Light Source Combinations TRIZ Cases

A textured reflector minimizes glare and color hot spots by scattering light from multiple LEDs without adding a diffuse white layer.

Lenticular lenses refract light from individually controlled RGB LEDs to create a realistic 3D flame effect.

An LED lighting device with red, blue, and white LEDs adjusts spectral output to meet specific plant growth requirements.

Optical means cloak internal members within a glass tube, resolving the trade-off between visual appeal and component integration complexity.

A segmented LED filament arrangement emits distinct spectral distributions in unique spatial directions through portion-based differentiation.

Heterogeneous bridging element distribution allows the vapor chamber to bend at small radii without rupturing, supporting compact electronic device designs.

Thermally conductive housings dissipate heat from LED chips while integral power supplies reduce device complexity, improving reliability.

An inflatable floating portion holds a hydraulic fountain core, enabling compact storage when deflated.

Parallel reflectors and a curtain diffuser generate depth perception within reduced volume, resolving the trade-off between device size and lighting relief.

Peak detection circuits extract standby signals from PWM outputs, merging isolation devices and reducing printed circuit board space in lighting drivers.

Integrates LED light sources into architectural surfaces to eliminate heat production and remove complex lens systems required by conventional halogen fixtures.

A dynamic illumination source switches between wavelength states to alter perceived material color while maintaining constant luminosity.

Stacked fluorescent layers between LED chips enable adjustable color temperatures while improving heat dissipation in filament bulb designs.

Solid-state lamp combines 222 nm far-UVC emitters with visible LEDs to deliver continuous environmental sanitization.

Individually controllable beam heads rotate 360 degrees continuously within segmented yoke bays.

A modular transmission line device uses LED modules to visualize electromagnetic wave variations.

A single lens covers multiple LEDs in a substrate recess to produce wide-angle light output for general illumination.

A power receptacle integrates a secondary battery and motion sensor to activate emergency lighting automatically.

Optical filters on second light sources match the off-state color of first light sources, resolving visual non-uniformity without excessive light loss.

Integrated support rails combine structural holding and electrical connection for rapid fluorescent fixture retrofitting without extensive reinstallation.

Segmented LED modules controlled by a single driving circuit reduce manufacturing costs while enabling precise color temperature adjustment.

A light fixture integrates multiple colored LED sources and a switch to select individual or blended illumination modes.

A coextruded optical assembly merges reflector and lens portions into a single thermoplastic component.

A light-guiding unit groove houses a light-emitting unit and fluorescent unit to minimize light leakage caused by manufacturing gaps.

A diffuser cap encloses LED chips inside a reflector to premix light before emission.

Integrating flexible filaments into a light tube eliminates multiple strip installations, resolving production complexity while ensuring full lighting coverage.

A UV LED strobe system synchronizes ultraviolet emission gaps with emergency visible lighting to activate reflectance materials.

Optimized TiO2 layer thicknesses in distinct reflective regions improve reflectivity for specific wavelengths, resolving uniform configuration bottlenecks.

A lighting device uses visible light to activate a photocatalytic coating on an air filter, decomposing airborne microbials without ultraviolet radiation.

Asymmetric rectangular illuminators paired with arc-shaped reflectors resolve edge non-uniformity in machine vision imaging.

A ring-shaped light transmitting element couples and emits light in multiple directions to create a compact lighting device.

Opposing fins on a unitary heat sink increase surface area to lower operating temperatures in constrained LED lamp envelopes.

Integrating lenses with full spectrum LED cells improves light penetrability through plant canopies for uniform growth.

A banner assembly integrates an LED light network with a solar panel to illuminate the flag at night, resolving visibility issues without complex wiring.

Dispersed beads and pores in the base layer maintain opacity and impact resistance despite shortened optical distance.

Parallel copper wire lamp power cords reduce voltage drop to maintain uniform brightness across all LED beads.

Programmable LED driver unit powers integrated flat lamp modules to generate customizable light hues and brightness levels.

Segmented LED arrays optimize spectral energy at ink reflectance peaks, resolving the trade-off between illumination intensity and color accuracy.

A fluid-cooled LED fixture integrates an inspection light system to provide plant monitoring without disrupting night cycles.

A rechargeable battery powers a fan and light source in an inflatable decoration base unit, enabling wireless setup without external power feeds.

A bulbous member guides light from solid state elements to create a uniform distribution.

Segmenting chromaticity space into non-overlapping regions spaced by MacAdam ellipses improves LED utilization efficiency while maintaining color consistency.

A lens module with a Fresnel structure disperses light from emitting elements in wearable electronics.

Segmented copper pads eliminate insulation requirements, reducing fabrication time and labor costs for LED strip manufacturing.

A door switch sensor uses a V-shaped diffuse light guide to transmit detection light from an LED source to a back surface display part.

An LED unit reduces energy consumption from 13 W to 3 W and eliminates frequent replacements.

A reactive gas nozzle integrates a light source unit to illuminate the discharge path for visual guidance.

Integrating synthetic jet ejectors with heat sinks reduces device volume while maintaining effective cooling performance.

A side-mounted direction indicator pairs a second light source and optical unit on a common carrier plate to emit brand-specific colors.

Segmented UV and visible LED zones prevent polymer degradation from ultraviolet exposure while delivering vitamin D synthesis capability indoors.