Lighting Support Devices TRIZ Cases

A reflective portion over a thin resin film redirects light to the convex layer for uniform emission.

Rotating the lamp body relative to a magnetic support provides stepless side lighting angles, eliminating the need to carry multiple devices.

A lighting device mount uses a circumferential rim, embedded magnets, and tiedown apertures for versatile attachment.

A non-metallic tubular lamp post uses modular carrier modules to integrate external components within a compact structural enclosure.

A passive cooling lighting fixture uses vented end caps to circulate air and dissipate heat from LED sources without moving parts.

Segmented positioning sheets ensure complete alignment between LED sources and light guide plates, increasing utilization rates.

A compact light attachment uses a removable elastic sleeve to secure the device onto carrier structures.

Rotary bearings and a locking mechanism align field devices on inclined surfaces, maintaining stable measuring positions against vibration.

An internal reflector redirects total internal reflection at the glass-air interface, reducing glare and increasing optical efficiency.

A support arm device uses a rotating adjusting member to shift a driven member, altering the distance between components for precise positioning.

A cordless lamp button assembly uses a sliding protective cover to shield the switch trigger surface from accidental contact.

Lateral flanges secure recessed tracks within standard drywall to eliminate visible hardware and avoid joist notching during installation.

A downlight housing integrates an insertion lock structure to secure a segmented spring head portion for automated installation.

A runway light fixture synchronizes internal LED units using a power-on delay signal to reset counters and initialize toggles.

Directly affixing neodymium magnets to LEDs via epoxy resins combines magnetic mounting with heat dissipation, eliminating bulky external heat sinks.

Integral lamp guides on a prism reflector position lamps to eliminate dark regions between sources and ensure uniform brightness.

Segmenting the light engine into a removable module resolves the contradiction between environmental sealing and maintenance access in hazardous locations.

Segmented power strings with redundant elements maintain illumination intensity when individual LEDs fail, avoiding total array shutdown.

Rotatable trim structure corrects post-installation misalignment in recessed lighting fixtures, eliminating costly reinstallation.

Segmentation and parameter changes allow a flexible synthetic window to compensate for manufacturing tolerances during releasable assembly.

A carbon fibre support substrate dissipates heat from LED modules while reducing overall device weight.

A wall-mounted lighting device integrates a printed circuit board substrate with the base plate to conduct heat directly toward the mounting surface.

Rotating joints with magnetic coupling connect modules for 3D layouts, resolving the trade-off between assembly simplicity and configuration versatility.

Coupling LED fixtures to irrigation pipes conducts waste heat away, eliminating internal cooling mechanisms and reducing fixture costs.

A recessed downlight uses a guiding structure and introducing module to enable spiral installation of the heat dissipation housing.

An oblique illumination ramp resolves glare and shadow contradictions, enabling real-time droplet size adjustments in dark environments.

An LED lighting device integrates a projection module and night light for dual functionality in dark environments.

Segmented heat sink maintains LED temperature while rotatable lens adjusts beam direction in enclosed spaces.

A motion sensitive lamp coupling mechanism joins the lamp body to the base using an engaging structure and a limiting element.

Separating the LED driver from the heat sink reduces fixture weight and simplifies maintenance.

Segmenting power electronics from the LED lamp structure enhances heat dissipation and service life while reducing weight for easier mounting.

Nesting the rotation mechanism inside the luminaire channel reduces profile height while maintaining structural integrity.

A lamp housing integrates a universal module connection device for detachable attachment of interchangeable fastening modules.

Narrow-band red phosphors achieve high color rendering while maintaining luminous efficacy and reducing heat generation.

A recessed lighting fixture uses a sliding driver housing to access internal components.

Segmented socket pins maintain safe distances between male and female connectors, enabling flexible multi-end power feeding without electric shock risk.

Elastic wire hooks adjust tension states to facilitate easy mounting and demounting, reducing servicing time and accident risks.

A rotatable latch secures a light fixture sled to its housing without requiring vertical clearance.

An articulating clamp assembly with a tenon sleeve creates a continuous concealed conductor path through the joint.

Merging two units through matching portions achieves omnidirectional illumination while maintaining individual lamp simplicity.

Slidable bar hangers and rotatable brackets allow workers to adjust length and rotate fixtures, eliminating hazardous ladder balancing during installation.

Irradiating the lower canopy with 580-780 nm light overcomes insufficient light penetration, increasing floral yield.

Steering wheel switches send wireless commands to a vehicle spotlight controller, eliminating manual aiming that compromises driving control.

A rotating elastomeric mount secures a flashlight to a support structure using interlocking teeth and a central fastener shaft.

Spring bands deflect inward for insertion and expand to secure retrofit downlight fixtures without tools.

Elastic terminal portions latch into rail recesses to prevent accidental disconnection during repeated attachment cycles.

A joiner bracket with a depressed ramp region converts vertical screw movement into horizontal longitudinal motion to pull fixture sections together.

A waterproof lamp design replaces metal holders with a rubber base and threaded cap.

An integrated battery eliminates bulky external power packs, resolving the trade-off between user mobility and reliable illumination.