Vehicle Seats TRIZ Cases

Segmented extruded elements with integrated capillaries resolve manufacturing complexity and high failure rates in air distribution systems.

Integrating a retaining bar and clip member into the hinge assembly secures folding seats during impacts without adding weight or complexity.

A vehicle front structure lower grille integrates a reinforcing portion to enhance structural rigidity.

A pivotable headrest transforms into a secondary seating surface to support an operator's weight while keeping the lower body protected inside a vehicle.

A vehicle processing system routes candidate messages to specific displays based on real-time driving context.

A folding table uses a pivoting carrier element to maintain horizontal tabletop alignment on vehicle seat backrests.

Integrating pull handle shock absorbing portions reduces part count and assembly costs while maintaining crash protection for passengers.

A plastic J-hook retainer integrates a soft rubber section to secure vehicle interior trim components against structural frames.

An extendable strut device adjusts its position to form a second support area alongside the main tabletop, resolving stability issues for varied loads.

Airbag housing pilots interface part alignment using integrated pegs and tabs for precise assembly.

A seat cushion airbag device uses a restriction member to bridge fabric portions and control inflation thickness.

Inward-extending cab-mount bracket restrains shear deformation at joining portions, enhancing side frame rigidity during frontal collisions.

Flanges with grooves and lateral slits increase hook-to-foam strength, reducing foam intrusion during seat cushion molding.

A vehicle center console features an insertable storage container equipped with a roller shutter for closing the entrance opening.

Detachable support mechanism reconfigures seat back into workspace, resolving limited storage space.

A damping unit absorbs vibratory energies from a combustion engine to suppress frame oscillations and reduce abnormal noises without altering rigidity.

A reinforcement component uses expansible material to absorb impact energy and reduce vibration within structural members.

Varying wall thicknesses join thinner sections to locally thickened areas, reducing mass while maintaining structural integrity through flow drill screws.

A deployable seat restraint panel extends from the seatback to cover the occupant during impact.

A vehicle sleep aid system manages in-vehicle devices to create a conducive environment for rest during travel.

Segmented viscoelastic and air-film layers dampen vibrations while preserving optical clarity in aircraft windows.

Rear side-members and cross-members surround the battery to distribute collision loads, preventing deformation that risks damaging the energy storage unit.

Seat sensor array detects passenger presence and seat back position, replacing labor-intensive visual inspections with automated monitoring.

Aluminum reinforcement members cover center and rear floor structural elements to provide a unified mounting structure for vehicle seat rails.

Pivot legs shift the console to improve operator visibility without adding complexity.

Segmented mounting frames merge with reinforcing structures to resolve compactness versus assembly complexity in vehicle front panels.

A vehicle seat assembly uses a sliding cushion and linkage mechanism to adjust length dynamically.

Indexing lock eliminates play between latch means to reduce vibrations and noise.

Direct pressing on the seat surface configures pressure profiles, resolving the trade-off between configuration flexibility and user intuitiveness.

Sinusoidal hood cushions attenuate impact energy through controlled deformation, reducing dash panel intrusion.

An in-vehicle bed assembly uses an extendable leg rest and movable ottoman to form a flat surface for horizontal sleeping.

A vehicle headrest uses parallel pivot axes in dual joint units to guide the support part along a linear path while maintaining a narrow profile.

Integrated support structure on seat cushion underside snap fits onto aircraft frame beams, eliminating separate fasteners and reducing assembly weight.

Segmented roof assemblies reduce cab height while maintaining airflow under emission standards through adhesive bonding of dissimilar metals.

Hinged frameworks tilt rearward during deceleration events, absorbing impact energy through deformable absorbers to enhance passenger safety.

E-field sensors detect operator presence through signal magnitude changes, resolving sensitivity to environmental moisture.

Segmented engaging structures enable tool-free installation of the supporting device without detaching the headrest.

A vehicle storage structure features a pivot lid assembly that extends to form a flat cargo receiving surface beneath the seat.

A directed air system generates pressurized gas to create a virtual fairing on vehicle fronts.

A cross member interposed between the vehicle body and seat backrest dissipates crash energy through controlled deformation.

A seat device uses a deforming pressing member to transmit cushion pressure to a switch.

Segmented airbags deploy sequentially to guide passengers away from the instrument panel, resolving the trade-off between cabin leg space and crash protection.

A composite vehicle frame bonds carbon-fiber panels to a honeycomb core, eliminating heavy steel rails while maintaining rigidity.

Pre-positioned energy absorbing foam between cross members and comfort layers absorbs impact energy to prevent hard contact during collisions.

Hinged rods guide seat motion to direct impact energy into deformable elements.

A seating sensor holder engages a sensor body with interlocking portions to restrain fall-off and positional deviation.

On-board computer interfaces with portable devices to provide wireless access to vehicle controls and applications.

A pivotable stud track fitting assembly aligns rotation axes to minimize seat rattle and enhance stability.

A pivoting leaning aid adjusts height and distance to operating controls via a spring-actuated locking mechanism.