4961 innovations
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Properties
- 2D protrusions (51)
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- medium size (12)
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- using intelligent feedback (232)
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Functions
- achieve opposite functions simultaneously (38)
- adapt to absorb shock (20)
- adapt to different use circumstances (71)
- adapt to multiple user requirements (27)
- add a hole to hang object (10)
- add a new function or integrate another function (169)
- add a slot to hang it (9)
- add a warning indicator (23)
- add ability to be inflated (16)
- add ability to become self-controlling (24)
- add ability to change colour automatically (21)
- add ability to compensate for human error (3)
- add ability to fill and dispense germ free (2)
- add ability to make simple measurement (28)
- add ability to scoop (2)
- add an existing technology (6)
- add identification marks (12)
- add more visual or conceptual contrast (45)
- add new function by using available resources (116)
- add self-balancing (9)
- add self-cleaning ability (35)
- add sensatory blockers (5)
- add sensatory information to repel or attract (29)
- add sound reflection (4)
- add textual message (6)
- allow it to be more improvisational or spontaneous (4)
- allow variation in properties (2)
- arrange into a different pattern (7)
- avoid spoiling larger portions (2)
- change electrical characteristics (39)
- change object shape (48)
- change optical characteristics (13)
- change surface shape (15)
- change texture or how it feels (6)
- control liquid movement (6)
- copy form of other objects (36)
- create a deliberate weak point (6)
- create a more modular or stackable component assembly (19)
- create a nested effect (7)
- create a rough surface (2)
- create a self-correcting system (14)
- create a space to insert something (36)
- create an image of openness and honesty (3)
- create new sound or audio effect (10)
- create new taste sensation (47)
- create one-way system (2)
- create opportunities for self learning (7)
- create opportunities for self-correcting, self-repairing or self-adapting systems (21)
- create opposite function (24)
- create oppurtunities for self-assembly (12)
- create optical illusion (24)
- create orientation visibility (4)
- create possibility of mass customization (4)
- create self-leveling capability (2)
- create self-seeking abilities (2)
- create splash sensation (2)
- create temperature effects (24)
- create the ability for more customization (54)
- create the ability to be produced on rolls (1)
- create the ability to contain something (24)
- create the ability to control function delivery to specific requirements (8)
- create the ability to deliver extremes of a function, outside the human range (13)
- create the impression of an increased surface area (1)
- create the impression of increased size (7)
- create the impression of reduced size (5)
- create variable deflectors (1)
- decrease human involvement (14)
- decrease interference (3)
- decrease range of movement (8)
- decrease reflection (3)
- decrease user involvement (37)
- divide it into small portions (16)
- eliminate interference with human interfaces (1)
- eliminate the need for flavours or ingredients elsewhere (2)
- enable a part to be removed and function on its own (13)
- fulfil customer expectations (6)
- have a broader operating range (37)
- have a sophisticated measure indicator (15)
- have more compact folding (23)
- have multi-way switching (34)
- help to achieve effective use of resources (60)
- improve ability to change component orientation (2)
- improve ability to see object (71)
- improve aerodynamics (13)
- improve aesthetic appearance (52)
- improve barrier properties (2)
- improve communication (11)
- improve compatability with 'real world' effects (5)
- improve connectivity between two parts (26)
- improve controlling functions (6)
- improve coordination with human actions (10)
- improve delivery system (14)
- improve detection (66)
- improve display orientation (2)
- improve drainage (12)
- improve efficiency (21)
- improve ergonomics (27)
- improve fire retarding (2)
- improve flow distribution (2)
- improve flow rate (4)
- improve fuel economy (11)
- improve function distribution (5)
- improve heat transfer properties (15)
- improve high energy density (3)
- improve impact load damage resistance (7)
- improve integration (12)
- improve integrity of joint (13)
- improve interaction control (46)
- improve load distribution (3)
- improve location for two joining parts (1)
- improve locking features of two components (8)
- improve maintainability (2)
- improve manoeuvrability (18)
- improve orientation for joining two parts (4)
- improve performance at all operating conditions (14)
- improve productivity (4)
- improve radiation heat management (8)
- improve realism of simulation (9)
- improve reflection (5)
- improve response time (3)
- improve response to external changes (35)
- improve scratch resistance (2)
- improve self-repairing (7)
- improve storage capacity (27)
- improve strength (8)
- improve strength or weight properties (8)
- improve structural strength (19)
- improve system performance efficiency (14)
- improve system safety (12)
- improve tie-in with customer (11)
- improve traction (4)
- improve transmission of loads/energy (28)
- improve transportability (14)
- improve user proofing (4)
- improve user safety (68)
- improve users convenience (84)
- improve UV blocking (3)
- improve wear resistance (2)
- incorporate identification marks or change indicators (14)
- increase ability to adapt to different use circumstances (20)
- increase ability to change system characteristics (27)
- increase ability to float (12)
- increase ability to stretch (9)
- increase absorbtion ability (27)
- increase accuracy (11)
- increase adjustability or adaptability (38)
- increase anti-slip property (2)
- increase axial surface area (3)
- increase cleaning power (37)
- increase component flexibility (4)
- increase condition flexibility (4)
- increase control precision (20)
- increase controllability (17)
- increase deformation capability (5)
- increase density (2)
- increase dispersion rate (3)
- increase durability (11)
- increase efficiency of useful effect (44)
- increase emphasis on quality (5)
- increase figurative use (1)
- increase filtering ability (28)
- increase flexibility of measurement (4)
- increase grip (46)
- increase health aspect (47)
- increase heat resistance (10)
- increase magnitude of useful effect (19)
- increase motion possibilities (18)
- increase natural illumination (12)
- increase number of systems (1)
- increase operability (7)
- increase operating safety margin (10)
- increase operational flexibility (14)
- increase output (2)
- increase positional flexibility (17)
- increase privacy (2)
- increase processing time (4)
- increase range of measurement possibilities (10)
- increase range of movement (29)
- increase reactivity (13)
- increase security level (36)
- increase sensual immersion (43)
- increase storage compactability (59)
- increase storage time (9)
- increase strength/weight ratio (13)
- increase surface area by breaking the parts up (5)
- increase surface coverage (11)
- increase surface protection (26)
- increase surface strength (2)
- increase system compactness (12)
- increase system efficiency (20)
- increase system feedback (20)
- increase system flexibility (28)
- increase system functionality (17)
- increase the customers desire for more of the product (15)
- increase use of colour (21)
- increase user convenience (134)
- increase user feedback (38)
- increase user involvement (45)
- increase volume (2)
- introduce opportunities for self-repairing (9)
- introduce time measurement capability (7)
- isolate stresses or loads (1)
- maintain flavour (4)
- maintain temperature (29)
- make a cheap alternative (22)
- make appearance more natural (25)
- make current shape linear (1)
- make environmentally friendly (63)
- make it appeal to more senses (44)
- make it appeal to one market group (27)
- make it appeal to one sex (7)
- make it difficult to replicate or copy (20)
- make it disposable (5)
- make it easier to assemble (7)
- make it easier to breakdown (12)
- make it easier to carry (25)
- make it easier to control flow rate (2)
- make it easier to disassemble (4)
- make it easier to inspect (15)
- make it easier to learn (2)
- make it easier to mix with other substances (1)
- make it easier to operate (48)
- make it easier to stack (4)
- make it easily dissolvable (13)
- make it easy to apply (33)
- make it easy to handle (17)
- make it free (2)
- make it germ free (9)
- make it interact with more senses (95)
- make it more presentable (2)
- make it non-stick (3)
- make it portable (51)
- make it reusable (20)
- make it sound absorbing (3)
- make magnetic (6)
- make simple measurements (10)
- make stretchable (4)
- make the ideal NO (48)
- make waterproof (13)
- more compact installation (3)
- offer better scratch resistance (1)
- offer continuous variability (5)
- offer ease of inspection (2)
- offer the possibility of varied motion control (7)
- overcome physical contradiction (separated in time ) (1)
- pass something through the object (5)
- reduce assembly time/cost (4)
- reduce complexity (8)
- reduce control system complexity (8)
- reduce cost (12)
- reduce density (1)
- reduce drag (18)
- reduce energy cost (24)
- reduce energy loss (6)
- reduce energy usage (19)
- reduce fatigue effect (4)
- reduce friction (9)
- reduce human drudgery (38)
- reduce likelihood of error or catastrophic failure (10)
- reduce loss of colour (2)
- reduce losses (4)
- reduce materials used (14)
- reduce noise (10)
- reduce number of moving parts (3)
- reduce number of systems (27)
- reduce operating range (1)
- reduce packaging (4)
- reduce processing time (26)
- reduce product development time (2)
- reduce production cost (2)
- reduce production time (5)
- reduce size of a system (44)
- reduce space requirement (23)
- reduce stress (2)
- reduce system damage (8)
- reduce system wear (2)
- reduce time wastage (13)
- reduce user effort (27)
- reduce waste of materials (19)
- reduce weight (24)
- save energy or add energy management (70)
- seperate different functions (18)
- solve physical contradiction (5)
