A raised light-blocking cover around the LED limits side leakage and prevents case contact during assembly for stable light output.
Programmed light sequences help drivers quickly read charger availability, occupancy, and charging completion without adding separate indicators.
Sequential LED arrows from shoulder to wrist make rider turn intent clearer in low light without adding vehicle-mounted signals.
A polymer reinforcing strand with helically twisted conductors boosts tensile strength and elongation without bulky, costly light-string wiring.
A protruding light-shielding body around a rod lens absorbs side-emitted stray light to keep illuminance high and the illumination region precise.
By filtering shorter wavelengths and passing converted light, the lens-resin-phosphor stack improves extraction and surface uniformity.
A curved resin and light-transmitting layer shortens the side-surface light path to prevent edge dark lines and improve luminance uniformity.
A metal reflection layer with insulated, equipotential wiring reduces leakage current, metal peeling, and light failure in LED lamps.
Light passages in a phosphor conversion layer tune the blue/yellow ratio for consistent white light without extra light sources.
Alternating current duration by region balances LED output in a planar light source, reducing luminance unevenness across the surface.
Shared optics let flood and dot VCSEL beams switch between high-resolution short range and longer-range detection up to 6 m.
Converging optics enlarge virtual images of LED sub-matrices to smooth beam gaps, improving headlamp homogeneity with fewer sources.
Alternating blue-red and green-red light sources widen display color gamut while preserving color purity through independent blinking control.