Lighting Support Devices TRIZ Cases

An occipital stabilizer cradles the rear of a surgeon's head, resolving stability comfort trade-offs without excessive tightening.

A perpendicular mounting bracket secures an elongated tubular LED marker in a vertical position on curved snow plow surfaces.

Segmented LED tubes use rotating hinges to collapse for shipping while allowing adjustable light direction during operation.

Segmented LED light bars connect via universal interfaces to resolve the trade-off between manufacturing cost and environmental adaptability.

An electromagnetic suspension system reduces frictional resistance in the swing frame, extending battery life while maintaining continuous flame simulation.

Segmenting the unit into a removable LED bulb and magnetic mount reduces glare distraction while enabling rapid installation via an extension pole.

Relocating driving devices within the lamp housing protects components from rainwater damage that typically compromises conventional support-mounted designs.

Hinged illumination units and a nested auxiliary flashlight provide side and downward lighting to eliminate the need for multiple devices.

Integrated golf cup lighting uses electromagnetic induction to charge batteries, improving hole visibility without manual wiring.

A flush-mounted LED light uses a support plate as a heat sink to dissipate thermal energy from the illuminant.

Segmented LEDs eliminate shadows during cutting-in tasks by distributing light from multiple angles around the brush ferrule.

LED array illuminator with collimators and dichroic filters generates uniform spectral beams, reducing size and cost while boosting brightness eightfold.

A vehicle lighting matrix uses a widening optic unit to deflect light from individual sources through polygonal reflectors and lenses.

A segmented adapter head rotates less than 70 degrees to engage track conductors, reducing installation interference near obstructions.

A directional accent luminaire features a segmented housing with integrated heat-dissipating fins and interchangeable reflectors for customizable light distribution.

Hinged light-emitting modules rotate around an end cover while a telescopic sleeve rod extends to resolve fixed position constraints.

Non-symmetrical reflector cup curvature distributes LED light uniformly, resolving pixelated appearance and bright center issues in traffic signal lenses.

Interchangeable temple fasteners allow a headlamp to mount on diverse eyewear, resolving conflicts between illumination and user vision.

A helmet mount uses a rotatable arm and slider bracket to position electronics on the chin guard.

A vehicle light bar mounting foot uses a recessed platform to hold slidably received bases and rotatable enclosures.

Segmented male and female halves with multi-functional O-rings resolve the trade-off between adjustable friction and device complexity.

A laser target pointer uses a biaxial pivoting mechanism to adjust the aiming point position.

Exposed connection pads in the substrate port allow automated equipment to engage components, resolving manual assembly bottlenecks and improving yield.

Form-fitting connections align modular LED components while accommodating thermal expansion differences.

Sliding grooves and a lock piece engage an outer ring track to adjust mounting firmness for varying ceiling thicknesses without tools.

A telescoping pole support uses a spring-biased upper section and locking assembly for height adjustment.

Segmented connectors join parallel and perpendicular power bars, resolving adaptability versus complexity trade-offs.

Nested aluminum beams reinforce ceiling strength without adding weight, allowing internal maintenance while preserving the contamination seal.

A lighting assembly uses a rotatable frusto-spherical housing to direct light emission through an adjustable lens mechanism.

Nested rotating members in an adjustable supporting frame orient a lighting device without increasing structural complexity.

Indexed teeth and grooves on the adjustment arm provide discrete angular positions, resolving positioning complexity while thermally separating LED components.

A dead front actuating assembly uses a back light to illuminate a switch through an opaque cover plate.

Segmented LED tube lamps use a coaxial connection member to join lighting members, resolving the trade-off between high power output and visual continuity.

A solar-powered lighting system features a deployable stand that converts outdoor fixtures for indoor emergency use.

Hydraulic drive means pivot the segmented mast from horizontal to vertical, eliminating manual assembly in hazardous zones.

A modular lighting system uses multi-armed connectors to join structural frames and route power cables through hollow tubes.

Segmented magnetic wires replace complex mechanical clips, enabling easy mounting and dismounting of decorative lights on metal surfaces.

Internal power buses and connector interfaces eliminate soldering requirements and reduce voltage drop, enabling extended lengths beyond thirty-five feet.

Spring-biased brackets press LED modules against extrusions to improve heat transfer while plug-in connectors enable flexible positioning.

An integrated rotary plug holder simplifies assembly and reduces metal usage while enabling precise illumination angle adjustment.

A projector UV/IR filter tilted between 13 and 30 degrees redirects reflected radiation away from the light source.

Segmented expander plate accommodates variable device types without standard box constraints, resolving adaptability complexity.

An internal pulley assembly within a flagpole truck enclosure conceals hardware for better aesthetics while blocking pins allow rotation control.

Protruding lead frames dissipate heat from mounted elements, reducing low-reflectance exposure that limits power efficiency.

A fixture mount member integrates quick connect members to join electrical wires and secure the fixture.

A movable bracket assembly with hinged arms positions the drive power supply outside a ceiling panel for convenient wiring access.

U-shaped bases clip onto PCB edges, bypassing vertical clearance constraints from heat sinks.

A light emitting diode module uses a no-connection pin linked to a conductor for electrostatic discharge management.

Rotating disk adjusts cable attachment to correct asymmetrical weight distribution and prevent lamp tilting.

Elastic arms press the shield base against channel walls to stop light leaks at segment junctions, improving energy efficiency.