Wing Accessories TRIZ Cases

Securing pins engage recesses via ramps to lock convertible hooks, reducing complexity from multiple components.

A hinge-integrated door stop mechanism conceals adjustable positioning elements within knuckle structures.

Support elements with guideways guide rotation axes to compensate for door weight and prevent sagging during 180-degree pivoting.

An adjustable hinge employs asymmetric securing elements on the adjusting screw to resolve orientation-dependent adjustability loss during installation.

Segmented hinge arm with flange and winged guide resolves limited adjustability by enabling precise door alignment across varied appliance configurations.

Buffer material receiving members capture melting buffer material between hanger rollers and gateway frames, preventing ignition risks in elevator hoistways.

A hinge module uses a sliding member to couple dual rotating shafts and distribute torque across opposite sides.

Rotation parts with lost motion connections facilitate biaxial folding while a support plate prevents deformation without joint units.

An inserted base body with adjustable clamping hooks distributes point loads across the hollow profile inner surface, reducing material stress during assembly.

An integrated lever mechanism coordinates childproof and double lock functions via coaxial rotation, reducing structural complexity and casing size.

Nested hollow connection members protect the rotary shaft link assembly from powder and oil leakage contamination.

Form-fitting inserts constrain hinge components to eliminate play and ensure even force distribution across the assembly.

An integrated electric drive on a Bowden cable resolves complexity trade-offs by enabling remote anti-theft locking without separate initialization systems.

Segmented cutting faces and embracing arms allow directional installation, reducing friction and labor while maintaining connection stability.

A latch mechanism uses a pawl member to interlock with a claw at half and full lock points for precise state detection.

L-shaped covering element extends hinge adjustment range via positioning projections without widening the frame gap.

An adjustable hinge uses spacers and slots to reposition door leaves relative to frames.

Curved hinge guide paths allow deeper slot placement away from vulnerable edges, preventing breakage while maintaining stability.

A hidden hinge arrangement uses a clamping member with a recess to secure a locking projection on the hinge lever.

A gear hinge device employs a flexible auxiliary gear to absorb manufacturing deviations and deliver smooth, reliable dual-axis rotation.

An external solenoid lock with a bell crank resolves the contradiction between reliable security and easy repair by allowing independent module replacement.

A 4-bar kinematic link forms integrally in one mold using materials with different shrinkage rates to create rotational clearance.

A thin-walled sealing pad with a cutout embeds an external strip to form a continuous barrier on sliding window sashes.

Undercut plug-in heads engage with transverse locking elements to reinforce the frame hinge attachment against unauthorized lifting.

Segmenting the hinge into a base body, holding body, and inserts eliminates play during vertical load absorption.

A concealed hinge uses a hook-shaped rotational lever arm to create a shadow gap in the closed state.

A hinge pin uses a recessed frame flange to connect securely to an outer structure without welding.

Direct interaction between the towing arm and a constriction guide surface eliminates shim requirements, reducing adjustment time by up to 1.5 seconds.

Adjustment assembly couples hood brackets to chassis using a clamping member and fasteners, reducing manual installation time.

A pull-button locking hinge assembly enables 360-degree pivoting of support members via a segmented base and cap design.

Segmented nut sidewalls absorb excess torque and prevent breakage when installing vehicle door hinges.

A height-adjustable hinge uses a rotating tubular part to adjust door position.

A hinge assembly adjusts axle distance to rotate housing portions around objects.

Flexible hinge spring secures transport container lid in open position, preventing accidental closure during loading operations.

Welded brackets and arcuate arms enable a swiveling cover that eliminates hinge interference during vertical stacking while preventing water leakage.

Pivoting clamping elements insert into undercut longitudinal grooves, eliminating threading complexity during fitting assembly.

A magnetic release mechanism engages a drive device via magnetic force to harvest energy from handle movement.

A spring-loaded hinge system secures a tablet computer on an extension pad using a pivoting leaf and rotating clamp.

An ambidextrous hinge uses knuckle engagement features to secure doors in open positions through gravitational forces.

A composite door frame combines a wood core with an extruded plastic shell to deliver structural rigidity.

A hinge towing mechanism drives a moving component to expose or cover heat dissipation holes in electronic devices.

A false hinge system connects a vehicle door to the chassis via coupling means that enable rotation around a virtual vertical axis.

Biaxial shafts in the flip device resolve the contradiction between typing stability and viewing comfort by allowing dynamic angle adjustment.

A clip attached to the hinge pin holds vehicle doors open during electro-coating and painting operations.

A positioning template uses a cutout to fit over a door handle and a stop to align the guard end.

Segmented pin design prevents theft by securing the hinge while allowing angle adjustment.

Multiple stacked arc-like elements slide along curved paths to enable coplanar door alignment and secure sealing without compromising structural support.

Non-coincident pivot axes eliminate sliding friction and sticking, allowing secure locking without extra devices.