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Sustainability of Knowledge for EFFICIENT Innovation

This study explores the integration of various resources, such as straw, chocolate powder, sugar, toaster, glass, pot, accordeon, Lego, snacks, pacifier, thermometer, multicolor pen, keys, pot, colander, magazine, and more, to develop innovative and efficient products and processes. It examines the values, functions, and potential changes that can be made to existing solutions, problem solving, and marketing strategies.

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Sustainability of Knowledge for EFFICIENT Innovation

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  1. Sustainability of Knowledge for EFFICIENT Innovation

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  4. Straw + Chocolate powder +

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  8. Sugar + Amaretto +

  9. Toaster + Glass +

  10. Pot + Accordeon +

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  12. +

  13. Lego + Snacks +

  14. Pacifier + Thermometer +

  15. Multicolor pen + Keys +

  16. Pot + colander +

  17. + + + + + + + + + + + + + + + Magazine on a bottle INTEGRATION Pulsating razor PULSATION Dimpled train SURFACE Hollow glass POROSITY Keyport INTEGRATION Stain pen SHAPE Transparent toaster TRANSPARENCY Twister duvet cover COLOUR Flexible piano FLEXIBILITY Flavoured sugar SENSES USB rechargeable batteries INTEGRATION Pasta pot POROSITY Fruit textured carton SENSES Pacifier thermometer INFORMATION Collapsible container FLEXIBILITY

  18. What is the NEXT GENERATION of your product or process? INNOVATION STUDY What can be changed, what can be gained? INNOVATION

  19. What are EXISTING SOLUTIONS to your specific problem? PROBLEM SOLVING Someone, somewhere solved your problem PROBLEM SOLVING

  20. SOLUTION MARKETING A solution in search of problems product properties application functions

  21. What is the NEXT GENERATION of your product or process? new product or process INNOVATION STUDY existing product or process SOLUTION MARKETING PROBLEM SOLVING existing market new market

  22. Contents • Value and function What VALUES do we want? 2. Out of the box in time and space: What RESOURCES do we have? 3. Analogy across domains Where do we look for INSPIRATION? 4. Variation of properties for new or improved functions What do we change, what do we GAIN?

  23. What do MECHATRONICS customers want? VALUE EQUATION= PERFORMANCE – (HARM + INTERFACE + COST)

  24. Angles of value PERFORMANCE What the product or process has to do, what it is made for, the main function, make that better or more. You can also introduce a new performance. Ideal performance is PERFECT. LESS HARM What are the harmful elements in your system, harmful to the environment? Sound? Heat? Time? Pollution? Ideally here you want a HARMLESS, SAFE or BIO system. INTERFACE What is the user interface like? Can you make it easier, nicer, design? What can be a better experience to the user? Ideally the interface goes to zero and the system goes to SELF. COST What about the efficiency of the system? What are the cost components? How can you reduce the cost of the user? Ideally the cost goes towards FREE product or process.

  25. Values in mechatronics (based on analysis of 81207 patents)

  26. free perfect everywhere always More or less for more or less more for more more for less less for less less for more?

  27. Contents • Value and function What VALUES do we want? 2. Out of the box in time and space: What RESOURCES do we have? 3. Analogy across domains Where do we look for INSPIRATION? 4. Variation of properties for new or improved functions What do we change, what do we GAIN?

  28. TYPES OF RESOURCES

  29. MECHANICAL MECHANICAL - mechanical Energy generating revolving door architecture · energy The Boon Edam revolving door plays a very important part in achieving and maintaining the sustainability of the building. The Tourniket revolving door will help primarily to save the carefully generated and conserved energy. A calculation was made for this particular situation that indicated an energy saving of around 4600 kWh per year, a considerable saving compared to a conventional sliding entrance. Source: boonedam.nl

  30. Dynamo ELECTRICAL & PRESSURE ELECTRICAL - electromagnetic PRESSURE - wind STRANDBEEST by Theo Jansen Use the rotation as a source. Movement empowered by wind. www.strandbeest.com

  31. Free innovation database: MoreInspiration.com

  32. Solutions change, functions stay the same ? Remove the water from the glass without touching the glass

  33. Solutions change, functions stay the same Remove the water from the glass without touching the glass

  34. Solutions change, functions stay the same pressure sound Acoustic Cavitation Acoustic Vibrations Bernoulli’s Theorem MOVE LIQUID Pascal Law Pump Ultrasonic Capillary Effect Ultrasonic Vibrations Forced Oscillations pulsation Resonance Shock Wave temperature Boiling Inertia Evaporation shape field Super Thermal Conductivity porosity Thermocapillary Effect Thermomechanical Effect Electroosmosis Absorption Funnel Effect Ellipse Capillary Condensation Capillary Evaporation Capillary Pressure Electrocapillary Effect Spiral Thermal Expansion Electrostatic Induction Dessication Brush Constructions Electrolysis Jet Flow Superfluidity Electrophoresis Osmosis Ferromagnetism surface Use of foam volume Ionic Exchange weight Surface Tension Wetting Archimedes’ Principle Lorentz Force Gravity Magnetostriction Coanda Effect Condensation http://function.creax.com/

  35. CREAX Function Database Function Database – Source: http://function.creax.com

  36. Selling Washing Powder? OBJECTIVE: To sell more washing powder OBJECTIVE: To sell more ‘cleaned clothes’

  37. Classification of knowledge by Function CLEAN Disruption?

  38. Classification of knowledge by Function example SANYO has now succeeded in implementing its Electrolyzed Water technology cultivated in SANYO's Water purifying bacteria-removing device into the Fully-Automatic "Wash with Ultrasonic Waves and Electrolysis" washing machine. By combining Electrolyzed Water's dirt dissolving and bacteria-removing properties with the cleansing power of Ultrasonic Wave technology SANYO has brought to realization the World's first "Zero-Detergent course" washing machine. SANYO Introduces the Worlds First Zero-Detergent Electrolyzed Water Cleaning Powered Washing MachineAllows the option of "Detergent Course" or "Non-Detergent Course" according to the extent and type of dirt

  39. The ideal … is no… Ideal opener? Ideal key? Ideal cap? Ideal money? Ideal wire? Ideal archive?

  40. [SELF]

  41. Self-balancing * First patent - 1973 * Little attention given until early 1990s * First commercial application likely to be domestic washing-machines * Also… ask a truck driver!

  42. Self-seeking

  43. Self-tuning http://www.gibson.com/robotguitar/RobotGuitarVideoVoting.aspx

  44. Self waxing skis Provide a faster ride Plastic that heals itself Self check outs In supermarkets Robotic snow removal Self boiling rice

  45. Self sealing tyres Selfcleaning sportwear Self erasing paper Self inflating key chain Self destructing MRAM Self stirring mug

  46. SELF* IN MECHATRONICS (analysis of 81207 patents)

  47. Contents • Value and function What VALUES do we want? 2. Out of the box in time and space: What RESOURCES do we have? 3. Analogy across domains Where do we look for INSPIRATION? 4. Variation of properties for new or improved functions What do we change, what do we GAIN?

  48. paper fibre hair fibre agriculture skin whipped cream extinguisher foam metal foam bread

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