Lighting Support Devices TRIZ Cases

A helmet-mounted photo sensor array detects incoming infrared laser signals and emits user-defined responses through a programmable electronic circuit board.

A lighting module uses a recessed button and protective cap to prevent accidental activation.

Segmented housings rotate to direct LED light, resolving the contradiction between structural simplicity and lighting adaptability.

Sliding connectors align housing sections via interlocking guides, resolving the trade-off between rapid assembly and precise joint positioning.

Directional wall-mounted light fixtures minimize neighbor disturbance by emitting light parallel to the wall, preventing intrusion into adjacent properties.

A wearable light controller uses wireless communication to synchronize lighting units with audio and visual elements.

Striped metal-insulation-metal leads expand surface area to resolve low heat dissipation efficiency caused by bulky block heat sinks.

LED strips on door panels engage track contactors when the door opens, eliminating ceiling light obstruction in garages.

Segmented hoods over each pixel aperture block direct sunlight to enhance contrast while preventing water and dirt accumulation on the display surface.

A people meter uses a housing light passageway to guide LED illumination directly to display indicators.

Snap-fit brackets couple elongated housings to eliminate visible fasteners and prevent light leakage at lens interfaces.

Segmented aluminum fins interleave with softer copper plates to reduce thermal resistance and simplify manufacturing scalability.

A pendant luminaire features a segmented light source with vertically offset sections arranged in a structural unit.

Curved glass tube ends join end caps via hot melt adhesive to prevent shipping breakage and ensure even stress distribution.

A table lamp uses a curved base and movable poises to shift the center of gravity for illumination angle control.

Modular buckle assemblies allow quick component replacement without tools, reducing material waste during maintenance.

Flexible panels and strategic illumination reduce visible seams in modular lighting fixtures, resolving aesthetic trade-offs during assembly.

Segmenting the power supply into detachable units resolves the trade-off between extended battery life and wearer comfort by optimizing weight distribution.

Combines ambient and task lighting in one unit to resolve intensity versus coverage trade-offs while lowering power consumption.

Segmented terminals dock outside lampshades to resolve uneven lighting from restricted cable lengths.

Elastic body rings and spring receivers bridge incompatibility between existing ceiling openings and new light fixtures.

Flexible lighting strip uses interchangeable insulation displacing conductors to connect power regulating circuitry and light emitting devices along parallel electrical conductors.

A handheld lighting device integrates a heat sink with the light source to dissipate thermal energy efficiently.

A transparent NFC antenna sheet mounted on a light guide plate directs LED emission through the principal surface for clear user visibility.

Elastic light holder mounts to tubular belts, resolving conflicts between secure attachment and adjustable angle during nighttime runs.

A grommet seals cables through channel openings, maintaining dust protection while accommodating thermal expansion.

Segmented connectors and double-layer filters resolve dead angles and bulkiness in portable decorative lighting.

A semiconductor light emitting element uses sidewall and bottom surface reflection parts to direct generated light through a wavelength conversion layer.

Sliding engaging members nest inside frame side covers to simplify lamp system assembly and disassembly in confined spaces without moving adjacent units.

Merging retaining springs into one pre-assembled unit simplifies recessed installation and reduces damage risk during alignment.

Porous diffusers in a tube-shaped LED lamp drive natural air convection, resolving the trade-off between luminous intensity and service life.

A spring counterweight compensates for gravity torque to reduce motor load and improve rotation smoothness.

An integrated polymer housing with internal ribs reduces assembly complexity while maintaining structural strength.

Segmented lamp structure and anti-action switch resolve unintentional discharge while enabling directional illumination adjustment.

A downlight apparatus uses an elastic structure to press a spherical housing against a rotation housing for adjustable light direction.

Sprung retaining clips grip tapered pillars within a bridge to align housings without external tools or separate fasteners.

Rear air vents exhaust heated gas along the fin path, preventing garment contact overheating while a waterproof ring blocks vapor ingress.

Segmented bracket design allows post-installation leveling without dismantling, resolving installation errors through dynamic screw adjustment.

A multifunctional track lamp holder assembly uses rotating fixtures to mount multiple lamps on a single support post.

A plant growth lighting device uses a lifting mechanism to adjust lamp height based on sensor signals.

A two-stage LED optic uses a total internal reflector and upper reflector to redirect light laterally.

Segmentation separates wire routing from aesthetic elements to prevent tangling and ensure uniform illuminance.

Automated calibration determines light source orientations using photosensor signals, resolving setup complexity in dynamic entertainment environments.

A pivot base and compression sleeve enable adjustable outdoor fluorescent lighting fixture mounting.

A drum-based lighting assembly deploys an illuminated light rope via a rotatable spool for roadway hazard alerting.

Longitudinally extending supports mount rectangular light sources directly onto ceiling grid flanges for secure, tool-less installation.

A modular LED downlight fixture uses a thermal venting design to create a chimney effect for natural convection cooling.

A transparent supporting member minimizes shadow formation in backlight units when reducing light sources and increasing diffuser plate thickness.

A flexible profile part creates a sealed receiving space within open support rails, protecting lighting modules from dust and moisture ingress.

Motion-actuated circuits drive sequential LEDs to improve night visibility while conserving battery power through periodic illumination modes.