An image sensor detects occupant gaze direction to dynamically adjust vehicle interior light intensity for optimal visibility.
Sensors detect rollover or immersion to trigger asymmetric LED illumination, guiding occupants during extreme vehicle displacement.
An energy-saving module reduces electric power consumption by controlling the backlight unit, resolving battery load issues in wireless doorsill plates.
Replacing mechanical switches with a capacitive proximity sensor eliminates openings that allow liquids and debris into the lamp enclosure.
Illuminance mapping table synchronizes terminal brightness with vehicle interior lighting to reduce driver eye strain.
A power supply device reconfigures a supply transistor into ohmic, PWM, or saturated regimes based on detected lighting module structure.
A sun visor connector uses a preliminary displacement portion to maintain separated arm connection parts.
Translucent vehicle trim illuminates storage compartments through a 5-10% light transmittance cover while protecting the rear-mounted light source.
A car lamp control method extracts musical-composition information to drive light emitting regions and time periods for synchronized visual effects.
Grooves between adjacent sensors prevent field interference while pliable overlays enable virtual button modes to stop accidental activations.