Article Supporting Devices TRIZ Cases

A detachable operation member lets an e-bike UI cradle survive external force and be repaired without replacing the whole cradle.

A flexible cable retainer segments a bicycle frame tube so cables stay organized while internal storage remains aerodynamic and easy to access.

A rotary hook-and-lock mount secures a motorcycle topcase with minimal motion while preventing accidental release during opening.

Rollers guide bottle insertion along the cage axis to reduce rubbing, protect graphics, and resist frame deformation.

A top-tube bottle cage encloses the mouthpiece and cap to block dust and rain while keeping a narrow profile that cuts bicycle wind resistance.

A recessed frame cover and outer side cover create tool storage, keep body-cover rigidity, and block foreign matter from the air intake.

One control unit closes the holder opening as a lid, securing multiple units in a compact straddled vehicle layout without added lock plates.

A flexible panel retainer and flush latch cover organize cables inside hollow bicycle tubes while preserving aerodynamics and access to storage.

Rack-and-gear clamping secures a phone to the bicycle bag during bumpy rides without a film that weakens touch sensitivity.

Air ingress and egress channels expose sensors to environmental air while a compact housing fits micro-mobility vehicle space.

Elongated holes let riders reposition retaining elements for left-, right-, or above-access while securing the bottle holder.

Right and left bottle cages attach to the bicycle head tube, avoiding extra mounting points while keeping bottles secure and vertical.

An adjustable bicycle frame accessory holder moves along the top tube to balance user accessibility with secure positioning stability.

Replacing mechanical clips with elastic deformation, this modular bag system reduces weight and bulk while maintaining secure attachment.

An eyelet-shaped stop element at the steering head anchors a footrest holding element, resolving stability loss when transporting heavy cargo.

Segmented mounting bars adapt to various frame geometries, resolving interference with top tubes while maintaining stability.

A bicycle water bottle cage integrates a removable tire lever attachment on its bracket for convenient tool access.

Elongated mounting holes allow the holder to shift laterally upon impact, reducing force on the battery while maintaining secure attachment during normal use.

A one-piece bicycle frame tube protector integrates clamping means to secure cable pulls along the down tube.

Rotatable valve body manages hydraulic pressure to adjust seat height without manual force or cable clutter.

A cantilevered holder with a clamp attachment secures display units on handlebars, reducing natural vibrations under rough conditions.

A universal fixing device uses a Velcro strap to attach scooter accessories securely to various scooter elements.

Rotatable plate-like hooks on a U-shaped tubular body enable tool-free bag attachment to various motorcycle structures.

A cycling computer unit with a swing switch interface and cross element mount.

A cam lever operated gripping mechanism with adjustable clamping jaws secures accessories to handlebars.

An accommodating cavity in the saddle body houses a water bottle, eliminating interference with rider leg movement.

Interlocking teeth engage via a sliding groove to maintain positional stability for water bottle holders under cycling loads.

A detachable mounting jig connects holding elements to ensure precise alignment, resolving frame warping and tolerance errors.

A bicycle water bottle holder assembly uses pivotable clamp units and a toothed support plate to secure bottles on seat rails.

Segmented cross member with arc-shaped corners couples down frames to boost frame rigidity while minimizing weight increase and reducing stress concentration.

A bicycle bottle cage integrates a separable satellite positioning device within its storage space to enable real-time location tracking.

Elastic fins and silent blocks secure bottles on uneven terrain by adapting to varying diameters while preventing material damage from friction.

Flexible engaging members and molded catchers prevent metal plate bending during assembly while resisting vibration loosening.

A bicycle electronic device holder uses a support brace to secure the collar and prevent rotation.

A segmented back support employs a pivoting bracket and rotating contact bodies to maintain stable counter-pressure during dynamic weight shifts.

A bottle attachment device uses equidistant pins and angled channels to secure containers with a quarter turn.

A bracket and inner fixing member secure a fender to fork tubes using external bolts, eliminating welding marks and torsional force concentration.

Integrating radial stop projections inside the handlebar stem and head tube eliminates external hazards while preserving steering limit reliability.

A motorcycle handlebar mount secures a cellphone clamp and beverage rod to the steering tube.

A bicycle carrier device features a detachable article receiving unit secured by elastic portions and positioning grooves.

Rotatable cantilever arms in a seat bag clamp compress saddle rails, eliminating lateral and vertical movement during cycling.

A bottle cage uses a regulating structure to adjust storage space for various water bottles.

A cageless magnetic bottle holder secures water bottles using a retaining ring and docking mount system.

A motorcycle helmet holder uses a restriction part to secure the hook ring against frame cover deformation.

A deformable protective sleeve prevents chafing between steering cables and the steerer tube during rotation.

An integrated bicycle accessory holder uses elastic ribs to secure tools within individual housings.

A bicycle bottle holder uses an arc-shaped elastic portion and a supporting piece to grip bottles of varying diameters securely.

Segmenting the cover into a removable cap body and lid resolves the trade-off between secure tool retention and convenient accessibility.

A motorcycle tank adapter uses opposing snap-in devices for secure attachment.

Segmented two-part design adapts to varying motor geometries and installation angles for secure chain guard mounting.