A dimming glass control device adjusts film transmittance via voltage application based on detected vehicle movement and environmental conditions.
Segments window translucency via electrochromism to direct driver focus without costly AR-HUD complexity.
Molding the frame directly to a reflective film reduces component count and manufacturing complexity while providing integrated vanity lighting.
Removable magnetic straps attach a universal visor cover to various shapes, eliminating custom fitting requirements.
Embedded photochromic materials in vehicle windows dynamically adjust reflectivity to block solar radiation and prevent interior overheating.
Coating-free partition lines electrically isolate the switching region from the surrounding coating to resolve signal quality issues.
A screwless visor mount assembly secures to a vehicle headliner via an inner collar and bracket with flexible fingers.
A built-in cam extends the visor body automatically as the rod pivots, resolving side window glare without manual adjustment.
Electro-optic visor blocks visible ambient light while transmitting infrared monitoring illumination, resolving visibility contradictions.