Vehicle Seats TRIZ Cases

An air bag presses the standard position between shoulder blades to increase wakefulness and enable smooth manual drive return.

Extraction of the amplifier substrate from the strain member resolves installation constraints between floor and seat fixing members.

Vent holes control internal pressure to reduce chest load while expanding outwardly to protect the head in oblique collisions.

Integrates a resilient bumper with the hood release handle to prevent grille slamming and vibration during closure.

Spanning reinforcement members distribute concentrated accessory loads across vehicle walls, managing structural fatigue and ensuring attachment integrity.

Injection molded rocker panel with transverse ribs balances aerodynamic shape and structural strength through segmentation and composite materials.

A vehicle control system transfers passenger service data between seat memories using multi-sensor detection.

Two weight sensors measure load between seat base and cover to classify occupants, reducing assembly complexity from multiple sensor arrays.

Branched side frames direct collision loads to high-strength sills and tunnels, resolving insufficient energy absorption caused by sub frame detachment.

An actuator arm withdraws a clip from an axle groove, eliminating noise and corrosion while ensuring consistent retention.

Segmented plastic components and universal coupling elements resolve manufacturing complexity while optimizing airflow distribution across multiple cab models.

A seatback protrusion member modifies occupant sitting posture to reduce the gap between the head and headrest.

Nested coaxial conductors in a triaxial assembly maintain constant spacing to resolve measurement reliability issues caused by variable occupant positions.

A scissor suspension mechanism uses a user-adjustable lever to reposition torsion springs and alter ride stiffness.

A vehicle seat system combines ECG, BCG, PCG, and PPG sensors to measure passenger heart rate.

A ceiling-mounted alarm system uses thermal imaging sensors to detect individuals left inside a vehicle.

A synthetic resin plate features a front section more rigid than its rear section and a center section with intermediate rigidity.

Lattice girders distribute forces across the front section, resolving structural strength and complexity trade-offs.

Movable storage covers balance cargo capacity with operator access.

A position restricting member constrains the shock absorbing member to stabilize fastening and prevent rattling caused by manufacturing tolerances.

Grooved mold surfaces channel gas to vents, preventing foam collapse and voids.

Distinct seat cushion chambers measure pressure to classify passengers, resolving accuracy issues in detecting small children.

L-shape retainer increases joint points between rocker and floor pan to disperse loads and suppress seat shaking.

Three-point coupling on the upper member increases strength without adding complexity, reducing cabin noise.

Merging weight and capacitive sensing eliminates grey zones in occupant classification, ensuring reliable airbag deployment decisions.

A rotatable seatback panel deploys via a hinge joint to create a buffer space between occupants.

Segmenting body grids resolves visibility of pressure distribution while maintaining adaptive driver comfort.

Segmented conductive textiles bonded with flexible polymers resolve thermal stress and installation complexity in vehicle steering wheels.

A motor vehicle body reinforcing structure uses a bracing arrangement to improve structural stiffness.

A radiant heating panel adjusts its angular position to track the driver's hands on the steering wheel.

A rear chassis hollow beam integrates an internal anchoring reinforcement to support seat fittings and safety belt anchors.

Existing ultrasonic and inclination sensors localize occupants in parked vehicles without adding hardware or increasing power consumption.

A vehicle notification system detects a child alone inside using sensors and cameras to send alerts.

SDBD plasma actuators apply body force to airflow, stabilizing the boundary layer and maintaining attachment over vehicle surfaces.

A headrest assembly uses a pulley wheel to rotate a pivot pin and disengage locking features for compact stowing.

Nested pneumatic structures expand from compact volumes to absorb impact energy, resolving space constraints in vehicle interiors.

Angled corner panels on travel trailer chassis create inward recesses that clear the tow vehicle cab during turns.

A vehicle seat controller manages biometric data transmission based on occupant privacy settings.

Segmenting the front wall into tiered portions reduces pedestrian oppression by minimizing projected area without sacrificing internal volume.

A gusset extends from the front wheelhouse rear face to physically block footrest forward displacement during impact events.

Adjustment member with slanting bracket enables indexed hood positioning.

Hook-shaped projections engage body front end recesses to secure an air-directing component, eliminating complex installation steps and reducing part count.

Nesting seat rails within longitudinal members reduces carpet height, increasing passenger space and battery crashworthiness.

Flexible mounting members extend beyond ply edges to engage vehicle frames, preventing detachment under extreme loading.

A vehicle pillar uses curved joining portions to weld upper and lower members, creating an integral fixation that enhances structural rigidity.

A composite motor vehicle floor uses SMC and RTM parts to form a hollow body.

A vehicle console armrest uses a single operation knob to control latch members for locking and sliding.

A vehicle radar sensor control module adjusts occupant compartment scanning rates based on motion state to conserve energy.