Lighting Support Devices TRIZ Cases

Spring-loaded clip mechanism secures elongated LED lighting units to parallel supports without manual twisting.

A retrofit switch apparatus integrates a wireless module and driving structure to enable remote operation of mechanical switches.

A luminaire system with a movable light source and redirection element shifts between top and interlighting positions.

An extruded translucent housing clamps a leadframe light engine, reducing production costs and environmental impact while improving heat dissipation.

Inverting the night light orientation directs illumination downward to eliminate user discomfort from lateral glare.

Segmented sleeves enable reversible customization without altering the original device condition.

A foldable lamp uses a rotatable supporting unit to enable horizontal placement and hanging configurations.

A mobile lantern lighting device uses a divider to separate first and second LED outputs for flexible illumination.

A recessed downlight fixture uses a foldable ring and levers to adjust the light source position.

A transparent dome with an unobstructed region channels upward light beams from LEDs to illuminate walls and ceilings.

A flat light source unit uses a silicon mold to encompass the connection cord on the PCB for stable electrical attachment.

Slanted groove portions in a flexible substrate member distribute stress away from light emitting elements, preventing malfunction during bending.

Positioning members insert into guide holes and tighten in locking grooves to prevent screws from loosening during vibration.

Tapered sleeve segments and a threaded clamping assembly create a wedged interference fit, eliminating tool requirements for secure mounting.

Segmented links with rotational joints resolve the trade-off between structural stability and design flexibility in ceiling lighting fixtures.

A lighting apparatus uses a detachable optical plate inserted into a sliding track to redirect light from multiple LED chips.

Segmented rotating emitters deliver uniform photon flux to crops while air convection dissipates heat from high-intensity sources.

Perimeter and torsion clips engage trim and housing surfaces, reducing installation complexity and manufacturing costs.

Segmented lamp protecting member routes wire to pressing part, preventing solder cracks from external force and reducing production time.

A dynamic liquid optic uses a reservoir and total internal reflection to direct light automatically based on gravitational forces.

Segmenting cooling fins into the base reduces light source bulkiness while maintaining high-power LED temperature control and directional flexibility.

Offset rotational axes allow lamp orientation adjustment for varying ceiling slopes without increasing fixture complexity.

A compact lighting junction box integrates housing and electrical connections into a single unit with adjustable vertical mounting.

Nesting a heat sink within the enclosure resolves the trade-off between maximizing light transmission and dissipating heat from the LED assembly.

Segmented upper and lower rod bodies connect invisibly to eliminate axial seams, enabling transfer printing on the outer pipe surface.

Segmentation and flexible shells isolate components while the cover allows user interaction without compromising the watertight seal.

An articulated clamping light stand with spring-loaded jaws enables rapid repositioning of trouble lamps along a directable shaft.

Segmented lamp holders with universal plugs allow users to cut and reconnect the flexible circuit board, resolving installation complexity.

Segmented LED arrays and photodetectors maintain illumination uniformity despite diode failures in avionics displays.

A luminaire uplight assembly uses a reflector and secondary emitter to direct light through an upper cover opening.

Magnetic coupling enables hands-free and hand-held operation modes while maintaining structural stability.

Extending the frame into back bezel through-holes creates multi-directional interference that resolves insufficient joining strength and prevents mold damage.

Integrated positioning plates on the lamp holder enable light direction adjustment while reducing component complexity and assembly difficulty.

A lighting apparatus integrates a fireproof protective cover and heat dissipation materials to secure LED modules.

Horizontal sliding motion minimizes light obstruction during tilt adjustments, maintaining illumination intensity across varying ceiling thicknesses.

Swivel covers and power guide slots streamline tri-proof lamp assembly, preventing wire stranding while maintaining waterproof integrity.

Hollow track shells integrate power rails and light guide end caps to remove dark zones between fixtures, ensuring uniform brightness without complex wiring.

An appliqué seals transducers and harnesses to protect electronics from moisture while snap connectors detach the battery pack for laundering.

Segmenting the light source into multiple distributed LEDs eliminates dead zones caused by single-point sources and mechanical joint limits.

Segmenting the lamp tube from the holder reduces material waste by enabling independent component replacement.

A lamp body rotates within a base shell cavity using a damping fit to hold the light exit angle.

An inter-pane circuit in a double glazing system eliminates back-scattering light while protecting components from weather damage.

Segmenting the luminaire allows replacing defective LED modules while retaining functional heat sinks, eliminating unnecessary component waste.

An automated aircraft lighting system replaces manual initialization with real-time visual tracking to illuminate moving ground targets.

Segmented branches with reversible clipping connections resolve the trade-off between structural stability and compact storage volume.

A flush-mounted box uses a longitudinal rail and sliding bracket to position connections outside the housing for direct visual inspection.

A backlight module thermal chamber forms an internal air flow channel to enhance heat dissipation from the light source.

A plug integrates a power converting unit to transform alternating current into direct current for LED lighting.