Lighting Support Devices TRIZ Cases

A magnetized bar secures an indicator light to tractor trailer wheels for visual rotation status detection.

A junction box with an integrated female socket and locking mechanism enables plug-in light fixture installation.

A flexible belt-like LED light uses a partition plate and curved diffuser to distribute light evenly along its length.

Compressible ring members fit bulb holders into tubes to maximize airflow, reducing heat buildup while maintaining consistent light intensity.

A track system with translational axes guides connectors to reorient a longitudinal structure between upright and inverted positions.

A modular LED lamp system uses a universal socket assembly to adapt lighting modules across screw, bayonet, and prong fixture bases.

Adjustable coupling mechanism secures flashlight to helmet adaptor, resolving the contradiction between stable mounting and directional adjustability.

An elongated inner lens disperses light from orthogonal sources while diffusion reflectors reduce brightness variations across the emission area.

A downlight assembly uses intumescent material to expand within a mounting ring and shield low-melting-point heat sinks.

Segmented capacitive sensors prevent accidental activation by requiring intentional contact, ensuring reliable touch control for the reading lamp.

Segmenting the battery module onto the wheel rim reduces spoke weight and aerodynamic drag while maintaining bright, long-lasting illumination.

A track head conduit couples directly to a baseless light bulb assembly, removing the need for traditional lamp holders.

A retrofit kit featuring a light engine with foldable tabs and an adjustable mounting bracket enables straightforward installation in existing fixtures.

A lamp base integrates electrical connection parts with carrier-mounted semiconductor components to simplify assembly.

A lamp uses a movable light source module within a shell to adjust illumination range and brightness dynamically.

An embedded magnet replaces fixed brackets, enabling repositionable mounting on iron surfaces while eliminating complex mechanical structures.

Rotating the magnetic kicker reflector adjusts the wall-wash direction without removing the fixture, eliminating re-installation time and costs.

A power connection unit merges electrical terminals with structural components to establish secure contact between the bulb head and power PCBA.

A folded multilayer substrate mounts LEDs on opposing surfaces to achieve homogeneous light distribution without additional lenses.

A linear LED module socket uses a lever-actuated resilient locking mechanism to secure the light module.

Internal channels guide wires through the holder body while a thermal pad conducts heat from LEDs, resolving complex wiring and reliability issues.

Biasing members press segmented heat sinks against a housing to dissipate LED heat, preventing color shift and lumen degradation.

A modular lighting apparatus uses a connector plate and safety hooks to secure the light unit within existing housings.

Segmented sub-assemblies connect via sealed couplings to overcome shipping length constraints while maintaining environmental ruggedness.

Self-service automatic screw tightening eliminates manual tool use and safety hazards during high-position ceiling lamp installation.

Electrical height adjustment replaces manual suspension to resolve accessibility bottlenecks for ceiling-mounted luminaires.

A magnetic strap hook employs a sliding magnet holder to prevent detachment caused by tilting when binding straps swing.

Segmenting lighting from panels preserves structural strength in walkable clean room ceilings, eliminating tripping hazards and costly panel modifications.

Electromagnetic induction charging pad recharges onboard power source, eliminating bulky battery packs while enabling color change effects.

A compact headlamp pivoting plate combines pivot and translation functions to reduce volume while maintaining stability during active use.

Sheet metal forming replaces die-casting for the luminaire body, reducing material stress and shipping volume while maintaining structural strength.

Snap-in connections enable cardanic suspension in recessed luminaires, resolving assembly complexity and design restrictions of bayonet mounts.

A resilient hat brim clip uses a textured wedge panel to grip devices securely.

Segmented illuminating devices connect via rotary joints to expand the irradiation area, resolving fixed beam limitations in safety lamps.

An adjustable torsion spring assembly lowers the light engine via a support wire, protecting electrical components during maintenance.

Self-propelled lighting units traverse orthogonal tracks to reposition illumination, eliminating manual labor during spatial reconfiguration.

Snap-on bar and hook connectors align LED modules while adjustable supports maintain stability across varying array lengths.

Separating sidewalls from the bottom via engaging structures resolves the trade-off between manufacturing simplicity and installation flexibility.

Flexible holder slots accommodate dimensional variations to prevent damage during assembly while maintaining firm lamp retention.

Segmented mounting base protects power adapter while pivotal connection allows adjustable illumination direction.

Overlapping electroluminescent plates block stray light between modules to eliminate bright spots and dark areas in irregularly shaped rooms.

Integrating a second light module into the lens reduces space requirements and fastener count while maintaining effective light transmission.

A direct backlight unit positions support structures between adjacent light emitting diodes to maintain diffusion plate stability.

A vehicle detection apparatus calculates a pitching amount from vertical coordinates of light spots in captured images.

An open frame backlight module uses a reflector sheet sidewall to bridge the gap between the light source and front frame.

A spherical metal housing dissipates heat from deep-sea LEDs through lateral conduction, preventing thermal runaway in high-pressure environments.

A substrate with parallel functional sections separates into identical daughter substrates for simultaneous processing.

Remote solar charging station reduces luminaire housing size to resolve mounting complexity across varied surfaces.

Merges inverter units with backlight substrates via through holes, reducing vibration noise and assembly complexity.