A vehicle seat rail mechanism uses a spring unit to rotate the seat shell toward the door opening, resolving entry stability trade-offs via memory devices.
Overlapping electric drives reduce installation volume while enabling precise longitudinal and rotational seat adjustments.
A longitudinal rail guide uses a deformable free edge to increase locking security during vehicle seat operation.
Replacing pneumatic springs with a mechanical leaf spring reduces device complexity while maintaining reliable backrest support stability.
A seat recliner interlock mechanism uses a biased lock plate to secure the seatback in full-forward or fold-flat positions via a single handle.
A seat adjustment system uses RFID readers and pressure sensors to detect user presence and retrieve stored position data, eliminating manual intervention.
A vehicle seat uses sliding members and pivotable connections to enable unconventional slouch adjustments.
A vehicle seat positioning system uses occupancy and proximity sensors to command seat movement away from adjacent seats when distance falls below a threshold.
Segmented front and rear limiters maintain rotation control on the seat link member, preventing deformation-induced loss of stability during vehicle collisions.
A curved rail guide system moves a vehicle seat along a circular arc path to provide integrated height and tilt adjustments.
A vehicle seat pumping device uses a ring-shaped return spring that changes diameter to rotate the handle lever.
Torsion bars extend across the cushion frame width to absorb vibrations, maintaining consistent elasticity regardless of lifter height adjustments.
Merging control and input members eliminates retaining rings, reducing component count and assembly tolerance in vehicle seat recliners.
Flared shaft ends prevent pull-out during rear-end collisions, maintaining stability without adding complexity.
Segmented nut portions with varying elasticity differentiate driver and passenger seat travel ranges without adding limit stops.
Segmenting the end cap into a main body and a recessed wall resolves interference with the seat position sensor, ensuring accurate detection range.
Segmented rollers on a common axle minimize noise and vibration in vehicle seating assemblies without secondary axles.
An integrated electronic control unit and human machine interface share a common printed circuit board within a vehicle seat side shield.
A vehicle seat lifter uses a rotating cam to switch a clutch portion between friction-suppression and friction-on states.
An elliptical bushing mediates a pivot pin within a mounting bracket to enable smooth rotational movement of a vehicle seat back.
A movable seat cushion rotates and translates to expose underlying storage areas for rear passengers.
Integrated spring locking portion eliminates complex assembly steps by combining positioning and fastening functions within the seat slide mechanism.
A vehicle seat backrest upper part moves laterally via a sliding guide device to provide torso support.
An inverted rocker mechanism moves the upper suspension part backward during deflection, relieving harmful loads on knee joints and the back.
A vehicle seat mechanism uses a pivot cam to activate a track overslide actuator for forward sliding.