Lighting Support Devices TRIZ Cases

Series electrode patterns distribute power to LED packages, preventing voltage drops and maintaining light efficiency with fewer components.

Insulating spacer prevents conductor coverage of the casing slit, preserving radio wave passage and communication reliability.

Segmented flexible fabric panel and rigid handle resolve flaccidity issues while integrated LED illumination ensures clear team identification during swinging.

Embossed column and row supports on the reflector guide LED strip placement while connector hooks engage troffer walls to overcome T-bar obstructions.

Ultrasonic welding fuses the diffusing plate to the surface ring, achieving IP65 waterproof reliability without adding complex sealing gaskets.

Segmentation and dynamics resolve the complexity trade-off, enabling tool-free angle adjustment and watertight sealing without redesign.

Flexible corrugated housing accommodates thermal expansion while providing environmental protection for outdoor LED installations.

Segmented fixing elements secure the strip within an elastic profile, balancing structural firmness against manufacturing costs.

A metallic heat-diffusing wall conducts thermal energy from the LED circuit board to the environment through direct conduction.

A spinning inner cover with cutout patterns projects flowing silhouettes through a frosted lamp shade.

A vehicle LED lamp controller uses a preheating circuit to supply small current for low temperature operation.

Marking devices on the lamp body guide installers to align internal positioning members, resolving visibility issues in concealed mounting structures.

A backlight unit chassis integrates circuit patterns directly onto an insulating layer to mount LEDs without separate printed circuit boards.

A central chimney structure cools LEDs while a reflector directs light output toward the target area.

A tilt mechanism with a drive gear ring and pivot system adjusts the light source orientation within a fixture housing.

A foldable anchor suspends a ceiling fastener from a slot in the supporting element of an electrical connection device.

Magnets and isolated conductive frames secure 3D block connections, preventing short circuits caused by gravity-dependent mechanical contacts.

Rotatable optical elements adjust beam aspect ratios, resolving the trade-off between manufacturing simplicity and versatile directional lighting.

Adjustable LED modules illuminate plants from multiple angles, resolving shading issues and reducing heat generation by 70%.

Elastic fasteners suspend ceiling lighting fixtures to resolve gypsum board safety and complexity constraints.

A single illumination device merges downlight and spotlight functions using a reflector and lens to direct light from separate lamp bodies.

Nested housing components protect the electrical connection from ground water exposure, preventing ground faults and electrocution risks.

Integrating a molded USB connector tray eliminates multiple charging cables while the flexible stalk directs light without complex mechanisms.

Inwardly-directed ledges and hanging tethers secure a removable face plate, allowing free access to internal components without removing the permanent housing.

Segmenting the driver from the lighting module enables retrofitting into existing recessed can downlights without replacing the fixture assembly.

An elastic safety band integrates reflective and phosphorescent rings to provide continuous visibility for nighttime activities.

Metal doping reduces refractive index mismatch to minimize scattering losses and haze while maintaining color filtering in polycarbonate.

Alternating first and second light source blocks with varying distances compensate for edge brightness drops to improve uniformity.

Segmented LED zones with air gaps maintain uniform temperatures, resolving color variations caused by thermal differences in large displays.

An integrated lamp system merges vehicle and warning signals into a single housing using high-output LEDs.

A boundary-mountable lighting system uses a pan assembly and tilt adjustment screw to direct visible light emission.

A downlight locking spring secures the light fixture to the mounting frame through elastic force.

A pendant luminaire replaces manual pulling with a near-field sensor and motorized winch, preventing dirt accumulation and detachment risks.

A backlight unit connector protrudes through a bottom cover hole, exposing the connection point externally to simplify wiring and reduce bezel width.

An integrated sleeve housing a battery and switch illuminates dark workspaces without permanently adding weight to the tool.

A rotatable night light body pivots around a fixed plug to conceal or expose the wall receptacle.

Die-cast bosses eliminate secondary machining, reducing costs while maintaining waterproof sealing integrity.

Integrating LED lighting into temple members resolves bulk and weight issues while maintaining aesthetic appearance for low-light tasks.

Integrated LED lighting modules mounted on vehicle lift arms provide shadow-free illumination for precise mechanical adjustments.

A fleet manager module choreographs unmanned aerial vehicles to form synchronized three-dimensional displays using individual light-emitting payloads.

A smooth-surfaced LED PAR lamp design with a thermally conductive base plate and body that conceals the electrical module.

Universal mounting plates enable the bow to latch on either side, resolving left-right handedness conflicts.

Varying light source pitch on a board reduces dark areas between adjacent modules while maintaining electrical clearance distances.

An indented carrier plate nests the driver below the LED array, reducing device complexity during retrofit installation.

A tensionable finishing shroud secures to a downlight housing via frictional couplings and a flexible flange.

Segmented light modules with independent pivoting adjust illumination patterns to prevent unwanted light from entering private homes.

Distinct first and second ON periods in light signals prevent label swapping when devices turn off.

A motorized directional lighthead assembly rotates the beam via a gearbox and user-operable switches.

Rotating light housing on a universal mounting base directs illumination in multiple directions without dismounting.