Vehicle Components TRIZ Cases

An asymmetrical friction stir welding tool uses dual shoulders of different sizes to join work pieces in confined geometries.

Eliminating adhesive layers, the composite body achieves high thermal conductivity and adhesion through resin infiltration into surface irregularities.

Sliding ramps and flexible abutment tabs on a thermoplastic bracket enable easy camera mounting while blocking vibrations.

Segmented housing structure absorbs thermal expansion forces, preventing optical member distortion and image quality degradation.

Vacuum de-airing and controlled hold times prevent trapped air from forming edge bubbles during lamination.

Segmented hinged panels protect items from theft in open vehicle trunks without restricting tall item loading.

Segmented spiral laser heating of a galvanized steel protrusion creates an escape path for zinc vapor, suppressing blowholes and pits in the weld bead.

Cured rubber and fabric layers form a compact composite bicycle saddle seat that eliminates loosening issues.

A delta robot selects and positions embossing tools on a holder, replacing manual handling and multiple conveyors to reduce device complexity.

A display control apparatus segments information and operation interfaces across two distinct screens positioned relative to the driver seat.

A vehicle camera securing bracket integrates resilient beams and a pivoting latch to snap the camera into place without separate fasteners.

A resin coat containing dispersed cellulose fibers covers rubber sponge surfaces to enhance sound insulation and abrasion resistance.

Black molleton fiber lining inside the housing absorbs humidity and prevents windshield fogging for clear camera views.

Orienting weld lines between 17 and 84 degrees relative to maximum principal strain direction reduces cracking during stretch flange deformation.

Specific silicon and iron ranges resolve cracking sensitivity while maintaining mechanical strength in AA6XXX alloys.

A physical inspection mask features elongated openings and visual reference marks for precise weld bead positioning.

Inspection device projects images directly onto a windshield without a concave mirror.

A three-axis shackle assembly secures mounted objects using movable frame members and lockable securing components.

Protective wall shields brittle heat sink from impact damage, resolving trade-offs between lightweight resin strength and manufacturability.

Local austenitizing enables hot crimping of high-strength steel profiles, preventing material fractures during joining.

Segmented thickness zones preserve interior width while the deflective geometry reduces abrasion damage on cargo carrier walls.

Segmented lining elements restrict load sliding via high-friction zones while minimizing structural strain and carry-back risks.

Segmented press-forming manages residual stress in high strength steel sheets, suppressing warping and torsion without beads.

An adjustable device caddy uses a rack and pinion system to move wings and a face plate for secure mounting.

A roll-forming process introduces compressive stresses into high-strength steel strips during deformation.

A composite heat shield disperses aluminum particles in an elastomer matrix to reflect radiated thermal energy.

An elastic shape memory protector absorbs collision shocks while maintaining plate visibility and simplifying installation.

Segmented roof moldings with elastic extensions resolve the conflict between aesthetic surface continuity and effective water channeling.

Composite materials and local quality resolve reliability complexity trade-offs, enabling rapid visual verification of registration data.

Nub-like elevations form degassing gaps between workpieces during laser welding.

A barrel cam mechanism rotates a HUD mirror via an inclined groove and sliding link unit.

Hardwood veneers bonded with a lignin-based resin resist thermal deformation and brittleness in cryogenic cargo containment systems.

A suction device uses artificial muscles to create automatic attachment on vehicle surfaces.

A helical adjustment shaft converts rotation into vertical displacement for radar sensor alignment.

Segmented single-piece liner resolves versatility versus complexity trade-offs by folding into compact storage or unfolding into supported awning structures.

A resilient U-shaped fastener with intermediate protrusions engages mounting openings and insertion ribs.

An asymmetric cover plate design reduces tip dresser size by eliminating dual covers while compressed air directs welding debris into the containment unit.

An actuator moves the holder vertically via a feeding member, resolving manual operation bottlenecks.

Molded plastic storage bins feature interlocking transverse edges to create a unified luggage receiving surface.

A six-element optical imaging lens uses cemented bodies and specific refractive indices to deliver high-quality images.

A windshield mount uses a pivoting first support plate and sliding second plate to secure personal electronic devices.

Direct-drive cam adjustment resolves precision-speed contradictions while reducing mechanical noise in vehicle displays.

A decorative molded part combines a metal foil base layer with a wood veneer top layer for an organic aesthetic surface.

Tilted imaging plates in a multilayer combiner create separate eyeboxes, eliminating mechanical adjustments for different driver heights.

A dual-view display segments information layers by viewing angle to present role-specific content on a single screen.

A spiral gear mechanism drives a headup display mirror to eliminate backlash and improve resolving power.

Segmented tachometer dials display electric drive usability and hybrid operation zones, resolving information loss in complex vehicle interfaces.

A primer layer mediates bonding between the adhesive and non-woven polyester core, preventing peeling under impact while maintaining mechanical strength.

Alloyed filler wire stabilizes austenite in laser weld pools, ensuring martensitic transformation despite limited cooling tool contact.

A voice recognition apparatus excludes activation phrases from subsequent inputs to ensure accurate command processing.