Vehicle Seats TRIZ Cases

Sliding front panels rotate onto folded backrests to create a continuous surface, resolving the gap between seats and main board.

A distance sensor and controller measure obstacle height to enable safe vehicle crossing over curbs.

Pivotally coupled lateral stabilizers on the aircraft headrest limit neck strain by maintaining stable head position during flight.

A fluid routing device uses a pivotable link to alternate a valve assembly between open and closed configurations.

A hybrid washer bonds composite and metal layers to transmit loads across contoured surfaces.

Hook reinforcement with reverse-V shape absorbs loads, preventing spare tire housing deformation and displacement.

Dual-direction load sensors detect vehicle impacts by measuring compressing and pulling forces at the seat end.

Heating a bonded substrate enables thermal softening for complex relief pattern formation, resolving manufacturing complexity while maintaining image precision.

A hood lock reinforce with a weakened portion deforms under intermediate collision loads, reducing excessive force input to the collision member.

Combining capacitive and pressure sensors reduces false alerts from objects like water bottles, ensuring accurate airbag deployment.

A self-supporting inflatable bolster reduces occupant travel distance during crashes while lowering system complexity compared to traditional airbags.

Inclined enlarged member disperses frontal collision energy, preventing cabin deformation during small overlap impacts.

A unitary cast suspension side plate reduces vehicle weight while simplifying assembly through integrated mounting features.

Pivotable rotary latch engages two contact points on a latching pawl to absorb crash loads and maintain the locked state.

A haptic surface array generates tactile feedback based on environmental depth maps to enhance driver awareness.

A cowl cross assembly combines a steel bar with a plastic half-panel to reduce weight.

Frame-mounted sensors detect crash stress waves to reduce detection time from 20 ms to 0.1 ms.

A vehicle computing platform obscures screen information based on detected occupant identities.

A rotary link mechanism rotates the headrest forward against seat back inertia, reducing occupant contact time.

Slotted base layers enable a flexible thermoelectric engine to conform to vehicle seats while maintaining electrical connectivity and rapid thermal response.

A vehicle projection system directs specific light beams onto compartment surfaces to display summarized operational status.

Integrated electronic control unit processes sensor signals to record weight, tension, and orientation data for post-incident analysis.

Asymmetric cab windows widen the upper frame for forward visibility while narrowing the lower section to preserve rear blade monitoring.

An elastomeric bumper prevents direct contact damage when tight design tolerances cause the hood to slam against the grille.

Stamped tray with folded fixing lug and U-shaped cut line accommodates wiring and warning devices without increasing structural complexity.

A dedicated physical button on the dashboard simplifies vehicle seat massage activation, reducing driver distraction from complex infotainment menus.

A vehicle seat deploys a metal inflating body against the floor to counteract forward collapse moments during collisions without adding mass.

A plate-type load limiter absorbs energy by deformation to limit downward and upward pulling forces in a multi-stage manner.

A compartment shaped to fit within the handle of an infant car seat attaches via a securing member that prevents swinging and keeps toys secure.

Immersive vehicle seats integrate segmented audio outputs and haptic elements to deliver personalized sensory feedback for each occupant.

A rolling diaphragm valve controls pressurized air flow to inflatable vehicle seats by integrating venting and input functions.

A driving position adjusting system estimates optimum divided range segments using statistical data and Bayesian inference.

A truck front end attachment mount uses a distribution member to spread downward forces across the vehicle chassis.

A multi-function cart uses interchangeable tubes and hub brackets to store and transport emergency supplies.

A vehicle seat protection element varies motion impulse intensity based on accident severity to reduce occupant impact forces.

Telescoping panel system concealed within the recliner track structure eliminates gaps between the seat back and vehicle body during rotation.

Pivoting guide means convert a rail vehicle seat assembly between usable and vertical stowed positions.

Motorized seatbelt retractors remove webbing slack before sensor measurement, resolving detection failures caused by loose straps or head apparel.

A vehicle seat side pillow mounting structure uses slidably assembled clamping heads on a connection bar to secure headrest insertion rods.

Actuating cables displace the receiving slide to adjust head restraint height, eliminating visible metal rods that pose injury risks.

An L-shaped mount bracket absorbs passenger impact energy through elastic deformation, protecting the inflatable bag and lumbar spine.

Merging guide casing functions into a single rail-mounted unit reduces structure size and simplifies attachment operations.

A heat flux sensor detects biological objects using alternating metal connecting members to enhance sensitivity.

Spring-elastic adjustment mechanism eliminates complex tools by engaging saw-toothed locking means for reliable force transmission.

Transverse members disperse rollover loads to minimize cabin plastic deformation.

A replaceable ballistic shield absorbs impact energy to protect undercarriage electric vehicle battery packs.

A hollow protruding portion joins vehicle interior components via one-directional insertion and compression clamping.