Lighting Support Devices TRIZ Cases

Modular pivoting channel sections create custom curved lighting layouts in standard drywall, eliminating the need to notch structural joists.

An engagement mechanism moves a tension mechanism from maximum to minimum position upon surface contact.

A packaged LED module uses a one-piece housing and casting blocking means to prevent capillary action during potting.

Sliding arms driven by a damper device move petal structures to simulate blooming, resolving the static nature of traditional decorative lamps.

Concave regions on a light distributor refract and reflect light, minimizing stray light while maintaining high usage efficiency.

Segmented tubular elements with circumferential grooves enable ground-level maintenance access without complex bending mechanisms.

An extended light bar with adjustable LEDs signals safe passing distance to motorists.

Integrating a swivel light source into handle structures eliminates extra weight from separate flashlights while providing hands-free targeted lighting.

Segmented mold cores define precise teeth alignment while rounded edges prevent glove damage during surgical installation.

Tubular band with leaf springs and tension spring receptors secures luminaires in fixtures lacking built-in attachment mechanisms.

Inserting conductive terminals into row holes joins lamp units, eliminating complex wiring harnesses and reducing assembly time.

An integrated injection-molded lamp string fuses conductive wires and power lines into a single plastic head.

A portable light device combines a headlight and floodlight panel for versatile illumination.

Segmented heat sink structures merge with the housing to dissipate LED heat, reducing manufacturing costs and avoiding external aesthetic treatments.

Flexible wings on the C-shaped fixture snap into the frame, eliminating complex spring mechanisms and preventing gaps between adjacent units.

Segmented lamp posts connect via plugs and jacks to enable adjustable lengths, resolving the trade-off between assembly speed and adaptability.

A compact flush-mounted lighting device uses a spherical lamp module guided in a pivotable bearing shell for adjustable light output.

A mounting box attaches to metal beams using fastener holes and includes a hollow interior for electrical wiring.

Segmentation and dimensionality principles enable independent spotlight positioning on a hollow stem for flexible directed lighting.

Segmented nozzles maintain a focused air stream from ceiling to floor, cooling the light source via forced convection while preventing heat damage.

A dual magnification mirror uses a ring-shaped LED illumination source and a pivotable frame design to provide uniform lighting for both magnification settings.

A flipping installation device uses a link mechanism to rotate LED strips flush with ceilings.

A ceiling light assembly uses a gear-toothed rotation ring and tilt knob to adjust the light engine orientation without tools.

A vertically arranged LED filament lamp uses a controller to modulate light emission frequency and pulse brightness for realistic flame simulation.

A ring-shaped LED lighting device uses an opaline diffuser to distribute light across the emission surface.

A modular base station unit attaches to the external surface of a lamp post support pole.

Segmented interengaging parts trap the O-ring to prevent detachment during balloon inflation or temperature changes.

Disk and pivot joint allow two degree freedom aiming to resolve adaptability versus complexity trade off.

Stepped holder features engage a compressible component to support recessed light fixtures from below, eliminating ceiling structure attachment.

Integrated printed circuit board handles dimming and emergency signals while dynamic locking prevents accidental disconnection.

Multi-axis rotation mechanisms adjust light source unit orientation to resolve the contradiction between versatile light distribution and structural complexity.

A tape light fixture featuring arcuate slots and a wire groove for secure wall mounting.

Hinged panels enable a flexible UV LED sanitizing apparatus to fold for storage while interlock sensors ensure safety during operation.

Physical simulation apparatus with adjustable components verifies optical schemes without iterative mockup production, reducing development cycles.

A stiff bracing structure inside the lamp tube conducts heat from the LED strip, resolving electric shock risks and plastic deformation.

Elongated heat sink fins increase convective surface area to dissipate thermal energy from solid state light emitters.

An annular frame with cam-like arms adapts to varying ceiling thicknesses, enabling tool-free installation across different structural conditions.

A safety helmet integrates internal lamps and a removable headlight assembly to provide reliable hands-free illumination.

Integrated power suspenders supply electricity to suspended lighting beams, eliminating separate cabling for rapid venue reconfiguration.

A flexible LED membrane with a diffuser achieves uniform light intensity across complex shapes and small bend radii, reducing physical size.

A flexible wire LED string light uses a single-sided convex lens to project dynamic light patterns through optical imaging.

Segmented modular components and nested arc assembly reduce installation time while maintaining structural stability in tight spaces.

A press-type locking mechanism secures lamp bodies to power sockets using elastic deformation and friction for rapid assembly.

A detachable LED lighting carrier fastens to an elongate trunk for continuous line illumination without dismounting the support structure.

Lateral sealing eliminates shielding structures to boost light emission efficiency while preventing pressure-induced deformation.

A coupler system joins light fixture housing sections using interoperable male and female portions with a locking latch mechanism.

A spiral curve wire structure enables multi-directional bending of an LED light strip without damaging internal electrical connections.

Merging separate actuators into one unit reduces assembly complexity while maintaining precise directional control of light irradiation.

Pivot eyepieces in a customized mask adjust to pupillary distance, eliminating neck strain from fixed devices.