A lamp uses a control circuit to adjust luminance percentages across multiple illumination modules for broader coverage.
Integrating multiple light sources onto one substrate with bent terminals directs beams differently while reducing component count and mounting complexity.
Separate light-shielding layers on opposing substrates improve patterning accuracy and production yield by preventing residue formation during fabrication.
Diamond cones on the inner shade increase brightness through refraction, resolving monotonous lighting effects from single curved structures.
Microlenses vary dimensions and spacing across the substrate to homogenize light from multiple sources, obscuring individual emitters.
A projection illumination system uses a dichroic element and wheel plate to transform blue light into green light.
Segmented curved rings and a hardware connector allow the lampshade to fold into a small volume, reducing transportation costs.
Green, blue, and amber LED signals improve low-light brake visibility by leveraging human eye sensitivity to specific wavelengths.
Custom primary optics shape LED emission patterns into broader profiles, eliminating secondary optics and reducing efficiency losses.
Spaced planes interlace light sources to boost luminance while the heat transfer unit manages temperature distribution.
Curved unit reflectors redirect light from matrix LEDs to compensate for uneven emission and achieve uniform luminance across large displays.
An asymmetrical optical system redirects light from multiple LEDs into a convergent pattern using specialized reflectors and lenses.
A reduced height illumination assembly positions a light source between reflector members to provide diffuse high-intensity scanning.
Auxiliary LEDs supplement main backlight luminance to correct brightness uniformity deterioration caused by CCFL aging and uneven lamp spacing.
A thermally conductive plastic housing dissipates heat from LED components while maintaining structural integrity.
Segmented LED backlight units enable selective repair of defective components, reducing waste and improving assembly productivity.
A convex lens with a large curvature radius covers an LED seating recess to redirect light emission.