Answered step by step
Verified Expert Solution
Question
1 Approved Answer
Worsening Feature Weight of moving object Length of moving object Weight of stationary object Area of moving object Length of stationary object Area of stationary
Worsening Feature Weight of moving object Length of moving object Weight of stationary object Area of moving object Length of stationary object Area of stationary object Volume of moving object Improvin Volume of stationary object Speed Force (Intensity) Stress or pressure Stability of the object's Shape composition Strength object Duration of action of moving object Duration of action of stationary Temperature Illumination intensity Use of energy by moving object object Use of energy by stationary Power Loss of Energy Loss of Substance Loss of Information Loss of Time Quantity of substance Reliability Measurement accuracy Manufacturing precision Ease of manufacture Object-generated harmful factors Object-affected harmful factors Ease of operation Ease of repair Device complexity Adaptability or versatility Difficulty of detecting and Extent of automation measuring Productivity Feature 15 20 24 Weight of moving object 29.34 29, 29, 2 38. 3' 0. 28 5, 3 35, 34. 31 10. 24, 31, 35 27, 2 2, 27, 35 -28.1 29. 5 1 36 28. 3 28. 2 26. 3 35, 3, 5, 19, 5. 8. 282 18, 19 24, 37 Inventive Principles Weight of stationary object 10, 1, 35, 30, 5, 35 19 . 3 13, TO 0. 19 : 26, 39. 2, 27. 28. 19 19. 19, 32, 18, 19, 28, 1 18, 22 18 2 1, 39 28, 1, 9 6. 13 28, 11 19 15. 1, 10. 1, 28, 29, 35 13, 2 19, 6 32. 2 35 15, 17. 1 29 1 10 15 28. 15 13 30 35 10. 15, 26. 39 (Z. 15 1. Segmentation Length of moving object 8, 15, 7, 17 29, 3 3, 4, 8 1 . 1. 8. 35 1. 8. 15. 3 19 32 8, 35, 1, 35 4, 29. 23 10 1. 24 29. 35 17, 15 1, 29 , 15 29 , 1 , 28 . 129 14, 4, 35. 4 14 35. 1, 17, 24, 4, 3 24 17. 24 10' 1. 16 26. 24 26, 24 26, 16 35, 28 28. 2 2. Extraction, Separation, Removal, Segregation Length of stationary object 17, 7 15, 8 . 10, 10, 29, 0, 14 40, 29 10, 40 2.14 28, 10 1, 14 , 1 15 7 35 38. 18 3, 25 12. 8 6, 28 35 24, 26, 10 1 . 18 2 , 25 3 1, 26 26 1, 26 3. Local Quality Area of moving object 2, 17, 4, 15, 18. 4 7. 14. -9, 30, 10. 15 11 , 2 5. 15, 32, 29. 4 17. 4 29. 4 13. 39 40 , 14 6, 3 16 19. 13 19. 32 19 . 10 . 15 . 17 . 10 , 35 , 32, 18 26. 4 2. 32 22. 33 15. 13. 15, 30 14. 1. 2, 36, 14. 30, 10, 26 26 18 28, 23 34, 2 4. Asymmetry Area of stationary object 30, 2, 26, 7, 2 , 38 40 1 10 35, 39, 18. 3 0, 15 14, 18 9, 39 19. 30 17. 32 30 16 10 23 17 , 7' 5. Combining. Integration, Merging Volume of moving object 2, 26 1 , 7 , 4 , 1 , 7. 4 . 34 , 39 , 2 , 13 . 3. 35, 34 , 10, 6 29, 40 35 35, 10, 29. 4 9:14 6, 35, 4 10, 18 10 35 1 . 15 . 2, 22 15 29 26 , 1 2 34 6. Universality, Multi-functionality Volume of stationary object 35, 34. 30 - 18 . 16, 24 19, 14 |35, 8. 13. 14. 2. 14 7. 2. 35 30 , 6 1. 31 2 . 1 7. Nesting Speed 29, 30, 13, 38 7. 28. 28 , 30 , 10, 13 . 8 . 13 , 26 18. 13. 17 . 19 . 28 , 10 19 . 10 , 36, 2 19. 35 10, 18 8. Counterweight, Levitation Force (Intensity) 1. 18. 2 . 36 . 5, 10, 1, 16, 19 , 35 . 14 , 15 0, 37. 18. 35. 10 19 2, 35 13, 29 , 35 , 10 . 35 . 1 . 10 . 15 . 10 6. 35. 35 , 24 36. 35. 19. 3, 35 , 39 14 24 0 35 2 , 36 , 10 , 36 2 18 20 10 18 10 19 3, 28. 9. Preliminary anti-action, Prior counteraction Stress or pressure 37, 40 19. 2 10, 37 35 37 35 , 24 10 . 14 , 35. 37 10. Prior action Shape 15 , 10 . 29 34 , 026 3 4 10 10 40 14 . 26 14. 13 , 15 , 2 , 6 , 14 35 , 2 19. 32 34 14 4 . 6 , 2 35.1 7 20 2 . 13.1 1. 15 . 16 29 . 15 13 15 1 , 21, 35, 35 , 1 , 32 . 3 . 35. 30. 2. 35. 35. 22. 32 11. Cushion in advance, compensate before Stability of the object's composition 2, 39 13 , 15 . 37 2 . 11 39 13 , 27 32. 35. i6 13. 19 29 18 27. 31 39. 6 2, 14 35, 27 13 35 . 19 Strength 40 15 40 , 26 , 1 , 15 , 15 14 , 3 34 . 9 40 , 10. 35 35, 23 27 , 3 , 35 28 524 2 22.26 30 23 1. 8 , 35 23 , 35 , 12. Equipotentiality, remove stress 10. 10. 35, 19 19. 35. 0, 26, 8, 35 28, 26 40. 2 10 . 30 . 13 . 57 , 35 35 28 35 1. 3 3, 27 25 28 15 40 15 13. Inversion, The other way around 15 Duration of action of moving object 2, 19, 9 19 30 |3 , 35 , 5 1 28 25 27. 3. 19, 35. 4. 35 35, 18 35. 38 3 18 10 3 16 40 27 , 1 , 4 12 , 27 20 15 19 295 6, 10 35, Duration of action by stationary 1. 40. 35 . 34 . object 16 27. 16, 35 19 . 3 . * 36, 40 10 10 . 26 . 2 25 . 34 . 20, 10 14. Spheroidality, Curvilinearity 19. 16 21 36 16, 38 15. Dynamicity, Optimization Temperature 36,22, 35, 15, 19. 15, 19, 6, 38 35, 38 40 1 35, 6, 4 2. 28. 35. 10. 19. 2 14 . 22 , 0. 30. 39 |19. 18. 32. 30. 19. 15. 2. 14, 21. 17. 2 32. 3. 3, 17 25 35, 38 29 , 31 21 18 30 . 39 26. 27 4, 10. 3. [2. 17. 28 26 . 35 31 19 16 16. Partial or excessive action Illumination intensity 2, 35, 19. 6 2. 19 , 32 , 2 , 13 , 32, 30 35 , 19 2 , 19 . 6 32. 35 3205 7, 15 32 13 . 16 13 , 1 1 , 6 2: 17 1 19 3, 32 32 , 15 2. 26 . 2 , 25 , 17. Moving to a new dimension 19 Use of energy by moving object 12, 18,2 8,31 12, 28 23 , 14 , 12 2 , 28 , 35 . GIN- 12, 28. 3. 14 37 18 5, 24 35 , 24 , 18 , 5 19 18 16 18 ; 3. 1. 32 2, 35 , 6 28.76 19. 35 35 , 38 32 , 2 18. Mechanical vibration/oscillation Use of energy by stationary object 19. 9 35 18, 27, 35 32 18, 31 19 , 22 19 . 35 1 . 6 19. Periodic action Powe 8, 36, 19 , 26 . 30. 6. 29, 14, 26, 10 , 19 , 35, 10, 38 16 2. 14. 16 . 6 , 28, 2 38. 31 18 27 18, 38 20 . 4. 34 . 32 15 . 32 2. 35 , 26 , 10 , 26 , 35 , 5 . 28 . 2 . 28 , 35 20. Continuity of a useful action Loss of Energy 19. 6. 7. 2. 6. 6, 38, 7 19, 38, 21. 35. 28 , 10 , 19 . 28 18. 8 32 15 3 , 38 5, 27. 19, 10 10. 18. 7. 18. 1 . 22 . 2 Loss of substance 23 40 35. 6. 14 739 28.24 30, 40 31 40 3. 18 18 38 39 31 1, 6, 13 35. 18. 28 , 27, 28 . 27 . 15 . 34 . 32 . 25 28, 35. 21. Rushing through 24 . 28 J. 10, 21 . 13 . 23 . 22. Convert harm into benefit, "Blessing in disguise" Loss of Information 10. 24. 10. 35. 1, 26 26 30, 26 2 . 22 26 32 10 10 19 0, 19 19 10 4. 26, 27 , 22 35 23. Feedback Loss of Time 37. 35 10; 10. 20. 15. 2. 30, 24. 34 10 32 18 37. 36.4 3417 8 10 16 21. 18 26. 17 19, 18 10. 6 18 32 35. 18. 24, 26, 18 16 5. 18. 3 18 39 2. 35. 28. 1 28 32. . 35 , 28 6 , 29 24 , 28 . 24. Mediator, intermediary Quantity of substance/the matter 18 , 31 278 26 29. 14. 15, 20 . 35. 14 15: 210 34 10 |3. 35. 3. 17. 16 18 31 35 7. 15. 33, 30 8, 35 3: 27 25. Self-service, self-organization 27 Reliability 10 40 18 10. 15.9 15: 29; 11 . 28 $34. 27. 3. 35. 11, 32. 21. 17 36, 23 26 13 2 35 10, 28 10, 30. 21. 28. 2 23 27 . 17 . 1 . 11 13 3. 35, 27 , 40 , 11 . 26. Copying Measurement accuracy 32. 35. 8 | 25. 20 28 24 .32 3 . 6 , 32 3. 6. 32 26. 4 . 34 , 2, 6 . 32 12 26 218 10 25 . 18 27 . 35 26 , 24 , 10 34 32 10 34 27. Cheap, disposable objects Manufacturing precision 3. 25. 10. 19 , 26 3 32 32. 2 13 . 32 . 35 . 31 32. 30 25, 10 26.2. 2 21. 2. 28. Replacement of a mechanical system with 'fields' Object-affected harmful factors 37 . 35 3. 22. 22. 10. 35 . 18 4.26 27. 39 , 35, 2 10 . 33 . 3 . 132. 35 19 40 29. Pneumatics or hydraulics: 31 Object-generated harmful factors 35 . 22. ! 1. 40 24 , 2, 35 . 6 19 , 22 . 2. 35 . 22 2. 10, 1, 19 . 1 . 30. Flexible membranes or thin film Ease of manufactur 36 13 15 . 17 . 35 35 . 12 28 . 26 . 1.4 27 : 1 19 35 2. 13. 27. 26. 6. 28. -N- 8 31. Use of porous materials Ease of operation 25. 25 6 135 1372 25 . 23 32, 26, 1 16 12. 3 32. Changing color or optical properties Ease of repair 35 11 352 11 10 1. 28. 3. 38. 15 . 13. 16. 25 25 41 34 . 9 25, 10 |34: 35. 33. Homogeneity Adaptability or versatility 15 8 20 16 20 2 1, 36. . 35. 35, 10. 15 2 67. 35. 16 15, 37 . 2. 16 15 . 29 . 1 27. 34. 35. 28. 34. Rejection and regeneration, Discarding and recovering Device complexity 34 36 326 24 26 6. 36 1 . 16 26, 24. 22 19 . 1 1. 13 15; 10% 15 24- 12. 17 Difficulty of detecting and 35. Transformation of the physical and chemical states of an object, parameter change, changing properties measuring 28 13 25. 345 19 . 35 . 2, 21 34 , 21 35, 18 36. Phase transformation Extent of automation 18. 35 28, 26 35 10 13 , 35 2, 33 . 27. 37. Thermal expansion Productivity 35 . 26 15 3 28 , 38 10. 37. 35 , 38 13.24 18 37 38. Use strong oxidizers, enriched atmospheres, accelerated oxidation AboveWay Sandwich, Inc. Customer Satisfa 39. Inert environment or atmosphere tomer Satisfaction Improvement Deliverable : TRIZ Contradiction Matrix 40. Composite materialsYour last name here Type the feature to improve followed by the feature to preserve Explain your rationale for this question in 15 words or less. I Type the feature to improve followed by the feature to preserve Explain your rationale for this question in 15 words or less. I Type the feature to improve followed by the feature to preserve Explain your rationale for this question in 15 words or less. 5
Step by Step Solution
There are 3 Steps involved in it
Step: 1
Get Instant Access to Expert-Tailored Solutions
See step-by-step solutions with expert insights and AI powered tools for academic success
Step: 2
Step: 3
Ace Your Homework with AI
Get the answers you need in no time with our AI-driven, step-by-step assistance
Get Started