Wing Accessories TRIZ Cases

Flexible electrical cable routes power through a pivoting hinge assembly, delivering energy to door-mounted appliances without rigid connection failure.

A pivot bearing uses a plastic base and wire spring to lock the bearing bolt securely.

Integrated frame ledges and lips secure transparent sheets, resolving debris impact risks while maintaining full visibility.

A flexible assembly with a limit structure enables foldable display devices to transition between compact and expanded states.

A positionable hinge mechanism uses sliding bodies and a shift pin to angularly orient flexible display substrates.

A door hinge uses a U-shaped joint to connect two housings for 180-degree rotation.

Recessed toothing on the hinge pin passes through bearing bushes, resolving assembly difficulties while enabling precise horizontal adjustment.

Segmented door leaves pivot over 180 degrees to widen the passage, resolving the conflict between structural simplicity and evacuation adaptability.

A three-member hinge uses a segmented pin to enable lateral and vertical adjustment of heavy doors.

Angled and curved link guides reduce frame recess depth while preventing jamming during full door swing.

A window bearing uses a nested form-fitting connection to enhance structural stability.

A temperature-compensating circuit adjusts gate signal voltage levels to maintain display quality in field sequential liquid crystal displays.

A failure detection vane and roller assess safety shoe movement when the elevator door is fully closed.

A vehicle hood latch assembly uses a recessed safety hook to secure the hood without external levers.

A curable chemical injection compound hardens into a pressure-resistant spacer element within laminated safety glass bores to secure fastening devices.

A clamping pin secures modular spacers to a mounting plate via frictional engagement.

Spring-loaded brake shoes clamp a locking extension on the armrest pivot, resolving the trade-off between reliable locking and device complexity.

A dual-stage cinch latch assembly moves a decklid into position using gravity before mechanical actuation.

Rotating hinge pivot aligns lateral recess with transverse hole to lock against unauthorized removal without set screws.

Nested pivot bars rotate the hood to expose crowded compartments, reducing disassembly time.

Elastomeric brake elements provide primary and secondary braking forces to resolve noise and corrosion issues in motor vehicle door holders.

Microprocessor-controlled actuators open individual doors in a storage container to dispense articles on demand.

Segmented frame and door caps feature downward sloping upper surfaces that eliminate horizontal supportive areas to prevent ligature misuse.

Inclined control surfaces on clamping jaws convert screw rotation into vertical movement for precise height adjustment while securing the hinge.

A vehicle door hinge assembly uses a bumper stopper to maintain constant contact with the hinge pin.

Diameter enlarging means and reinforcing frame body enable screwless attachment to honeycomb cardboard, solving instability from ineffective screw fastening.

A plastic door hinge integrates threaded spindles within a cast housing to enable precise lateral and vertical sash positioning.

A hinge assembly integrates a rotating hook to secure deck panels during movement between work and stored positions.

Segmented hinge bodies nest within door recesses to align non-plumb walls while protecting components from water wear.

A trunk latch module uses a single motor and main gear to drive locking and unlocking functions through a link assembly.

An intermediate piece distributes hinge loads across hollow chamber profiles, preventing local deformation and twisting under high mechanical stress.

A multipoint lock assembly integrates a universal receiver to operate deadbolts and shoot bolts via standard cylindrical hardware.

A furniture hinge integrates a fall guard to limit hinge arm displacement relative to the base plate.

Adjustable jamb legs and glazing stops enable diverse frame configurations, reducing inventory costs while accommodating custom sizing needs.

A pivoting keeper within an electric strike socket blocks the latch escape path, reducing housing thickness while maintaining security.

Nesting hinge bodies inside profile cavities eliminates visible hardware and reduces the gap between panels to improve insulation.

Axial stop surfaces overlap in the closed position to lock the hinge bolt, preventing burglary while allowing easy assembly.

Integrated hinge sockets eliminate visible wiring and pinching risks while enabling full sash rotation for ventilation and cleaning.

A hinge stopper mechanism secures an openable cover using a raised section and urging contact.

Nested shafts and gear transmission units in a multi-axis rotary shaft link device maintain engagement depth while reducing component volume.

Oblique hinge holders secure pivot sashes to wooden frames, resolving stability issues in tilt-turn windows.

Lockable gas springs bias secondary display hinges to reduce torque, enabling infinite angle adjustment without excessive force.

Segmented pivoting bodies with orthogonal axes replace welding, reducing operator effort during heavy structure assembly.

A motor vehicle lock lever mechanism transmits movement between the catch and pawl arm to enable forced opening.

A tensioned figure-eight cord synchronizes rotation of parallel hinge shafts, eliminating mechanical backlash in hinged computing devices.

A landing floor door access system uses a controller for non-contact communication with an access device to deactivate the lock.

Segmented resilient and rigid projections prevent longitudinal displacement in window fittings while maintaining clamping force.

An asymmetric door hinge design with O-shaped brackets eliminates deformation in heavy doors up to 300 kg.

An L-shaped clamping anchor hooks behind a hollow profile wall, eliminating complex pre-installation steps while ensuring stable fastening.