Lighting Support Devices TRIZ Cases

A recessed luminaire mounting bracket integrates directly with a junction box to secure the light fixture inside the axial portion.

A compact lighting assembly uses a solar-charged battery and light-actuated switch to control illumination.

Dual lighting modules with diffusion boards improve upward and downward illumination efficiency while simplifying assembly via elastic plates.

A modular strip lamp assembly uses detachable light bars and connecting members to enable flexible configuration.

A triangular lantern body positions three motion detectors at each apex to provide 360-degree coverage for portable lighting systems.

Segmented cap assemblies with integrated terminals improve outdoor waterproof reliability while simplifying automated string light manufacturing.

A flagpole lighting dome assembly directs illumination downward using a reflective structure.

An integral light source module simplifies assembly while a stowable hanger enables flexible direction.

Removable enclosures and a vacuum air passageway prevent condensation, reducing corrosion and extending component life in buried lighting.

Stacked transparent electrodes spread current to alleviate crowding and maintain light transmittance in larger LED chips.

A rotatable flashlight mount uses a hinged clamp to secure lighting on helmets, resolving adjustability constraints without compromising attachment reliability.

A cooling device uses a heat transfer plate to enable flexible rotation of the support body.

Segmented insulating body with resilient areas enables modular assembly, reducing manufacturing complexity while maintaining reliable electrical connections.

An articulated lighting device repositions a moveable light source over an aperture for diffuse room illumination or laterally for intense task lighting.

Segmented dual light sources illuminate front and rear monitor zones, reducing brightness contrast that causes eye fatigue.

A portable light uses a metal coil and elastomeric material to wrap around necks.

Gear teeth synchronize scissor linkages for precise aiming, while segmentation allows independent power supply integration.

A rigid headband pivot mechanism rotates the lamp to orient the light beam, preventing glare when worn around the neck.

Resilient mounting clip secures linear LED lamps to ceiling grids while routing network cables underneath to prevent interference with existing infrastructure.

A press plate secures an LED light panel against an inclined base surface, eliminating sequential screw installation to reduce assembly time.

Elastic protuberant strips fix light sources to a backlight module bottom plate, preventing base warping and improving thermal conductivity.

A connecting bridge joins linear LED luminaires with integrated wiring channels and locking tabs.

A polygonal prism head distributes LED chips across top and lateral surfaces for omnidirectional light emission.

A portable lighting device uses a flexible arm to position the head independently of the power supply housing.

Segmented lamp bodies join end-to-end using integrated slots and stop blocks, eliminating the need for multiple adjacent ceiling slots.

Segmented lamp tubes resolve storage constraints by combining modular sections with integrated control interfaces for adjustable lighting.

A spiral wrap LED lighting system uses a flexible tubular sleeve to mount light-emitting diodes for adaptable illumination.

Direct fasteners attach the unit to plasterboard, eliminating mounting rails and reducing installation depth.

A panel lamp uses a bottom case mounting groove and bendable suspending assemblies for secure overhead attachment.

A frameless optical film lens uses folded edge trusses to maintain a flat, distortion-free surface for light modification.

Screw coupling stabilizes the lens to extend lifespan while managing heat dissipation through integrated radiator structures.

Segmented support bodies with compression springs accommodate thermal expansion while preventing lateral glare during installation.

A colored diffuser lens plate counteracts unflattering facial coloring by filtering LED light before it reaches the camera.

Thermally conductive housing with pivotable cover manages heat dissipation from high-power LEDs to extend component lifespan.

Pivotable rods convert the frame between linear and arcuate states, resolving the contradiction between large illumination output and ease of transportation.

A lighting device uses a detachable arm to position the light source on either side of the support.

Dual camera heads replace infrared sensors to eliminate erroneous triggering, while a motor rotates the light toward detected objects.

A split-type lamp bracket uses a locking assembly to detach the lamp body quickly without tools.

Slits in the metallic casing function as slot antennas, resolving signal shielding issues and ensuring omnidirectional wireless communication performance.

A thermally conductive sleeve transfers heat from a light emitting module to the external environment via threaded engagement.

A segmented LED driver housing isolates the power source module within an independent electrical chamber to reduce operating temperature.

Mated extrusions join bollard components to create a flush exterior surface.

A holding unit guides a power cable along a rotating shaft axis to prevent entanglement during directional adjustment.

Segmenting the AC to DC driver from the bulb eliminates RF interference while maintaining high thermal performance through a dedicated heat sink.

A self-ballasted LED lamp tube integrates an internal driver circuit and electrically isolated pins to interface directly with existing fluorescent fixtures.

Segmentation and universality principles enable rapid fixture replacement in modular track lighting systems.

A mounting surface with a circumferential recessed groove retains coating agent at the component edge.

A biodegradable light socket clip uses a flexible multi-clip structure to secure electrical wires and bulbs.

A flexible backbone cable with an expandable member adjusts length to span varying structure dimensions, resolving adaptability versus complexity trade-offs.