Lighting Support Devices TRIZ Cases

A gun light uses a clamping arrangement and keying system to provide a secure mount on weapon rails.

Uniform bar-shaped openings distribute stress during stamping, preventing tearing and enabling taller protrusions on thin backplanes.

A pistol light head rotates on its axis to redirect the beam without moving the user's arm.

Double-sided printed circuit board with conductive vias connects LEDs to driving circuits without overhead wiring.

A flush mount LED bolt uses a threaded cylindrical housing and a retaining spring to secure the device in low profile installations.

Actuated spacers translate the cooling element relative to the carrier plate, enabling projection adjustment for varying plaster thicknesses.

Reflective petals expand the illuminated surface area, resolving limited visibility and cumbersome installation constraints.

A lighting system uses a diffused light generator and screen structure to create scattered light alongside directed beams.

Radial flanges lock into base plate indents to stabilize the light against vibration while allowing quick detachment.

Radial stop sections reduce installation space and manufacturing complexity while enabling total rotation angles exceeding 360 degrees.

Sandblasted projections on the light guide plate bottom surface create an air layer between the reflection sheet and the substrate.

A modular LED lighting apparatus uses interchangeable light source modules and a base housing to deliver customizable illumination for closet spaces.

A multifunctional lighting pad integrates an LED source and secure attachment mechanism for hands-free writing.

A hat lamp assembly uses a pivotable mounting unit to adjust illumination angles dynamically.

A work lamp integrates a magnetic storage cavity into its base section while the head pivots on orthogonal axes for flexible positioning.

An LED package structure uses an oblique sidewall to reflect light rays and increase the mixing distance within the cavity.

Segmented light rails and universal hubs conceal wiring to balance aesthetic design with installation ease.

An asymmetric connector prevents non-conforming halogen engines while a dedicated heat sink dissipates thermal energy from the LED module.

Flexible branches in a ceiling lamp capping device prevent insulating material penetration while maintaining thermal isolation and lamp access.

Co-extruding the conductor within the headband's non-elastic part eliminates external cable risks while maintaining adjustable fit and wearer comfort.

Horizontal LED lamps in a string light assembly reduce height to navigate small industrial openings while modular covers prevent theft.

A retainer ring secures primary optics to a light engine while aligning its cylindrical axis with the optical axis.

A portable lighting controller generates a start-up ramp profile to gradually increase LED brightness from an initial level.

Adjustable modular connectors and arms accommodate varying fixture shapes, reducing installation time for retrofit applications.

A fitting ring for recessed lamps uses a movable retaining element to secure the base in a ceiling opening.

Extracting the guide panel from the bezel area and positioning the light source module at the lateral side reduces display bezel width.

Zoned reflectance in the reflecting member compensates for weak discharge near lamp electrodes, improving luminance uniformity without increasing frame size.

Tubular light transmissive cover prevents grease adherence on vehicle LED, maintaining communication performance.

An air chamber with controlled vent holes regulates pressure to prevent sudden falls of heavy floodlights during mast retraction.

Flexible shrouds break wind and rain before reaching the operator, resolving the trade-off between environmental protection and device complexity.

A flexible printed circuit board surrounds an LED chip and extends into base body cutouts to provide large conductor cross sections.

A push-in socket assembly secures ball studs using a flexible retainer clip that snaps into place.

A solar lantern uses LEDs to simulate an Edison bulb appearance.

Slotted adjustment arms and a threaded member pivot the lighting receptacle, resolving precision versus complexity trade-offs for better heat dissipation.

Replacing surface mount technology with elastic buckling components reduces manufacturing complexity while maintaining heat dissipation and optical efficiency.

Electronic control module protects lithium-ion batteries from short circuits and over-discharge in harsh mining environments.

A polymer-based honeycomb heat sink dissipates LED thermal energy while blocking leakage current flow through electrical insulation.

Elastic interconnecting means joins separated housing units, reducing mounting complexity in confined spaces.

Segmented handgrip uses a spring mediator to absorb leash force, reducing wrist strain while carrying tools.

Standard epoxy glass PCBs dissipate LED heat through front-side conductors, reducing operating temperature without expensive metal core substrates.

Vertical thermal mounts position LEDs around a central axis to achieve even illumination while maintaining compact bulb volume.

Rubber support rings form a buffer space that absorbs tread-on pressure, preventing underground lamp panel breakage.

A lighting apparatus uses rotatable side light bodies to direct lateral illumination from a central base.

Light guiding decoration with diffuser plates and sequence-controlled LEDs creates a twinkling visual effect for hair accessories.

A flashlight tail integrates a permanent magnet ring to attach the device to ferromagnetic surfaces.

A modular light fixture frame uses detachably coupled components with internal channels for electrical conductors and coupling features for light modules.

A vehicle lamp uses a double axis actuator with a single output part to rotate the lighting unit in two orthogonal planes.

Electronic lighted safety marker with self-righting base automatically deploys to warn motorists, reducing responder exposure to oncoming traffic.

Integrated power supply segments convert line voltage to low voltage within modular housing units, eliminating dedicated low-voltage infrastructure.

An automated headlamp tracks eye locations to adjust illumination, preventing glove contamination during surgery.