Vehicle Components TRIZ Cases

A lamination process aligns asymmetric glass sheets using a shaped mould and interlayer.

An infrared reflective layer between glass sheets protects sensitive functional films from thermal damage during lamination.

Annular light shield between display and camera blocks backlight interference, simplifying manufacturing while maintaining image capture quality.

Laser ablation forms precise radial elevations on vehicle bush surfaces, resolving the trade-off between high friction and axial length precision.

A vehicle device holder uses an elastic blocking mechanism to secure mobile electronics during stowage transitions.

A vehicle sound system adjusts audio localization position based on detected traveling states to separate engine and audio sounds.

A glass sheet composite overlays a light-shielding part on the seal boundary to conceal the interface.

A laminated glazing uses a dye-containing interlayer to absorb visible light while reflecting infrared radiation through silver layers.

A dual speaker active noise reduction device switches between secondary generators based on engine frequency to maintain stable anti-noise output.

A laminated glazing design featuring a support sheet between dual adhesive layers to bond glass sheets securely.

A work vehicle display controller manages split screen overlays for efficient application selection.

A pivotable support member with a spring locking assembly prevents device rattling and damage by maintaining secure positioning within vehicle interiors.

Dynamic drive control reduces mechanical stress on the actuator by varying responsiveness according to vehicle acceleration patterns.

A vehicle camera lens protrudes from the body to minimize distance to the windshield.

A vehicular display device uses a heat-discharge structure to conduct thermal energy outward from internal components.

A spin-welded assembly uses a circumferential groove to capture molten flash, forming an interlocking feature that retains components.

Rotating components during defocused laser welding increases joint strength while reducing porosity and eliminating the need for additional surface treatments.

A reversible luggage board with a symmetrical curvilinear rear edge fits an asymmetrical tailgate opening lower surface.

A degenerate acoustic scatterer absorbs sound waves through monopole and dipole resonance interference.

A soundproofing assembly uses a waterproof film between porous layers to maintain acoustic absorption while preventing water penetration.

A vehicle seat docking station uses a tilting reception surface and sliding bracket to position mobile devices.

Vehicle functional surfaces display optical flow motion cues to provide visual complementary information for occupants.

A natural language understanding system processes spoken commands using automatic speech recognition and deep neural networks to control vehicle operations.

Magnet in casing attracts remote control element to prevent disengagement from vehicle vibration.

Integrally molded resin frames and films with through holes shield low-frequency sound without peeling or heavy mass.

Detecting loopback signals through the user body enables dynamic function disabling, preventing driver multitasking hazards.

Resilient adapter plate mounts license plates securely while protecting against weather and accommodating varying thicknesses.

Interchangeable tapered shells adapt the base to different cup holders, resolving the conflict between universal compatibility and precise manufacturing fit.

A noise shield patch covers up to 75% of the engine casing circumference to attenuate acoustic emissions from the flywheel and transmission.

Upper column cover integrates camera mounting structure with guide part to regulate lens movement, preventing damage while reducing component count.

A press forming apparatus uses a punch with a stepped surface to shape the flange portion of a workpiece during relative movement.

Offset lens center from display device to redirect light emission toward specific viewing angles.

A multi-functional drawer cover integrates a movable body and rotator to secure electronic devices within vehicle interiors.

Front cover diaphragm forms enhanced chamber to redirect acoustic waves, eliminating rear cabinet needs while improving volume in confined spaces.

Backing plate provides structural support for soft engine covers, preventing sagging while maintaining aesthetic appearance.

A laminated glazing configuration distributes phosphors across multiple glass sheets to create three-dimensional images.

A low density butyl elastomeric layer with lightweight fillers provides sound and vibration damping.

Classifying image segments into interior, exterior, and intermediate object layers prevents display inaccuracies that cause potential damage during driving.

A motor vehicle trunk liner uses a hinged flange to pivot between two stable positions for versatile protection.

An actuating element adjusts a locking device according to panel pivoting angles, preventing displacement without manual intervention.

A portable device detects magnetic induction intensity deviations to prompt users for repositioning on a holder.

Vertical insertion orientation and cushioning elements reduce electrical contact stress and impact damage during vehicle crashes.

An inner pane cutout aligned with a thermoplastic intermediate layer opening reduces refractive forces to improve sensor optical quality.

A segmented license plate display device uses a decal stabilization clip to secure static images within the perimeter frame.

Metal reinforcing members absorb excess clamping force to prevent deformation and breakage of vehicle air outlet fixture arms.

An elastic tailgate load cover eliminates bulky winding mechanisms to reduce weight, noise, and luggage obstruction.

A head-up display lens array uses varying curvature radii to diffuse light toward a windshield.

Adjustable arms within a seat cavity support portable devices at eye level, resolving the trade-off between secure positioning and ergonomic comfort.

Through-holes in the stepped support cover discharge bubbles to eliminate autoclave processing and reduce defective rates.

A textile cover with bistable support elements pulls from a housing to seal rear seat gaps without complex securing components.