Lighting Support Devices TRIZ Cases

Segmented LED modules with standardized pitch resolve assembly complexity while ensuring uniform illumination across varying lengths.

Integrating the heatsink into the housing wall reduces downlight height, enabling lower floor-to-floor construction costs.

A high voltage LED array uses segmented chips and a control circuit to adjust electrical current for precise color point management.

A diffusion panel scatters light from a backlit jewelry device to eliminate hot spots while enabling modular frame designs that reduce material waste.

A lighting arrangement uses a trim assembly and spring arms to secure the housing.

Integrated wire guides rotate within a double-axis lamp joint to conceal electrical conductors and prevent entanglement during flexible positioning.

Bendable flanges on a telescoping hanger bar enable tool-free mounting across diverse ceiling structures without increasing height or footprint.

A strip lamp uses a rotational latch to join the cover and groove body without fasteners.

Rotatable arms fold into a hub to shrink volume, resolving the contradiction between lighting coverage and portability.

A portable electroluminescent lamp assembly stabilizes illumination within containers using a dedicated holding member.

A polyhedral user interface controls lighting color by orientation and intensity by rotation.

Conductive rails embedded in power bars enable hangers to distribute electric power to pendants anywhere along the bar, resolving fixed-position limitations.

Segmented luminaire and track adapters enable universal coupling across multiple track types, reducing inventory complexity.

Dual-layer housing integrates LEDs and controllers to resolve complexity trade-offs while boosting visibility.

An angled light channel guides trapped photons toward an escape surface, resolving the 40% efficiency loss in miniaturized LEDs.

A neck hanging LED lamp integrates a light source and electronic timer on a deformable main body for hands-free operation.

Segmented LED light bars suspended on hooks eliminate complex drilling and high voltage risks while ensuring uniform brightness.

Optical plate rising area directs narrow-angle light sources to create uniform illumination without a light guiding board.

A spring with a rotatable fixing end enables single-handed installation within a down lamp elastic assembly.

Hollow elongate housing with translucent panels directs light outward while shielding components from debris, ensuring visibility in low-light conditions.

Sliding neck and rotating base eliminate manual screw engagement, reducing manufacturing costs while maintaining connection stability.

Elastic snap-fit connection prevents insertion rod loosening, ensuring long-term stability and simple assembly.

Articulating mounting fixture adjusts light direction to eliminate shadows while lightweight design ensures user comfort during prolonged medical procedures.

An inclination sensor dynamically adjusts the optical axis to prevent reflective glare from entering user eyes.

A hinged LED display screen folds automatically via a motor and winding reel, resolving space occupation issues while maintaining stability.

A lighting apparatus uses a sliding track to adjust light direction and tilt angle for flexible illumination.

Rotational hinging in telescoped leg carriages resolves binding and misalignment during transport-to-use conversion.

Segmented baffle components with coupling features enable deep ridge luminaire designs.

A plug-in exit light housing uses a snap-fit mounting plate to enable quick assembly and battery replacement.

Segmented light source modules mimic outdoor sky patterns to resolve non-uniform ceiling illumination.

An elastomeric ring couples a solar-charged LED base unit to hollow decorative objects, extending nighttime glow duration without external power.

Third baffle extends behind the socket to hide rivets and screws, resolving the contradiction between structural integrity and visual appearance.

Parallel socket orientation maintains linear bulb alignment during mounting, resolving orthogonal extension misalignment issues.

A supplemental lighting device blends light from primary and auxiliary units to create a uniform lit appearance across the lamp housing.

A flexible light strip uses a slot to clamp metal wires, enabling precise planar or three-dimensional shape formation.

A guide roller combination and operating cord adjust a suspended lamp's height to match plant growth stages, reducing energy consumption.

A lighting fixture assembly uses a mounting plate with a recessed portion and magnetic members to secure the chassis without direct electrical connections.

A composite sleeve combines transparent and diffuse sections to switch lighting effects on an LED strip.

Self-aligning mounting members reduce manual labor during installation while enabling flexible light emission adjustment.

A movable light engine bracket shifts components through a base opening.

Rotating the head controls LED intensity via electronics, avoiding bulky mechanical switches that expand device complexity.

Integrated V-shaped clips merge fastening and support functions to simplify assembly and lower manufacturing costs for linear luminaires.

A socket and plug mechanism interrupts a conductor track to electrically connect an LED load across circuit boards.

Segmented LEDs on a flexible cable deliver consistent brightness across large areas without external power sources.

A battery pack mounts a light source to its housing, powered by internal cells to function as a standalone lighting device.

Segmented cover members pivot to secure the upper column section, preventing unwanted movement during maintenance while resisting high wind forces.

An elastically deformable pivot link holds light modules in position without capsules, absorbing vibrations to prevent breakage.

Curved wing mounts eliminate bolted hardware complexity while enabling easy light source relocation and maintenance.

A modular lighting assembly mounts above ceiling grid intersections using a segmented housing that extends downward to create a unified light emitting surface.

A light assembly uses a processor device to generate red, green, and blue light through controlled electrical terminals.