Lighting Support Devices TRIZ Cases

A lamp body assembly uses a light transmission member to create a narrow-ring light emergent area for controlled illumination.

Intumescent elements expand within adjustment gaps to seal openings, preventing fire spread from melting components.

Segmented cradles with protruding tabs hold interconnected LED modules in fixed positions, resolving tangling and measurement issues during handling.

A swivel joint pivots a lighting fixture head downward at an angle of zero to thirty degrees relative to the vertical axis.

Segmented clamping seats and pressing sheets secure LED light strips to connecting harnesses, replacing glue to prevent damage during disassembly.

Parallel prism grooves refract light from an emitting member toward the driver, resolving insufficient blind spot alerting luminance.

Longitudinal flanges nest within T-bar grids to simplify installation and enable continuous linear appearance in retrofit applications.

Segmenting the base from the spotlight module resolves the conflict between rigid aesthetic integration and flexible positioning requirements.

A utility light mount featuring a pivotable light housing and an extensible handle for secure attachment to workpieces.

Infrared LED emitter maintains radiant power via individual current control, reducing power consumption and degradation compared to strobe tubes.

Segmenting the light source from a rotatable ball conversion unit resolves the trade-off between post-installation adaptability and structural stability.

A modular corn lamp uses a connecting bracket and mounting base to enable detachable assembly of multiple lamp body units.

Alignment pins extend through endcap apertures to maintain precise orientation between light elements, resolving cumulative misalignment in long fixtures.

A helmet shell integrates directional lights to signal travel intent and enhance visibility in low light conditions.

Asymmetric offset finger retention housing allows independent light beam alignment without compromising firearm sight accuracy.

Embedded reflectors redirect light through multiple reflections, improving intensity and uniformity across the planting surface.

Angle adjustment structure enables flexible LED display light bar orientation for diverse mounting positions while maintaining simple modular design.

A plastic luminaire enclosure partitions internal space into separate compartments for LEDs and drivers.

Rectifying high-voltage carrier signals via a digital signal decoder and switch tubes overcomes low voltage limits in series-connected LED strings.

Segmented design separates the moveable optic from the fixed heat sink to preserve LED brightness during directional adjustment.

Rotating locking arms secure a luminaire to a mounting ring, eliminating ceiling holes and reducing installation time.

Integrated housing heat-sink fins dissipate light source thermal energy, preventing reflector flexing that degrades illumination uniformity.

A display module frame uses a peripheral groove filled with high-viscosity glue to bond the panel side face.

A tapered annular trim accessory attaches to existing recessed fixtures to direct and restrict light emission.

A rotating frame synchronizes a light emitting assembly with a ring surface to prevent eccentricity and maintain optical quality during rotation.

A multifunctional electric fan merges a rotatable illuminating device with the fan body to resolve fixed lighting angle constraints.

Bendable connectors join illumination assemblies into three-dimensional structures with adjustable angles.

Positioning body flanges within lamp housings create precise gaps between light guide plates and optical films.

Magnetic attachment mechanisms join art elements to panel systems, eliminating complex wiring and visible fasteners during setup.

A ceiling connector assembly uses a canopy structure and rotatable mounting structures to secure luminaires below a downward facing ceiling surface.

A flexible safety vest integrates embedded LED lighting for enhanced visibility and portability.

A modular lighting apparatus uses elastic lateral projections to vertically insert and lock adjacent units for stable assembly.

Dual LED elements on a rotating module resolve limited penlight angles by enabling flashlight, handheld, and hanging modes.

A multi-purpose illumination device uses an internal lamp housing with a dedicated air channel for thermal management.

A detachable lantern lighting device with a self-illuminating base provides independent illumination when the lantern is removed.

A control unit adjusts lamp brightness using photosensitive sensors, distance detection, and eye recognition to match illumination.

Asymmetric lens design achieves wider light coverage without increasing size or weight, resolving backlight unit productivity trade-offs.

Radial slits enable elastic deformation during mold withdrawal, preventing plastic distortion of the pivot holder engagement portion.

A spherical socket and threaded nut secure an outdoor spotlight hood, eliminating complex multi-step adjustments while maintaining a weatherproof seal.

A head-worn illumination device positions light sources near zygomatic bones to project directional light without requiring a helmet.

A portable light features a rotatable head and pivotable light source for adjustable illumination direction.

Spring-loaded movable hooks engage rigid element hooks to enable tool-free disassembly without jamming the luminaire.

An angled laser module uses a mirror to redirect light parallel to the barrel, solving concealment issues on small guns.

Sequentially changing color temperatures across multiple light sources maintain chromaticity consistency while illuminating lateral areas up to 75 degrees.

Tilting heatsink assembly manages thermal load while enabling beam direction changes through integrated mechanical linkages.

Segmented adaptor plate and elastic interface plugs replace screw-based mounting, enabling tool-free installation while maintaining secure rail attachment.

Magnetic end modules replace screws and plates to boost splicing efficiency while maintaining alignment accuracy.

A floor lamp featuring a tilting stem and support elements that lean against objects to position light sources effectively.

Hue-adjusting colorants in light-cyan gel ink resolve tone reproduction inconsistencies and reduce graininess.