A vehicle seat bracket uses an interference-avoiding portion to secure a coupling member without adding height.
A linear actuator drives a rack and pinion to release seatback and track mechanisms for automated positioning.
A vehicle seat positions a load sensor at the lower side frame to measure occupant weight while supporting the seated person below.
A stepped reinforcement portion on a seat back frame reduces noise by preventing direct contact between headrest pillars and the structure.
Integrating guides, air bladders, and terminals into one substrate reduces assembly time while managing the complexity of multiple functional features.
Separate metal anchors with deformable claws plastically deform slider bearing areas to prevent twisting under oscillating loads.
A spring-biased sliding web guide pivots and translates along a track to adjust the seat belt path, preventing neck chafing across different occupant sizes.
Segmented extension structures with universal joint means expand seating capacity while minimizing material usage and assembly complexity.
A translational barrier device slides within a tubular frame to adjust wheelchair space dimensions without protruding external components.
A flare outer diameter rod allows a vehicle seat cushion side frame to rotate freely within an overlapped coupling bracket assembly.
A movable seat frame slides beneath the vehicle bench surface to enable compact stowage and flexible interior layout.
Offset bolt placement disperses reaction forces across the vehicle seat bracket, preventing structural damage while maintaining a lightweight design.
Welded holding element positions pivot axis between angled receptacle sections, eliminating external adapters and reducing component count.
A hinged hook engages a striker wire to lock the folding rear seat backrest securely.
Reinforcing embossment increases lateral strength while curved hinge-shaft cover eliminates interference between back pad and recliner hinge shaft.
Stamping steel extensions for recliner attachment allows over-molding with composite material, reducing vehicle weight while maintaining structural strength.
Angled metal plates extend vehicle seat frame width beyond wheel housings for increased passenger capacity.
Cutout portion in upper rail positions nut member between vertical walls, preventing deflection and contact noise during fastening.
Bonded metal half-shells reinforce a U-shaped vehicle seat backrest frame, reducing component count and tooling costs.
A vehicle seat uses a leg guide portion to direct a detachable leg past floor obstructions during pivot movement.
A split rear backrest uses a continuous shaft to couple independent units directly to vehicle side panels.