Lighting Support Devices TRIZ Cases

Segmented LED modules mounted on a helmet shell enhance visibility while minimizing added weight through independent power distribution.

Sliding blocks adjust positions along grooves, resolving adaptability issues across diverse weapon platforms.

Electromagnetic induction powers the moving light source, eliminating physical cables and hidden drive mechanisms to enhance aesthetic appeal.

A downlight featuring a detachable surface ring and spring clamping mechanism for flexible installation.

Segmenting large display structures into precise tiles with intermediary clips nullifies tolerance errors while maintaining wind-load strength.

A light fixture features a hidden lockable tilt mechanism that eliminates bulky visible pivot hardware while enabling 90-degree rotation.

An adjustable collar and mounting members attach to a light fixture top flange at alternate points.

Curved reflector redirects out-of-edge light back into the planting area, reducing waste and improving uniformity across the canopy.

Flexible membrane seal abuts the light fixture body to prevent fluid infiltration during movement.

A ceiling lamp uses a membrane button on the lamp disk for direct color temperature regulation.

Sequential illumination on a disposable adhesive strip provides directional orientation in smoke-filled environments where tactile navigation fails.

Positioning LEDs on the narrow face of a circuit board reduces installation space and housing complexity for vehicle lighting.

A lighting pole assembly uses a convex mount to secure the structure to a separate post.

Composite micro-structure light cover offsets and concentrates light to reduce visual impact of light spots while increasing target area illuminance.

Universal tri-proof lamp uses adjustable switch to resolve inventory complexity while movable support plate enables easy maintenance.

Retractable elastic hooks enable secure mounting on various surfaces while eliminating interference with nearby objects.

A backlight module uses a light guide plate to distribute LED light across the display area for even illumination.

Flexible grooves position SMD LEDs along hanging slings, resolving assembly simplicity versus positioning accuracy contradictions.

Exposed raceway conductors allow variable module positioning, reducing installation costs and resolving adaptability versus complexity trade-offs.

Elastic upper and lower arms hold lamps with reduced contact area to stabilize light sources in backlight modules.

A rotatable dual magnification mirror uses a flexible hoop-shaped LED illuminator to provide uniform lighting across both reflective surfaces.

A headlamp apparatus rotates dynamic bend lights to illuminate curved roads ahead of the vehicle.

Magnetic fixtures retain beam shaping accessories on LED lamps, eliminating the need to disassemble luminaires during installation.

Interference fit prongs compress aligned luminaire slots to eliminate light leakage gaps and secure joints.

An integrated clamp assembly replaces multiple components with a one-piece bent metal design, reducing manufacturing costs while improving impact resistance.

Integrated LEDs on a hardhat illuminate the worker's torso and back, increasing visibility for drivers in low-light construction zones.

A retention member with fastening portions includes a displacement absorbing portion to absorb deformation of the display panel.

Dynamic dimming transitions resolve binary sensor limitations by adjusting illumination intensity based on real-time occupancy and ambient light conditions.

Segmented LED modules along a linear rail eliminate glare and shadows from HID sources while maintaining high lumen output through asymmetric optics.

Segmentation separates the adjustable lamp holder from the modular trim assembly to resolve alignment conflicts with uneven surfaces.

A system of prewired interchangeable elements uses mating electro-mechanical connectors to join electrical and structural loads.

Vertically offset conductors and transparent adhesive stabilize LED solder joints against bending stress, preventing failure.

A lighting arrangement uses a mounting ring with locking arms to secure luminaire posts via rotation.

A luminescent panel light fixture distributes illumination across a large area using a thermally conductive substrate.

Interchangeable extruded aluminum rails and standardized end caps configure various-sized transit signs, reducing manufacturing complexity.

A luminaire uses a shaped light guide element to transmit LED beams laterally through the lamp cover.

A trim retention elastic band compresses between the trim and housing to provide friction-based attachment.

Ganged LED socket pod integrates positive and negative power rails along housing to form a unified circuit.

A lighting appliance uses a sliding rod and block bead to secure the projector position.

A sconce box assembly uses rotatable wings to clamp securely to wallboard surfaces.

Sliding guide arms and resilient latches adjust the light engine depth to resolve trade-offs between aesthetic flushness and directional beam control.

Segmented mounting plates and detachable holding elements enable flexible lamp repositioning without disassembly.

An affixed heater plate eliminates shaking gaps that weaken heating efficiency and waste energy in lava lamps.

Segmenting the door assembly into functional components resolves moisture ingress trade-offs while maintaining reliable water-tight protection.

A liquid crystal display holder creates a non-contact space between the retaining portion and frame to isolate the fluorescent tube.

A lighting assembly uses a light barrier between covers to prevent interference between discrete LED sources.

A flexible medical light source adapts to curved body surfaces using a substrate supported by chassis channels.

Hiding bulky lighting modules inside temple arms preserves the aesthetic appearance of eyewear while providing effective hands-free illumination.