117 innovations
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Functions
- achieve opposite functions simultaneously (1)
- adapt to absorb shock (3)
- adapt to different use circumstances (6)
- adapt to multiple user requirements (1)
- add a new function or integrate another function (8)
- add a warning indicator (1)
- add ability to be inflated (1)
- add ability to become self-controlling (1)
- add ability to make simple measurement (1)
- add new function by using available resources (2)
- add self-balancing (1)
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- change object shape (1)
- change surface shape (1)
- create a more modular or stackable component assembly (1)
- create opportunities for self-correcting, self-repairing or self-adapting systems (1)
- create splash sensation (1)
- create the ability to deliver extremes of a function, outside the human range (1)
- decrease human involvement (1)
- help to achieve effective use of resources (1)
- improve controlling functions (2)
- improve coordination with human actions (1)
- improve detection (1)
- improve efficiency (5)
- improve flow rate (2)
- improve performance at all operating conditions (1)
- improve storage capacity (4)
- improve strength (1)
- improve system performance efficiency (1)
- improve system safety (3)
- improve transmission of loads/energy (1)
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- improve users convenience (3)
- improve wear resistance (1)
- increase ability to adapt to different use circumstances (1)
- increase ability to change system characteristics (1)
- increase ability to float (1)
- increase absorbtion ability (1)
- increase component flexibility (1)
- increase durability (1)
- increase grip (1)
- increase operational flexibility (1)
- increase range of movement (3)
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- increase storage time (1)
- increase strength/weight ratio (1)
- increase system efficiency (3)
- increase system flexibility (2)
- increase system functionality (1)
- increase user convenience (2)
- introduce opportunities for self-repairing (1)
- make it easier to carry (2)
- make it easier to operate (2)
- make it easy to apply (3)
- make it portable (1)
- make it reusable (1)
- make the ideal NO (2)
- pass something through the object (1)
- reduce control system complexity (1)
- reduce cost (2)
- reduce energy loss (1)
- reduce energy usage (1)
- reduce friction (1)
- reduce likelihood of error or catastrophic failure (1)
- reduce noise (1)
- reduce size of a system (1)
- reduce system damage (2)
- reduce waste of materials (1)
