal Expansion
22 Loss of Energy Loss of Information Periodic Action, Prior Action Periodic Action  Prior Action NA NA
22 Loss of Energy Loss of Time Prior Action, Mechanical Vibration, Changing the Color, Nesting Prior Action  Mechanical Vibration  Changing the Color  Nesting
22 Loss of Energy Quantity of substance/the matter Nesting, Mechanical Vibration, Self-service Nesting  Mechanical Vibration  Self-service NA
22 Loss of Energy Reliability Cushion in Advance, Prior Action, Transformation of Properties Cushion in Advance  Prior Action  Transformation of Properties NA
22 Loss of Energy Measurement accuracy Changing the Color Changing the Color NA NA NA
22 Loss of Energy Manufacturing precision NA NA NA NA NA
22 Loss of Energy Object-affected harmful factors Separation, Segmentation, Convert Harm Into Benefit, Transformation of Properties, Separation Separation  Segmentation  Convert Harm Into Benefit  Transformation of Properties
22 Loss of Energy Object-generated harmful factors Separation, Segmentation, Transformation of Properties, Separation, Convert Harm Into Benefit Separation  Segmentation  Transformation of Properties  Separation
22 Loss of Energy Ease of manufacture NA NA NA NA NA
22 Loss of Energy Ease of operation Transformation of Properties, Changing the Color, Segmentation Transformation of Properties  Changing the Color  Segmentation NA
22 Loss of Energy Ease of repair Separation, Periodic Action Separation  Periodic Action NA NA
22 Loss of Energy Adaptability or versatility NA NA NA NA NA
22 Loss of Energy Device complexity Nesting, Feedback Nesting  Feedback NA NA
22 Loss of Energy Difficulty of detecting and measuring Transformation of Properties, Local Quality, Dynamics, Feedback Transformation of Properties  Local Quality  Dynamics  Feedback
22 Loss of Energy Extent of automation Separation Separation NA NA NA
22 Loss of Energy Productivity Replacement of Mechanical System, Prior Action, Pneumatic or Hydraulic Constructions, Transformation of Properties Replacement of Mechanical System  Prior Action  Pneumatic or Hydraulic Constructions  Transformation of Properties
23 Loss of substance Weight of moving object Transformation of Properties, Universality, Feedback,  Composite Materials Transformation of Properties  Universality  Feedback   Composite Materials
23 Loss of substance Weight of stationary object Transformation of Properties, Universality, Convert Harm Into Benefit, Changing the Color Transformation of Properties  Universality  Convert Harm Into Benefit  Changing the Color
23 Loss of substance Length of moving object Spheroidality, Pneumatic or Hydraulic Constructions, Prior Action, Inert Environment Spheroidality  Pneumatic or Hydraulic Constructions  Prior Action  Inert Environment
23 Loss of substance Length of stationary object Prior Action, Replacement of Mechanical System,Mediator Prior Action  Replacement of Mechanical System Mediator NA
23 Loss of substance Area of moving object Transformation of Properties, Separation, Prior Action, Porous Material Transformation of Properties  Separation  Prior Action  Porous Material
23 Loss of substance Area of stationary object Prior Action, Mechanical Vibration, Inert Environment, Porous Material Prior Action  Mechanical Vibration  Inert Environment  Porous Material
23 Loss of substance Volume of  moving object Segmentation, Pneumatic or Hydraulic Constructions, Flexible Membranes or Thin Films, Phase Transition Segmentation  Pneumatic or Hydraulic Constructions  Flexible Membranes or Thin Films  Phase Transition
23 Loss of substance Volume of stationary object Local Quality, Inert Environment, Mechanical Vibration, Porous Material Local Quality  Inert Environment  Mechanical Vibration  Porous Material
23 Loss of substance Speed Prior Action, Inversion, Replacement of Mechanical System, Accelerated Oxidation Prior Action  Inversion  Replacement of Mechanical System  Accelerated Oxidation
23 Loss of substance Force (Intensity) Spheroidality, Dynamics, Mechanical Vibration,  Composite Materials Spheroidality  Dynamics  Mechanical Vibration   Composite Materials
23 Loss of substance Stress or pressure Local Quality, Phase Transition, Thermal Expansion, Prior Action Local Quality  Phase Transition  Thermal Expansion  Prior Action
23 Loss of substance Shape Pneumatic or Hydraulic Constructions, Transformation of Properties, Local Quality, Merging Pneumatic or Hydraulic Constructions  Transformation of Properties  Local Quality  Merging
23 Loss of substance Stability of  the object’s composition Separation, Spheroidality, Flexible Membranes or Thin Films,  Composite Materials Separation  Spheroidality  Flexible Membranes or Thin Films   Composite Materials
23 Loss of substance Strength Transformation of Properties, Replacement of Mechanical System, Porous Material,  Composite Materials Transformation of Properties  Replacement of Mechanical System  Porous Material   Composite Materials
23 Loss of substance Duration of action of moving object Replacement of Mechanical System, Dispose, Local Quality, Mechanical Vibration Replacement of Mechanical System  Dispose  Local Quality  Mechanical Vibration
23 Loss of substance Duration of action by stationary object Dispose, Partial or Excessive Action, Mechanical Vibration, Accelerated Oxidation Dispose  Partial or Excessive Action  Mechanical Vibration  Accelerated Oxidation
23 Loss of substance Temperature Separation, Segmentation, Phase Transition, Inert Environment, Porous Material Separation  Segmentation  Phase Transition  Inert Environment
23 Loss of substance Illumination intensity Segmentation, Universality, Inversion Segmentation  Universality  Inversion NA
23 Loss of substance Use of energy by moving object Transformation of Properties, Mechanical Vibration, Mediator, Merging Transformation of Properties  Mechanical Vibration  Mediator  Merging
23 Loss of substance Use of energy by stationary object Replacement of Mechanical System, Dispose, Equipotentiality, Porous Material Replacement of Mechanical System  Dispose  Equipotentiality  Porous Material
23 Loss of substance Power Replacement of Mechanical System, Dispose, Mechanical Vibration, Accelerated Oxidation Replacement of Mechanical System  Dispose  Mechanical Vibration  Accelerated Oxidation
23 Loss of substance Loss of Energy Transformation of Properties, Dispose, Separation, Porous Material Transformation of Properties  Dispose  Separation  Porous Material
23 Loss of substance Loss of substance NA NA NA NA NA
23 Loss of substance Loss of Information NA NA NA NA NA
23 Loss of substance Loss of Time Dynamics, Mechanical Vibration, Transformation of Properties, Prior Action Dynamics  Mechanical Vibration  Transformation of Properties  Prior Action
23 Loss of substance Quantity of substance/the matter Universality, Local Quality, Prior Action, Mediator Universality  Local Quality  Prior Action  Mediator
23 Loss of substance Reliability Prior Action, Pneumatic or Hydraulic Constructions, Inert Environment, Transformation of Properties Prior Action  Pneumatic or Hydraulic Constructions  Inert Environment  Transformation of Properties
23 Loss of substance Measurement accuracy Partial or Excessive Action, Rejecting and Regenerating Parts, Porous Material, Replacement of Mechanical System Partial or Excessive Action  Rejecting and Regenerating Parts  Porous Material  Replacement of Mechanical System
23 Loss of substance Manufacturing precision Transformation of Properties, Prior Action, Mediator, Porous Material Transformation of Properties  Prior Action  Mediator  Porous Material
23 Loss of substance Object-affected harmful factors Homogeneity, Convert Harm Into Benefit, Flexible Membranes or Thin Films,  Composite Materials Homogeneity  Convert Harm Into Benefit  Flexible Membranes or Thin Films   Composite Materials
23 Loss of substance Object-generated harmful factors Prior Action, Segmentation, Rejecting and Regenerating Parts, Pneumatic or Hydraulic Constructions Prior Action  Segmentation  Rejecting and Regenerating Parts  Pneumatic or Hydraulic Constructions
23 Loss of substance Ease of manufacture Dynamics, Rejecting and Regenerating Parts, Homogeneity Dynamics  Rejecting and Regenerating Parts  Homogeneity NA
23 Loss of substance Ease of operation Changing the Color, Replacement of Mechanical System, Separation, Mediator Changing the Color  Replacement of Mechanical System  Separation  Mediator
23 Loss of substance Ease of repair Separation, Transformation of Properties, Rejecting and Regenerating Parts, Dispose Separation  Transformation of Properties  Rejecting and Regenerating Parts  Dispose
23 Loss of substance Adaptability or versatility Dynamics, Prior Action, Separation Dynamics  Prior Action  Separation NA
23 Loss of substance Device complexity Transformation of Properties, Prior Action, Replacement of Mechanical System, Mediator Transformation of Properties  Prior Action  Replacement of Mechanical System  Mediator
23 Loss of substance Difficulty of detecting and measuring Transformation of Properties, Mechanical Vibration, Prior Action, Inversion Transformation of Properties  Mechanical Vibration  Prior Action  Inversion
23 Loss of substance Extent of automation Transformation of Properties, Prior Action, Mechanical Vibration Transformation of Properties  Prior Action  Mechanical Vibration NA
23 Loss of substance Productivity Replacement of Mechanical System, Transformation of Properties, Prior Action, Feedback Replacement of Mechanical System  Transformation of Properties  Prior Action  Feedback
24 Loss of Information Weight of moving object Prior Action, Mediator, Transformation of Properties Prior Action  Mediator  Transformation of Properties NA
24 Loss of Information Weight of stationary object Prior Action, Transformation of Properties, Merging Prior Action  Transformation of Properties  Merging NA
24 Loss of Information Length of moving object Segmentation, Copying Segmentation  Copying NA NA
24 Loss of Information Length of stationary object Copying Copying NA NA NA
24 Loss of Information Area of moving object Flexible Membranes or Thin Films, Copying Flexible Membranes or Thin Films  Copying NA NA
24 Loss of Information Area of stationary object Flexible Membranes or Thin Films, Partial or Excessive Action Flexible Membranes or Thin Films  Partial or Excessive Action NA NA
24 Loss of Information Volume of  moving object NA NA NA NA NA
24 Loss of Information Volume of stationary object Separation, Convert Harm Into Benefit Separation  Convert Harm Into Benefit NA NA
24 Loss of Information Speed Copying, Changing the Color Copying  Changing the Color NA NA
24 Loss of Information Force (Intensity) NA NA NA NA NA
24 Loss of Information Stress or pressure NA NA NA NA NA
24 Loss of Information Shape NA NA NA NA NA
24 Loss of Information Stability of  the object’s composition NA NA NA NA NA
24 Loss of Information Strength NA NA NA NA NA
24 Loss of Information Duration of action of moving object Prior Action Prior Action NA NA NA
24 Loss of Information Duration of action by stationary object Prior Action Prior Action NA NA NA
24 Loss of Information Temperature NA NA NA NA NA
24 Loss of Information Illumination intensity Periodic Action Periodic Action NA NA NA
24 Loss of Information Use of energy by moving object NA NA NA NA NA
24 Loss of Information Use of energy by stationary object NA NA NA NA NA
24 Loss of Information Power Prior Action, Periodic Action Prior Action  Periodic Action NA NA
24 Loss of Information Loss of Energy Periodic Action, Prior Action Periodic Action  Prior Action NA NA
24 Loss of Information Loss of substance NA NA NA NA NA
24 Loss of Information Loss of Information NA NA NA NA NA
24 Loss of Information Loss of Time Mediator, Copying, Replacement of Mechanical System, Changing the Color Mediator  Copying  Replacement of Mechanical System  Changing the Color
24 Loss of Information Quantity of substance/the matter Mediator, Replacement of Mechanical System, Transformation of Properties Mediator  Replacement of Mechanical System  Transformation of Properties NA
24 Loss of Information Reliability Prior Action, Replacement of Mechanical System, Feedback Prior Action  Replacement of Mechanical System  Feedback NA
24 Loss of Information Measurement accuracy NA NA NA NA NA
24 Loss of Information Manufacturing precision NA NA NA NA NA
24 Loss of Information Object-affected harmful factors Convert Harm Into Benefit, Prior Action, Segmentation Convert Harm Into Benefit  Prior Action  Segmentation NA
24 Loss of Information Object-generated harmful factors Prior Action, Separation, Segmentation, Convert Harm Into Benefit Prior Action  Separation  Segmentation  Convert Harm Into Benefit
24 Loss of Information Ease of manufacture Changing the Color Changing the Color NA NA NA
24 Loss of Information Ease of operation Dispose, Convert Harm Into Benefit Dispose  Convert Harm Into Benefit NA NA
24 Loss of Information Ease of repair NA NA NA NA NA
24 Loss of Information Adaptability or versatility NA NA NA NA NA
24 Loss of Information Device complexity NA NA NA NA NA
24 Loss of Information Difficulty of detecting and measuring Transformation of Properties, Homogeneity Transformation of Properties  Homogeneity NA NA
24 Loss of Information Extent of automation Transformation of Properties Transformation of Properties NA NA NA
24 Loss of Information Productivity Inversion, Feedback, Dynamics Inversion  Feedback  Dynamics NA
25 Loss of Time Weight of moving object Prior Action, Continuity of Useful Action, Thermal Expansion, Transformation of Properties Prior Action  Continuity of Useful Action  Thermal Expansion  Transformation of Properties
25 Loss of Time Weight of stationary object Prior Action, Continuity of Useful Action, Copying, Merging Prior Action  Continuity of Useful Action  Copying  Merging
25 Loss of Time Length of moving object Dynamics, Separation, Pneumatic or Hydraulic Constructions Dynamics  Separation  Pneumatic or Hydraulic Constructions NA
25 Loss of Time Length of stationary object Flexible Membranes or Thin Films, Mediator, Spheroidality, Merging Flexible Membranes or Thin Films  Mediator  Spheroidality  Merging
25 Loss of Time Area of moving object Copying, Asymmetry, Merging, Partial or Excessive Action Copying  Asymmetry  Merging  Partial or Excessive Action
25 Loss of Time Area of stationary object Prior Action, Transformation of Properties, Another Dimension, Asymmetry Prior Action  Transformation of Properties  Another Dimension  Asymmetry
25 Loss of Time Volume of  moving object Separation, Merging, Rejecting and Regenerating Parts, Prior Action Separation  Merging  Rejecting and Regenerating Parts  Prior Action
25 Loss of Time Volume of stationary object Transformation of Properties, Partial or Excessive Action, Changing the Color, Mechanical Vibration Transformation of Properties  Partial or Excessive Action  Changing the Color  Mechanical Vibration
25 Loss of Time Speed NA NA NA NA NA
25 Loss of Time Force (Intensity) Prior Action, Thermal Expansion, Phase Transition,Merging Prior Action  Thermal Expansion  Phase Transition Merging
25 Loss of Time Stress or pressure Thermal Expansion, Phase Transition,Asymmetry Thermal Expansion  Phase Transition Asymmetry NA
25 Loss of Time Shape Asymmetry, Prior Action, Rejecting and Regenerating Parts, Another Dimension Asymmetry  Prior Action  Rejecting and Regenerating Parts  Another Dimension
25 Loss of Time Stability of  the object’s composition Transformation of Properties, Local Quality, Convert Harm Into Benefit, Merging Transformation of Properties  Local Quality  Convert Harm Into Benefit  Merging
25 Loss of Time Strength Pneumatic or Hydraulic Constructions, Local Quality, Replacement of Mechanical System, Mechanical Vibration Pneumatic or Hydraulic Constructions  Local Quality  Replacement of Mechanical System  Mechanical Vibration
25 Loss of Time Duration of action of moving object Continuity of Useful Action, Prior Action, Replacement of Mechanical System, Mechanical Vibration Continuity of Useful Action  Prior Action  Replacement of Mechanical System  Mechanical Vibration
25 Loss of Time Duration of action by stationary object Replacement of Mechanical System, Continuity of Useful Action, Prior Action, Partial or Excessive Action Replacement of Mechanical System  Continuity of Useful Action  Prior Action  Partial or Excessive Action
25 Loss of Time Temperature Transformation of Properties, Pneumatic or Hydraulic Constructions, Separation, Segmentation, Mechanical Vibration Transformation of Properties  Pneumatic or Hydraulic Constructions  Separation  Segmentation
25 Loss of Time Illumination intensity Segmentation, Periodic Action, Copying, Another Dimension Segmentation  Periodic Action  Copying  Another Dimension
25 Loss of Time Use of energy by moving object Transformation of Properties, Accelerated Oxidation, Periodic Action, Mechanical Vibration Transformation of Properties  Accelerated Oxidation  Periodic Action  Mechanical Vibration
25 Loss of Time Use of energy by stationary object Segmentation Segmentation NA NA NA
25 Loss of Time Power Transformation of Properties, Continuity of Useful Action, Prior Action, Universality Transformation of Properties  Continuity of Useful Action  Prior Action  Universality
25 Loss of Time Loss of Energy Prior Action, Merging, Mechanical Vibration, Changing the Color Prior Action  Merging  Mechanical Vibration  Changing the Color
25 Loss of Time Loss of substance Transformation of Properties, Mechanical Vibration, Prior Action, Inert Environment Transformation of Properties  Mechanical Vibration  Prior Action  Inert Environment
25 Loss of Time Loss of Information Mediator, Copying, Replacement of Mechanical System, Changing the Color Mediator  Copying  Replacement of Mechanical System  Changing the Color
25 Loss of Time Loss of Time NA NA NA NA NA
25 Loss of Time Quantity of substance/the matter Transformation of Properties, Accelerated Oxidation, Mechanical Vibration, Partial or Excessive Action Transformation of Properties  Accelerated Oxidation  Mechanical Vibration  Partial or Excessive Action
25 Loss of Time Reliability Prior Action, Flexible Membranes or Thin Films, Asymmetry Prior Action  Flexible Membranes or Thin Films  Asymmetry NA
25 Loss of Time Measurement accuracy Mediator, Rejecting and Regenerating Parts, Replacement of Mechanical System, Changing the Color Mediator  Rejecting and Regenerating Parts  Replacement of Mechanical System  Changing the Color
25 Loss of Time Manufacturing precision Mediator, Copying, Replacement of Mechanical System, Mechanical Vibration Mediator  Copying  Replacement of Mechanical System  Mechanical Vibration
25 Loss of Time Object-affected harmful factors Transformation of Properties, Mechanical Vibration, Rejecting and Regenerating Parts Transformation of Properties  Mechanical Vibration  Rejecting and Regenerating Parts NA
25 Loss of Time Object-generated harmful factors Transformation of Properties, Convert Harm Into Benefit, Mechanical Vibration, Inert Environment Transformation of Properties  Convert Harm Into Benefit  Mechanical Vibration  Inert Environment
25 Loss of Time Ease of manufacture Transformation of Properties, Replacement of Mechanical System, Rejecting and Regenerating Parts, Asymmetry Transformation of Properties  Replacement of Mechanical System  Rejecting and Regenerating Parts  Asymmetry
25 Loss of Time Ease of operation Asymmetry, Replacement of Mechanical System, Prior Action, Rejecting and Regenerating Parts Asymmetry  Replacement of Mechanical System  Prior Action  Rejecting and Regenerating Parts
25 Loss of Time Ease of repair Changing the Color, Segmentation, Prior Action Changing the Color  Segmentation  Prior Action NA
25 Loss of Time Adaptability or versatility Transformation of Properties, Replacement of Mechanical System Transformation of Properties  Replacement of Mechanical System NA NA
25 Loss of Time Device complexity Universality, Pneumatic or Hydraulic Constructions Universality  Pneumatic or Hydraulic Constructions NA NA
25 Loss of Time Difficulty of detecting and measuring Mechanical Vibration, Replacement of Mechanical System, Changing the Color, Prior Action Mechanical Vibration  Replacement of Mechanical System  Changing the Color  Prior Action
25 Loss of Time Extent of automation Mediator, Replacement of Mechanical System, Transformation of Properties, Flexible Membranes or Thin Films Mediator  Replacement of Mechanical System  Transformation of Properties  Flexible Membranes or Thin Films
25 Loss of Time Productivity NA NA NA NA NA
26 Quantity of substance/the matter Weight of moving object Transformation of Properties, Universality, Mechanical Vibration, Porous Material Transformation of Properties  Universality  Mechanical Vibration  Porous Material
26 Quantity of substance/the matter Weight of stationary object Dispose, Copying, Mechanical Vibration, Transformation of Properties Dispose  Copying  Mechanical Vibration  Transformation of Properties
26 Quantity of substance/the matter Length of moving object Pneumatic or Hydraulic Constructions, Spheroidality, Transformation of Properties, Mechanical Vibration Pneumatic or Hydraulic Constructions  Spheroidality  Transformation of Properties  Mechanical Vibration
26 Quantity of substance/the matter Length of stationary object NA NA NA NA NA
26 Quantity of substance/the matter Area of moving object Dynamics, Spheroidality, Pneumatic or Hydraulic Constructions Dynamics  Spheroidality  Pneumatic or Hydraulic Constructions NA
26 Quantity of substance/the matter Area of stationary object Separation, Mechanical Vibration,  Composite Materials, Asymmetry Separation  Mechanical Vibration   Composite Materials  Asymmetry
26 Quantity of substance/the matter Volume of  moving object Dynamics, Continuity of Useful Action, Pneumatic or Hydraulic Constructions Dynamics  Continuity of Useful Action  Pneumatic or Hydraulic Constructions NA
26 Quantity of substance/the matter Volume of stationary object NA NA NA NA NA
26 Quantity of substance/the matter Speed Transformation of Properties, Pneumatic or Hydraulic Constructions, Rejecting and Regenerating Parts, Replacement of Mechanical System Transformation of Properties  Pneumatic or Hydraulic Constructions  Rejecting and Regenerating Parts  Replacement of Mechanical System
26 Quantity of substance/the matter Force (Intensity) Transformation of Properties, Spheroidality, Local Quality Transformation of Properties  Spheroidality  Local Quality NA
26 Quantity of substance/the matter Stress or pressure Prior Action, Phase Transition, Spheroidality, Local Quality Prior Action  Phase Transition  Spheroidality  Local Quality
26 Quantity of substance/the matter Shape Transformation of Properties, Spheroidality Transformation of Properties  Spheroidality NA NA
26 Quantity of substance/the matter Stability of  the object’s composition Dynamics, Separation, Another Dimension,  Composite Materials Dynamics  Separation  Another Dimension   Composite Materials
26 Quantity of substance/the matter Strength Spheroidality, Transformation of Properties, Rejecting and Regenerating Parts, Prior Action Spheroidality  Transformation of Properties  Rejecting and Regenerating Parts  Prior Action
26 Quantity of substance/the matter Duration of action of moving object Local Quality, Transformation of Properties, Prior Action,  Composite Materials Local Quality  Transformation of Properties  Prior Action   Composite Materials
26 Quantity of substance/the matter Duration of action by stationary object Local Quality, Transformation of Properties, Porous Material Local Quality  Transformation of Properties  Porous Material NA
26 Quantity of substance/the matter Temperature Local Quality, Another Dimension, Inert Environment Local Quality  Another Dimension  Inert Environment NA
26 Quantity of substance/the matter Illumination intensity NA NA NA NA NA
26 Quantity of substance/the matter Use of energy by moving object Rejecting and Regenerating Parts, Pneumatic or Hydraulic Constructions, Partial or Excessive Action, Mechanical Vibration Rejecting and Regenerating Parts  Pneumatic or Hydraulic Constructions  Partial or Excessive Action  Mechanical Vibration
26 Quantity of substance/the matter Use of energy by stationary object Local Quality, Transformation of Properties, Porous Material Local Quality  Transformation of Properties  Porous Material NA
26 Quantity of substance/the matter Power Transformation of Properties Transformation of Properties NA NA NA
26 Quantity of substance/the matter Loss of Energy Nesting, Mechanical Vibration, Self-service Nesting  Mechanical Vibration  Self-service NA
26 Quantity of substance/the matter Loss of substance Universality, Local Quality, Prior Action, Mediator Universality  Local Quality  Prior Action  Mediator
26 Quantity of substance/the matter Loss of Information Mediator, Replacement of Mechanical System, Transformation of Properties Mediator  Replacement of Mechanical System  Transformation of Properties NA
26 Quantity of substance/the matter Loss of Time Transformation of Properties, Accelerated Oxidation, Mechanical Vibration, Partial or Excessive Action Transformation of Properties  Accelerated Oxidation  Mechanical Vibration  Partial or Excessive Action
26 Quantity of substance/the matter Quantity of substance/the matter NA NA NA NA NA
26 Quantity of substance/the matter Reliability Mechanical Vibration, Local Quality, Replacement of Mechanical System,  Composite Materials Mechanical Vibration  Local Quality  Replacement of Mechanical System   Composite Materials
26 Quantity of substance/the matter Measurement accuracy Inversion, Separation, Replacement of Mechanical System Inversion  Separation  Replacement of Mechanical System NA
26 Quantity of substance/the matter Manufacturing precision Homogeneity, Flexible Membranes or Thin Films Homogeneity  Flexible Membranes or Thin Films NA NA
26 Quantity of substance/the matter Object-affected harmful factors Transformation of Properties, Homogeneity, Pneumatic or Hydraulic Constructions, Porous Material Transformation of Properties  Homogeneity  Pneumatic or Hydraulic Constructions  Porous Material
26 Quantity of substance/the matter Object-generated harmful factors Local Quality, Transformation of Properties,  Composite Materials, Inert Environment Local Quality  Transformation of Properties   Composite Materials  Inert Environment
26 Quantity of substance/the matter Ease of manufacture Pneumatic or Hydraulic Constructions, Segmentation, Transformation of Properties, Dispose Pneumatic or Hydraulic Constructions  Segmentation  Transformation of Properties  Dispose
26 Quantity of substance/the matter Ease of operation Transformation of Properties, Pneumatic or Hydraulic Constructions, Self-service, Prior Action Transformation of Properties  Pneumatic or Hydraulic Constructions  Self-service  Prior Action
26 Quantity of substance/the matter Ease of repair Separation, Changing the Color, Prior Action, Self-service Separation  Changing the Color  Prior Action  Self-service
26 Quantity of substance/the matter Adaptability or versatility Dynamics, Local Quality, Pneumatic or Hydraulic Constructions Dynamics  Local Quality  Pneumatic or Hydraulic Constructions NA
26 Quantity of substance/the matter Device complexity Local Quality, Inversion, Dispose, Prior Action Local Quality  Inversion  Dispose  Prior Action
26 Quantity of substance/the matter Difficulty of detecting and measuring Local Quality, Dispose, Pneumatic or Hydraulic Constructions, Mechanical Vibration Local Quality  Dispose  Pneumatic or Hydraulic Constructions  Mechanical Vibration
26 Quantity of substance/the matter Extent of automation Anti-Weight or Counter Weight, Transformation of Properties Anti-Weight or Counter Weight  Transformation of Properties NA NA
26 Quantity of substance/the matter Productivity Inversion, Pneumatic or Hydraulic Constructions, Local Quality, Dispose Inversion  Pneumatic or Hydraulic Constructions  Local Quality  Dispose
27 Reliability Weight of moving object Local Quality, Anti-Weight or Counter Weight, Prior Action,  Composite Materials Local Quality  Anti-Weight or Counter Weight  Prior Action   Composite Materials
27 Reliability Weight of stationary object Local Quality, Prior Action, Anti-Weight or Counter Weight, Replacement of Mechanical System Local Quality  Prior Action  Anti-Weight or Counter Weight  Replacement of Mechanical System
27 Reliability Length of moving object Dynamics, Prior Counteraction, Spheroidality, Asymmetry Dynamics  Prior Counteraction  Spheroidality  Asymmetry
27 Reliability Length of stationary object Dynamics, Pneumatic or Hydraulic Constructions, Replacement of Mechanical System, Cushion in Advance Dynamics  Pneumatic or Hydraulic Constructions  Replacement of Mechanical System  Cushion in Advance
27 Reliability Area of moving object Another Dimension, Prior Action, Spheroidality, Partial or Excessive Action Another Dimension  Prior Action  Spheroidality  Partial or Excessive Action
27 Reliability Area of stationary object Changing the Color, Transformation of Properties,  Composite Materials, Asymmetry Changing the Color  Transformation of Properties   Composite Materials  Asymmetry
27 Reliability Volume of  moving object Local Quality, Prior Action, Spheroidality, Mediator Local Quality  Prior Action  Spheroidality  Mediator
27 Reliability Volume of stationary object Separation, Transformation of Properties, Mediator Separation  Transformation of Properties  Mediator NA
27 Reliability Speed Separation, Segmentation, Transformation of Properties, Cushion in Advance, Replacement of Mechanical System Separation  Segmentation  Transformation of Properties  Cushion in Advance
27 Reliability Force (Intensity) Anti-Weight or Counter Weight, Replacement of Mechanical System, Prior Action, Local Quality Anti-Weight or Counter Weight  Replacement of Mechanical System  Prior Action  Local Quality
27 Reliability Stress or pressure Prior Action, Mediator, Transformation of Properties, Periodic Action Prior Action  Mediator  Transformation of Properties  Periodic Action
27 Reliability Shape Transformation of Properties, Segmentation, Partial or Excessive Action, Cushion in Advance Transformation of Properties  Segmentation  Partial or Excessive Action  Cushion in Advance
27 Reliability Stability of  the object’s composition NA NA NA NA NA
27 Reliability Strength Cushion in Advance, Replacement of Mechanical System Cushion in Advance  Replacement of Mechanical System NA NA
27 Reliability Duration of action of moving object Separation, Transformation of Properties, Local Quality, Self-service Separation  Transformation of Properties  Local Quality  Self-service
27 Reliability Duration of action by stationary object Rejecting and Regenerating Parts, Dispose, Universality,  Composite Materials Rejecting and Regenerating Parts  Dispose  Universality   Composite Materials
27 Reliability Temperature Local Quality, Transformation of Properties, Prior Action Local Quality  Transformation of Properties  Prior Action NA
27 Reliability Illumination intensity Cushion in Advance, Changing the Color, Inversion Cushion in Advance  Changing the Color  Inversion NA
27 Reliability Use of energy by moving object Separation, Segmentation, Cushion in Advance, Dispose, Periodic Action Separation  Segmentation  Cushion in Advance  Dispose
27 Reliability Use of energy by stationary object Phase Transition, Feedback Phase Transition  Feedback NA NA
27 Reliability Power Separation, Segmentation, Cushion in Advance, Copying, Porous Material Separation  Segmentation  Cushion in Advance  Copying
27 Reliability Loss of Energy Prior Action, Cushion in Advance, Transformation of Properties Prior Action  Cushion in Advance  Transformation of Properties NA
27 Reliability Loss of substance Prior Action, Transformation of Properties, Pneumatic or Hydraulic Constructions, Inert Environment Prior Action  Transformation of Properties  Pneumatic or Hydraulic Constructions  Inert Environment
27 Reliability Loss of Information Prior Action, Replacement of Mechanical System Prior Action  Replacement of Mechanical System NA NA
27 Reliability Loss of Time Prior Action, Flexible Membranes or Thin Films, Asymmetry Prior Action  Flexible Membranes or Thin Films  Asymmetry NA
27 Reliability Quantity of substance/the matter Separation, Segmentation, Replacement of Mechanical System,  Composite Materials, Local Quality Separation  Segmentation  Replacement of Mechanical System   Composite Materials
27 Reliability Reliability NA NA NA NA NA
27 Reliability Measurement accuracy Changing the Color, Local Quality, Cushion in Advance, Feedback Changing the Color  Local Quality  Cushion in Advance  Feedback
27 Reliability Manufacturing precision Cushion in Advance, Changing the Color, Segmentation Cushion in Advance  Changing the Color  Segmentation NA
27 Reliability Object-affected harmful factors Dispose, Transformation of Properties, Separation,  Composite Materials Dispose  Transformation of Properties  Separation   Composite Materials
27 Reliability Object-generated harmful factors Transformation of Properties, Separation,  Composite Materials, Copying Transformation of Properties  Separation   Composite Materials  Copying
27 Reliability Ease of manufacture NA NA NA NA NA
27 Reliability Ease of operation Dispose, Another Dimension,  Composite Materials Dispose  Another Dimension   Composite Materials NA
27 Reliability Ease of repair Segmentation, Cushion in Advance Segmentation  Cushion in Advance NA NA
27 Reliability Adaptability or versatility Inversion, Transformation of Properties, Anti-Weight or Counter Weight, Mediator Inversion  Transformation of Properties  Anti-Weight or Counter Weight  Mediator
27 Reliability Device complexity Inversion, Transformation of Properties, Segmentation Inversion  Transformation of Properties  Segmentation NA
27 Reliability Difficulty of detecting and measuring Dispose,  Composite Materials, Replacement of Mechanical System Dispose   Composite Materials  Replacement of Mechanical System NA
27 Reliability Extent of automation Cushion in Advance, Inversion, Dispose Cushion in Advance  Inversion  Dispose NA
27 Reliability Productivity Segmentation, Transformation of Properties, Pneumatic or Hydraulic Constructions, Accelerated Oxidation Segmentation  Transformation of Properties  Pneumatic or Hydraulic Constructions  Accelerated Oxidation
28 Measurement accuracy Weight of moving object Changing the Color, Transformation of Properties, Copying, Replacement of Mechanical System Changing the Color  Transformation of Properties  Copying  Replacement of Mechanical System
28 Measurement accuracy Weight of stationary object Replacement of Mechanical System, Transformation of Properties, Self-service, Copying Replacement of Mechanical System  Transformation of Properties  Self-service  Copying
28 Measurement accuracy Length of moving object Replacement of Mechanical System, Copying, Merging, Partial or Excessive Action Replacement of Mechanical System  Copying  Merging  Partial or Excessive Action
28 Measurement accuracy Length of stationary object Changing the Color, Replacement of Mechanical System, Local Quality, Partial or Excessive Action Changing the Color  Replacement of Mechanical System  Local Quality  Partial or Excessive Action
28 Measurement accuracy Area of moving object Copying, Replacement of Mechanical System, Changing the Color, Local Quality Copying  Replacement of Mechanical System  Changing the Color  Local Quality
28 Measurement accuracy Area of stationary object Copying, Replacement of Mechanical System, Changing the Color, Local Quality Copying  Replacement of Mechanical System  Changing the Color  Local Quality
28 Measurement accuracy Volume of  moving object Changing the Color, Inversion, Universality Changing the Color  Inversion  Universality NA
28 Measurement accuracy Volume of stationary object NA NA NA NA NA
28 Measurement accuracy Speed Replacement of Mechanical System, Inversion, Changing the Color, Mediator Replacement of Mechanical System  Inversion  Changing the Color  Mediator
28 Measurement accuracy Force (Intensity) Changing the Color, Separation Changing the Color  Separation NA NA
28 Measurement accuracy Stress or pressure Universality, Replacement of Mechanical System, Changing the Color Universality  Replacement of Mechanical System  Changing the Color NA
28 Measurement accuracy Shape Universality, Replacement of Mechanical System, Changing the Color Universality  Replacement of Mechanical System  Changing the Color NA
28 Measurement accuracy Stability of  the object’s composition Changing the Color, Transformation of Properties, Inversion Changing the Color  Transformation of Properties  Inversion NA
28 Measurement accuracy Strength Replacement of Mechanical System, Universality, Changing the Color Replacement of Mechanical System  Universality  Changing the Color NA
28 Measurement accuracy Duration of action of moving object Replacement of Mechanical System, Universality, Changing the Color Replacement of Mechanical System  Universality  Changing the Color NA
28 Measurement accuracy Duration of action by stationary object Prior Action, Copying, Mediator Prior Action  Copying  Mediator NA
28 Measurement accuracy Temperature Universality, Periodic Action, Replacement of Mechanical System, Mediator Universality  Periodic Action  Replacement of Mechanical System  Mediator
28 Measurement accuracy Illumination intensity Universality, Segmentation,  Changing the Color Universality  Segmentation   Changing the Color NA
28 Measurement accuracy Use of energy by moving object Local Quality, Universality, Changing the Color Local Quality  Universality  Changing the Color NA
28 Measurement accuracy Use of energy by stationary object NA NA NA NA NA
28 Measurement accuracy Power Local Quality, Universality, Changing the Color Local Quality  Universality  Changing the Color NA
28 Measurement accuracy Loss of Energy Copying, Changing the Color, Dispose Copying  Changing the Color  Dispose NA
28 Measurement accuracy Loss of substance Prior Action, Partial or Excessive Action, Porous Material, Replacement of Mechanical System Prior Action  Partial or Excessive Action  Porous Material  Replacement of Mechanical System
28 Measurement accuracy Loss of Information NA NA NA NA NA
28 Measurement accuracy Loss of Time Mediator, Rejecting and Regenerating Parts, Replacement of Mechanical System, Changing the Color Mediator  Rejecting and Regenerating Parts  Replacement of Mechanical System  Changing the Color
28 Measurement accuracy Quantity of substance/the matter Separation, Universality, Changing the Color Separation  Universality  Changing the Color NA
28 Measurement accuracy Reliability Merging, Cushion in Advance, Segmentation, Feedback Merging  Cushion in Advance  Segmentation  Feedback
28 Measurement accuracy Measurement accuracy NA NA NA NA NA
28 Measurement accuracy Manufacturing precision NA NA NA NA NA
28 Measurement accuracy Object-affected harmful factors Replacement of Mechanical System, Mediator, Convert Harm Into Benefit, Copying Replacement of Mechanical System  Mediator  Convert Harm Into Benefit  Copying
28 Measurement accuracy Object-generated harmful factors Local Quality, Homogeneity, Inert Environment, Prior Action Local Quality  Homogeneity  Inert Environment  Prior Action
28 Measurement accuracy Ease of manufacture Universality, Transformation of Properties, Self-service, Mechanical Vibration Universality  Transformation of Properties  Self-service  Mechanical Vibration
28 Measurement accuracy Ease of operation Segmentation, Inversion, Another Dimension, Rejecting and Regenerating Parts Segmentation  Inversion  Another Dimension  Rejecting and Regenerating Parts
28 Measurement accuracy Ease of repair Segmentation, Changing the Color, Inversion, Cushion in Advance Segmentation  Changing the Color  Inversion  Cushion in Advance
28 Measurement accuracy Adaptability or versatility Inversion, Transformation of Properties, Separation Inversion  Transformation of Properties  Separation NA
28 Measurement accuracy Device complexity Dispose, Transformation of Properties, Prior Action, Rejecting and Regenerating Parts Dispose  Transformation of Properties  Prior Action  Rejecting and Regenerating Parts
28 Measurement accuracy Difficulty of detecting and measuring Copying, Mediator, Changing the Color, Replacement of Mechanical System Copying  Mediator  Changing the Color  Replacement of Mechanical System
28 Measurement accuracy Extent of automation Replacement of Mechanical System, Separation, Prior Action, Rejecting and Regenerating Parts Replacement of Mechanical System  Separation  Prior Action  Rejecting and Regenerating Parts
28 Measurement accuracy Productivity Prior Action, Rejecting and Regenerating Parts, Replacement of Mechanical System, Changing the Color Prior Action  Rejecting and Regenerating Parts  Replacement of Mechanical System  Changing the Color
29 Manufacturing precision Weight of moving object Replacement of Mechanical System, Changing the Color, Inversion, Mechanical Vibration Replacement of Mechanical System  Changing the Color  Inversion  Mechanical Vibration
29 Manufacturing precision Weight of stationary object Replacement of Mechanical System, Transformation of Properties, Dispose, Prior Counteraction Replacement of Mechanical System  Transformation of Properties  Dispose  Prior Counteraction
29 Manufacturing precision Length of moving object Prior Action, Replacement of Mechanical System, Pneumatic or Hydraulic Constructions, Thermal Expansion Prior Action  Replacement of Mechanical System  Pneumatic or Hydraulic Constructions  Thermal Expansion
29 Manufacturing precision Length of stationary object Separation, Changing the Color, Prior Action Separation  Changing the Color  Prior Action NA
29 Manufacturing precision Area of moving object Replacement of Mechanical System, Homogeneity, Pneumatic or Hydraulic Constructions, Changing the Color Replacement of Mechanical System  Homogeneity  Pneumatic or Hydraulic Constructions  Changing the Color
29 Manufacturing precision Area of stationary object Separation, Pneumatic or Hydraulic Constructions, Mechanical Vibration, Phase Transition Separation  Pneumatic or Hydraulic Constructions  Mechanical Vibration  Phase Transition
29 Manufacturing precision Volume of  moving object Changing the Color, Feedback, Separation Changing the Color  Feedback  Separation NA
29 Manufacturing precision Volume of stationary object Self-service, Prior Action, Transformation of Properties Self-service  Prior Action  Transformation of Properties NA
29 Manufacturing precision Speed Prior Action, Replacement of Mechanical System, Changing the Color Prior Action  Replacement of Mechanical System  Changing the Color NA
29 Manufacturing precision Force (Intensity) Replacement of Mechanical System, Periodic Action, Rejecting and Regenerating Parts, Phase Transition Replacement of Mechanical System  Periodic Action  Rejecting and Regenerating Parts  Phase Transition
29 Manufacturing precision Stress or pressure Local Quality, Transformation of Properties Local Quality  Transformation of Properties NA NA
29 Manufacturing precision Shape Changing the Color, Flexible Membranes or Thin Films,  Composite Materials Changing the Color  Flexible Membranes or Thin Films   Composite Materials NA
29 Manufacturing precision Stability of  the object’s composition Flexible Membranes or Thin Films, Mechanical Vibration Flexible Membranes or Thin Films  Mechanical Vibration NA NA
29 Manufacturing precision Strength Local Quality, Dispose Local Quality  Dispose NA NA
29 Manufacturing precision Duration of action of moving object Local Quality, Dispose,  Composite Materials Local Quality  Dispose   Composite Materials NA
29 Manufacturing precision Duration of action by stationary object NA NA NA NA NA
29 Manufacturing precision Temperature Periodic Action, Copying Periodic Action  Copying NA NA
29 Manufacturing precision Illumination intensity Local Quality, Changing the Color Local Quality  Changing the Color NA NA
29 Manufacturing precision Use of energy by moving object Changing the Color, Separation Changing the Color  Separation NA NA
29 Manufacturing precision Use of energy by stationary object NA NA NA NA NA
29 Manufacturing precision Power Changing the Color, Separation Changing the Color  Separation NA NA
29 Manufacturing precision Loss of Energy Inversion, Changing the Color, Separation Inversion  Changing the Color  Separation NA
29 Manufacturing precision Loss of substance Transformation of Properties, Porous Material, Prior Action, Mediator Transformation of Properties  Porous Material  Prior Action  Mediator
29 Manufacturing precision Loss of Information NA NA NA NA NA
29 Manufacturing precision Loss of Time Changing the Color, Copying, Replacement of Mechanical System, Mechanical Vibration Changing the Color  Copying  Replacement of Mechanical System  Mechanical Vibration
29 Manufacturing precision Quantity of substance/the matter Changing the Color, Flexible Membranes or Thin Films Changing the Color  Flexible Membranes or Thin Films NA NA
29 Manufacturing precision Reliability Cushion in Advance, Changing the Color, Segmentation Cushion in Advance  Changing the Color  Segmentation NA
29 Manufacturing precision Measurement accuracy NA NA NA NA NA
29 Manufacturing precision Manufacturing precision NA NA NA NA NA
29 Manufacturing precision Object-affected harmful factors Copying, Replacement of Mechanical System, Prior Action, Phase Transition Copying  Replacement of Mechanical System  Prior Action  Phase Transition
29 Manufacturing precision Object-generated harmful factors Asymmetry, Another Dimension, Rejecting and Regenerating Parts, Copying Asymmetry  Another Dimension  Rejecting and Regenerating Parts  Copying
29 Manufacturing precision Ease of manufacture NA NA NA NA NA
29 Manufacturing precision Ease of operation Segmentation, Changing the Color, Transformation of Properties, Feedback Segmentation  Changing the Color  Transformation of Properties  Feedback
29 Manufacturing precision Ease of repair Self-service, Prior Action Self-service  Prior Action NA NA
29 Manufacturing precision Adaptability or versatility NA NA NA NA NA
29 Manufacturing precision Device complexity Copying, Separation, Mechanical Vibration Copying  Separation  Mechanical Vibration NA
29 Manufacturing precision Difficulty of detecting and measuring NA NA NA NA NA
29 Manufacturing precision Extent of automation Copying, Replacement of Mechanical System, Mechanical Vibration, Feedback Copying  Replacement of Mechanical System  Mechanical Vibration  Feedback
29 Manufacturing precision Productivity Prior Action, Mechanical Vibration, Changing the Color, Inert Environment Prior Action  Mechanical Vibration  Changing the Color  Inert Environment
30 Object-affected harmful factors Weight of moving object Convert Harm Into Benefit, Separation, Segmentation, Dispose, Inert Environment Convert Harm Into Benefit  Separation  Segmentation  Dispose
30 Object-affected harmful factors Weight of stationary object Separation, Convert Harm Into Benefit, Inversion, Mediator Separation  Convert Harm Into Benefit  Inversion  Mediator
30 Object-affected harmful factors Length of moving object Another Dimension, Segmentation, Inert Environment, Asymmetry Another Dimension  Segmentation  Inert Environment  Asymmetry
30 Object-affected harmful factors Length of stationary object Segmentation, Mechanical Vibration Segmentation  Mechanical Vibration NA NA
30 Object-affected harmful factors Area of moving object Convert Harm Into Benefit, Segmentation, Homogeneity, Replacement of Mechanical System Convert Harm Into Benefit  Segmentation  Homogeneity  Replacement of Mechanical System
30 Object-affected harmful factors Area of stationary object Dispose, Separation, Inert Environment, Transformation of Properties Dispose  Separation  Inert Environment  Transformation of Properties
30 Object-affected harmful factors Volume of  moving object Convert Harm Into Benefit, Feedback, Thermal Expansion, Transformation of Properties Convert Harm Into Benefit  Feedback  Thermal Expansion  Transformation of Properties
30 Object-affected harmful factors Volume of stationary object Rejecting and Regenerating Parts, Inert Environment, Periodic Action, Dispose Rejecting and Regenerating Parts  Inert Environment  Periodic Action  Dispose
30 Object-affected harmful factors Speed Separation, Segmentation, Convert Harm Into Benefit, Transformation of Properties, Replacement of Mechanical System Separation  Segmentation  Convert Harm Into Benefit  Transformation of Properties
30 Object-affected harmful factors Force (Intensity) Inversion, Transformation of Properties, Inert Environment, Mechanical Vibration Inversion  Transformation of Properties  Inert Environment  Mechanical Vibration
30 Object-affected harmful factors Stress or pressure Convert Harm Into Benefit, Separation, Thermal Expansion Convert Harm Into Benefit  Separation  Thermal Expansion NA
30 Object-affected harmful factors Shape Convert Harm Into Benefit, Segmentation, Local Quality, Transformation of Properties Convert Harm Into Benefit  Segmentation  Local Quality  Transformation of Properties
30 Object-affected harmful factors Stability of  the object’s composition Transformation of Properties, Mediator, Flexible Membranes or Thin Films, Mechanical Vibration Transformation of Properties  Mediator  Flexible Membranes or Thin Films  Mechanical Vibration
30 Object-affected harmful factors Strength Mechanical Vibration, Transformation of Properties, Thermal Expansion, Segmentation Mechanical Vibration  Transformation of Properties  Thermal Expansion  Segmentation
30 Object-affected harmful factors Duration of action of moving object Convert Harm Into Benefit, Dynamics, Homogeneity, Replacement of Mechanical System Convert Harm Into Benefit  Dynamics  Homogeneity  Replacement of Mechanical System
30 Object-affected harmful factors Duration of action by stationary object Another Dimension, Segmentation,  Composite Materials, Homogeneity Another Dimension  Segmentation   Composite Materials  Homogeneity
30 Object-affected harmful factors Temperature Convert Harm Into Benefit, Homogeneity, Transformation of Properties, Separation Convert Harm Into Benefit  Homogeneity  Transformation of Properties  Separation
30 Object-affected harmful factors Illumination intensity Segmentation, Periodic Action, Changing the Color, Inversion Segmentation  Periodic Action  Changing the Color  Inversion
30 Object-affected harmful factors Use of energy by moving object Segmentation, Mediator,  Universality, Dispose Segmentation  Mediator   Universality  Dispose
30 Object-affected harmful factors Use of energy by stationary object Prior Action, Separation, Convert Harm Into Benefit, Thermal Expansion Prior Action  Separation  Convert Harm Into Benefit  Thermal Expansion
30 Object-affected harmful factors Power Periodic Action, Convert Harm Into Benefit, Porous Material, Separation Periodic Action  Convert Harm Into Benefit  Porous Material  Separation
30 Object-affected harmful factors Loss of Energy Separation, Segmentation, Convert Harm Into Benefit, Transformation of Properties, Separation Separation  Segmentation  Convert Harm Into Benefit  Transformation of Properties
30 Object-affected harmful factors Loss of substance Homogeneity, Convert Harm Into Benefit, Periodic Action,  Composite Materials Homogeneity  Convert Harm Into Benefit  Periodic Action   Composite Materials
30 Object-affected harmful factors Loss of Information Convert Harm Into Benefit, Prior Action, Separation Convert Harm Into Benefit  Prior Action  Separation NA
30 Object-affected harmful factors Loss of Time Transformation of Properties, Mechanical Vibration, Rejecting and Regenerating Parts Transformation of Properties  Mechanical Vibration  Rejecting and Regenerating Parts NA
30 Object-affected harmful factors Quantity of substance/the matter Transformation of Properties, Homogeneity, Pneumatic or Hydraulic Constructions, Porous Material Transformation of Properties  Homogeneity  Pneumatic or Hydraulic Constructions  Porous Material
30 Object-affected harmful factors Reliability Dispose, Mediator, Separation,  Composite Materials Dispose  Mediator  Separation   Composite Materials
30 Object-affected harmful factors Measurement accuracy Replacement of Mechanical System, Homogeneity, Feedback, Copying Replacement of Mechanical System  Homogeneity  Feedback  Copying
30 Object-affected harmful factors Manufacturing precision Copying, Replacement of Mechanical System, Prior Action, Mechanical Vibration Copying  Replacement of Mechanical System  Prior Action  Mechanical Vibration
30 Object-affected harmful factors Object-affected harmful factors NA NA NA NA NA
30 Object-affected harmful factors Object-generated harmful factors NA NA NA NA NA
30 Object-affected harmful factors Ease of manufacture Mediator, Transformation of Properties, Separation Mediator  Transformation of Properties  Separation NA
30 Object-affected harmful factors Ease of operation Separation, Self-service, Replacement of Mechanical System, Inert Environment Separation  Self-service  Replacement of Mechanical System  Inert Environment
30 Object-affected harmful factors Ease of repair Transformation of Properties, Prior Action, Separation Transformation of Properties  Prior Action  Separation NA
30 Object-affected harmful factors Adaptability or versatility Transformation of Properties, Cushion in Advance, Convert Harm Into Benefit, Porous Material Transformation of Properties  Cushion in Advance  Convert Harm Into Benefit  Porous Material
30 Object-affected harmful factors Device complexity Convert Harm Into Benefit, Periodic Action, Pneumatic or Hydraulic Constructions,  Composite Materials Convert Harm Into Benefit  Periodic Action  Pneumatic or Hydraulic Constructions   Composite Materials
30 Object-affected harmful factors Difficulty of detecting and measuring Convert Harm Into Benefit, Periodic Action, Pneumatic or Hydraulic Constructions,  Composite Materials Convert Harm Into Benefit  Periodic Action  Pneumatic or Hydraulic Constructions   Composite Materials
30 Object-affected harmful factors Extent of automation Homogeneity, Local Quality, Rejecting and Regenerating Parts Homogeneity  Local Quality  Rejecting and Regenerating Parts NA
30 Object-affected harmful factors Productivity Convert Harm Into Benefit, Transformation of Properties, Inversion, Mediator Convert Harm Into Benefit  Transformation of Properties  Inversion  Mediator
31 Object-generated harmful factors Weight of moving object Periodic Action, Convert Harm Into Benefit, Dynamics, Inert Environment Periodic Action  Convert Harm Into Benefit  Dynamics  Inert Environment
31 Object-generated harmful factors Weight of stationary object Transformation of Properties, Convert Harm Into Benefit, Segmentation, Inert Environment Transformation of Properties  Convert Harm Into Benefit  Segmentation  Inert Environment
31 Object-generated harmful factors Length of moving object Another Dimension, Dynamics, Partial or Excessive Action, Convert Harm Into Benefit Another Dimension  Dynamics  Partial or Excessive Action  Convert Harm Into Benefit
31 Object-generated harmful factors Length of stationary object NA NA NA NA NA
31 Object-generated harmful factors Area of moving object Another Dimension, Separation, Mechanical Vibration, Inert Environment Another Dimension  Separation  Mechanical Vibration  Inert Environment
31 Object-generated harmful factors Area of stationary object Convert Harm Into Benefit, Segmentation,  Composite Materials Convert Harm Into Benefit  Segmentation   Composite Materials NA
31 Object-generated harmful factors Volume of  moving object Another Dimension, Separation,  Composite Materials Another Dimension  Separation   Composite Materials NA
31 Object-generated harmful factors Volume of stationary object Flexible Membranes or Thin Films, Mechanical Vibration, Transformation of Properties, Asymmetry Flexible Membranes or Thin Films  Mechanical Vibration  Transformation of Properties  Asymmetry
31 Object-generated harmful factors Speed Transformation of Properties, Replacement of Mechanical System, Local Quality, Feedback Transformation of Properties  Replacement of Mechanical System  Local Quality  Feedback
31 Object-generated harmful factors Force (Intensity) Transformation of Properties, Replacement of Mechanical System, Segmentation,  Composite Materials Transformation of Properties  Replacement of Mechanical System  Segmentation   Composite Materials
31 Object-generated harmful factors Stress or pressure Separation, Homogeneity, Dispose, Mechanical Vibration Separation  Homogeneity  Dispose  Mechanical Vibration
31 Object-generated harmful factors Shape Transformation of Properties, Segmentation Transformation of Properties  Segmentation NA NA
31 Object-generated harmful factors Stability of  the object’s composition Transformation of Properties,  Composite Materials, Dispose, Inert Environment Transformation of Properties   Composite Materials  Dispose  Inert Environment
31 Object-generated harmful factors Strength Dynamics, Transformation of Properties, Convert Harm Into Benefit, Separation Dynamics  Transformation of Properties  Convert Harm Into Benefit  Separation
31 Object-generated harmful factors Duration of action of moving object Dynamics, Convert Harm Into Benefit, Homogeneity,  Porous Material Dynamics  Convert Harm Into Benefit  Homogeneity   Porous Material
31 Object-generated harmful factors Duration of action by stationary object Separation, Segmentation, Inert Environment, Partial or Excessive Action, Convert Harm Into Benefit Separation  Segmentation  Inert Environment  Partial or Excessive Action
31 Object-generated harmful factors Temperature Convert Harm Into Benefit, Transformation of Properties, Separation, Mediator Convert Harm Into Benefit  Transformation of Properties  Separation  Mediator
31 Object-generated harmful factors Illumination intensity Periodic Action, Mediator, Inert Environment, Changing the Color Periodic Action  Mediator  Inert Environment  Changing the Color
31 Object-generated harmful factors Use of energy by moving object Separation, Transformation of Properties, Universality Separation  Transformation of Properties  Universality NA
31 Object-generated harmful factors Use of energy by stationary object Periodic Action, Convert Harm Into Benefit, Mechanical Vibration Periodic Action  Convert Harm Into Benefit  Mechanical Vibration NA
31 Object-generated harmful factors Power Separation, Transformation of Properties, Mechanical Vibration Separation  Transformation of Properties  Mechanical Vibration NA
31 Object-generated harmful factors Loss of Energy Separation, Segmentation, Transformation of Properties, Separation, Convert Harm Into Benefit Separation  Segmentation  Transformation of Properties  Separation
31 Object-generated harmful factors Loss of substance Prior Action, Segmentation, Rejecting and Regenerating Parts Prior Action  Segmentation  Rejecting and Regenerating Parts NA
31 Object-generated harmful factors Loss of Information Prior Action, Separation, Segmentation, Pneumatic or Hydraulic Constructions Prior Action  Separation  Segmentation  Pneumatic or Hydraulic Constructions
31 Object-generated harmful factors Loss of Time Segmentation, Convert Harm Into Benefit Segmentation  Convert Harm Into Benefit NA NA
31 Object-generated harmful factors Quantity of substance/the matter Local Quality, Mediator, Inert Environment, Segmentation Local Quality  Mediator  Inert Environment  Segmentation
31 Object-generated harmful factors Reliability Mediator, Separation,  Composite Materials, Inert Environment Mediator  Separation   Composite Materials  Inert Environment
31 Object-generated harmful factors Measurement accuracy Local Quality, Homogeneity, Copying Local Quality  Homogeneity  Copying NA
31 Object-generated harmful factors Manufacturing precision Asymmetry, Another Dimension, Rejecting and Regenerating Parts, Copying Asymmetry  Another Dimension  Rejecting and Regenerating Parts  Copying
31 Object-generated harmful factors Object-affected harmful factors NA NA NA NA NA
31 Object-generated harmful factors Object-generated harmful factors NA NA NA NA NA
31 Object-generated harmful factors Ease of manufacture NA NA NA NA NA
31 Object-generated harmful factors Ease of operation NA NA NA NA NA
31 Object-generated harmful factors Ease of repair NA NA NA NA NA
31 Object-generated harmful factors Adaptability or versatility NA NA NA NA NA
31 Object-generated harmful factors Device complexity Periodic Action, Segmentation, Porous Material Periodic Action  Segmentation  Porous Material NA
31 Object-generated harmful factors Difficulty of detecting and measuring Separation, Separation, Segmentation, Dispose, Segmentation Separation  Separation  Segmentation  Dispose
31 Object-generated harmful factors Extent of automation Separation Separation NA NA NA
31 Object-generated harmful factors Productivity Convert Harm Into Benefit, Transformation of Properties, Mechanical Vibration, Inert Environment Convert Harm Into Benefit  Transformation of Properties  Mechanical Vibration  Inert Environment
32 Ease of manufacture Weight of moving object Replacement of Mechanical System, Pneumatic or Hydraulic Constructions, Dynamics, Partial or Excessive Action Replacement of Mechanical System  Pneumatic or Hydraulic Constructions  Dynamics  Partial or Excessive Action
32 Ease of manufacture Weight of stationary object Segmentation, Dispose, Phase Transition, Inversion Segmentation  Dispose  Phase Transition  Inversion
32 Ease of manufacture Length of moving object Segmentation, Pneumatic or Hydraulic Constructions, Inversion, Another Dimension Segmentation  Pneumatic or Hydraulic Constructions  Inversion  Another Dimension
32 Ease of manufacture Length of stationary object Dynamics, Another Dimension, Dispose Dynamics  Another Dimension  Dispose NA
32 Ease of manufacture Area of moving object Inversion, Segmentation, Copying, Equipotentiality Inversion  Segmentation  Copying  Equipotentiality
32 Ease of manufacture Area of stationary object Partial or Excessive Action,  Composite Materials Partial or Excessive Action   Composite Materials NA NA
32 Ease of manufacture Volume of  moving object Inversion, Pneumatic or Hydraulic Constructions, Segmentation,  Composite Materials Inversion  Pneumatic or Hydraulic Constructions  Segmentation   Composite Materials
32 Ease of manufacture Volume of stationary object Transformation of Properties Transformation of Properties NA NA NA
32 Ease of manufacture Speed Transformation of Properties, Inversion, Anti-Weight or Counter Weight, Segmentation Transformation of Properties  Inversion  Anti-Weight or Counter Weight  Segmentation
32 Ease of manufacture Force (Intensity) Transformation of Properties, Equipotentiality Transformation of Properties  Equipotentiality NA NA
32 Ease of manufacture Stress or pressure Transformation of Properties, Periodic Action, Segmentation, Thermal Expansion Transformation of Properties  Periodic Action  Segmentation  Thermal Expansion
32 Ease of manufacture Shape Segmentation, Replacement of Mechanical System, Inversion, Dispose Segmentation  Replacement of Mechanical System  Inversion  Dispose
32 Ease of manufacture Stability of  the object’s composition Cushion in Advance, Inversion, Segmentation Cushion in Advance  Inversion  Segmentation NA
32 Ease of manufacture Strength Segmentation, Local Quality, Prior Action, Changing the Color Segmentation  Local Quality  Prior Action  Changing the Color
32 Ease of manufacture Duration of action of moving object Dispose, Segmentation, Asymmetry Dispose  Segmentation  Asymmetry NA
32 Ease of manufacture Duration of action by stationary object Transformation of Properties, Partial or Excessive Action Transformation of Properties  Partial or Excessive Action NA NA
32 Ease of manufacture Temperature Dispose, Copying, Mechanical Vibration Dispose  Copying  Mechanical Vibration NA
32 Ease of manufacture Illumination intensity Replacement of Mechanical System, Mediator, Dispose, Segmentation Replacement of Mechanical System  Mediator  Dispose  Segmentation
32 Ease of manufacture Use of energy by moving object Replacement of Mechanical System, Copying, Dispose, Segmentation Replacement of Mechanical System  Copying  Dispose  Segmentation
32 Ease of manufacture Use of energy by stationary object Segmentation, Asymmetry Segmentation  Asymmetry NA NA
32 Ease of manufacture Power Dispose, Segmentation, Equipotentiality, Mediator Dispose  Segmentation  Equipotentiality  Mediator
32 Ease of manufacture Loss of Energy Periodic Action, Transformation of Properties Periodic Action  Transformation of Properties NA NA
32 Ease of manufacture Loss of substance Dynamics, Rejecting and Regenerating Parts, Homogeneity Dynamics  Rejecting and Regenerating Parts  Homogeneity NA
32 Ease of manufacture Loss of Information Changing the Color, Mediator, Mechanical Vibration, Partial or Excessive Action Changing the Color  Mediator  Mechanical Vibration  Partial or Excessive Action
32 Ease of manufacture Loss of Time Transformation of Properties, Replacement of Mechanical System, Rejecting and Regenerating Parts, Asymmetry Transformation of Properties  Replacement of Mechanical System  Rejecting and Regenerating Parts  Asymmetry
32 Ease of manufacture Quantity of substance/the matter Transformation of Properties, Feedback, Segmentation, Mediator Transformation of Properties  Feedback  Segmentation  Mediator
32 Ease of manufacture Reliability NA NA NA NA NA
32 Ease of manufacture Measurement accuracy Segmentation, Transformation of Properties, Equipotentiality, Mechanical Vibration Segmentation  Transformation of Properties  Equipotentiality  Mechanical Vibration
32 Ease of manufacture Manufacturing precision NA NA NA NA NA
32 Ease of manufacture Object-affected harmful factors Mediator, Separation Mediator  Separation NA NA
32 Ease of manufacture Object-generated harmful factors NA NA NA NA NA
32 Ease of manufacture Ease of manufacture NA NA NA NA NA
32 Ease of manufacture Ease of operation Separation, Merging, Inversion, Partial or Excessive Action Separation  Merging  Inversion  Partial or Excessive Action
32 Ease of manufacture Ease of repair Transformation of Properties, Segmentation, Cushion in Advance, Prior Counteraction Transformation of Properties  Segmentation  Cushion in Advance  Prior Counteraction
32 Ease of manufacture Adaptability or versatility Separation, Inversion, Dynamics Separation  Inversion  Dynamics NA
32 Ease of manufacture Device complexity Dispose, Copying, Segmentation Dispose  Copying  Segmentation NA
32 Ease of manufacture Difficulty of detecting and measuring Universality, Replacement of Mechanical System, Cushion in Advance, Segmentation Universality  Replacement of Mechanical System  Cushion in Advance  Segmentation
32 Ease of manufacture Extent of automation Anti-Weight or Counter Weight, Replacement of Mechanical System, Segmentation Anti-Weight or Counter Weight  Replacement of Mechanical System  Segmentation NA
32 Ease of manufacture Productivity Transformation of Properties, Segmentation, Prior Action, Replacement of Mechanical System Transformation of Properties  Segmentation  Prior Action  Replacement of Mechanical System
33 Ease of operation Weight of moving object Self-service, Separation, Inversion, Dynamics Self-service  Separation  Inversion  Dynamics
33 Ease of operation Weight of stationary object Universality, Inversion, Segmentation, Self-service Universality  Inversion  Segmentation  Self-service
33 Ease of operation Length of moving object Segmentation, Another Dimension, Inversion, Equipotentiality Segmentation  Another Dimension  Inversion  Equipotentiality
33 Ease of operation Length of stationary object NA NA NA NA NA
33 Ease of operation Area of moving object Segmentation, Another Dimension, Inversion, Partial or Excessive Action Segmentation  Another Dimension  Inversion  Partial or Excessive Action
33 Ease of operation Area of stationary object Mechanical Vibration, Partial or Excessive Action, Dynamics, Inert Environment Mechanical Vibration  Partial or Excessive Action  Dynamics  Inert Environment
33 Ease of operation Volume of  moving object Segmentation, Partial or Excessive Action, Transformation of Properties, Dynamics Segmentation  Partial or Excessive Action  Transformation of Properties  Dynamics
33 Ease of operation Volume of stationary object Asymmetry, Mechanical Vibration, Inert Environment, Porous Material Asymmetry  Mechanical Vibration  Inert Environment  Porous Material
33 Ease of operation Speed Mechanical Vibration, Inversion, Rejecting and Regenerating Parts Mechanical Vibration  Inversion  Rejecting and Regenerating Parts NA
33 Ease of operation Force (Intensity) Replacement of Mechanical System, Inversion, Transformation of Properties Replacement of Mechanical System  Inversion  Transformation of Properties NA
33 Ease of operation Stress or pressure Separation, Changing the Color, Equipotentiality Separation  Changing the Color  Equipotentiality NA
33 Ease of operation Shape Dynamics, Rejecting and Regenerating Parts, Pneumatic or Hydraulic Constructions, Replacement of Mechanical System Dynamics  Rejecting and Regenerating Parts  Pneumatic or Hydraulic Constructions  Replacement of Mechanical System
33 Ease of operation Stability of  the object’s composition Changing the Color, Transformation of Properties, Flexible Membranes or Thin Films Changing the Color  Transformation of Properties  Flexible Membranes or Thin Films NA
33 Ease of operation Strength Changing the Color,  Composite Materials, Local Quality, Replacement of Mechanical System Changing the Color   Composite Materials  Local Quality  Replacement of Mechanical System
33 Ease of operation Duration of action of moving object Pneumatic or Hydraulic Constructions, Local Quality, Anti-Weight or Counter Weight, Self-service Pneumatic or Hydraulic Constructions  Local Quality  Anti-Weight or Counter Weight  Self-service
33 Ease of operation Duration of action by stationary object Segmentation, Partial or Excessive Action, Self-service Segmentation  Partial or Excessive Action  Self-service NA
33 Ease of operation Temperature Copying, Dispose, Inversion Copying  Dispose  Inversion NA
33 Ease of operation Illumination intensity Inversion, Another Dimension, Segmentation, Mediator Inversion  Another Dimension  Segmentation  Mediator
33 Ease of operation Use of energy by moving object Segmentation, Inversion, Mediator Segmentation  Inversion  Mediator NA
33 Ease of operation Use of energy by stationary object NA NA NA NA NA
33 Ease of operation Power Transformation of Properties, Rejecting and Regenerating Parts, Separation, Prior Action Transformation of Properties  Rejecting and Regenerating Parts  Separation  Prior Action
33 Ease of operation Loss of Energy Separation, Periodic Action, Inversion Separation  Periodic Action  Inversion NA
33 Ease of operation Loss of substance Replacement of Mechanical System, Changing the Color, Separation, Mediator Replacement of Mechanical System  Changing the Color  Separation  Mediator
33 Ease of operation Loss of Information Asymmetry, Prior Action, Dispose, Convert Harm Into Benefit Asymmetry  Prior Action  Dispose  Convert Harm Into Benefit
33 Ease of operation Loss of Time Asymmetry, Replacement of Mechanical System, Prior Action, Rejecting and Regenerating Parts Asymmetry  Replacement of Mechanical System  Prior Action  Rejecting and Regenerating Parts
33 Ease of operation Quantity of substance/the matter Equipotentiality, Transformation of Properties Equipotentiality  Transformation of Properties NA NA
33 Ease of operation Reliability Another Dimension, Dispose, Anti-Weight or Counter Weight,  Composite Materials Another Dimension  Dispose  Anti-Weight or Counter Weight   Composite Materials
33 Ease of operation Measurement accuracy Self-service, Inversion, Separation, Rejecting and Regenerating Parts Self-service  Inversion  Separation  Rejecting and Regenerating Parts
33 Ease of operation Manufacturing precision Segmentation, Changing the Color, Transformation of Properties, Feedback Segmentation  Changing the Color  Transformation of Properties  Feedback
33 Ease of operation Object-affected harmful factors Separation, Self-service, Replacement of Mechanical System, Inert Environment Separation  Self-service  Replacement of Mechanical System  Inert Environment
33 Ease of operation Object-generated harmful factors NA NA NA NA NA
33 Ease of operation Ease of manufacture Separation, Merging, Equipotentiality Separation  Merging  Equipotentiality NA
33 Ease of operation Ease of operation NA NA NA NA NA
33 Ease of operation Ease of repair Equipotentiality, Copying, Segmentation, Changing the Color Equipotentiality  Copying  Segmentation  Changing the Color
33 Ease of operation Adaptability or versatility Dynamics, Rejecting and Regenerating Parts, Segmentation, Partial or Excessive Action Dynamics  Rejecting and Regenerating Parts  Segmentation  Partial or Excessive Action
33 Ease of operation Device complexity Changing the Color, Copying, Equipotentiality, Another Dimension Changing the Color  Copying  Equipotentiality  Another Dimension
33 Ease of operation Difficulty of detecting and measuring NA NA NA NA NA
33 Ease of operation Extent of automation Segmentation, Rejecting and Regenerating Parts, Equipotentiality, Local Quality Segmentation  Rejecting and Regenerating Parts  Equipotentiality  Local Quality
33 Ease of operation Productivity Dynamics, Segmentation, Replacement of Mechanical System Dynamics  Segmentation  Replacement of Mechanical System NA
34 Ease of repair Weight of moving object Separation, Dispose  Transformation of Properties, Cushion in Advance Separation  Dispose  Transformation of Properties  Cushion in Advance NA
34 Ease of repair Weight of stationary object Separation, Dispose, Transformation of Properties, Cushion in Advance Separation  Dispose  Transformation of Properties  Cushion in Advance
34 Ease of repair Length of moving object Segmentation, Replacement of Mechanical System, Prior Action, Self-service Segmentation  Replacement of Mechanical System  Prior Action  Self-service
34 Ease of repair Length of stationary object Local Quality, Mechanical Vibration, Porous Material Local Quality  Mechanical Vibration  Porous Material NA
34 Ease of repair Area of moving object Dynamics, Inversion, Changing the Color Dynamics  Inversion  Changing the Color NA
34 Ease of repair Area of stationary object Partial or Excessive Action, Self-service Partial or Excessive Action  Self-service NA NA
34 Ease of repair Volume of  moving object Self-service, Separation, Transformation of Properties, Cushion in Advance Self-service  Separation  Transformation of Properties  Cushion in Advance
34 Ease of repair Volume of stationary object Segmentation Segmentation NA NA NA
34 Ease of repair Speed Rejecting and Regenerating Parts, Prior Counteraction Rejecting and Regenerating Parts  Prior Counteraction NA NA
34 Ease of repair Force (Intensity) Segmentation, Cushion in Advance, Prior Action Segmentation  Cushion in Advance  Prior Action NA
34 Ease of repair Stress or pressure Inversion Inversion NA NA NA
34 Ease of repair Shape Segmentation, Inversion, Separation, Asymmetry Segmentation  Inversion  Separation  Asymmetry
34 Ease of repair Stability of  the object’s composition Separation, Transformation of Properties Separation  Transformation of Properties NA NA
34 Ease of repair Strength Cushion in Advance, Segmentation, Separation, Prior Counteraction Cushion in Advance  Segmentation  Separation  Prior Counteraction
34 Ease of repair Duration of action of moving object Cushion in Advance, Pneumatic or Hydraulic Constructions, Replacement of Mechanical System, Dispose Cushion in Advance  Pneumatic or Hydraulic Constructions  Replacement of Mechanical System  Dispose
34 Ease of repair Duration of action by stationary object Segmentation Segmentation NA NA NA
34 Ease of repair Temperature Asymmetry, Prior Action Asymmetry  Prior Action NA NA
34 Ease of repair Illumination intensity Dynamics, Segmentation, Inversion Dynamics  Segmentation  Inversion NA
34 Ease of repair Use of energy by moving object Dynamics, Segmentation, Replacement of Mechanical System, Partial or Excessive Action Dynamics  Segmentation  Replacement of Mechanical System  Partial or Excessive Action
34 Ease of repair Use of energy by stationary object NA NA NA NA NA
34 Ease of repair Power Dynamics, Prior Action, Changing the Color, Separation Dynamics  Prior Action  Changing the Color  Separation
34 Ease of repair Loss of Energy Dynamics, Segmentation, Changing the Color, Periodic Action Dynamics  Segmentation  Changing the Color  Periodic Action
34 Ease of repair Loss of substance Separation, Transformation of Properties, Rejecting and Regenerating Parts, Dispose Separation  Transformation of Properties  Rejecting and Regenerating Parts  Dispose
34 Ease of repair Loss of Information NA NA NA NA NA
34 Ease of repair Loss of Time Changing the Color, Segmentation, Prior Action, Self-service Changing the Color  Segmentation  Prior Action  Self-service
34 Ease of repair Quantity of substance/the matter Separation, Replacement of Mechanical System, Prior Action, Self-service Separation  Replacement of Mechanical System  Prior Action  Self-service
34 Ease of repair Reliability Cushion in Advance, Prior Action, Segmentation, Partial or Excessive Action Cushion in Advance  Prior Action  Segmentation  Partial or Excessive Action
34 Ease of repair Measurement accuracy Prior Action, Separation, Inversion Prior Action  Separation  Inversion NA
34 Ease of repair Manufacturing precision Self-service, Prior Action Self-service  Prior Action NA NA
34 Ease of repair Object-affected harmful factors Transformation of Properties, Prior Action, Separation, Partial or Excessive Action Transformation of Properties  Prior Action  Separation  Partial or Excessive Action
34 Ease of repair Object-generated harmful factors NA NA NA NA NA
34 Ease of repair Ease of manufacture Segmentation, Transformation of Properties, Cushion in Advance, Prior Action Segmentation  Transformation of Properties  Cushion in Advance  Prior Action
34 Ease of repair Ease of operation Segmentation, Equipotentiality, Copying, Dynamics Segmentation  Equipotentiality  Copying  Dynamics
34 Ease of repair Ease of repair NA NA NA NA NA
34 Ease of repair Adaptability or versatility Nesting, Segmentation, Asymmetry, Partial or Excessive Action Nesting  Segmentation  Asymmetry  Partial or Excessive Action
34 Ease of repair Device complexity Transformation of Properties, Segmentation, Inversion, Cushion in Advance Transformation of Properties  Segmentation  Inversion  Cushion in Advance
34 Ease of repair Difficulty of detecting and measuring NA NA NA NA NA
34 Ease of repair Extent of automation Rejecting and Regenerating Parts, Transformation of Properties, Nesting, Inversion Rejecting and Regenerating Parts  Transformation of Properties  Nesting  Inversion
34 Ease of repair Productivity Segmentation, Changing the Color, Prior Action Segmentation  Changing the Color  Prior Action NA
35 Adaptability or versatility Weight of moving object Segmentation, Universality, Dynamics, Anti-Weight or Counter Weight Segmentation  Universality  Dynamics  Anti-Weight or Counter Weight
35 Adaptability or versatility Weight of stationary object Periodic Action, Dynamics, Pneumatic or Hydraulic Constructions, Partial or Excessive Action Periodic Action  Dynamics  Pneumatic or Hydraulic Constructions  Partial or Excessive Action
35 Adaptability or versatility Length of moving object Transformation of Properties, Segmentation, Pneumatic or Hydraulic Constructions, Separation Transformation of Properties  Segmentation  Pneumatic or Hydraulic Constructions  Separation
35 Adaptability or versatility Length of stationary object Segmentation, Transformation of Properties, Partial or Excessive Action Segmentation  Transformation of Properties  Partial or Excessive Action NA
35 Adaptability or versatility Area of moving object Transformation of Properties, Flexible Membranes or Thin Films, Pneumatic or Hydraulic Constructions, Nesting Transformation of Properties  Flexible Membranes or Thin Films  Pneumatic or Hydraulic Constructions  Nesting
35 Adaptability or versatility Area of stationary object Dynamics, Partial or Excessive Action Dynamics  Partial or Excessive Action NA NA
35 Adaptability or versatility Volume of  moving object Dynamics, Transformation of Properties, Pneumatic or Hydraulic Constructions Dynamics  Transformation of Properties  Pneumatic or Hydraulic Constructions NA
35 Adaptability or versatility Volume of stationary object NA NA NA NA NA
35 Adaptability or versatility Speed Transformation of Properties, Prior Action, Spheroidality Transformation of Properties  Prior Action  Spheroidality NA
35 Adaptability or versatility Force (Intensity) Dynamics, Another Dimension, Continuity of Useful Action Dynamics  Another Dimension  Continuity of Useful Action NA
35 Adaptability or versatility Stress or pressure Transformation of Properties, Partial or Excessive Action Transformation of Properties  Partial or Excessive Action NA NA
35 Adaptability or versatility Shape Dynamics, Thermal Expansion, Segmentation, Anti-Weight or Counter Weight Dynamics  Thermal Expansion  Segmentation  Anti-Weight or Counter Weight
35 Adaptability or versatility Stability of  the object’s composition Transformation of Properties, Flexible Membranes or Thin Films, Spheroidality Transformation of Properties  Flexible Membranes or Thin Films  Spheroidality NA
35 Adaptability or versatility Strength Transformation of Properties, Local Quality, Changing the Color, Universality Transformation of Properties  Local Quality  Changing the Color  Universality
35 Adaptability or versatility Duration of action of moving object Inversion, Segmentation, Transformation of Properties Inversion  Segmentation  Transformation of Properties NA
35 Adaptability or versatility Duration of action by stationary object Separation, Partial or Excessive Action Separation  Partial or Excessive Action NA NA
35 Adaptability or versatility Temperature Dispose, Separation, Local Quality, Transformation of Properties Dispose  Separation  Local Quality  Transformation of Properties
35 Adaptability or versatility Illumination intensity Universality, Convert Harm Into Benefit, Copying, Segmentation Universality  Convert Harm Into Benefit  Copying  Segmentation
35 Adaptability or versatility Use of energy by moving object Periodic Action, Transformation of Properties, Pneumatic or Hydraulic Constructions, Inversion Periodic Action  Transformation of Properties  Pneumatic or Hydraulic Constructions  Inversion
35 Adaptability or versatility Use of energy by stationary object NA NA NA NA NA
35 Adaptability or versatility Power Periodic Action, Segmentation, Pneumatic or Hydraulic Constructions Periodic Action  Segmentation  Pneumatic or Hydraulic Constructions NA
35 Adaptability or versatility Loss of Energy Mechanical Vibration, Dynamics, Segmentation Mechanical Vibration  Dynamics  Segmentation NA
35 Adaptability or versatility Loss of substance Dynamics, Prior Action, Separation, Inversion Dynamics  Prior Action  Separation  Inversion
35 Adaptability or versatility Loss of Information NA NA NA NA NA
35 Adaptability or versatility Loss of Time Transformation of Properties, Replacement of Mechanical System Transformation of Properties  Replacement of Mechanical System NA NA
35 Adaptability or versatility Quantity of substance/the matter Local Quality, Transformation of Properties, Dynamics Local Quality  Transformation of Properties  Dynamics NA
35 Adaptability or versatility Reliability Transformation of Properties, Inversion, Anti-Weight or Counter Weight, Mediator Transformation of Properties  Inversion  Anti-Weight or Counter Weight  Mediator
35 Adaptability or versatility Measurement accuracy Transformation of Properties, Merging, Segmentation, Prior Action Transformation of Properties  Merging  Segmentation  Prior Action
35 Adaptability or versatility Manufacturing precision NA NA NA NA NA
35 Adaptability or versatility Object-affected harmful factors Transformation of Properties, Cushion in Advance, Changing the Color, Porous Material Transformation of Properties  Cushion in Advance  Changing the Color  Porous Material
35 Adaptability or versatility Object-generated harmful factors NA NA NA NA NA
35 Adaptability or versatility Ease of manufacture Segmentation, Inversion, Porous Material Segmentation  Inversion  Porous Material NA
35 Adaptability or versatility Ease of operation Dynamics, Rejecting and Regenerating Parts, Segmentation, Partial or Excessive Action Dynamics  Rejecting and Regenerating Parts  Segmentation  Partial or Excessive Action
35 Adaptability or versatility Ease of repair Segmentation, Partial or Excessive Action, Nesting, Asymmetry Segmentation  Partial or Excessive Action  Nesting  Asymmetry
35 Adaptability or versatility Adaptability or versatility NA NA NA NA NA
35 Adaptability or versatility Device complexity Dynamics, Pneumatic or Hydraulic Constructions, Thermal Expansion, Replacement of Mechanical System Dynamics  Pneumatic or Hydraulic Constructions  Thermal Expansion  Replacement of Mechanical System
35 Adaptability or versatility Difficulty of detecting and measuring Segmentation Segmentation NA NA NA
35 Adaptability or versatility Extent of automation Dispose, Rejecting and Regenerating Parts, Transformation of Properties Dispose  Rejecting and Regenerating Parts  Transformation of Properties NA
35 Adaptability or versatility Productivity Transformation of Properties, Replacement of Mechanical System, Universality, Thermal Expansion Transformation of Properties  Replacement of Mechanical System  Universality  Thermal Expansion
36 Device complexity Weight of moving object Copying, Flexible Membranes or Thin Films, Rejecting and Regenerating Parts, Phase Transition Copying  Flexible Membranes or Thin Films  Rejecting and Regenerating Parts  Phase Transition
36 Device complexity Weight of stationary object Separation, Copying, Transformation of Properties, Inert Environment Separation  Copying  Transformation of Properties  Inert Environment
36 Device complexity Length of moving object Segmentation, Periodic Action, Copying, Mediator Segmentation  Periodic Action  Copying  Mediator
36 Device complexity Length of stationary object Copying Copying NA NA NA
36 Device complexity Area of moving object Spheroidality, Segmentation, Inversion, Partial or Excessive Action Spheroidality  Segmentation  Inversion  Partial or Excessive Action
36 Device complexity Area of stationary object Universality, Phase Transition Universality  Phase Transition NA NA
36 Device complexity Volume of  moving object Rejecting and Regenerating Parts, Copying, Universality Rejecting and Regenerating Parts  Copying  Universality NA
36 Device complexity Volume of stationary object Segmentation, Partial or Excessive Action Segmentation  Partial or Excessive Action NA NA
36 Device complexity Speed Rejecting and Regenerating Parts, Prior Action, Replacement of Mechanical System Rejecting and Regenerating Parts  Prior Action  Replacement of Mechanical System NA
36 Device complexity Force (Intensity) Copying, Partial or Excessive Action Copying  Partial or Excessive Action NA NA
36 Device complexity Stress or pressure Periodic Action, Segmentation, Transformation of Properties Periodic Action  Segmentation  Transformation of Properties NA
36 Device complexity Shape Pneumatic or Hydraulic Constructions, Inversion, Replacement of Mechanical System, Dynamics Pneumatic or Hydraulic Constructions  Inversion  Replacement of Mechanical System  Dynamics
36 Device complexity Stability of  the object’s composition Separation, Convert Harm Into Benefit, Another Dimension, Periodic Action Separation  Convert Harm Into Benefit  Another Dimension  Periodic Action
36 Device complexity Strength Separation, Inversion, Replacement of Mechanical System Separation  Inversion  Replacement of Mechanical System NA
36 Device complexity Duration of action of moving object Prior Action, Asymmetry, Replacement of Mechanical System, Dynamics Prior Action  Asymmetry  Replacement of Mechanical System  Dynamics
36 Device complexity Duration of action by stationary object NA NA NA NA NA
36 Device complexity Temperature Separation, Another Dimension, Inversion Separation  Another Dimension  Inversion NA
36 Device complexity Illumination intensity Mediator, Another Dimension, Inversion Mediator  Another Dimension  Inversion NA
36 Device complexity Use of energy by moving object Dispose, Separation, Pneumatic or Hydraulic Constructions, Replacement of Mechanical System Dispose  Separation  Pneumatic or Hydraulic Constructions  Replacement of Mechanical System
36 Device complexity Use of energy by stationary object NA NA NA NA NA
36 Device complexity Power Continuity of Useful Action, Periodic Action, Flexible Membranes or Thin Films, Rejecting and Regenerating Parts Continuity of Useful Action  Periodic Action  Flexible Membranes or Thin Films  Rejecting and Regenerating Parts
36 Device complexity Loss of Energy Prior Action, Transformation of Properties, Inversion, Separation Prior Action  Transformation of Properties  Inversion  Separation
36 Device complexity Loss of substance Transformation of Properties, Prior Action, Replacement of Mechanical System, Pneumatic or Hydraulic Constructions Transformation of Properties  Prior Action  Replacement of Mechanical System  Pneumatic or Hydraulic Constructions
36 Device complexity Loss of Information NA NA NA NA NA
36 Device complexity Loss of Time Universality, Pneumatic or Hydraulic Constructions Universality  Pneumatic or Hydraulic Constructions NA NA
36 Device complexity Quantity of substance/the matter Inversion, Local Quality, Dispose, Prior Action Inversion  Local Quality  Dispose  Prior Action
36 Device complexity Reliability Inversion, Transformation of Properties, Segmentation Inversion  Transformation of Properties  Segmentation NA
36 Device complexity Measurement accuracy Separation, Copying, Prior Action, Rejecting and Regenerating Parts Separation  Copying  Prior Action  Rejecting and Regenerating Parts
36 Device complexity Manufacturing precision Copying, Mediator, Changing the Color Copying  Mediator  Changing the Color NA
36 Device complexity Object-affected harmful factors Convert Harm Into Benefit, Periodic Action, Pneumatic or Hydraulic Constructions,  Composite Materials Convert Harm Into Benefit  Periodic Action  Pneumatic or Hydraulic Constructions   Composite Materials
36 Device complexity Object-generated harmful factors Periodic Action, Segmentation Periodic Action  Segmentation NA NA
36 Device complexity Ease of manufacture Dispose, Copying, Segmentation, Inversion Dispose  Copying  Segmentation  Inversion
36 Device complexity Ease of operation Dispose, Prior Counteraction, Copying, Mediator Dispose  Prior Counteraction  Copying  Mediator
36 Device complexity Ease of repair Segmentation, Inversion Segmentation  Inversion NA NA
36 Device complexity Adaptability or versatility Pneumatic or Hydraulic Constructions, Dynamics, Replacement of Mechanical System, Thermal Expansion Pneumatic or Hydraulic Constructions  Dynamics  Replacement of Mechanical System  Thermal Expansion
36 Device complexity Device complexity NA NA NA NA NA
36 Device complexity Difficulty of detecting and measuring Dynamics, Prior Action, Thermal Expansion, Replacement of Mechanical System Dynamics  Prior Action  Thermal Expansion  Replacement of Mechanical System
36 Device complexity Extent of automation Dynamics, Segmentation, Mediator Dynamics  Segmentation  Mediator NA
36 Device complexity Productivity Equipotentiality, Another Dimension, Replacement of Mechanical System Equipotentiality  Another Dimension  Replacement of Mechanical System NA
37 Difficulty of detecting and measuring Weight of moving object Dispose, Copying, Replacement of Mechanical System, Inversion Dispose  Copying  Replacement of Mechanical System  Inversion
37 Difficulty of detecting and measuring Weight of stationary object Universality, Inversion, Replacement of Mechanical System, Segmentation Universality  Inversion  Replacement of Mechanical System  Segmentation
37 Difficulty of detecting and measuring Length of moving object Partial or Excessive Action, Another Dimension, Copying, Mediator Partial or Excessive Action  Another Dimension  Copying  Mediator
37 Difficulty of detecting and measuring Length of stationary object Copying Copying NA NA NA
37 Difficulty of detecting and measuring Area of moving object Separation, Inversion, Mechanical Vibration, Another Dimension Separation  Inversion  Mechanical Vibration  Another Dimension
37 Difficulty of detecting and measuring Area of stationary object Separation, Inert Environment, Flexible Membranes or Thin Films, Partial or Excessive Action Separation  Inert Environment  Flexible Membranes or Thin Films  Partial or Excessive Action
37 Difficulty of detecting and measuring Volume of  moving object Pneumatic or Hydraulic Constructions, Segmentation, Asymmetry, Partial or Excessive Action Pneumatic or Hydraulic Constructions  Segmentation  Asymmetry  Partial or Excessive Action
37 Difficulty of detecting and measuring Volume of stationary object Separation, Mechanical Vibration, Copying, Porous Material Separation  Mechanical Vibration  Copying  Porous Material
37 Difficulty of detecting and measuring Speed Local Quality, Asymmetry, Partial or Excessive Action, Transformation of Properties Local Quality  Asymmetry  Partial or Excessive Action  Transformation of Properties
37 Difficulty of detecting and measuring Force (Intensity) Flexible Membranes or Thin Films, Replacement of Mechanical System,  Composite Materials, Periodic Action Flexible Membranes or Thin Films  Replacement of Mechanical System   Composite Materials  Periodic Action
37 Difficulty of detecting and measuring Stress or pressure Transformation of Properties, Phase Transition, Thermal Expansion, Changing the Color Transformation of Properties  Phase Transition  Thermal Expansion  Changing the Color
37 Difficulty of detecting and measuring Shape Dispose, Inversion, Segmentation, Inert Environment Dispose  Inversion  Segmentation  Inert Environment
37 Difficulty of detecting and measuring Stability of  the object’s composition Cushion in Advance, Convert Harm Into Benefit, Inert Environment, Flexible Membranes or Thin Films Cushion in Advance  Convert Harm Into Benefit  Inert Environment  Flexible Membranes or Thin Films
37 Difficulty of detecting and measuring Strength Dispose, Local Quality, Dynamics, Replacement of Mechanical System Dispose  Local Quality  Dynamics  Replacement of Mechanical System
37 Difficulty of detecting and measuring Duration of action of moving object Periodic Action, Pneumatic or Hydraulic Constructions, Inert Environment, Self-service Periodic Action  Pneumatic or Hydraulic Constructions  Inert Environment  Self-service
37 Difficulty of detecting and measuring Duration of action by stationary object Self-service, Rejecting and Regenerating Parts, Universality, Transformation of Properties Self-service  Rejecting and Regenerating Parts  Universality  Transformation of Properties
37 Difficulty of detecting and measuring Temperature Local Quality, Dispose, Transformation of Properties, Partial or Excessive Action Local Quality  Dispose  Transformation of Properties  Partial or Excessive Action
37 Difficulty of detecting and measuring Illumination intensity Separation, Mediator, Copying Separation  Mediator  Copying NA
37 Difficulty of detecting and measuring Use of energy by moving object Transformation of Properties, Accelerated Oxidation Transformation of Properties  Accelerated Oxidation NA NA
37 Difficulty of detecting and measuring Use of energy by stationary object Periodic Action, Transformation of Properties, Partial or Excessive Action Periodic Action  Transformation of Properties  Partial or Excessive Action NA
37 Difficulty of detecting and measuring Power Mechanical Vibration, Segmentation, Partial or Excessive Action, Prior Action Mechanical Vibration  Segmentation  Partial or Excessive Action  Prior Action
37 Difficulty of detecting and measuring Loss of Energy Transformation of Properties, Local Quality, Dynamics, Periodic Action Transformation of Properties  Local Quality  Dynamics  Periodic Action
37 Difficulty of detecting and measuring Loss of substance Segmentation, Mechanical Vibration, Prior Action, Mediator Segmentation  Mechanical Vibration  Prior Action  Mediator
37 Difficulty of detecting and measuring Loss of Information Transformation of Properties, Homogeneity, Dispose, Convert Harm Into Benefit Transformation of Properties  Homogeneity  Dispose  Convert Harm Into Benefit
37 Difficulty of detecting and measuring Loss of Time Mechanical Vibration, Replacement of Mechanical System, Changing the Color, Prior Counteraction Mechanical Vibration  Replacement of Mechanical System  Changing the Color  Prior Counteraction
37 Difficulty of detecting and measuring Quantity of substance/the matter Local Quality, Dispose, Pneumatic or Hydraulic Constructions, Mechanical Vibration Local Quality  Dispose  Pneumatic or Hydraulic Constructions  Mechanical Vibration
37 Difficulty of detecting and measuring Reliability Dispose,  Composite Materials, Replacement of Mechanical System, Anti-Weight or Counter Weight Dispose   Composite Materials  Replacement of Mechanical System  Anti-Weight or Counter Weight
37 Difficulty of detecting and measuring Measurement accuracy Copying, Mediator, Changing the Color, Replacement of Mechanical System Copying  Mediator  Changing the Color  Replacement of Mechanical System
37 Difficulty of detecting and measuring Manufacturing precision NA NA NA NA NA
37 Difficulty of detecting and measuring Object-affected harmful factors Convert Harm Into Benefit, Periodic Action, Pneumatic or Hydraulic Constructions, Replacement of Mechanical System Convert Harm Into Benefit  Periodic Action  Pneumatic or Hydraulic Constructions  Replacement of Mechanical System
37 Difficulty of detecting and measuring Object-generated harmful factors Separation, Separation, Segmentation Separation  Separation  Segmentation NA
37 Difficulty of detecting and measuring Ease of manufacture Merging, Replacement of Mechanical System, Cushion in Advance, Pneumatic or Hydraulic Constructions Merging  Replacement of Mechanical System  Cushion in Advance  Pneumatic or Hydraulic Constructions
37 Difficulty of detecting and measuring Ease of operation Separation, Merging Separation  Merging NA NA
37 Difficulty of detecting and measuring Ease of repair Equipotentiality, Copying Equipotentiality  Copying NA NA
37 Difficulty of detecting and measuring Adaptability or versatility Segmentation, Dynamics Segmentation  Dynamics NA NA
37 Difficulty of detecting and measuring Device complexity Dynamics, Prior Action, Thermal Expansion, Replacement of Mechanical System Dynamics  Prior Action  Thermal Expansion  Replacement of Mechanical System
37 Difficulty of detecting and measuring Difficulty of detecting and measuring NA NA NA NA NA
37 Difficulty of detecting and measuring Extent of automation Rejecting and Regenerating Parts, Separation, Segmentation Rejecting and Regenerating Parts  Separation  Segmentation NA
37 Difficulty of detecting and measuring Productivity Transformation of Properties, Mechanical Vibration Transformation of Properties  Mechanical Vibration NA NA
38 Extent of automation Weight of moving object Replacement of Mechanical System, Copying, Mechanical Vibration, Transformation of Properties Replacement of Mechanical System  Copying  Mechanical Vibration  Transformation of Properties
38 Extent of automation Weight of stationary object Replacement of Mechanical System, Copying, Transformation of Properties, Prior Action Replacement of Mechanical System  Copying  Transformation of Properties  Prior Action
38 Extent of automation Length of moving object Spheroidality, Inversion, Another Dimension, Replacement of Mechanical System Spheroidality  Inversion  Another Dimension  Replacement of Mechanical System
38 Extent of automation Length of stationary object Feedback Feedback NA NA NA
38 Extent of automation Area of moving object Another Dimension, Spheroidality, Inversion Another Dimension  Spheroidality  Inversion NA
38 Extent of automation Area of stationary object NA NA NA NA NA
38 Extent of automation Volume of  moving object Transformation of Properties, Inversion, Partial or Excessive Action Transformation of Properties  Inversion  Partial or Excessive Action NA
38 Extent of automation Volume of stationary object NA NA NA NA NA
38 Extent of automation Speed Replacement of Mechanical System, Prior Action Replacement of Mechanical System  Prior Action NA NA
38 Extent of automation Force (Intensity) Separation, Transformation of Properties Separation  Transformation of Properties NA NA
38 Extent of automation Stress or pressure Inversion, Transformation of Properties Inversion  Transformation of Properties NA NA
38 Extent of automation Shape Dynamics, Changing the Color, Segmentation, Inversion Dynamics  Changing the Color  Segmentation  Inversion
38 Extent of automation Stability of  the object’s composition Mechanical Vibration, Segmentation Mechanical Vibration  Segmentation NA NA
38 Extent of automation Strength Self-service, Inversion Self-service  Inversion NA NA
38 Extent of automation Duration of action of moving object Universality, Prior Counteraction Universality  Prior Counteraction NA NA
38 Extent of automation Duration of action by stationary object NA NA NA NA NA
38 Extent of automation Temperature Copying, Separation, Periodic Action Copying  Separation  Periodic Action NA
38 Extent of automation Illumination intensity Anti-Weight or Counter Weight, Changing the Color, Periodic Action Anti-Weight or Counter Weight  Changing the Color  Periodic Action NA
38 Extent of automation Use of energy by moving object Separation, Changing the Color, Inversion Separation  Changing the Color  Inversion NA
38 Extent of automation Use of energy by stationary object NA NA NA NA NA
38 Extent of automation Power Replacement of Mechanical System, Separation, Dispose Replacement of Mechanical System  Separation  Dispose NA
38 Extent of automation Loss of Energy Feedback, Replacement of Mechanical System Feedback  Replacement of Mechanical System NA NA
38 Extent of automation Loss of substance Transformation of Properties, Prior Action, Mechanical Vibration, Merging Transformation of Properties  Prior Action  Mechanical Vibration  Merging
38 Extent of automation Loss of Information Transformation of Properties, Homogeneity Transformation of Properties  Homogeneity NA NA
38 Extent of automation Loss of Time Mediator, Replacement of Mechanical System, Transformation of Properties, Flexible Membranes or Thin Films Mediator  Replacement of Mechanical System  Transformation of Properties  Flexible Membranes or Thin Films
38 Extent of automation Quantity of substance/the matter Transformation of Properties, Inversion Transformation of Properties  Inversion NA NA
38 Extent of automation Reliability Cushion in Advance, Dispose, Changing the Color Cushion in Advance  Dispose  Changing the Color NA
38 Extent of automation Measurement accuracy Replacement of Mechanical System, Copying, Prior Action, Rejecting and Regenerating Parts Replacement of Mechanical System  Copying  Prior Action  Rejecting and Regenerating Parts
38 Extent of automation Manufacturing precision Replacement of Mechanical System, Copying, Mechanical Vibration, Feedback Replacement of Mechanical System  Copying  Mechanical Vibration  Feedback
38 Extent of automation Object-affected harmful factors Separation, Homogeneity Separation  Homogeneity NA NA
38 Extent of automation Object-generated harmful factors Separation Separation NA NA NA
38 Extent of automation Ease of manufacture Segmentation, Copying, Inversion Segmentation  Copying  Inversion NA
38 Extent of automation Ease of operation Segmentation, Equipotentiality, Rejecting and Regenerating Parts, Local Quality Segmentation  Equipotentiality  Rejecting and Regenerating Parts  Local Quality
38 Extent of automation Ease of repair Segmentation, Transformation of Properties, Inversion Segmentation  Transformation of Properties  Inversion NA
38 Extent of automation Adaptability or versatility Dispose, Asymmetry, Segmentation,  Transformation of Properties Dispose  Asymmetry  Segmentation   Transformation of Properties
38 Extent of automation Device complexity Dynamics, Mediator, Prior Action Dynamics  Mediator  Prior Action NA
38 Extent of automation Difficulty of detecting and measuring Rejecting and Regenerating Parts, Dispose, Self-service Rejecting and Regenerating Parts  Dispose  Self-service NA
38 Extent of automation Extent of automation NA NA NA NA NA
38 Extent of automation Productivity Merging, Equipotentiality, Transformation of Properties, Copying Merging  Equipotentiality  Transformation of Properties  Copying
39 Productivity Weight of moving object Transformation of Properties, Copying, Mediator, Thermal Expansion Transformation of Properties  Copying  Mediator  Thermal Expansion
39 Productivity Weight of stationary object Replacement of Mechanical System, Dispose, Dynamics, Local Quality Replacement of Mechanical System  Dispose  Dynamics  Local Quality
39 Productivity Length of moving object Mechanical Vibration, Asymmetry, Replacement of Mechanical System, Accelerated Oxidation Mechanical Vibration  Asymmetry  Replacement of Mechanical System  Accelerated Oxidation
39 Productivity Length of stationary object Flexible Membranes or Thin Films, Nesting, Spheroidality, Copying Flexible Membranes or Thin Films  Nesting  Spheroidality  Copying
39 Productivity Area of moving object Prior Action, Copying, Rejecting and Regenerating Parts, Porous Material Prior Action  Copying  Rejecting and Regenerating Parts  Porous Material
39 Productivity Area of stationary object Prior Action, Transformation of Properties, Another Dimension, Nesting Prior Action  Transformation of Properties  Another Dimension  Nesting
39 Productivity Volume of  moving object Separation, Universality, Rejecting and Regenerating Parts, Prior Action Separation  Universality  Rejecting and Regenerating Parts  Prior Action
39 Productivity Volume of stationary object Transformation of Properties, Thermal Expansion, Prior Action, Separation Transformation of Properties  Thermal Expansion  Prior Action  Separation
39 Productivity Speed NA NA NA NA NA
39 Productivity Force (Intensity) Replacement of Mechanical System, Dynamics, Prior Action, Phase Transition Replacement of Mechanical System  Dynamics  Prior Action  Phase Transition
39 Productivity Stress or pressure Prior Action, Thermal Expansion, Spheroidality Prior Action  Thermal Expansion  Spheroidality NA
39 Productivity Shape Spheroidality, Prior Action, Rejecting and Regenerating Parts,  Composite Materials Spheroidality  Prior Action  Rejecting and Regenerating Parts   Composite Materials
39 Productivity Stability of  the object’s composition Transformation of Properties, Local Quality, Convert Harm Into Benefit, Inert Environment Transformation of Properties  Local Quality  Convert Harm Into Benefit  Inert Environment
39 Productivity Strength Pneumatic or Hydraulic Constructions, Replacement of Mechanical System, Prior Action, Mechanical Vibration Pneumatic or Hydraulic Constructions  Replacement of Mechanical System  Prior Action  Mechanical Vibration
39 Productivity Duration of action of moving object Transformation of Properties, Prior Action, Separation, Mechanical Vibration Transformation of Properties  Prior Action  Separation  Mechanical Vibration
39 Productivity Duration of action by stationary object Continuity of Useful Action, Prior Action, Partial or Excessive Action, Accelerated Oxidation Continuity of Useful Action  Prior Action  Partial or Excessive Action  Accelerated Oxidation
39 Productivity Temperature Transformation of Properties, Separation, Segmentation, Replacement of Mechanical System, Prior Action Transformation of Properties  Separation  Segmentation  Replacement of Mechanical System
39 Productivity Illumination intensity Copying, Another Dimension, Periodic Action, Segmentation Copying  Another Dimension  Periodic Action  Segmentation
39 Productivity Use of energy by moving object Transformation of Properties, Prior Action, Accelerated Oxidation, Periodic Action Transformation of Properties  Prior Action  Accelerated Oxidation  Periodic Action
39 Productivity Use of energy by stationary object Segmentation Segmentation NA NA NA
39 Productivity Power Transformation of Properties, Continuity of Useful Action, Prior Action Transformation of Properties  Continuity of Useful Action  Prior Action NA
39 Productivity Loss of Energy Replacement of Mechanical System, Prior Action, Pneumatic or Hydraulic Constructions, Transformation of Properties Replacement of Mechanical System  Prior Action  Pneumatic or Hydraulic Constructions  Transformation of Properties
39 Productivity Loss of substance Replacement of Mechanical System, Prior Action, Transformation of Properties, Feedback Replacement of Mechanical System  Prior Action  Transformation of Properties  Feedback
39 Productivity Loss of Information Inversion, Dynamics, Feedback Inversion  Dynamics  Feedback NA
39 Productivity Loss of Time NA NA NA NA NA
39 Productivity Quantity of substance/the matter Transformation of Properties, Accelerated Oxidation Transformation of Properties  Accelerated Oxidation NA NA
39 Productivity Reliability Segmentation, Transformation of Properties, Prior Action, Accelerated Oxidation Segmentation  Transformation of Properties  Prior Action  Accelerated Oxidation
39 Productivity Measurement accuracy Segmentation, Prior Action, Rejecting and Regenerating Parts, Replacement of Mechanical System Segmentation  Prior Action  Rejecting and Regenerating Parts  Replacement of Mechanical System
39 Productivity Manufacturing precision Mechanical Vibration, Prior Action, Changing the Color, Segmentation Mechanical Vibration  Prior Action  Changing the Color  Segmentation
39 Productivity Object-affected harmful factors Convert Harm Into Benefit, Transformation of Properties, Inversion, Mediator Convert Harm Into Benefit  Transformation of Properties  Inversion  Mediator
39 Productivity Object-generated harmful factors Transformation of Properties, Convert Harm Into Benefit, Mechanical Vibration, Inert Environment Transformation of Properties  Convert Harm Into Benefit  Mechanical Vibration  Inert Environment
39 Productivity Ease of manufacture Transformation of Properties, Replacement of Mechanical System, Separation, Mediator Transformation of Properties  Replacement of Mechanical System  Separation  Mediator
39 Productivity Ease of operation Segmentation, Replacement of Mechanical System, Nesting, Prior Action Segmentation  Replacement of Mechanical System  Nesting  Prior Action
39 Productivity Ease of repair Segmentation, Changing the Color, Prior Action, Self-service Segmentation  Changing the Color  Prior Action  Self-service
39 Productivity Adaptability or versatility Segmentation, Transformation of Properties, Replacement of Mechanical System, Thermal Expansion Segmentation  Transformation of Properties  Replacement of Mechanical System  Thermal Expansion
39 Productivity Device complexity Equipotentiality, Another Dimension, Replacement of Mechanical System, Mediator Equipotentiality  Another Dimension  Replacement of Mechanical System  Mediator
39 Productivity Difficulty of detecting and measuring Transformation of Properties, Mechanical Vibration, Dispose, Separation Transformation of Properties  Mechanical Vibration  Dispose  Separation
39 Productivity Extent of automation Merging, Equipotentiality, Transformation of Properties, Copying Merging  Equipotentiality  Transformation of Properties  Copying
39 Productivity Productivity NA NA NA NA NA

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