Vehicle Seats TRIZ Cases

Shortening the wheelbase of a standard 4x4 frame increases maneuverability while maintaining structural integrity and spare parts compatibility.

A mobile carrier system manages mutual charging between a vehicle main battery and a detachable carrier battery.

A vehicle seat locking device uses a pivoting compensation element to tension the counter element against the retainer region.

A control circuit times the distributor operation to exhaust air cells after pump stop.

Magnetorheological material in a seat cushion transitions to a rigid state during rapid deceleration, lifting the front area to prevent passenger submarining.

A cam mechanism extends a partition bracket to secure the panel against the seat striker, resolving cargo damage risks without adding complex mounting hardware.

Heat-pretreated polyethylene terephthalate fibers bonded with a duroplastic binder create lightweight upholstery elements.

A posture control apparatus adjusts seat, mirror, and steering wheel positions based on driver biometric data.

A deployable panel extends from the mirror housing to redirect airflow and reduce wind buffeting noise.

Tail end member with swelling sections joins rear lamp house panels and back panel sections to reinforce lower side corner portions.

A control unit adjusts seatbelt tension to separate occupants from restraints after danger passes.

Restraining straps connect vertically aligned air cells in a vehicle seat massage stack to limit vertical expansion and maintain structural alignment.

Printed circuit board replaces complex manual soldering with predefined tracks, ensuring precise thermal coupling between heating conductors and sensors.

Integrated track fitting unifies four locking points into one assembly, reducing installation time while maintaining structural reliability.

A vehicle headrest solenoid locks a metal crosspiece via magnetic attraction to actuate the housing position without intermediate rods.

Elastic connecting bar allows horizontal tabletop movement to reduce passenger injury risk during strong accelerations.

Dynamic sensor activation reduces energy consumption while maintaining detection reliability for rear seat occupants.

A steering system locking mechanism decouples the handle from the column to prevent unintended manual interventions.

Standardized adapters link identical frame rails to modular components, reducing manufacturing complexity while maintaining structural rigidity.

Segmented mounting brackets use shear pins to break away at target forces, reducing pedestrian impact acceleration.

Replacing heavy steel cores, the composite element reduces weight while maintaining buckling resistance through high fiber content and contour conformity.

A securing element combines a sheet metal component with an embedded elongate reinforcement element to transmit force effectively.

Segmented elastic seals and nested sealing plates prevent water ingress while covering exposed edges to improve outer appearance quality.

Stops absorb pinching force from U-shaped springs to prevent permanent deformation and maintain consistent sliding force.