Wing Accessories TRIZ Cases

A gear stage transmission mechanism connects a drive motor worm gear to a pawl using positive-locking tooth engagement for precise torque transfer.

Adjustable hinge mounting holes accommodate manufacturing tolerances and frame variations, ensuring proper door alignment without complex pre-positioning.

Integrating a bushing into a unitary door knuckle reduces weight and assembly complexity while maintaining structural integrity during rollover events.

Segmented lock cassette allows bolt replacement without door dismantling, resolving security versus repair trade-offs.

Angled tip insert covers geared hinge channels to block cord attachment points.

Horizontal sliding of the cover onto the support component simplifies assembly by eliminating vertical overhead work and reducing installation labor.

A modular door hinge unit with a concealed axis of rotation nests inside the metal frame pocket.

A gate latch bolt assembly repositions between left and right handed configurations using a locking cylinder mechanism.

A magnetic door stop holds the door at a communication position using floor and door portions.

A hinge design incorporates a slip ring between rollers to transmit power and signals through rotational movement.

A vehicle door handle assembly integrates a balance weight and blocking lever within the grip body to reduce part count and weight.

A dual orthogonal mounting system integrates body and wire harness clip surfaces into a single structure.

An integrated airfoil mounted on the base cover diverts hot exhaust airflow away from intake vents.

Template device positions upper and lower vehicle door hinges using Y-shaped bearing surfaces, eliminating complex locking mechanisms.

Supporting member constrains openable member motion to reduce impact and noise during door closure in image forming apparatuses.

An eccentric bushing rotates within a door hinge to align the leaf with the frame, resolving precision and durability trade-offs.

A dual lock system uses a connecting element to transfer vertical actuator movement into rotary shaft motion for simultaneous bolt retraction.

A motor vehicle door lock integrates a displaceable blocking means to secure the release lever against external impact loads.

A disposable plastic latching device snaps onto automotive hinge knuckles to secure the door during assembly operations.

A vehicle lid device uses a direction conversion mechanism to align emergency operation force with rod movement for compact assembly.

Perpendicular insertion of a sliding element into a base plate resolves assembly space limits and coupling sluggishness in window drives.

A dual-shaft hinge uses a torque element with positioning protrusions to enable full rotation between device components.

Variable thickness door hinge mount disperses stress via spacers, preventing damage while reducing die investment costs.

Interlocking adjustment cams and a spring tongue secure the hinge structure, preventing loosening over time while maintaining multi-axis adjustability.

Sliding engagement between bezel retaining features and support flanges stabilizes the assembly while reducing component count.

Nested cylinder portions with a pivot mechanism cover hinges during painting, preventing tape pull-away errors when doors open or close.

An intermediate axle in the hinge assembly defines a minimum radius of curvature, preventing flexible display damage during repeated pivoting.

A door edge safety device integrates a pressure monitor with an electromagnetic lock element to detect applied forces.

Magnetically attached hinge assemblies enable tool-less installation of modular door panels, isolating hot and cold air streams in data centers.

An eccentric cam and flexible fastener plate merge vertical, horizontal, and overlay adjustments into one component, reducing manufacturing complexity.

Elliptical gears maintain constant distance while worm gears ensure synchronized motion, preventing finger pinch hazards during rotation.

A flexible hinge combines an elastomer layer with a composite fabric to enable smooth rotation in electronic devices.

Edge reinforcing ribs on the hinge coupling portion increase twisting rigidity to suppress back door movement noise without adding weight.

A slide hinge uses rotating cam members to expand claw portions into door holes, enabling secure mechanical fixation without screws.

A gate lifter latch uses a pivoting lift arm to raise the free end of a sagging gate during closure.

A vehicle slide door apparatus uses a slider to move a child protect lever that blocks manipulation force transmission from the inner handle.

An adjustable support inside a frame part aligns the pivot bearing axis in two directions, resolving complex door installation requirements.

Radial locking teeth on a deflectable release lever hold clamp members in position, preventing grommet damage during transport.

Mounting the lock lever on the outer U-profile side resolves inaccessibility when the main door opens while preventing finger pinching.

An articulated connection kit uses an external retaining pin actuated by a lever to prevent dirt accumulation in panel joints.

Retraction control moves the vehicle out of the interference area, preventing contact and ensuring reliable door descent.

Segmenting the hinge into a shallow cup and deep plate recess accommodates heavy glass doors without increasing structural complexity.

Switches detect forkbolt and detent positions in a latch assembly, enabling reliable cinching without complex mechanical verification.

A deployable rolling joint uses flexures to connect joint members that form convex surfaces for angular movement.

Offset bushes rotate to shift the pivot point, allowing workers to position heavy wings precisely while eliminating time-consuming disassembly operations.

A simplified vehicle door latch uses an integrated inner handle lever to reduce component count and prevent jamming during simultaneous override operations.

Electromagnetic blocking mechanism prevents material wear by replacing mechanical contact with magnetic attraction forces.

A rotatable intermediate bracket adjusts the vertical position of a door hinge bracket to resolve uneven gaps between the door and fenders.

A flexible hinge structure manages the fold radius of an OLED display film during housing rotation.