Coordinated cabin light paths guide an occupant's gaze toward detected objects while adapting brightness and contrast for clearer alerts.
Distributed vehicle lights around the cabin perimeter signal impending autonomous maneuvers, helping occupants understand and react in time.
Armrest position sensing adjusts seat switch brightness with fade-in and fade-out control to prevent glare and improve cabin aesthetics.
Sequential vehicle lighting maps signal flow, device position, and processing speed into visible transmission and reception status for clearer interaction.
Physiological and context sensing filters relaxing or stimulating driver services by availability, preferences, and experience to improve comfort and safety.
A bezel light hole, body groove, and wire groove simplify steering wheel lighting assembly, reducing parts and improving mass productivity.
Cross-device LED state monitoring enables abnormal lighting detection and forced shutdown to prevent erroneous display illumination.
A programmable control circuit lets one trailer lamp switch color and intensity for tail, brake, and turn functions while monitoring lamp health.
Camera-based occupant monitoring adjusts suspension and exhaust sound to calm agitated children and reduce driver distraction.
Camera-based passenger counting compares stop and restart images to detect riders who failed to re-board and guide them back.
Overlapping gesture sensors and LED arrays let users toggle light zones for adaptable interior illumination across changing seating positions.