Lighting Support Devices TRIZ Cases

A socket element stabilizes the flexible edge area of an elongate lamp housing, resolving alignment precision issues in curved ceiling installations.

Segmenting the fixture into thermal zones and routing heat through a transfer shaft prevents LED warmth from degrading speaker performance.

Intermediary adapter converts knuckle mounts to trunnion interfaces, eliminating costly fixture replacement.

An electronic device determines image bitrates based on display area sizes to manage multi-source content.

An optical tracking system updates kinematic models with a Kalman filter to resolve manual calibration time and positioning errors.

Elastic buckle engages snap recess via guide slope to replace threaded mounting and simplify single-person installation.

Angled barb design anchors planar platform into sheetrock, eliminating precise measurement requirements during recessed luminaire installation.

A bendable light strip uses a deformable printed circuit board mounted on a flexible bracket to enable multi-directional illumination.

Universal connection parts merge multiple wire units into a single structure, resolving the complexity bottleneck while enabling scalable light unit expansion.

A planar light source circuit board uses a protruding portion fixed to an outer frame section.

A portable lighting device adjusts light emission based on detected relative posture and position using magnetic and inertial sensors.

A lighting fixture with a sliding assembly enables manual adjustment of the light source position along a conductive track.

Longitudinal guides in U-shaped connectors align support rails to prevent sagging and maintain bending stiffness in extended light strips.

A reading lamp uses a swiveling joint assembly and magnetic power interface for polyaxial movement and secure electrical connection.

An adjustable clamp with offset surfaces accommodates varying ceiling thicknesses, eliminating complex installation procedures.

A rotating shaft adjusts the LED body angle while a seal system waterproofs wire connections to resolve versatility complexity trade-offs.

Planar circuit board supports multiple LEDs within a rear-view mirror housing.

Segmented reflectors resolve the trade-off between spot size adjustment and illumination intensity by combining flood and spot beam patterns.

Spring connector penetrates LED module and support openings to secure assembly, reducing screw count for easier replacement.

A rotatable lamp holder synchronizes lighting elements with the motor shaft to eliminate wire tangling during rotation.

Non-conductive reflectors eliminate isolation gaps required by conductive materials, reducing light loss while maintaining consistent color accuracy.

A retrofit LED lamp uses a bridge rectifier circuit to convert AC waveforms from magnetic ballasts into DC current for illumination.

Perforated LED strips with polarity-correcting circuitry enable manual length adjustment without specialized tools or polarity errors.

Integrated clamps rotate to retain the fixture, resolving installation complexity.

An aluminum body and curved reflector manage heat dissipation in a thin profile, resolving structural strength trade-offs during ceiling installation.

A luminaire swivel joint employs a unified locking element to secure both rotational axes, resolving the complexity of multiple separate locking mechanisms.

A detachable installation module connects to a strip lighting body via a rotating insertion barrel for adjustable mounting angles.

Recessed plastic frames deform under shock to protect display panels from breakage.

Nesting a reflector within a board recess eliminates interstices that trap light, improving utilization efficiency.

A lighting apparatus integrates motion sensing and wireless charging within a single container box structure.

Segmented lamp and power source boxes install through small wall cutouts, eliminating the need for large back boxes that block retrofit access.

A folding pendant lamp utilizes a rotating shaft to pivot the lamp body group into a folded position, reducing volume for efficient packaging and transport.

A telescoping bracket wedges between ceiling joists to suspend a junction box above the panel.

A strip light switch uses detachable mating connection terminals in positioning grooves for stable electrical contact.

Universal profile system resolves versatility constraints by combining standardized geometry with modular components for wet room and outdoor applications.

Thumb wheel mechanism translates rotation into linear shuttle movement for tool-free suspended luminaire levelling.

Snap-on springs connect the trim to the heat sink, eliminating thick masking lips and allowing closer ceiling fit.

A modular lamp kit uses a base plate with through holes and threaded support rods to secure light emitting bodies in any spatial direction.

Waterproof sealants protect segmented light sources from water damage while maintaining electrical connectivity for reliable visibility.

A sterilization lamp uses a plasma generator to produce positive and negative ions for air disinfection.

A backlight module base integrates a mezzanine portion to house slice-shaped circuits within a formed containing space.

A quick-connection device uses a bayonet locking mechanism to securely engage a male plug within a female socket for reliable electrical contact.

Moving the control gear to the rear reduces module length and eliminates dark spots in continuous systems while maintaining full accessibility.

Wireless LED illumination resolves uneven lighting on closed lampshades while maintaining stable magnetic suspension via real-time Hall sensor feedback.

Pre-fabricated single-piece extrusions eliminate on-site channel fabrication, reducing installation labor while maintaining structural integrity.

Segmented adjustment arms with sliding contacts enable easy assembly and disassembly of LED lamps without complex wiring.

A flexible printed circuit board with through holes connects an LED package to a metallic bottom plate using heat conductive adhesive for efficient thermal transfer.

A vehicle lamp steering mechanism uses a coaxial output gear to bias the light source for precise irradiation angle adjustment.

Pressure-transfer members secure LED assemblies to heat sinks via compressive force from secondary optics.