Non-Electric Lighting TRIZ Cases

Lighting module translation maintains shield coverage over base openings, eliminating enclosure needs while preventing shading losses during rotation.

Segmented flexible metal strip and tensioned clamps enable modular shipping of LED lighting systems without bulky enclosures.

Multiple emitters on one substrate provide general and task lighting, eliminating complex drive circuitry and reducing energy waste.

Integrated modular architecture merges individual cell panels to eliminate excessive wiring complexity while enabling precise digital color balance and dimming.

Segmented lampshade sections distribute LED light into directional beams, reducing eye discomfort while maintaining cost-effective manufacturing.

An elastic clamp structure fixes a light bar on a base, avoiding mechanical damage and assembly complexity from screw fastening.

A multi-color LED lamp uses a parabolic reflector to mix light through a diffuser lens for uniform emission.

An anti-static member between the lamp and reflector body reduces static charge buildup on plastic optics.

Backlight module reflectors with inner point light sources mix red, green, and blue lights to reduce thickness while maintaining high saturation.

Segmented branches constrain the support base to prevent container wall contact, avoiding adhesive melting and uneven burning.

An opaque division plate isolates the sensor from self-emitted light, ensuring accurate environmental luminance detection.

An extracted heat sink assembly enables radial heat dissipation from the LED module while maintaining the traditional acorn form factor.

Concentric reflection regions with graded mirror and scattering properties resolve bright and dark spots in lighting devices without mechanical adjustment.

Segmented housing modules enable detachable LED and power supply units for rapid assembly in hazardous zones.

A recessed lighting bezel assembly shields the light source with a tamper-resistant lens and secure fastening mechanisms.

Segmented modules with a pivoting door allow technicians to service ballasts and LEDs quickly, reducing maintenance time and complexity.

A segmented illuminating lens redirects light radially via total reflection, stabilizing backlight illuminance without increasing LED count.

Etched glass shade prevents epoxy yellowing and boosts brightness.

A wood-based planar wick transports liquid wax via capillary action to reduce soot emission from conventional braided wicks.

Vertical reflectors create an optical cavity that distributes discrete LED light uniformly across the display.

A vehicle headlight system adjusts beam direction using steering angle and speed data to illuminate road areas.

A multiplane light diffuser system distributes light from solid state emitters to achieve uniform backlighting across display panels.

Offset parabolic reflector moderates illumination intensity near the cut line, eliminating sharp contrast that confuses drivers in projector headlamps.