Lighting Support Devices TRIZ Cases

Articulated arm segments with retractable locking improve light positioning while reducing airflow disruption and easing theatre cleaning.

Magnetic coupling lets a rotating housing self-rotate on a seat without an exposed support, preserving sealing, appearance, and low-noise motion.

A flywheel-linkage lens drive keeps rotating through end positions, enabling faster optical transitions with precise control and lower energy use.

A movable magnetic locking member lets a handle screw on freely, then index precisely and resist rotation for secure, damage-free disassembly.

A collapsible collar-and-leg structure with pivoting light heads makes the work light compact to carry yet flexible in height and beam direction.

A spring-loaded light mixing rod stays in face contact with the LED, reducing air-gap losses, optical variation, and vibration damage.

A spherical snap-fit joint lets the lamp head detach from the body while keeping 360° rotation for flexible lighting, compact storage, and transport.

Dual biasing members and a lockout mechanism let a display arm support heavier monitors while preserving smooth, stable positioning.

Detachable lamp rods and arc-tube chassis joints cut storage space and simplify angle adjustment without sacrificing stand stability.

A magnetic quick-draw end cap uses retaining members and a locking groove to keep a flashlight secure yet instantly detachable in emergencies.

An internal flange connector joins tubular luminaire modules with easier alignment, strong wind resistance, and accessible electrical routing.

A reusable trimming tool levels, positions, and secures two-point suspended luminaires so one installer can trim cables and maintain orientation.

Perpendicular and angled set screws clamp collars around a pole tenon to keep top-heavy luminaires secure under vibration.

A motor-driven flywheel and linkage keep lens motion continuous, cutting end-position deceleration, transition time, and mechanical stress.

A pocketed bayonet groove and hidden blocking element prevent hand loosening while keeping assembly simple, secure, and easy to release.

Sensors and propulsion stabilize portable fixture supports upright without heavy bases, maintaining alignment in changing conditions.

A locking adaptor and spring-loaded quick-release base let one person mount or remove large light source components quickly and securely.

Collapsible legs, a telescoping body, and pivoting light heads make remote work lights easier to transport, deploy, and position stably.

A sliding collar, collapsible legs, and pivoting light heads make the work light easy to transport, stable to deploy, and flexible to aim.

A hinged support leg and stability bar let a larger light panel stand upright and angle easily for better body targeting and light coverage.

Detachable support sections, docking joints, and rotating studs speed boom arm length and angle changes for more efficient lighting setup.

A concealed twist-lock mounting joins the tubular light housing without screws, improving appearance, assembly speed, and connection security.

Spring-steel collars with perpendicular and angled set screws keep top-heavy luminaires secure on shallow-inserted pole tenons under vibration.

Integrated clip, magnet, tripod mount, and nested kickstand give a portable work light stable hands-free positioning across varied surfaces.

Spring-loaded contact keeps the light mixing rod pressed to the LED, removing air gaps for more consistent optics and higher light transmission.

Split mounting arms use one fastener to reinforce streetlight brackets on poles, improving stability against wind and rain.

Balanced horizontal and vertical frame coupling cuts load stress and sag while enabling fast, visually verified optical fixture installation.

A crankshaft and connecting rod let a retractable aircraft headlight stow compactly while holding stable at high speed.

Articulated arm segments lock operating theatre lights in precise positions while reducing airflow turbulence and preserving infection control.

A conical adapter and locking peg secure lighting units without play while allowing fast, tool-free removal for maintenance or replacement.

Angled yoke rotation axes keep medical lamp controls reachable in horizontal use while cutting weight and enabling modular suspension design.

Pre-installed headed screws slide into countersunk base slots to simplify flat-pack lamp assembly while keeping the stem joint strong and stable.

A tension arm assembly balances lamp self-loads for free-stop height adjustment in low-ceiling spaces while keeping the display angle stable.

A threaded actuator hinge lets pole-mounted equipment be lowered for ground-level servicing, avoiding lifts while supporting pole retrofits.

Multiple mounting features, including a kickstand, magnet, clip, and tripod base, keep portable lighting stable and hands-free in varied locations.

A floating stop inside the hub enables full extension arm rotation while cutting stacked parts, footprint, and integration complexity.

An adjustable clamping adapter mounts LED luminaires on existing crossbeams without structural modification, cutting installation time and cost.

An inverted tear-drop support arm cuts drag and airflow turbulence around surgical lights, helping preserve laminar airflow in operating rooms.

A magnetic blocking member enables accurate handle indexing during screwing, preventing over-screwing while allowing easy disassembly.

Overlapping flat strips under a compressive covering let the arm hold bent positions and achieve linear end movement without changing angle.

A free-rotating ring combines two stop ranges to give medical support arms full 360° rotation with fewer parts and less line strain.

An independently rotating dome shields the laser gimbal from seals, wind, and sag, cutting jitter, following error, and beam misalignment.

A free rotating ring combines stop functions to give medical support arms 360° motion while limiting over-rotation, footprint, and line strain.

A floating stop and guide channel enable 360-degree extension arm rotation while cutting component stacking and hub footprint.

A dual-shell articulating dome shields the laser gimbal while cutting seal friction, weight, jitter, and power use for precise beam pointing.

A plug-in snap-lock mount lets components be fixed to ceilings securely and released from the ground using an operating rod.

Adjustable friction between the tilt ring and ring housing lets a display arm hold larger screens securely while preserving tilt and rotation.

A shoulder screw and slit clip create a secure gutter-edge hanging point for lights without damaging fascia and with easy seasonal removal.

Movable mounting modules reposition UV lamps around irregular workpieces to deliver more uniform irradiation and thorough adhesive curing.

A battery-powered removable light unit uses Hall sensing and timed hold-on to give pneumatic tools automatic illumination without onboard power.