TRIZ lists

//MyCreativity rules are a great way to keep checklists for creative thinking, problem solving and innovation
//Invoke them at any time during modelling

#triz.levels of invention

    * "Level 1 - Routine design problems solved by methods well known within the specialty. Usually no invention needed."
    * "Level 2 - Minor improvements to an existing system using methods known within the industry."
    * "Level 3 - Fundamental improvement to an existing system using methods known outside the industry."
    * "Level 4 - A new generation of a system that entails a new principle for performing the system's primary functions. Solutions are found more often in science than technology."
    * "Level 5 - A rare scientific discovery or pioneering invention of an essentially new system."

#triz.8 trends

"1. Completeness of parts of the engineering system. Every technical system consists of engine, transmission, limbs and controls. Evolution will take place to all these parts."
"2. Energy Conductivity of the system- The better the transfer of energy inside the system, the better the system."
"3. Harmony of the parts of the system- Better harmony in timing, frequency etc. improves performance of the system."
"4. Transition from Microlevel to Macrolevel which improves miniaturization."
"5. Dynamicsation - that moves the evolution from a rigid structure to a flexible one."
"6. Moving towards increasing ideality. Every stage of evolution will move closer to the ideal system."
"7. Moving from complecated system to simplified system."
"8. Elimination of redundant stages and Transition towards the super-system."

#triz.40 principles

" 1. Segmentation"
" 2. Extraction"
" 3. Local Quality"
" 4. Asymmetry"
" 5. Combination"
" 6. Universality"
" 7. Nesting"
" 8. Counterweight"
" 9. Prior Counteraction"
"10. Prior Action"
"11. Cushion in Advance"
"12. Equipotentiality"
"13. Inversion"
"14. Spheroidality"
"15. Dynamicity"
"16. Partial, overdone or excessive action"
"17. Moving to a new dimension"
"18. Mechanical vibration"
"19. Periodic action"
"20. Continuity of useful action"
"21. Rushing through"
"22. Convert harm into benefit"
"23. Feedback"
"24. Mediator"
"25. Self-service"
"26. Copying"
"27. Inexpensive short life"
"28. Replacement of a mechanical system"
"29. Use pneumatic or hydraulic systems"
"30. Flexible film or thin membranes"
"31. Use of porous materials"
"32. Changing the colour"
"33. Homogeneity"
"34. Rejecting and regenerating parts"
"35. Transforming physical or chemical states"
"36. Phase transition"
"37. Thermal expansion"
"38. Use strong oxidisers"
"39. Inert environment"
"40. Composite materials"

#triz.39 engineering parameters

"1. Weight of moving object"
"2. Weight of nonmoving object"
"3. Length of moving object"
"4. Length of nonmoving object"
"5. Area of moving object"
"6. Area of nonmoving object"
"7. Volume of moving object"
"8. Volume of nonmoving object"
"9. Speed"
"10. Force"
"11. Tension, pressure"
"12. Shape"
"13. Stability of object"
"14. Strength"
"15. Durability of moving object"
"16. Durability of nonmoving object"
"17. Temperature"
"18. Brightness"
"19. Energy spent by moving object"
"20. Energy spent by nonmoving object"
"21. Power"
"22. Waste of energy"
"23. Waste of substance"
"24. Loss of information"
"25. Waste of time"
"26. Amount of substance"
"27. Reliability"
"28. Accuracy of measurement"
"29. Accuracy of manufacturing"
"30. Harmful factors acting on object"
"31. Harmful side effects"
"32. Manufacturability"
"33. Convenience of use"
"34. Repairability"
"35. Adaptability"
"36. Complexity of device"
"37. Complexity of control"
"38. Level of automation"