Front and rear rolling means relieve vertical forces on sliding rails, reducing manufacturing costs for motor vehicle compartments.
Curved track mechanism guides pin through notches to lock armrest height while tambour door covers storage compartment.
A vehicle bin cover uses a rotating cam and interface to latch securely, resolving the trade-off between ease of operation and closure reliability.
A T-shaped strap secures purses to vehicle headrests using hook and loop fasteners.
A center console mounting bracket supports an electric automatic transmission device using a rigid member integrated into the console body side walls.
A multi-layer vehicle cover uses a light-transporting layer to guide illumination through the structure.
A vehicle console tray cover uses a gear train to reduce its rotation radius, increasing storage capacity by minimizing the space required for opening.
An inclined lock pin surface transforms push button force into opening motion, overcoming friction from warped lids.
A sliding lid uses interlocking comb-shaped portions to guide articles away from the clearance gap.
A carabiner integrates a cantilever spring into its gate to bias closure and secure cargo loads on utility vehicles.
Perforated walls with lower durometer substitution panels reduce bin stiffness by 44% while maintaining structural integrity and aesthetic appearance.
A flexible divider pivotally hinged at the lower portion secures items within a vehicle glove box, preventing damage from vibration during motion.
Dual pawls on a coupler translate inward via paddles to disengage console projections.
Arc gear meshes with fixed gears to drive a damper, resolving weak initial torque and small opening angles.
A modular G-sensor design segments the lever, slider, and weight to simplify assembly and enable shared component usage across different tray configurations.