Lighting Support Devices TRIZ Cases

Extruded flexible plastic main body replaces heavy metal housing to reduce weight and manufacturing cost while maintaining structural strength.

Multiple brim-mounted LEDs provide simultaneous forward and downward illumination, eliminating mechanical pivoting mechanisms that increase failure risk.

A wireless LED lamp uses a magnetic part and buckling holes to create a secure, simple attachment mechanism.

An integrated portable stand merges power supply, control panel, and telescoping mast into one unit to eliminate on-site electrical connections.

Placing handles above the gravitational center stabilizes large light fixtures during transport, preventing tilting and dropping risks.

Segmented housings with a rotating plate and tilt rod provide directional control without adding fixtures.

Hinged arcuate tubular members fold the ring light into a compact eye shape, resolving the trade-off between portability and structural complexity.

Conductive clamps lock cables to display panels, enabling independent electrical transmission and secure suspension for variable width assemblies.

A leadframe substrate supports surface mount LEDs within a segmented display package, eliminating air gaps that cause hotspots and uneven color distribution.

A headlamp controller uses optical flow analysis to distinguish moving vehicles from stationary objects for precise illumination control.

Interlaced heat sink fins transfer thermal energy across minimal air gaps, reducing friction during light source adjustment.

Segmented LED lamp modules with continuous electrode wires reduce wiring complexity and extend service life by enabling independent module replacement.

A LED downlight apparatus uses a heat sink between the driver container and light source plate to manage thermal loads.

A stiffened bar overlaps a flexible circuit strip to secure light sources, resolving mounting rigidity issues in LCD backlight assembly.

Potting adhesive seals LED patch boards in transparent lamp cap housings to resolve insufficient brightness and unstable waterproof installation.

A back cover engagement structure joins a mold frame using intersecting side walls and Omega-shaped protrusions.

A rotating junction box pivots relative to a light fixture yoke to maintain electrical orientation during lamp adjustment.

A detachable induction camera lamp separates the wall-mounted base from the adjustable head to simplify single-worker installation.

A bridge seal connects modular warning light housing sections using integrated gutter seals to form a continuous enclosure.

A reflective cup redirects LED beams to reduce eye discomfort while an absorbing layer captures stray light.

Segmented optics and plenum chambers prevent foreign material ingress while airflow cools semiconductor light sources.

Radial and vertical bracket adjustments accommodate different opening sizes, eliminating costly surface modifications during fixture installation.

A unitary bracket supports plant trays while integrated clips retain grow lamps beneath the support surface.

A segmented heat sink transfers thermal energy from LEDs through an insulating plastic enclosure using external fins.

A light bulb apparatus separates wireless modules from heat sources using plastic caps to prevent signal interference.

A thermal optical diffuser conducts heat from an LED assembly to the base while focusing emitted light through openings.

Separating driver electronics from the LED light engine via a reversible connector enables independent installation of each housing component.

An ink-based light amount adjustment member intercepts harmful direct and reflected light to eliminate point-like spots and bright lines in the display.

Segmented housing and bendable neck orient illumination precisely while magnetic engagement simplifies attachment.

Movable light bars adjust geometry to modify irradiance distribution, solving non-uniform coverage near the source.

Interlocking modular housing segments the lighting system to eliminate custom construction complexity while maintaining structural integrity.

Segmented threaded holding units absorb horizontal shear forces and prevent ceiling bulges while allowing vertical adjustment for various lamp diameters.

Segmenting the light source from the control interface frees both hands while maintaining directional beam aim.

A pivotable joint assembly connects lighting enclosures to enable rotation around a defined axis.

A lamp base holder uses propping pins abutting conductive regions on circuit boards to enable rotation of the lamp cap relative to the base neck.

Adjusting power-supply line widths and lengths equalizes resistance, eliminating luminance non-uniformity caused by signal attenuation differences.

Split head sections in the universal joint flexibly deform via elastic gaps to prevent slippage and maintain stability under vibration.

Replacing heavy mechanical linkages with a belt drive reduces weight and cost while ensuring quiet, reliable operation.

Adjacent tilt and rotation screws on a bearing ring enable precise aiming without screwdriver reorientation, reducing installation time.

Motion sensing dock lighting switches between high and low beam modes to eliminate glare hazards for moving personnel while maintaining adequate illumination.

Nested optical components in a lighting fixture resolve housing thickness issues while maintaining structural integrity.

A vehicle headlamp leveling device uses an abutment protrusive portion to ensure stable mounting distance between the lamp housing and adjustment mechanism.

A pivotable bracket hinge uses spring-loaded thrust washers to generate adjustable friction torque between a cylindrical pin and bearing bush.

Sliding abutment members engage grooves on the lighting body to lock it in place, eliminating tool-based screw adjustments.

A lighting apparatus uses a thermally coupled plate and frame to conduct heat away from the light source.

A pivotable light head integrates a metallic heat sink and dual LEDs to resolve thermal management limits while enabling 110-degree orientation adjustment.

A sealing device with a transverse web and cover adapts to varying gap dimensions in lighting strip assemblies.

Transverse control panel enables single-digit operation of a tactical flashlight, resolving interference with firearm handling maneuvers.

Magnets attach a lighting base to truck bolts, raising illumination above the deck to prevent damage from rough terrain.