Specific edge alignment between the light guide plate, adhesive film, and extraction pattern limits light leakage and improves backlight brightness uniformity.
A detachable LED ring light improves spray-gun visibility on complex surfaces, helping achieve more uniform coating with less rework.
A segmented light guide with extraction and non-extraction regions reduces luminance drop over long distances from a side light source.
Perpendicular biasing and fastening elements secure elongated luminaires with lower assembly force, protecting PCB light sources in tight housings.
Opposing support brackets and a crossbeam stabilize a long lighting fixture PCB in the guide rail, preventing detachment and deformation.
Integrated LED bar lights and a powered back incline turn a mechanic's creeper into a hands-free, better-lit under-vehicle workspace.
A light-guiding core lets end-mounted LEDs illuminate outdoor fabric strips evenly while reducing circuit complexity and improving sewn attachment.
A heat-responsive silicone coating stays black when off, then turns white-like during use to improve lamp-strip transmittance and luminous efficiency.
Moving the white coating from the glass shell to the filament simplifies bulb production, lowers cost, and stabilizes color and photoelectric output.
Two integrated light sources and light-guiding parts give one downlight three selectable modes while reducing lamp height and assembly complexity.
Integrated lenses, mirrored recess edges, and plug-in modules reduce LED glare while enabling uniform light and tool-free replacement.
Wireless-powered indicators mark cut or bend positions on elongate light-strip PCBs, enabling accurate processing without powering the electrical units.
A reinforced light engine module stabilizes lamp replacement, letting end users swap the light source without tools while reducing damage risk.
An internal light-emitting assembly lets light pass through the microphone shell to create atmosphere without losing sound pickup function.
Barrier walls beside rotating LED pixels block lateral emission, keeping RGB visibility aligned and color perception consistent.