Lighting Support Devices TRIZ Cases

Extendable rods and hooks enable hands-free positioning of a portable rechargeable light in dim engine bays, eliminating the need for disposable batteries.

A pivoting light panel rotates between lying and upright positions to serve as a bottom or backlight source.

An embedded neodymium magnet in the light fixture base secures the assembly to metal surfaces, eliminating surface damage from traditional stapling methods.

Segmentation splits the spotlight into a thin insertion plate and protective body, enabling mounting in 15 mm gaps.

Stamped inclined planes on the heat conduction member distribute light uniformly while conducting thermal energy away from LEDs to prevent overheating.

A thermally conductive carrier module connects semiconductor light sources and control circuitry on printed-circuit boards.

Interconnected lens structures in the encapsulant improve color mixing efficiency and light uniformity by adjusting emission angles.

Molded holographic film inside a clear plastic body protects fragile optics while an internal LED core generates dynamic three-dimensional visual effects.

An integrated LED module with pre-aligned optics reduces assembly complexity while the rotatable clip provides directional flexibility.

Segmenting drivers from LEDs prevents heat damage while dynamic arms minimize sunlight obstruction for optimized plant growth conditions.

Extracting the junction box from the fixture housing eliminates oversized 6-inch housings and costly plenum certification requirements.

A sealed luminaire uses a bezel-mounted lens to protect internal LEDs from hazardous environments.

A lighting device head unit stores rotation angles via a bounce angle detection circuit and storage button mechanism.

Telescoping shafts bias outward to secure luminaires, eliminating specialized ceiling holes for installation.

Segmented housing design enables lamp replacement without compromising structural stability, resolving maintenance access constraints.

A segmented cover element accommodates orientable lighting unit tilt while maintaining complete window coverage to prevent ceiling flare.

A motion-activated light uses extendible neck members and a flexible bellow-like conduit to position lighting elements away from the fixture base.

Heat conductive tube moves thermal energy from pixel board to prevent overheating while memory circuit stores calibration data close to LEDs.

Segmenting the back frame into primary assembling pieces reduces mold costs while integrated fins dissipate heat from light sources.

A ceiling light fixture uses pivotally mounted retaining members to secure the light module without damaging the ceiling surface.

A modular heating and lighting system uses a supply cord with outlet interfaces to connect functional modules for flexible configuration.

A multipurpose illuminating device features a multi-angle bending assembly and control module for precise light beam adjustment.

A lamp system uses high power white LEDs and integral thermal management to adjust emitted light parameters for user control.

Segmented channel components with removable flanges resolve adaptability versus complexity trade-offs for versatile mounting.

A lamp heat sink uses a circumferential skirt and fins to increase surface area for cooling.

A bendable headlamp body conforms to the user's head contour to create an arc-shaped light source.

Telescoping segments and nested adjustment axes enable versatile orientation while maintaining stability during deployment.

A retractable string light tool deploys and stores illumination via a rotating spool and extension arm.

A rotating ring inside a fixing socket enables the lamp body to adjust its lighting angle smoothly.

A hand-held spotlight features a detachable power supply box secured by interlocking clamping blocks on the housing and cover body.

Adjustable LED lamps use rotatable light distribution boards and damping assemblies to change the emergence angle, eliminating frequent replacements.

Gear retention and damping buffer winding speed, preventing head strikes while distributing stress uniformly across varying head sizes.

Resilient ribs compress into lighting cans to secure bulbs while hermetically sealing electrical connections from environmental hazards.

A recessed lighting fixture uses a pivoting adjusting bracket to reposition the light source away from the wall.

A shared housing supports an annular second lighting apparatus, reducing weight and complexity in saddle-riding vehicle headlight designs.

A rotatable light switching cover on a welding helmet side window blocks excessive brightness to maintain worker concentration.

Segmented compartments isolate high and low voltage circuits while a sliding tray enables component access without luminaire disassembly.

Multi-die LED package integrates sensing diodes to adjust driving current based on real-time optical feedback signals.

Transformable insulation panels pivot via living hinges to enclose recessed light fixtures, blocking attic drafts and reducing heat loss.

Hinged lamp holders with integrated wire passing grooves enclose conductors, eliminating exposed wiring hazards while maintaining a compact form.

A backlight unit adjusts light source group spacing from center to edges to reduce heat generation and manufacturing costs.

Segmented collar portions attach around recessed light fittings to prevent structural body damage during installation.

An interference fit between bent prongs and a heat sink eliminates fixation members, reducing device complexity while maintaining mechanical coupling.

MCPCB copper paths conduct heat from clustered LEDs, eliminating bulky secondary sinks to resolve enclosure thermal buildup.

A lighting device couples to ladder rails to emit visible and infrared beams that illuminate the surrounding area.

Segmented tube couplings and self-latching clips allow tool-free disassembly for modeling transformations while maintaining structural stability.