UV Light Devices TRIZ Cases

Reflective surfaces redirect UV LED output inside a vehicle sanitization chamber to reduce hot spots and improve uniform surface exposure.

Frequency-doubled LEDs generate 207-237 nm UVC for faster aircraft cabin surface disinfection with lower power use and reduced human exposure.

Embedded UV light modules in a vehicle garnish widen cabin sterilization while a heat-dissipating layer protects the circuit board and light source.

A UV-excited phosphorescent symbol makes cleaning status and hazard warnings visible on vehicle trim without altering normal interior appearance.

Redirected wedge-based illumination in a rearview mirror improves driver face imaging for more effective 2D or 3D occupant monitoring.

Wedge-shaped optics in a rearview mirror redirect and spread light toward the occupant position for uniform driver monitoring illumination.

A side-by-side fan and deep-UV emitter layout cuts ceiling projection while maintaining airflow and cooling for vehicle compartment virus removal.

A side-by-side fan and UV emitter layout cuts ceiling projection while improving airflow and heat discharge in vehicle compartment lighting.

405 nm visible light, guide plates, and reflectors sterilize phone front, rear, and side surfaces while avoiding UVC health hazards.

Light detectors and controller feedback verify aircraft UV disinfection, track lamp aging, and document illumination status automatically.

Integrated UV modules in a vehicle garnish broaden cabin sterilization coverage while a separate heat-dissipating layer manages source temperature.

IR tracking and beam-steered UV target contaminated cabin surfaces while masking passengers, cutting cleaning time without unsafe exposure.

Visible light sent through an aircraft air duct replaces heavy wiring by carrying data and power, while also supporting cabin lighting and air sanitization.

A vehicle windshield head-up display uses ultraviolet light to locally darken a photochromic combiner for improved visibility.

A UVB lighting system integrates light sources and sensors to activate ultraviolet radiation for occupant health and surface sanitation.

Photoluminescent plastic interior members absorb ultraviolet radiation and emit visible light, reducing shadowing effects in low ambient light conditions.

Stacked luminescent layers with a light blocking layer resolve the trade-off between design variety and structural complexity in vehicle decoration.

A vehicle illuminating device uses a reflective member to redirect light through a housing window.

A vehicular display device uses an ultraviolet index light source to illuminate a photoluminescent index row across transmission display portions.

A rotating spherical mechanism exposes a sterilizing unit to vehicle interiors while hiding the shifting component, eliminating separate installation space.

Fibers treated with optical brighteners emit radiation when exposed to ultraviolet light.