Vehicle Seats TRIZ Cases

Slanted D-ring slots on an adjustable headrest accommodate varying passenger girths by shifting harness positioning.

Rear-seat airbag module in front seatback presses belt forward to remove slack, reducing thickness while maintaining restraining performance.

A vehicle side door structure uses an impact beam and load transmission member to direct localized forces toward an acceleration sensor.

A vehicle seat backrest pivots upward via a tensile force transmission element during collision events.

A seat switch assembly uses a tension member to detect operator presence via web stretching.

A wearable device receives presence data from vehicle sensors to deliver discreet haptic alerts.

Removable loading boxes segment the chassis interior, resolving fixed space limitations and inaccessible battery modules by enabling dynamic reconfiguration.

A vehicle seat assembly integrating modular energy absorbing devices to secure occupants during impact events.

Elastic tongue pieces and rotational abutment in the attachment insert resolve stud position discrepancies to maintain consistent bumper gap dimensions.

Sequential pivoting about two distinct points secures vehicle anchors, eliminating unintentional release risks from single-point failures.

A vehicle rear lower structure absorbs loads by bending side frames and hook reinforcing members in opposite directions.

Auxiliary airbag expands space behind main unit, resolving narrow gap constraints for reliable side impact protection.

A sliding center console uses a pinion and teeth mechanism to translate a carrier between positions for improved vehicle storage functionality.

Resin hinge enables finger insertion to open inner fender, preventing water ingress while reducing maintenance time.

Dynamic seat reconfiguration resolves the contradiction between transverse bench comfort and vehicle motion safety standards.

Dynamic dual display mounts resolve the adaptability versus complexity trade-off by enabling independent lateral, vertical, and angular adjustments.

A straddle seat features lateral wings that act as knee braces to transfer upper body forces to the lower body for improved stability.

Alternating stiffness floor strips slide longitudinally during frontal impact, rotating the anchored seat inward to increase cabin space and protect the driver.

A seat module stows operating cable ends on a cushion suspension structure for secure attachment during assembly.

A rigid door block with a wider upper portion and geometrically matched lower section anchors the inner panel to resist lateral intrusion.

A vehicle control device manages portable terminal operations during travel.

A folding head restraint mechanism uses a cam and locking disc within compact brackets to pivot between positions.

A vehicle support assembly panel moves between stored and deployed positions via a track and actuator mechanism.

A utility vehicle rear cab frame assembly folds to reduce overall height for compact storage.

Pivotally coupled headrest wings rotate from stowed positions to provide personalized neck support, eliminating the need for external pillows.

An inflatable restraint device integrates central and side portions to provide lateral protection for vehicle occupants.

Seat deflection tension triggers an automatic release mechanism that lifts the restraint bar, preventing occupants from being pushed into the bar.

Segmenting the collar from rotatable leg units via splines resolves the trade-off between manufacturing simplicity and adaptability to different driver sizes.

Multi-directional lateral support regions prevent twisting and loosening of the insulating device, ensuring stable noise and moisture insulation.

A rear vehicle subassembly mounts a towing hitch via a lateral moment arm to counteract impact moments and preserve frame rail energy absorption.

A modular vehicle floor support integrates cable guidance and seat belt retraction functions into a single structural component.

Transverse fixing portions eliminate fixed rails, enabling flexible seat positioning while maintaining structural stability.

Cam arrangement limits hand lever movement, preventing shaft twist and protecting locking device from high loads.

Segmented dashboard positions side portions rearward of wheel wells to restrain forward passenger movement and optimize foot placement space.

An independent thermal protection circuit interrupts power to prevent overheating without microcontroller intervention, reducing system complexity and cost.

Guide bush sealing protrusion prevents electrodeposition infiltration while hollow shaft reduces weight without compromising torque transmission.

A stud nested inside a sense element transmits force to strain gauges while maintaining a gap that prevents gauge damage during overload events.

A seat back assembly integrates a tray table and amenity compartment within a recessed cavity to reduce stowage volume.

A seat occupancy determination device adjusts detection thresholds based on unbalanced load signals from paired sensors.

This design merges multiple components into an integrated system that distributes impact forces across the wing and bracket body to reduce pedestrian injury risk.

Interior cameras create digital seat maps to identify passengers, resolving destination management errors while increasing system complexity.

Sunk lower panel creates space for rear-mounted components while securing the protective structure to the cab and upper swivel body.

Segmented panel assemblies resolve the conflict between folded seat geometry and long item support by establishing a co-planar load path.

A single-point mounting apparatus provides elevation, articulation, depth, and width adjustability for wheelchair armrests.

Segmented fastening tape employs open spaces between cells to prevent foam intrusion during molding, preserving engagement strength on curved surfaces.

Rotating mount maintains level positioning for accessories during motorcycle movement, resolving stability trade-offs.