Fibre Light Guides TRIZ Cases

Reflectors and a shared luminescent body capture ambient light from multiple angles to maintain visible output under diffuse or overcast conditions.

An integrating volume homogenizes side-emitted fiber light and blocks direct sightlines, improving laser power measurement accuracy.

By replacing the rear air gap with an integrated reflector and low-index layer, the radome improves signal transmission and backlit styling.

An angled, laterally offset illumination oven traps reflected light inside the cavity, boosting photoconductive switch absorption and uniformity.

An angled, laterally offset illumination oven traps light in multiple reflections to cut waveguide feedback and raise photoconductive absorption.

A large-diameter section clears body fluid from the catheter lumen before irradiation, helping suppress blood coagulation and tissue damage.

A guided fiber interface preserves sterility while fixing rotational alignment for accurate light power calibration in medical systems.

A photoreceptor monitors beam spread through the diffuser and shuts off the light source when thermal diffuser failure creates an eye hazard.

Multiple laterally offset partial beams are optically averaged to cut rough-surface noise and improve confocal-chromatic distance measurement.

A coherent fiber bundle remotely couples a bright image source to a waveguide, cutting display heat, weight, and EMI while preserving luminance.

A conical reflector around an NV diamond redirects fluorescence into optical fiber collection, boosting magnetometer sensitivity in hard-to-access setups.

Waveguides and couplers spread RGB laser light across 2D emitters, reducing optical dispatching footprint and PIC fabrication costs.

A first lens collects multimode fiber light, while a second redistributes it across a small photodetector to reduce damage risk.

Separate base regions isolate the converging lens from light-source heat while supporting precise optical-fiber coupling.

Integrating optical fibre beams into cold moldable materials creates pixelized surfaces with two-way light transmission capabilities.

Amorphous fluoropolymer antireflection coatings on polymer fiber end faces enhance light transmission efficiency.

A camera detects waveguide mode to align optical fibers with precision.

A multiplexed fiber optic current transducer divides broadband light to enable simultaneous multiphase measurement, reducing system complexity and cost.

Folded light paths reduce package thickness while maintaining sensing accuracy.

Multi-mode fiber replaces single-mode sources to eliminate interference fringes and simplify alignment in TIRF microscopy.

A light strip assembly uses a semi-cone guiding member to redirect emitted light through an integrated reflector for uniform distribution.

A reflective display component uses an electrowetting layer to independently adjust light intensity from quantum dot wells.

Bending internal fibers at a predetermined radius within an IC-TROSA reduces device volume while managing routing complexity.

Arc-shaped light guiding bars match the display panel curvature to resolve luminance uniformity issues in curved displays.

Variable density reflecting portions on a linear light guide compensate for attenuation, resolving uneven luminance without altering the device width.

Segmented optical fibers use an intermediate piece absorbing infrared radiation to prevent thermal damage and yellowing in vehicle headlights.

An illuminating fabric integrates optical fibers into a flexible support structure to enable modular assembly and disassembly of vehicle exterior lighting components.

A cable connection structure uses pre-terminated connectors and a longitudinal tube to join fiber optic modules directly.

An expandable sleeve diffuses laser light from a tracer conduit to visually identify specific cables in dense bundles, eliminating manual tracing errors.

Peripheral light absorbing unit on the guide path suppresses stray noise, enabling compact device size without sacrificing signal-to-noise ratio.

Segmented reflective facets reduce internal reflections and heat generation, improving energy efficiency in vein treatment.

Optimizing scattering particle distribution in a tapered light guide plate reduces brightness unevenness while maintaining high light extraction efficiency.

A terahertz laser uses an infrared semiconductor source to optically pump ammonia gas in a resonant cavity for efficient emission.

A remote indicator system transmits light signals through fibre optic cables to a display unit without completing electrical circuits.

A holder adjusts the positional relationship between a columnar light guide and a light source board to ensure precise optical axis alignment.

A depolariser splits optical signals into orthogonal paths using a rotator and attenuator to equalize power levels.

An optical collimator converts scattered LED light into a parallel beam for fiber transmission, eliminating electrical cables vulnerable to lightning strikes.

Segmenting laser beams into spatial modes eliminates temporal averaging, resolving the trade-off between radiance and uniformity.

Refractive light guides converge helmet illumination to eliminate glare while reducing weight and power consumption.

A light-guiding element incorporates a numerical-aperture alteration taper to transform high-angle LED emission into a lower numerical aperture beam.

A connector housing integrates a holding member with U-shaped side arms to secure the heat dissipation unit firmly.

Plastic optical fiber integrated into cable jacket exterior emits light laterally for visual tracing.

Light hub modules transmit data pulses between adjacent formwork panels via internal optical channels.

A light guide pipe and pin lock assembly secures internal components within an aerosol generation device.

A compact optical assembly redirects light via a reflective surface to route signals through tight spaces without damaging the fiber.

Bending optical fibers with a mode scrambler mixes modes to resolve insufficient angular homogeneity in laser-driven light sources.

Segmented reflectors and an optical waveguide eliminate mechanical complexity while delivering uniform illumination without glare.

Light splitters divide a single LED source into multiple beams routed through separate guides, reducing light loss and improving image data quality.

A fiber combiner merges coherent light sources while an actuator modulates beam phases to eliminate speckle patterns and maintain uniform illumination.