Wing Accessories TRIZ Cases

A hinge assembly featuring a living hinge construction with an intermediate segment that allows 360-degree rotation.

Segmented height adjustment elements and eccentric lateral mechanisms resolve manufacturing cost and stability trade-offs in furniture hinges.

A hinge uses a displaceable mounting part nested in the first hinge part to enable precise three-dimensional alignment.

An encapsulated shower door hinge eliminates external locking protrusions by nesting an energy accumulator and contact surfaces within the counter fitting part.

A configurable tailgate linkage enables swinging and dropping motions via shared rotational axes.

An elastic member guides a pin along arc-shaped rails to engage stopping surfaces, preventing monitor flipping during touch operations.

A dual-axis hinge integrates a circuit cavity within its connecting section to route transmission lines between folding cover and body.

A hinge arm connects to plates via a deformable section, allowing overlay and vertical adjustments through dedicated screws.

A single-axis hinge uses a cam-driven limiting block to hold the support stand at a fixed angle.

A horizontally adjustable hinge captures the adjustment screw head within a recessed leaf to enable rotation while maintaining structural stability.

An integrated hinge and door holder unit eliminates separate assembly steps by merging rotation and position control mechanisms.

A safety lock device uses sequential action members to unlock a movable member.

An adjustable concealed hinging device positions reinforced doors along three perpendicular axes using coaxial and sliding mechanisms.

Cup-shaped standoff structure distributes door hinge forces, maintaining consistent side sill geometry while accommodating wide styling on narrow platforms.

Segmented locking hooks and detachable first hinge pins resolve the trade-off between burglary protection and maintenance accessibility.

Nested brake and retaining disks in a vehicle door hinge generate holding torque dependent on the opening angle, reducing wear on braking surfaces.

A hinge module uses a linking rod to pivot rotating shafts relative to each other.

A form-fitting mounting device with a colored section enables secure window frame alignment and easy visual verification.

Offset end and center stiles reduce door section depth, enabling nested stacking that cuts stack height by half while storing hardware between sections.

A pivot door assembly uses a ramped pivot member and traveling assembly to enable precise vertical beam positioning.

A mechanical door locking device uses a weight and lever system to maintain a locked state during truck cab tilting operations.

Sliding guiding elements and push mechanisms align thin notebook covers during rotation, resolving operational difficulty in light structures.

A torque element retention system uses a short and wide foot retention section to secure the torque element arm within the housing opening.

Segmented housing seats with cross-shaped guides allow adjustable movement in chosen directions, resolving instability under heavy loads.

A window door hinge uses a nested box-shaped housing to conceal attachment elements within its cylindrical body.

Single motor trunk lid latch assembly eliminates bulky dual motors by using a main gear mechanism for bidirectional locking and cinching.

A bearing disk guides an adjusting screw to prevent sash tilting during rebate clearance adjustment.

A floor-mounted locking bar extends horizontally across the door bottom to engage a strike plate, distributing impact force across a wide surface area.

A vehicle door lock device uses a single biasing member to drive lever movement between lock and unlock positions.

A conductive hinge sub-assembly routes power from a vehicle battery to lift-glass components using copper leads and an aluminum alloy body.

An adjusting spindle and oblique fixing screw allow stepless lateral adjustment of aluminum door hinges without increasing structural height.

A latch assembly uses a biased forkbolt and detent to provide secure two-step release mechanisms.

A pivoting mechanism superposes circular rotational movements with different radii to open a charging flap.

A furniture hinge uses a sliding cross element within a guide to adjust door positioning with high precision.

Intermediate gears in a hinge assembly maintain parallel axles, protecting flexible displays from damage during mode transitions.

A composite bearing with a tolerance ring distributes loads to reduce wear on hinge knuckles and pins.

Segmenting hinges with varying pin lengths guides sequential attachment, reducing manual effort.

Magnetic engagement secures the latch against impact damage while maintaining a sleek, obtrusive-free design.

An adjustable door hinge uses slot mounting and crescent shim discs for precise elevation and lateral positioning.

A hinge assembly uses a recessed profile and movable support element to clamp parts in plane.

A furniture door hinge uses a cylindrical cavity and flexible material to enable tool-free installation.

Teardrop cams in window brake spindles resist vibrations by rotating within L-shaped links, securing sashes against unintended movement.

A hinge cup partially protrudes laterally from a frame profile recess, eliminating complex special shapes and reducing production costs.

An automotive hinge employs elastic friction between a pin and sleeve to retain infinite angular positions, eliminating jerking during adjustment.