Vehicle Components TRIZ Cases

Twisted liquid crystal panels and a polarization rotation element block driver-side visibility while keeping the vehicle display visible to passengers.

A removable bracket with preset mounting positions lets work machine displays be repositioned quickly without extra tools while staying secure.

A magnetic receiver-base and mechanical interlock secure a large vehicle key fob against gravity for quick in-vehicle stowage.

A five-lens optical layout balances compact vehicle camera size with clear visible and near-infrared imaging in low illumination.

Chamfered pin surfaces shift the molding parting line away from fitting contact, preserving assembly positioning accuracy in resin molded parts.

An in-mold bonded film and light housing create a warp-free backlit vehicle badge with chrome-like appearance, color brilliance, and weather resistance.

Interconnected guide rails behind a vehicle display let multiple accessories slide and reposition securely while reducing screen damage.

Background widgets keep secondary vehicle functions accessible while the main screen stays focused, reducing driver distraction during multitasking.

A refractive optical path with decreasing distance creates oblique HUD virtual images while reducing installation space and adjustment complexity.

Electro-optical lenses narrow display viewing angles on demand, reducing driver distraction while preserving image quality for codriver content.

A magnetic mount, flexible hose, and cradle position a scanner for continuous hands-free package scanning during vehicle loading.

A rotating lock drives a snapping part to grip the car air vent grille firmly, preventing shake or drop with heavier phones.

Adhesive grooves join the camera housing parts without separate clips, cutting component count while keeping vehicle camera mounting stable.

A partial anti-reflection layer at the pixel opening edge blocks light toward the windshield while preserving display transmittance.

A downward-tilted display and offset mirror layout compact the HUD optical path while reducing stray light and aberrations.

Tactile feedback mapped to ignition, speed, and torque restores driver awareness in silent EVs without adding engine noise.

Segmented diffractive pupil expansion in a waveguide display reduces optical losses while minimizing spatial brightness variation.

Tiered driver coaching matches advice detail to skill level, using travel data only when needed to improve curve handling and smooth control.

A segmented display frame and control structure let a vehicle screen change shape to present images from different directions.

A processor changes knob operating ranges with vehicle mode shifts, enabling intuitive control of display and entertainment functions.

A semi-transparent layer plus contrast layer hides display edges when off while keeping icons and graphics visible when activated.

A porous bicomponent filament frunk structure replaces solid plastic to keep stiffness under load while absorbing vehicle noise.

A worm-gear sensor mount enables continuous windshield angle adjustment and self-locking alignment across vehicle window shapes.

Selective tactile textures on deadfront glass preserve a smooth hidden-display surface while revealing backlit controls and improving haptic use.

Hooked receiving portions, guiding rails, and resilient members secure vehicle camera modules while simplifying alignment and bracket mounting.

Driving-speed and hand-proximity inputs adjust screen transparency and button size to reduce overload while keeping key vehicle information usable.

A modular peripheral bar adds accent lighting and I/O options to vehicle displays without major redesign or certification effort.

By combining touch and force sensing with a dynamic basic force value, this case improves small-force input detection in compact vehicle controls.

Forced airflow through lower and rear fins cools a windshield camera module, protecting image quality under high operating temperatures.

A reinforced pivot assembly with upper and lower plates and springs helps snow plow mounts support blade pivoting without deformation.

Context-aware vehicle GUI resizing shows only relevant info objects, preserving display space while reducing driver distraction.

Sensor data detects vehicle perturbations and flags likely invalid touchscreen inputs, enabling confirmation, rejection, or correction.

Sensor data detects motion and vibration that can corrupt touchscreen taps, enabling confirmation or correction of invalid inputs.

A rear polarizing layer blocks outward display light through the windshield, preserving cabin privacy while reducing irritation to others.

A nonconductive intermediate layer lets a vehicle glass touch interface keep accurate capacitive sensing while preserving visual design freedom.

Vehicle tailgate radar automates ground-penetrating data collection, reducing manual setup, labor, and maneuverability limits.

A threaded interference-fit lens mount holds focus at high temperature, while a sealed cable exit adds strain relief in compact vehicle cameras.

A single concave mirror and distortion-correcting lens shrink HUD housing while preserving virtual image projection and image quality.

Content is converted across vehicle main and sub displays, using boundary areas to mask scan rate differences and reduce visual discomfort.

A flexible bag filled with open-cell and viscoelastic foam particles improves vehicle sound absorption while avoiding slow molded-foam assembly.

A flexible pouch with porous nonwoven or foam-particle filling improves cavity sound absorption and insulation while lowering production cost.

An inclined first lens and diffusing optical element shrink head-up display optics while reducing distortion and blocking outside stray light.

Airfoils and pivot arms turn vehicle airflow into passive display motion while keeping messages horizontal, visible, and mount-safe.

A repositionable trunk shelf uses dual-pin mounting and stowable support to secure cargo while making better use of SUV trunk height.

A non-rectangular quadrilateral emission hologram matches curved windshields to improve light use, suppress stray light, and reduce image distortion.

A loose-edge flexible liner drops away under gravity during dumping, preventing debris buildup and helping the bucket empty fully.

A detachable control module and pivotable shell housing protect earthmover controls from vandalism while keeping operator access flexible.