Vehicle Seats TRIZ Cases

Segmented tunnel reinforcement transfers side collision loads to backbone frames, preventing floor tunnel deformation in large cross-section designs.

A vehicle controller uses radar data to identify seat occupants and manage the seat belt indicator status.

Resilient catch locks aircraft seat lever without tools, resolving reliability and ease-of-operation trade-offs.

A bed extension deploys from a stowed position within a front seat unit into the space between adjacent aircraft seats.

Segmented electrodes with distinct geometries compensate for humidity interference, eliminating the need for separate environmental sensors.

Pivoting chair assembly moves along segmented tracks to resolve the trade-off between minimizing stowage volume and maintaining cabin attendant visibility.

A vehicle control apparatus uses a gateway to translate signals between multimedia and body networks for direct operation mode selection.

A vehicle system identifies the operator by synchronizing with a mobile device and matching stored contact information to an existing user profile.

A vehicle display system uses seat-back angle detection to automatically adjust the screen orientation for optimal viewing.

Segmented fairing structure reduces repair costs while enhancing heat dissipation through integrated ventilation channels.

A detachable seat skate uses casters and latches to move vehicle seats.

A vehicle front structure employs a shroud catch portion to restrict headlamp housing movement during external impacts.

A seat fastening device uses a T-shaped rail and adjustable carriage clamp to enable rapid sliding reconfiguration of aircraft seats.

Water detection triggers fluid expulsion from an inflated airbag, optimizing deflation via an elastic strap to prevent occupant entrapment.

A vertical floor protector absorbs driver weight to prevent wire harness damage while maintaining acoustic separation between segments.

A vehicle notification apparatus adjusts alerts based on distance and relative speed between vehicles.

An internal release operation portion disengages a removal restricting mechanism, resolving maintenance complexity while preventing unauthorized user removal.

Diagonal seat blocks reduce average pitch while maintaining passenger comfort through overlapping foot zones and varied sleeping surface heights.

Sub frame structure with rigid fixing parts supports front suspension loads while absorbing road noise through elastic lower arm components.

Straps with snap hooks and carabiners attach to headrest posts, preventing purse tipping and theft.

Slot holes and combination pins increase contact area while a safety device prevents downward movement to maximize neck injury prevention.

Adaptive thermal sensors extract biometric data to enable early health warnings while managing processing complexity through dynamic parameter changes.

Translation and rotation of the speaker unit resolve the contradiction between optimal sound distribution and unobstructed head mobility.

Composite panels bonded to metal rails via heat-releasable adhesives reduce tooling costs while maintaining structural integrity.

A weight sensor triggers the actuator to open the button cover only when a qualified driver sits in the seat, preventing child access.

A vehicle seat backrest moves forward to apply momentum to the occupant before collision.

First and second brace members reinforce the damper support portion at the rear wheel house to improve structural rigidity.

A flexible contact preventing member prevents the airbag from contacting the seat frame support during inflation, resolving design complexity for long airbags.

Segmented membrane switch contact portions prevent false luggage detection and maintain accuracy across temperature variations.

A vehicle body lower structure positions frame members on upper and lower floor panel surfaces to enhance axial crushing.

Extruded single piece rocker panel with internal reinforcing walls eliminates welding complexity while achieving improved torsional rigidity.

An extruded side sill front end protrudes forward to absorb collision energy and constrain the front wheel position.

Snap engagement connects saddle shells to rails, eliminating pre-tensioning and reducing stress concentration.

Inside bag inflates earlier to press the occupant inward using a reaction force plate supported by the side frame.

A shape memory alloy wire loop drives a pulley to release the headrest latch.

Integrating mount members with seat rails reduces vibration transmission to passengers without increasing vehicle weight.

Relocating sensors to the contact edge reduces load resistance while maintaining detection accuracy for seated respiration.

A computing platform disengages vehicle creep using seat occupancy and brake sensor data to prevent unintended rolling.

Sandwiching a vehicle pipe material between upper and lower brackets restrains deformation under collision loads while maintaining structural rigidity.

Electroactive transducers in a seat back deliver tactile sound and alerts through bone conduction.

Detection systems monitor transverse road inclination to generate steering angle corrections, preventing lane deviations on sloped freeways.

Segmented reinforcing members with local quality enhancements improve proof stress against vertical loads without increasing device complexity.

Sliding brackets engage parallel channels in tubular floor panels to secure cargo, resolving stability issues caused by traditional nailing methods.

A lifting arm raises a belt portion to create a fourth attachment point, resolving torso restraint reliability without compromising ease of use.

A utility vehicle frame channel member supports transport lines between front and rear sections.

A steering device transmits movements via a mechanical drive shaft and direction change gearing mounted on an adjustable carriage.

A vehicular door load transfer member uses a projection and inclined region to engage the door body.

A roll center variator adjusts suspension geometry using a screw-threaded rod and adjustable spacing mechanism.

Optimized bead geometry enables controlled deformation that reduces secondary impact acceleration while maintaining structural rigidity.

A one-piece bending joint carrier integrates headrest adjustment mechanisms into a single structural component.