Vehicle Components TRIZ Cases

A segmented bending process forms sharp trim strip edges using a stepped punch and counter die to control material displacement.

Thermographic detection camera monitors temperature distribution along peripheral edges during induction heating of motor vehicle body panels.

Assembly injection molding connects carrier and light guide via form-fitting retention, eliminating material transition interfaces that cause light absorption.

A utility cart system integrates into a motor vehicle load floor using a pivot-mounted base and folding wall assembly for compact stowage.

Dynamic transparency and pivoting movements reduce driver gaze duration by highlighting selected entries while fading others.

A vehicle air-conditioner outlet bracket uses an elastic hook mechanism to secure mounting devices quickly.

Arched indentations and tongues eliminate complex setup requirements while ensuring strong mechanical connections during projection welding.

A movable blocking member shifts position to block stray light, resolving the trade-off between visibility and object removal.

Context-aware response modes adjust voice interactions by user location, reducing driver distraction while maintaining rear passenger convenience.

A track installation system uses a base and extension assembly to align continuous tracks on wheel assemblies.

A vehicle head-up display combiner uses a restricting unit to maintain a ghost suppression angle.

Tapered reinforcements nest between layers to eliminate weak spots from random fiber distribution while maintaining isotropic stiffness.

A head-up display device separates projection light via polarization to enable dual-layer imaging at distinct focal depths.

A vehicle mirror cover uses a spring element to stow the second cover, eliminating separate motors.

A plate-like holder features an extendable arm and rotating holding elements to support electronic devices.

An adhesive ring bonds a metal lens barrel to an imager PCB, enclosing the optical path to prevent contaminants and ensure stability.

A pivoting engaging element secures the holder while an operating element releases the connection for quick detachment.

Waterproof flexible cargo liner uses butterfly wings and suction cup straps to attach to vehicle windows, headrests, and seats without adhesives.

A molding composition combines hydrogenated styrenic block copolymers with high-flow polypropylene and thermoplastic vulcanizate.

A mounting bracket system uses a stake pocket insert and clevis pin to secure vehicle banners.

A unified projection application integrates multiple smartphone applications with vehicle infotainment systems through a single interface.

A nonlinear guide slides electric units behind the instrument panel, preserving glove compartment storage space.

An omnidirectional projection system tracks driver position to project critical data onto interior surfaces, reducing distraction from looking away.

A press-molded article manufacturing method segments the pressing operation into distinct side wall and top plate stages using separated inner and die pads.

One-tap adaptive filters update coefficients using simulation signals to stabilize control against transfer characteristic changes.

Segmented facesheets and compliant core resolve mechanical stiffness versus acoustic transmission loss trade-off.

Polymer interlayer reservoirs contain liquid healing agent to repair glass cracks without adhesive layer damage.

An overhang portion channels liquid into a trough to prevent contamination at the cover interface.

Staggered inclined ribs create zigzag drainage paths that discharge water while maintaining panel rigidity.

Movable guide rails on a secondary floor panel adapt to different object sizes while maintaining storage access and stability.

A three-layer dash silencer uses a non-air permeable membrane to suppress transmission resonance in low-frequency noise.

A head-up display absorptive film uses a deposited moth-eye layer to transmit light toward an absorbing substrate.

A reversible loading floor adjusts height via slotted guides and elongate strips for secure positioning.

A glove compartment lock mechanism uses a shielding wall to block external access to the movable claw.

Spherical standoffs constrain the pane-facing wall against curved glass, resolving positioning errors from casing deformation.

Case body grooves engage optical element protrusions for precise vertical positioning.

Dynamic ROI reconfiguration resolves scanning resolution trade-offs by prioritizing critical objects through policy-based perception decisions.

A rotatable mirror display device uses a spring element to prestress the bearing mechanism against its counter-bearing.

A mounting device couples a mobile radio to a vehicle communication arrangement.

A detachable plastic clip joins a metal bright strip to an automotive weatherstrip for independent repair.

Self-piercing rivets join metal shielding layers to textile insulation, eliminating adhesive costs while maintaining dynamic stability.

Diffraction-based beam expansion in a voxel projector overcomes slow raster scanning speeds to achieve high-resolution 3D imaging.

Slide frames with torsion springs secure LED billboards on moving vehicles, enabling easy replacement while maintaining stability.

A decorative component uses a segmented light transmission layer to manage optical properties for in-vehicle camera integration.

A glass cover part on a plastic support member resolves the contradiction between aesthetic appearance and durability in exterior vehicle trim.

A display device integrates a rack gear and cam structure to drive a movable shutter along a top plate.

A pressure-sensitive trim panel detects user inputs via variable resistance in a conductive intermediate layer, reducing component costs and assembly time.

Angle adjuster enlarges scanned light exit angle to shorten optical path, reducing device volume while maintaining image projection efficiency.

Segmented wear members reduce equipment downtime by replacing only damaged sections.