Lighting Support Devices TRIZ Cases

Internal focus controllers nested in the heat sink adjust lens distance for adjustable spotlights, eliminating external protrusions.

Nested elastic clips engage limiting slots to reduce radial size and simplify installation for compact lighting.

Interlocking teeth on the pivotable heat sink and reflector prevent loosening from thermal expansion, ensuring stable light direction.

A magnetic holster pulls a device switch to the on position during withdrawal.

An elastic conductive terminal pops out of a driving housing while magnetic forces pull it toward a fixed cable, cutting assembly time.

A self-centering hyperbolic trim assembly aligns a reflector within a mixing chamber to guide light from an LED source.

Toothed guides on a cylindrical hanging lamp adjust the diffuser position, simplifying assembly and eliminating cable balancing.

Modular ceiling light apparatus with integrated driver module for simplified installation.

Bent housing leg ends create insertion channels for elastomeric sealing strips, eliminating manual gluing alignment errors during cover assembly.

An adhesive layer with high thermal conductivity bonds LED lead frames to a substrate, reducing temperature rise below 3°C on flexible printed boards.

An eccentric adjusting element deflects suspension cables to shift the application point, correcting inclination caused by weight distribution errors.

Offset LED array covers pivoting view range, eliminating fiber light loss and mechanical wear.

A flexible shroud covers the gap between an adjustable light engine and fixed housing, preserving visual aesthetics while allowing directed illumination.

A helmet-mounted signaling device uses segmented mechanical switches and a microprocessor to manage multi-mode visible and infrared emitter activation.

Segmented luminous modules resolve high transport costs from bulky integrated housings while maintaining independent fan and lamp performance.

A pivotable light cartridge directs LED output via a rotatable worm gear engaging radial ribs, resolving precision control and heat dissipation trade-offs.

A support socket uses axial co-axial connectors and biasing elements to secure fitting modules via camming surfaces.

A spring-loaded locking device secures tactical lights to Keymod and Mlok rails using a movable pull rod and rack mechanism.

A multi-orientation light clip integrates inline and gutter socket mounts to secure illumination fixtures on varied surfaces.

A rotatable lamp assembly integrates a sensor to detect surrounding objects without adding external mounting hardware.

A lighting device uses interconnected sleeves to position light sources and reduce glare without diffusive sheets.

Elastic plates push positioning members through guide holes to lock the lamp, preventing it from falling during vibration.

A modular grid lighting system uses integrated power supply segments to deliver line voltage and low voltage power directly to interchangeable modules.

A slotted reducer allows direct cable insertion into a luminaire mast joint.

A template fixes LED filaments to a bearing surface with a heat dissipation part, resolving insufficient thermal management in high-power bulbs.

Segmenting the flashlight into a fixed band and rotating housing enables hands-free operation while maintaining precise beam direction control.

Integrated circuitry on a flexible substrate reduces assembly time and improves reliability by merging components.

A curved flexible substrate positions sealing members below light emitting elements to direct optical emission.

Segmented suspension sections adjust longitudinal spacing between LED modules, resolving uneven distribution caused by rigid rail supports.

Universal clamping ring enables tool-free assembly of varied optics, resolving the trade-off between secure fastening and component compatibility.

A base member with a planar portion contacts solid-state light source stems to conduct heat.

Merges lighting and load-bearing functions to eliminate ceiling panel holes, preserving structural strength while removing tripping hazards.

Elastic seal between optics cover and gear tray secures the light-emitting plate, preventing contamination while simplifying assembly.

Universal mounting bracket uses embedded anchor elements to prevent rotation in plaster layers, eliminating the need for specialized brackets.

A foundation plate couples to ground anchor tubes via tension bolt adapters for rapid cellular pole installation.

Rotating a threaded stem drives a lock piece along a ramp to trap a thin wall between the lock piece and flange, enabling single-side installation.

Motorized pan-tilt mechanisms with inductive position feedback resolve the contradiction between high illumination intensity and device complexity.

Teeth on the trim ring engage heat sink recesses to join the lens, eliminating extra parts and reducing assembly errors.

Adjustable electric units slide along a rail unit to receive power from contact electrodes, eliminating separate wiring for flexible positioning.

A rotatable terminal holder switches between a decorative surface and an exposed charging interface.

Segmented connector bodies house electrical contacts in recessed cavities, preventing component interference and enhancing light brightness.

Recycling reflectors redirect scattered light back through the LED chip, resolving the contradiction between device simplicity and high illumination intensity.

Segmented nonconductive holders replace hazardous metal awards, enabling safe location tracking.

A downlight assembly employs a twist-lock trim system and snap-fit lens to resolve the trade-off between universal trim compatibility and assembly time.

Segmented bracket channels position linear light fixtures at predetermined intervals, eliminating uneven illumination zones that harm plant growth.

Integrated light modules enable hands-free operation while protecting internal components from moisture and debris.

Segmented molding and protective nesting prevent light source damage from injection pressure, reducing defective rates.

Nested bearing surfaces protect against water ingress while adjustable bolts replace welding for easier assembly.