Lighting Support Devices TRIZ Cases

Nested bezels accommodate multiple fixture sizes, eliminating inventory complexity during retrofit projects.

A backlight lens uses a bottom reflective surface to redirect light onto a board.

A wearable LED light integrates a fan and fragrance reservoir to deliver airflow and scent diffusion alongside illumination.

A laser lighting apparatus projects coherent light planes to identify obstacles in smoke-filled structures.

A lighting arrangement uses an elastic connecting member to accumulate mechanical energy during panel movement for secure mounting.

A rotating phase plate and fly's eye lens array modulate light phases to reduce optical coherence.

A clamping work light features a double-axis pivoting assembly that rotates the illumination source for flexible directional aiming.

Mechanical pressing replaces soldering to ensure consistent contact quality and eliminate time-consuming manual operations.

Segmented lighting bar integrates diffused sources with modular concentrated devices through insulated pin connections to resolve outdoor protection trade-offs.

Light shielding plates isolate adjacent optical lenses in notebook housings to prevent cross-talk between light guiding paths.

A hand-operated mount uses a chain and sprocket mechanism to synchronize vertical and horizontal movement of externally mounted devices.

A lighting device uses two slidable LED strips that overlap to adjust length while maintaining constant light intensity per unit length.

Segmenting the driving board and light assembly into separate housings connected by a spring improves heat dissipation while simplifying production.

A spherical lampshade features a dedicated supporting part that enables stable horizontal placement alongside vertical hanging.

Elevating units modify suspension line lengths to position LED panels, resolving spatial constraints from excessive hardware.

Unified casting merges driver and light source module to reduce bulk, simplify installation, and lower costs in recessed lighting systems.

An extension arm retracts into a recess or extends from a housing to clear ceiling obstructions and maintain sensor viewing capability.

A movable light trolley travels along a C rail to position bar lights dynamically within vertical growing structures.

A sliding hanger bracket lowers and tilts a ceiling light shade, eliminating disassembly risks during bulb replacement.

A modular emergency light uses a sensor to detect attachment state and dynamically adjust power consumption for flexible operation.

A recessed light fixture features a junction box that moves along the frame to simplify wiring connections.

A cantilevered headlamp housing uses a collar-mounted pawl to engage circumferential notches, resolving bulkiness while maintaining reliable detent support.

A modular lighting system uses curved connectors to join rectangular housings along a twisting path.

Convex illumination arrays eliminate shadows from light-pellet interactions, enabling accurate foreign particle detection.

A pyramidal printed circuit board arrangement positions multiple LED layers to maximize light emission through a transparent housing.

Telescoping interconnection mechanisms allow linear adjustment between modules to maintain uniform illumination across irregular curves.

A detachable LED light accessory attaches to high-heeled shoes using magnetic and adhesive mechanisms.

A lighting joint connects modular units via rotary arms that pivot on orthogonal axes to enable flexible spatial arrangements.

A modular connection unit with integrated terminals eliminates manual wiring, resolving assembly complexity and exposed wire aesthetics.

A light emitting package connects red, green, and blue LEDs in series to a single voltage source while using a current adjuster to regulate individual diode brightness.

Segmented roller springs adapt to ceiling thickness variations while maintaining suspension stability.

A lifting apparatus uses a limit switch to detect contact state between main body and lifting body for precise wire rope control.

Rotating a transparent cover on the light body completes an electrical circuit to activate LEDs, resolving complexity in control mechanisms.

Segmented mounting plates hide screws behind decorative rings, maintaining thin profiles while ensuring reliable attachment against environmental factors.

A ceiling fan motor integrates a light-emitting module radially between the iron core and shaft to reduce axial height.

Continuous encapsulation replaces joint seals to prevent moisture intrusion and corrosion in field-installable light strips.

A luminaire capsule encloses multiple inserts to create a unified sealing interface on the mounting rail.

A glove-mounted illumination device uses pliant support legs to secure a battery-powered light source on the back of the hand.

Standardized base connecting members join modular components to resolve the contradiction between product variety and storage space constraints.

A lamp locking assembly uses a deformed sheet metal plate to form guide surfaces for secure rotational movement.

A hand-mounted light system uses a band and strap mechanism to secure illumination hardware on the back of the hand.

A locking connection device synchronizes a hook-bump engagement with a fixing pin insertion to secure heavy LED boxes.

Foldable insulation layers position power and lighting wires on separate planes, reducing width and preventing wrinkling in LED strip lights.

Movable members enable independent LED adjustment, resolving wearability constraints.

An adjustable sensor housing moves along a luminaire edge via clips, resolving fixed placement conflicts.

A sealed LED light fixture with a domed cover protects internal components from moisture and dust.

Segmented lamp base and protection plate eliminate plastic injection molding, resolving manufacturing complexity while maintaining waterproofing.

Spring tension rotates the fixture body to fit within apertures, reducing hardware visibility and heat production in compact LED installations.

Nested reflective optics in a compact LED projector eliminate motor complexity and battery replacement needs.

A vehicle lighting adjustment device uses a sliding pivot liaison to rotate parts without a nut.