Lighting Applications TRIZ Cases

A lamp uses a heat pipe to transfer thermal energy from the LED module to the light-transmissive cover.

A light mounting device secures illumination to a helmet using an anchor bezel and rotational lock mechanism.

Shielding elements isolate second light sources from single optical lenses, resolving visible LED dot artifacts in multi-source illumination.

Head-to-head side-emitting LED pairing complements beam spreads to resolve the contradiction between wide illumination coverage and compact device size.

A thermally conductive ring and curable bonding material dissipate heat from wavelength converting materials, maintaining color point stability.

Top light-emitting module design prevents thermal decay and enhances waterproofing through integrated heat dissipation base and dual-layer sealing.

A heat transfer unit conducts thermal energy from an LED module into a lamp casing using integrated heat pipes and spreaders.

Independent lamp rotation and shared wiring channels resolve control line entanglement while enabling omnidirectional illumination.

Independent LED channels mimic natural daylight cycles at bird height, resolving energy intensity trade-offs.

A vertical optic configuration aligns micro-camera views with display projections to create realistic 3D interactions.

Electromagnetic induction transfers power between the base can and fixture, enabling safe maintenance without high voltage connections.

Segmenting an LED array with distinct placement angles per column prevents single chip failures from disrupting light emission continuity.

A secondary diffuser mixes light from LED reflectors to achieve uniform azimuth output, reducing energy consumption and maintenance costs.

A beam framing system uses motorized shutters to shape light output in automated luminaires.

Segmented pie-shaped circuit boards manage thousands of LEDs via modular groups, reducing operator burden while maintaining precise control.

Replacing sliding friction with rolling contact reduces component wear and improves adjustment accuracy in film lighting lenses.

A thermal conductive potting layer immerses electronic components to conduct heat to a bottom plate heat sink.

Metal heat sink profile contacts a translucent casing tube to dissipate LED waste heat while maintaining structural integrity.

A segmented light source with independently controllable pixels illuminates specific areas of a moving scene to optimize energy usage.

Segmented carrier discs with spring slot locks enable quick gobo exchange without tools, reducing maintenance complexity in stage lighting.

Arrayed reflecting surfaces in a thin film structure redirect light to maintain high collection efficiency despite manufacturing shape deviations.

Bent arm extends light fixture into trailer interior while bracket assembly withstands forklift impacts and door movements.

Oblique illumination directs narrow light cones at acute angles to eliminate glare from reflections, ensuring uniform brightness across workstations.

An etched glass dimmer wheel scatters absorbed light via a reflective sandwich to prevent overheating and substrate damage.

A submerged lighting fixture uses a sealed window with an internal UVC source to inhibit biological adherence on the outer surface.

Current level step detection enables programmable heater control that eliminates electricity waste from extended temperature-based activation cycles.

Concentric LED lighting modules use copper thermal management to dissipate heat, resolving the trade-off between energy efficiency and assembly size.

A fiber optics decoration uses a resistive heating element to drive liquid flow through a low boiling point container.

Wireless warning lamps transmit status data to a central unit, bypassing incompatible bus systems.

A luminescent rod uses single-sided illumination to convert light through a garnet material.

A luminaire derives surface distance to dynamically adjust light emission characteristics.

Permanent magnets attach segments to a dual-base carrier, preventing spontaneous loosening during rotation.

A cylindrical parabolic mirror lighting unit produces parallel light rays from an LED array to achieve uniform illumination across the scanning area.

Thermally conductive adhesive transfers LED heat into a plastic grille, resolving the contradiction between visual indication capability and temperature rise.

Segmented optics reflect direct beams while transmitting diffuse light via microprisms to suppress reflected glare from high-luminance LEDs.

A peel-and-stick spacer glazing assembly creates insulating airspaces between window panes.

Synchronizing LED toggling with rotation speed resolves the contradiction between effect variety and device complexity.

Segmented drawers extract power modules from the light source housing to resolve thermal management complexity and facilitate rapid component exchange.

Liquid crystal molecules in a stage light adjust light transmittance through voltage control, eliminating manual atomizing sheet assembly.

Segmented projection films rotate via a driving assembly to resolve the contradiction between static pattern variety and device complexity.

Multi-lens optical design minimizes axial and lateral chromatic aberrations, reducing halo effects while maintaining light efficiency.

A smart headlamp system measures orientation values to modulate lighting intensity and direction automatically.

A solar-powered motion sensor activates a light source inside a handbag upon detecting movement.

A rotatable tube socket mounts on a sliding rail adapter to power LED tubes directly from conductive tracks.

Segmented housings with vertical air gaps and fins manage operating temperature while maintaining high lumen output.

Modular LED light engines use molten plastic sealants to join enclosures and protect wires, enabling uniform illumination on irregular signage.

Transparent conducting oxide layers power an LED embedded in a window pane, directing illumination into the field of view without obstructing visibility.

Detachable lamp strips mounted in shell grooves prevent damage during high-temperature molding and enable independent repair.

Central integrating mask resolves fly eye artifacts by merging discrete lenses, ensuring seamless appearance and reducing scattering from theatrical haze.