Light Source Combinations TRIZ Cases

A headlamp uses segmented yellow and white or blue light source groups to produce collective emission.

An adjustable slant angle controller directs UV radiation along a defined optical plane, treating aerosols before inhalation while minimizing occupant exposure.

A battery-powered LED system deters rodents by emitting light at specific visual sensitivity wavelengths.

A small-footprint LED lamp replicates incandescent dimming behavior through disproportionate power adjustments across disparate spectral outputs.

A switch control unit adjusts LED package operation to match user-defined light qualities.

An integral interface merges mains voltage and data feed into one connector, eliminating separate operating devices for each light element.

Color-coded LED arrays identify specific emergencies, resolving ambiguity in evacuation cues.

A light source circuit segments red, blue, and yellow-green LEDs to emit specific wavelengths that enhance perceived skin color.

Detachable LED control host manages bubble density and ambient lighting to resolve maintenance complexity and direct eye exposure issues.

A display device creates rounded corner aesthetics by configuring corner pixels to emit colors matching the surrounding frame.

A detachable flashlight head magnetically couples to a headguard or base for flexible illumination.

Segmented ambient and downlight sources provide vertical illuminance for circadian entrainment while minimizing glare.

LED assemblies emulate natural daylight for interior spaces where structural constraints prevent traditional skylight installation.

A plant lamp light bar uses interlaced red and blue LED bead groups to generate adjustable growth spectra for different crop stages.

A portable light optical diffuser uses a complex lens structure to produce a broad beam of light.

Dual LED arrays and a magnifying lens resolve the trade-off between decorative ambiance and task readability by providing adjustable intensity modes.

A disinfecting lighting device combines UV-C and visible light sources with an optical element to produce homogeneous illumination.

Segmented LED arrays simulate dynamic solar direction and sky color gradients, resolving the trade-off between realistic daylight mimicry and device bulk.

PLC-controlled LED lights and rotating crystal ball enhance visual appeal while eccentric nozzles minimize water loss from sunlight exposure.

A vehicle lighting device uses a controlled MEMS scanning mirror to direct laser radiation from an RGB source through imaging optics.

Microprocessor adjusts LED current amplitude and duty cycle to maintain color mixing accuracy at low intensities.

Tilting emitting surface normal vectors resolves Snell's law constraints to achieve a 153.45-degree horizontal field of view without complex lens fabrication.

A color-changing LED bulb uses an external switch to control sequential illumination via integrated IC chips.

Inflatable solar lighting housing integrates photovoltaic panels and rechargeable batteries to resolve portability versus manufacturing precision trade-offs.

A flashlight control element uses a locking mechanism to block transitions between infrared and visible light modes.

Yellow backlight systems emit 570-590 nm light to neutralize harmful blue radiation, preventing eye damage without distorting color perception.

A multicolor laser source uses a reflective diffusing member and lens array to homogenize light beams from separate color units.

A light-string distribution element manages power and signal flow to decorative lighting arrays.

A GLS-like LED light source uses independent near UV and blue LEDs with a luminescent layer to produce white light.

A modular illumination housing integrates interchangeable electrical connections for various functional components within a single unit.

A data box converts three-color input signals into four-channel outputs to drive RGB and white LEDs.

Dual reflector modules redirect LED light to meet FAR angular coverage requirements while adding infrared emission for covert flight modes.

Positioning conductive heat sinks below a virtual plane orthogonal to the optical axis prevents signal shielding while maintaining compact dimensions.

Ultraviolet radiation passes through a quartz window member to destroy biofouling organisms, maintaining light transmission reliability in marine environments.

Segmented blue LEDs and composite phosphors approximate the CIE daylight spectrum, improving color rendering indices R9 and R12.

A quantum structure thin film uses cesium lead halide excitation layers sandwiched between substrates to emit light.

A vehicle door handle assembly uses a light emitter and sensor to detect hand presence through reflected light intensity.

A vehicle headlamp combines a white LED and an RGB diode on a shared chip support for controlled illumination.

Merged gas flow paths cool distinct light sources via separate heat sinks, managing high heat generation without increasing housing volume.