A self-adjusting striker assembly uses linear movement to align with a latch mechanism.
Cantilever arms form a receptacle holding the hand lever, preventing sudden door movement during opening at tilt angles up to 45 degrees.
Clipped levers and sleeves replace glued spacers, eliminating tolerance accumulation during assembly.
A motorized door handle actuator uses a one-way coupling system to drive the handle deployment while decoupling during retraction.
A clip locking device uses a protruding piece to slide into guide rail grooves and a fastener to secure the first clip body tightly.
Active lever assembly integrates spring holder and guide groove for precise positioning.
A rotatable hook and biased pawl allow manual trunk opening when drive unit holding force prevents automatic release.
A door latch pin moves linearly within a guide slot using biasing springs to accommodate vertical displacement.
Segmented bracket plates with deformation elements allow individual fastener adjustment, resolving electrocoating mounting constraints.
A fuel cell vehicle lid fixing pin moves between fixed and released positions to secure the cover during travel.
A bus luggage compartment locking mechanism uses pulling actuation to operate multiple flap locks via a rotary driver and connection rods.
Multi-stage cold extrusion shapes the lock retainer geometry to eliminate post-processing steps, reducing manufacturing costs.
A vehicle door handle assembly transitions from a mounting state to an operating state by inserting a grip end into a receiving region.
A nested locking mechanism within the actuating element reduces assembly complexity while maintaining reliable fuel cap locking.
A one-piece seal encloses the Bowden cable sleeve and extends over the core to prevent dirt ingress while allowing low friction movement.
Integrating cam surfaces into the operating member reduces part count, while a torsion spring provides swaying resistance to dampen return tapping sound.