Vehicle Components TRIZ Cases

An arrangement module routes graphics streams across contiguous cockpit panels, improving display flexibility without losing reliability.

A dual-mode alert path delivers safety-critical audio without a full infotainment subsystem, reducing complexity, size, and validation effort.

An adjustable sub-bracket compensates for ceiling frame height variation, enabling precise vehicle monitor mounting with less stress.

Eye-gaze detection links driver attention, vehicle location, and map data to show relevant POIs on the HUD without adding road distraction.

A rotary buckle plus magnet adsorption secures a phone more stably than clamping jaws or magnets alone while keeping mounting and removal convenient.

A rear seat bench gap lets the hat shelf slide into a non-use position and stay secured by elastic or magnetic fixation.

A virtual vehicle maps owner-defined light, sound, and component actions into blockchain NFTs that execute the same sequence on the physical vehicle.

A bracket-and-cover housing improves vehicle radar detection accuracy, protects against rainwater, and keeps maintenance access simple.

A lever and biasing element let the vehicle display be repositioned to match driver eye height without special tools.

Normalized urgency ranking lets a compact work vehicle display show only the most critical state quantity, easing driver distraction.

A circumferential heater on an insulating member concentrates heat at the lens barrel to clear frost with lower power in compact camera modules.

A U-shaped three-mirror optical path preserves real-image visibility while shrinking head-up display housing for easier vehicle integration.

Backlight illuminance is raised at the lower display edge to offset tilt-induced dimming and keep the vehicle virtual image uniform.

Segmented rear supports linked by a resin connector keep multiple display panels flat, limit ESD transfer, and simplify assembly.

Segmented rear supports linked by a resin connector keep multi-panel displays flat, limit ESD spread, and simplify angled assembly.

A single speed setpoint shared across control and display blocks simplifies driver speed management and avoids unstable function switching.

Speech recognition assigns vehicle functions to haptic controls, reducing menu navigation and eyes-off-road interaction in minimalist cabins.

A split in-vehicle screen pairs media with an external video view, using existing vehicle sensors to reduce front-passenger nausea.

Upper and lower mirror clips with a taut hook-and-loop strap secure a vehicle flag without window gaps, seal damage, noise, or flag loss.

A coated honeycomb load structure uses a polyurethane barrier and over-rim coverage to resist mud and water without added floor-mat weight.

Dynamic SLM correction and optical steering expand HUD field-of-view while compensating windshield aberrations and eyebox shifts.

A pivoting display mount creates clearance for steering column retraction in crashes, reducing display breakage and preserving airbag function.

A removable sensor pod combines LIDAR, cameras, IMU, GPS, and CAN bus data to expand cross-vehicle data collection for autonomy training.

Orthogonal cylindrical surfaces and a concave reflector extend optical path length while avoiding focal hot spots in compact display modules.

A field lens with freeform lens and concave mirror keeps a head-up display compact while improving telecentricity and distortion correction.

Segmented mirror cooling and integrated reflector mounting reduce distortion, external light interference, and HUD assembly cost.

Rotation electrodes establish the knob’s initial state, enabling accurate direction detection after one detent for precise setting adjustment.

A dynamic window queue lets in-vehicle screens rearrange and resize multiple app windows, replacing fixed zones with customizable layouts.

A movable segmented cockpit display uses low mode and a see-through panel to preserve forward vision while keeping key driver information visible.

A projector-driven see-through panel keeps essential cockpit information visible to drivers and passengers when display space is constrained.

A movable front display shifts downward in low mode while a see-through panel preserves essential information and clears the driver's forward view.

A rail-guided sled triggers cassette unlocking automatically, replacing manual trunk blind release with a simpler screw-driven lock.

Upward bracket legs redirect vibration through the display stack to strengthen depth haptics and reduce sound interference in vehicles.

Adaptive window layout adds mobile app or mirroring windows without blocking infotainment functions, improving in-car display usability.

A hard tubular-cell layer paired with a soft layer boosts rigidity and blocks 500 Hz to 5000 Hz vehicle noise without adding weight.

A stepped flange uses two perpendicular contact faces to align camera housing parts accurately despite tolerances and improve assembly repeatability.

A contoured overlay emblem fits over an existing vehicle badge to change appearance quickly without removal while keeping attachment secure.

Carbon nanotube-filled PPE/PBT moldings balance conductivity, strength, and heat resistance for inline electrostatic painting of automotive parts.

Direction-based polarization tuning cuts HUD ghost images at image edges and expands the ghost-free viewing area for clearer AR display.

Segmented, asymmetric vehicle display markers reduce perceived offset from detected objects and improve driver confidence in positioning.

Variable vibration and press resistance help drivers locate button areas by touch, reducing visual distraction during vehicle display input.

LUMO-matched blue emitters and heterocyclic electron transport layers improve color purity, energy transfer, driving voltage, and lifespan.

A deforming AR-HUD marker stays visible at the screen edge to show when a preceding vehicle moves outside the display area.

A nested inner and outer suction cup with a pressure valve helps vehicle mounts resist leakage, bumps, and aging-related suction loss.

A slim cover with side walls and top tabs secures digital license plates, simplifies installation, and can add anti-theft protection.

A universal in-vehicle interaction layer moves app images between sending and receiving screens, simplifying multi-screen use without program-specific support.

A patterned light control layer uses refractive-index differences to constrain viewing angles while maintaining high frontal luminance.

Different vanishing points let front-scene and information images share one vehicle display region while preserving depth and visibility.

Speech recognition assigns vehicle functions to haptic controls, cutting touchscreen menu use and reducing eyes-off-road distraction.

A compatibilized wood flour and polypropylene composite improves processability, strength, and phase stability for recyclable vehicle interior materials.