Lighting Support Devices TRIZ Cases

A mounting bracket with flexing legs and channels secures solar-powered LED lighting to yard sign frames.

Hinged clip arms engage ceiling grid recesses to secure light fixtures, eliminating tile cutting and reducing installation time.

Segmented LED arrays replace complex optics to eliminate specular reflections and enable flexible camera positioning.

An adjustable lamp bracket uses sliding seats to resolve assembly jamming from manufacturing errors.

A retrofit light fixture system attaches to existing ceiling fixtures using a frame with clips and LED emitters.

Merged heat sink resolves size and complexity trade-offs while maintaining decorative aesthetic.

Spring-loaded tethered pin holders prevent loss during transit, ensuring correct quantities arrive at venues for rapid structural assembly.

A laser illumination device uses a ring assembly to propagate light along an inner circumferential surface for uniform intensity.

Recessed substrate portions house point light sources, reducing backlight thickness while maintaining uniform luminance.

A magnetically retained pivotal mirror on a telescopic flashlight resolves the trade-off between wide-angle light reflection and easy attachment.

Inverting convex lenses to concave parabolic surfaces resolves the contradiction between light condensation and heat dissipation in sealed LED searchlights.

Shape-conforming silicone interface connects control components to luminaire housings, filling voids between parts.

An annular clamp unit secures the light fixing part to prevent tilting and falling during operation.

Spring-loaded wing elements retract during insertion and extend to clamp the ceiling, resolving installation difficulty.

Rotary annular element drives a magnet to actuate a reed switch, preventing accidental triggering while maintaining watertight integrity.

A sequential automotive lamp apparatus illuminates directional LEDs within a single housing to create sweeping light effects.

A ceramic insulating unit extends the heat dissipation path from the LED module to the lamp base.

A lighting apparatus uses a reflector with a spiral guide portion to adjust light distribution angles through a movable body engaging the guide.

Replacing rigid Diehl lenses with flexible printed circuits reduces panel weight and simplifies manufacturing for aircraft retrofits.

A vehicle headlamp apparatus adjusts luminous intensity across partial regions using multiple lamp units.

A lighting fixture with a tool-less latching mechanism for cover removal and an auxiliary emergency light source.

Short wide PCB traces reduce inductance and dissipate heat, enabling high frequency light pulses that improve signal to noise ratio in TOF cameras.

A luminaire uses an interference fit with a resilient member to retain lighting modules without mechanical fasteners.

A solar lawn ornament uses a photoswitch to activate light-emitting devices on rotating blades during low sunlight.

Rotating lighting devices adjust orientation within a handle body to optimize light radiation direction while maintaining structural stability against wind.

Air ducts connect adjacent cooling fin intermediate spaces to enable transverse airflow, restoring the chimney effect in horizontal orientations.

Segmented emergency lighting housings connect via an elastic interconnecting means that transmits compressive forces while isolating thermal interference.

A head-mounted laser pointer uses a pneumatically controlled switch activated by user breath to toggle the beam without manual intervention.

A hanging plant growth lighting device uses a retractable structure and dimming module to adjust light spectrum and mounting height.

A flexible substrate with bendable units positions light emitting elements to accommodate varying inspection geometries.

A solar-powered light assembly uses sensors to automatically manage LED illumination without external wiring.

Rotatable panels protect lenses from damage while a retractable hook prevents interference with nearby objects.

Elastic clip connects housing parts to mount lighting on glasses, resolving detachability versus stability trade-offs.

A modular tailgate light assembly connects left, right, and middle sections to configure lighting for varying vehicle sizes.

A clip with a hinged movable plate adjusts to irregular shapes for secure attachment.

A lighting device assembly features a pivotable optic recess that houses the light source to maintain beam alignment during rotation.

Heat sinks with extended surfaces and synthetic jet actuators remove heat from enclosed LED fixtures, maintaining optimal lumen output.

Ergonomic handheld design merges high-intensity illumination and image capture to resolve the trade-off between portability and operational effectiveness.

A rotatable lamp cup connects to a stretchable lamp body via movable shafts for flexible positioning.

An extracted electrical connector assembly prevents wiring shorts and water ingress by managing excess cable length in a dedicated cavity.

A flexible heat sink member thermally couples to an LED light module to dissipate heat while allowing rotational movement.

A lamp support integrates a photoluminescent cavity to absorb and emit light, maintaining visible indicia on the structure.

Transverse incisions in the fastening profile allow modular separation and bending, resolving production complexity while adapting to curved surfaces.

Segmenting rotation limits into a groove and recess allows full 360-degree spin while protecting cables from twisting.

A linear luminaire uses a partition wall to create a thermal insulation space between the light interior and profile interior.

A hat-shaped metal strip mounts a ballast to a molded housing groove, transferring heat from the component to the structure.

A flashlight selector ring uses magnetic field sensing to detect rotational position for direct mode selection.