Sealing rings isolate passage holes from expanding foam, enabling electrical connections in vehicle interior trim without leakage.
A tab-and-detent retainer with gasket and torque limiting enables watertight skylight installation across varied vehicle wall thicknesses.
A silicone lens in vehicle trim lighting disperses light, seals out debris, improves UV durability, and avoids extra protective coatings.
A vertical pillar layout places the cabin light and camera within the A-pillar width to preserve driver sightlines and cabin appearance.
Matched reflections from the cover contact region and air gap keep interior operating elements less visible while preserving display use with LCD or OLED light sources.
A headliner rail and sliding adapter reposition lamps, tablets, or fans so rear passengers can access shared vehicle equipment more easily.
By mounting flexible capacitive sensors and side-firing LEDs on the TPO show surface, this case improves touch sensitivity and hidden icon lighting.
Molded surface relief and controlled skin thickness create clear backlit icons in vehicle trim without extra icon layers or laser cutting.
Segmenting the support layer isolates the light path from structural defects, preventing air bubbles and dust from blurring illuminated pictograms.
Light lens posts fill skin perforations to prevent debris accumulation while directing light for consistent icon visibility.
Relocating cable ducts from the floor plane to the side wall base preserves floor strength and thermal insulation while enabling external maintenance access.
Embedding the light source behind the decorative film eliminates washed-out effects from transparent layers while simplifying assembly.