Light Source Combinations TRIZ Cases

See how integrated light gathering cavities in protective covers eliminate gaps that cause dust

See how an integrated axial fan and LED light fixture uses air diversion and vented casing to c

See how a self-contained panel with modular heating, lighting, and ventilation controls retrofi

See how variable-length leads and two-pin connectors enable precise light placement near orname

See how a flexible adhesive pad integrates LEDs, control circuits, and power into a compact sid

See how a ventilating system integrates fan, grille, and dual-mode LED lighting to reduce bulk,

See how axial electrical connectors merge mechanical coupling with power and command signal tra

See how a light guide plate between LED and panel eliminates shadows and central dark marks, ac

See how axial electrical connectors enable trunk segments to connect in multiple radial orienta

See how a jog dial switch with encoder, push directions, and lamp feedback enables intuitive wa

See how a light guide plate with segmented optical properties eliminates shadows and ensures un

See how an axial fan propels cooler air along LED fixtures to extend lifespan through convectiv

See how a light sensor detects wick flame to synchronize LED and sound effects, enhancing celeb

See how a light guide plate and intermediary member eliminate central dark zones and bezel stru

See how angled air inlet and outlet channels in a protruding downlight lamp prevent sterilized

See how segmented light-transmitting structures on a mirror plate enable customizable light pat

See how a double-walled vessel uses a transparent connection ring and removable base light to i

See how a ceiling-mounted luminaire integrates UV-C air recirculation to destroy airborne patho

See how axial electrical connectors enable artificial tree trunk segments to connect in any rad

See how a light guide layer refracts strip light to produce soft, uniform illumination in furni

See how an overflow cover integrates LED lighting below the waterline to illuminate bathtub wat

See how a ceiling-tile-integrated fan and LED system uses convective airflow to dissipate LED h

See how pivoting support ribs and a locking mechanism enable one decoration system to transform

See how a ceiling-mounted fan and LED unit uses air diversion and vented casing to cool lightin

See how a smart nursery monitor merges audio, video, air quality, humidity, and temperature sen

See how an integrated ceiling-tile fixture uses axial fan airflow and diversion mechanisms to c

See how hollow-chambered translucent panels with integrated LED strips reduce storage bulk and

See how a battery-powered light assembly integrates between tool handles and work implements us

See how a removable C-shaped wall with LED lighting clarifies food portions and provides a rais

See how axial electrical connectors enable radial-orientation-independent trunk assembly, reduc

See how magnetic mounting eliminates adhesive damage while integrated WiFi and short-range wire

See how light bars serve as heat sinks in LED troffers, using a reflective mixing chamber to ac

See how combining directional visible light with infrared radiation and diffuser optics replica

See how combining visible and infrared light sources with Rayleigh diffusion replicates both vi

See how layered transparent and opaque panels with RGB LED backlighting enable dynamic color an

See how transition metal oxide, nitride, or oxynitride films enable grey achromatic colors whil

See how pre-oriented LEDs in shaped light strings with selectively exposed wiring reduce wire v

See how a rod-hub-spoke support structure with mounting brackets secures LEDs at multiple axial

See how self-aligning axial connectors enable trunk segments to couple in any radial orientatio

See how axial electrical connectors enable trunk segments to connect in any radial orientation,

See how axial electrical connectors with self-aligning interfaces enable radial-orientation ass

See how axial electrical connectors with self-aligning guide pins enable artificial tree trunk

See how a lighting assembly integrated into the door liner bin divider illuminates the interior

See how modular trunk segments with self-aligning electro-mechanical interfaces enable multi-ch

See how an LED strip accessory with bracket mounting and wireless remote control illuminates bo

Push-lock inline connectors join light tape segments without rotation, maintaining waterproof sealing and electrical continuity in tight spaces.

Alternating white and amber LEDs with light pipes and an optical sheet blend DRL output and turn signaling in a compact, uniform lamp.

Dual-wavelength lasers and a phosphor layer enable high-brightness lighting with controllable CCT, CRI above 70, and better heat handling.

A modular spoke-mounted LED wheel light improves visibility without shifting wheel mass, using flexible holders for easy fit and battery replacement.

Magnetic roofline mounts and a hoisting pole replace brittle clips and ladder work, reducing fall risk and repeat light-hanging repairs.

Notched transparent rods and multi-color LEDs turn doorway lighting into discrete visual signals while improving dock visibility and status indication.

Rotating lenses and coordinated light-source control even out color temperature and enable flexible light distribution from multi-LED modules.

Shared cabin LEDs and lenses light both the cabin and decorative panel areas, improving styling without adding separate light sources.

A four-LED light source offsets cover-induced color shift in vehicle trim, delivering legal amber and red tones with higher brightness and lower bin sensitivity.

Calibration maps randomly positioned micro-LEDs to micro-lenses, enabling adaptive beam steering and accurate image projection without costly alignment.

Blue-violet emission and a green-yellow converter create white light that lowers viral and bacterial loads while fitting existing lighting.

Parallel side rails combine device mounting and power delivery in vehicle interiors while staying concealed when unused and showing status with LEDs.

Total internal reflection channels add independently controlled perimeter lighting to emergency lightbars for clearer vehicle identification.

Parallel LED arrays with distinct photoluminescence layers enable warm dimming and uniform color mixing without obscuring filament appearance.

Multiple laser wavelengths excite one luminescent material to deliver dimmable high-intensity white light with color temperature control and lower thermal load.

Visible violet LEDs and UV-filtering optics induce photoluminescent fluorescence without harmful UV exposure in low-light warning use.

An in-cabin LED assembly mirrors roof warning light flash modes, letting drivers control and verify patterns without leaving the vehicle.

Indoor lighting is tuned to mimic sunlight by balancing blue, green, and red output while avoiding costly, less reliable near-UV LEDs.

Colored light is diffusely reflected from the white source to tune shade, reduce edge fringing, and keep aircraft reading light uniform.

A red and clear rear lamp layout uses red and white LEDs to create a contiguous red illuminated area while saving housing space.

Dual-color illuminators and sensor-based control switch beam brightness and color to improve visibility in fog and heavy rain.

A rim extending beyond Zhaga boundaries improves heat dissipation, enabling higher-power add-on modules while keeping slot connectivity.

Sensors switch white and yellow headlight brightness to maintain visibility and object identification in fog and heavy rain.

Adjacent parallel filament sections emit different color temperatures or intensities to create decorative patterns without losing LED efficiency.

Independent RGB and warm white channels deliver high-CRI mixed white light with adjustable color temperature in a compact lamp.

A dual-fuse OR-logic structure uses light-triggered programming to improve LED lamp bead chip address rewriting success.

A segmented wheel light places the power pack at the hub or spokes to keep bicycle wheels illuminated without upsetting mass balance.

Symmetric white and yellow LED placement enables vehicle lights to switch color with minimal beam shift for better fog visibility and compliance.

A single injection-molded micro lens array combines input and output lenses to simplify beam-pattern manufacturing for adaptive vehicle lamps.

A blue LED with red and near-infrared phosphors broadens 620-820 nm output to match ATP action peaks and improve biomodulation.

A shared laser/infrared beam path plus time-of-flight backup simplifies vehicle projection optics and keeps laser control safe if IR detection fails.

Combining white LEDs, 400-420 nm violet LEDs, and a wavelength converter enables pathogen sterilization in occupied spaces without UV skin or eye harm.

An integrated connector and snap-fit battery box simplify flameless LED candle assembly while improving stability and child-safe closure.

Perception sensors adjust exterior light brightness and wavelength to match weather and driving conditions, improving visibility and sensor performance.

An ECU-controlled LED module built into the brake caliper adds styling while signaling brake pad wear and adapting light output to driving conditions.

Segmented diffractive optical elements create a narrow projection line while lowering short-range light intensity to improve visibility and eye safety.

A conductive light-guiding structure combines electrical contact and illumination in a decorative shaped part, cutting components and process steps.

Parallel LED arrays with different phosphor layers enable warm dimming and uniform color mixing in diffuser-free LED filament lamps.

Using total internal reflection, this lightbar channels LED light to peripheral outputs for non-emergency identification and coordinated warning patterns.

Combining white LEDs, phosphor conversion, and 400-420 nm emitters enables pathogen sterilization while limiting harmful eye and skin exposure.

Alternating white and amber LEDs with light pipes and an optical sheet blend DRL output and cut LED count in compact vehicle lighting.

Fused-center TIR optics shorten LED color mixing distance while preserving narrow beam control and reducing fringe color near the beam edge.

A segmented rear lamp uses red and white LEDs under red and clear areas to meet illuminated area rules without sacrificing compact styling.

Multiple light sources with different color temperatures are intensity-controlled to mimic natural light while balancing vivid color quality and complexity.

Spring-loaded lugs keep a vehicle LED module aligned in glazing openings, reducing light loss and halo defects over time.

A light guide redirects rigid PCB LED output sideways and forward, cutting mirror lighting cost while preserving precise illumination patterns.

Encapsulated microLEDs, traces, and molded lenses turn a structural composite into concealed task lighting without disrupting vehicle interior styling.

Time-based control of multiple color-temperature emitters reproduces daylight-like spectra with low similarity error and vivid illumination.

A violet LED and green-yellow luminescent converter combine room lighting with disinfection while avoiding the harsher effects of shorter UV.

Wiring patterns on both board faces block light bleed-through, so each opposite-side light source shows its true on/off status.

UV lighting is synchronized with gaps in emergency visible flashes to illuminate fluorescent safety markings while reducing power use.

A cold mirror thin film and color layers balance daytime panel matching with nighttime light transmission for cleaner vehicle display integration.

Inclined reflective surfaces separate closely packed light emitters, reducing heat concentration while maintaining compact light output.

A blue LED plus 390-415 nm pass-through violet and phosphors boosts white-light CRI to 94+ while keeping 100-140 lm/W efficiency.

A partially enclosed reflector and light-scattering encapsulant improve LED filament color mixing, color temperature control, and appearance.

A controlled laser assist compensates phosphor nonlinearity, extending linear dimming while maintaining color point and high CRI.

Two lighting units and a mixing space deliver compliant white, amber, or red functions with fewer lamps and lower assembly complexity.

An external reflector redirects light through the cover panel to create a diffused rearward pattern with better styling and light distribution.

Multiple LED light sources with different color temperatures, lumen outputs, and distributions let one luminaire be configured on site while reducing inventory.