Dual illumination fields light the cabin broadly and the driver's eyes precisely, improving gaze imaging while cutting exposure time and power use.
A 3D surface pattern lit from two directions creates sharp vehicle light-shadow effects without bulky installation space or blur from driving vibration.
A translucent decorative cover combines wood, metal, paper, or fabric with injection molding to deliver seamless vehicle trim and even backlighting.
Integrated frame lighting and modular cabin architecture cut mounting complexity while fitting multiple agricultural vehicle types.
Low-mounted work lamps below the operator seat protect against branch contact and focus light on the actual work area.
Integrated cab-frame lighting replaces complex lamp fasteners, cutting cab cost while enabling adaptive work-area illumination across vehicle types.
Microlight guides with optical separators create sharp true-color vehicle lighting graphics while blocking stray light in a compact package.
A division protrusion and screw replace adhesive mounting, keeping the vehicle room lamp aligned, vibration-resistant, and easy to remove.
A mobile device applies preset scenarios to display, sound, and ambient lighting, simplifying multi-system vehicle control and reducing driver distraction.
A microlens array diffuses cabin IR light to cut retinal red glow while preserving image capture for driver sensing.
A transparent resin skin layer with spherical calcium carbonate filler scatters light from an internal source to create a uniform optical pattern.
A luminous glazed vehicle roof integrates an OLED light-emitting element with a textured collimating optical film to direct emission.
Merging the retaining bezel into the housing eliminates separate components, reducing weight while maintaining passenger safety standards.
A concave housing positions a tilted display surface to shield the screen from external glare while integrating a light guide for interior illumination.
Nested cover elements protect flexible OLEDs from environmental damage while maintaining compact module size.