Lighting Support Devices TRIZ Cases

A winding mechanism retracts a power cable, eliminating tangles that obstruct solar light mounting options.

Sliding LED boards on a mounting rail adjust the fixture length, eliminating field cutting and reducing installation complexity.

Intumescent sleeve lines the internal tubular wall of a downlight casing to expand radially and occlude ventilation apertures during a fire event.

Plug-in rotatable auxiliary bodies provide fixed-point lighting without complex wiring.

Segmented modules and nested housings protect the connector from moisture while enabling direct charging without external cables.

An elongated LED lamp uses an optical waveguide to distribute light from a single source along its length.

A nozzle aiming device couples a housing and light source to generate a conical beam for precise spray direction alignment.

A gasket provides waterproofing between the holder and housing, simplifying mold structure while preventing direct force on electrical connections.

Segmented LED arrays with periodic strobing resolve heat accumulation in compact backlight assemblies, extending component lifespan.

Preassembling power supply lines on the rear face of a device carrier conceals cabling, reducing installation time and errors in strip-lighting luminaires.

Independent panel movement and coordinated lighting resolve the trade-off between structural stability and visual dimensionality.

A recessed light liner with an annular flange and gasket creates a secure seal within the housing.

Segmented base and holster components stabilize elongated luminaires while enabling precise repositioning for targeted work area illumination.

A quick-installation lamp uses a pre-fixed mount base to support the lamp body assembly during wiring.

A modular track system supports light fixtures via an integrated electrical conductor.

Segmented node shells clamp against a vertical mast groove via T-nuts, eliminating mechanical rework during module installation.

Segmented LEDs emit upward illumination to resolve the cave effect and improve spatial perception.

Intermediary UV sensor and recorder enable remote alignment validation in occupied aircraft lavatories.

L-shaped slide plates and spring arms adapt to varying housing widths, resolving retrofit kit dimension constraints.

Arc guide holes and elastic supports enable smooth rotation of lighting rods, resolving the trade-off between ease of movement and positional stability.

An adjustable screw base lifts to ensure electrical contact, resolving gaps that compromise waterproofing.

A retrofit receiver assembly with adjustable brackets and torsion spring receivers clamps to ceiling openings.

An attachable light accessory illuminates the breast shield neck to resolve visibility issues during milk expression.

Elastic sheet buckles clamp lamp body bosses to frame holes, eliminating tedious screw mounting and enhancing structural firmness.

A pivoting lawn mower light directs focused illumination to the mowing area.

Wire wrapping exposes contact pads for surface mounted light emitting components connected by conductive paste, eliminating soldering damage.

Tilting the flashlight in a blister package exposes the switch and beam, resolving obstruction of the light path.

Rack and pinion hinges guide substrate movement to maintain curvature radius, preventing structural breakage in thin flexible components.

Interlacing opposing substrates increases LED density to resolve short circuit risks while maintaining connection reliability.

An organic optoelectronic component integrates a cured first adhesive layer and an elastic second adhesive layer for reliable bonding.

A light platform guiding unit provides a sliding path to align and fix driver boxes without screws.

Segmented bracket design rotates light pod with steering arm to improve nighttime visibility without complex vehicle integration.

Slip joint slots and mounting brackets enable independent LED module orientation, resolving uniformity issues across large illumination areas.

A modular low bay lighting fixture uses a slot-and-post mounting bracket to enable tool-free LED module replacement.

A flexible substrate with comb-like protrusions holds LEDs on bendable segments, reducing stress and interference during conical mounting.

An integrated holding device merges spring elements and locking lugs into one unit, reducing part count while enabling automatic assembly of lamp inserts.

Segmented overlapping profile parts eliminate joints to prevent dust ingress while maintaining manageable transportation lengths.

A light emitting device uses a parallel transient filter unit to extend the operating period of series-connected LEDs under AC voltage.

A guide passes through a bracket hole to align the mounting rod for secure ceiling installation.

Twist-lock mounting frame and segmented flexible conduit system for recessed LED downlights eliminate ceiling component removal during fixture replacement.

Integrating conductive components into the lamp body eliminates internal wiring, simplifying structure and reducing production costs.

A modular lamp controller housing a reconfigurable sensor window for remote signal reception.

Sliding collar creates interference fit securing inner housing assembly within outer structure for modular light fixtures.

Segmented LED bars with adjustable expansion adaptors replace hazardous fluorescent tubes, eliminating custom fabrication needs.

Integrated mounting arms and a pinching blade eliminate extra brackets, reducing device complexity while enabling easy retrofit installation.

Asymmetric circuit platforms on modular LED fixtures minimize dark spots while integrated heat sinks dissipate thermal energy.

An embedded power signal line inside the mast protects wiring from external damage while a magnetic switch ensures accurate height positioning.

A clamp lamp uses a C-shaped resilient clip to secure the light source and counterweight system for stable monitor attachment.