Cladded Optical Fibre TRIZ Cases

A micro-prism array inverts the optical field to redirect collimated light into the display eyebox.

Attitude shape calculator fuses fiber bend data with rotational and directional changes from gravity, gyro, and magnetism sensors.

An adjustable gap in the contactless guide allows easy removal of stuck fibers while maintaining stable direction change.

Deformable slides apply axial strain to fiber gratings, transforming refractive index profiles for spectral tuning.

Selective removal of evanescent coupling structures tunes light power between photonic components after fabrication.

Integrating a periodic structure with defect regions into the fiber facet resolves low coupling efficiency by confining surface plasmons for stable biosensing.

Integrating high-modulus plastic wires with optical fibers boosts tensile strength, resolving insufficient handling durability in conventional ribbons.

An integrated optical computing element processes fluid samples via a fiber sensor and detector.

Segmented arc discharge heating fills air holes in holey optical fiber tips for core alignment while preventing end surface corner deformation.

Flux lowers melting point and suppresses vapor pressure during fiber draw, enabling stable formation of high vapor pressure semiconductor optical fibers.

Nested tapered fiber structure increases packing density and brightness while preventing mode interactions between cores.

A dielectric transmission medium connector guides electromagnetic waves between ports using bound modes.

A capillary tube power stripper surrounds an optical fiber with a refractive index-matched adhesive to suppress evanescent laser light.

Nano-crystalline diamond sensor unit enables infrared evanescence wave spectroscopy, eliminating fluorescent labels and harsh environment degradation.

Annealing furnaces control fictive temperature to promote structural relaxation in optical fiber glass.

Concentric high and low expansion spring jackets pre-stress the fiber Bragg grating, resolving size and cost trade-offs in temperature compensation.

Ultrashort pulse laser inscription creates thermally stable Type II gratings that maintain high reflectivity and low scattering loss at elevated temperatures.

A head-mounted light field display uses a shuttered waveguide to transmit time-varying beams of light for immersive viewing.

A hollow core optical fiber guides electromagnetic radiation through a seamless structure to amplify signals without solid core interfaces.

Integrating a superconducting nanowire directly onto an optical waveguide resolves low loss interfacing challenges for scalable quantum photonic networks.

Eliminating flat surfaces on the dome structure concentrates mechanical stress, reducing drive voltage and interaction length for optical phase control.

A fibre-optic modulator uses a fibre Bragg grating to vary strain force and modulate light wavelengths for discrete signal output.

Chrome-copper-indium multilayer coating on optical fiber resolves temperature sensitivity loss below 20K through controlled thermal contraction.

A hollow-core photonic crystal fiber assembly uses a density control system to adjust the medium's density profile along its length.

Consolidated splitter housing reduces cabling complexity and installation labor in multiple dwelling unit retrofits.

A two-beam Mach-Zehnder interferometer measures optical fiber refractive index profiles using commercial components and digital analysis.

X-Sp-Z ligands modify nanoparticle surfaces to resolve the trade-off between optical properties and chemical compatibility with host materials.

A crosslinked fluorinated coating composition delivers high hardness and low refractive index for optical fibers.

A dicing blade with a flat top and slanted side face cuts light waveguide surfaces to form precise deflection mirror grooves.

An optical coupling circuit device uses an obliquely cut fiber end surface to optically couple the fiber and the optical circuit.

A dispersionless optical tap filter uses a broadband thin film to separate monitoring signals from high-speed data streams in multimode fiber links.

Segmented transponder-amplifiers isolate component failures to prevent large-scale network breakdowns while maintaining high-power transmission.

Optical fiber with large effective area uses fluorine doping to confine mode fields, reducing nonlinear effects and spurious signals.

An oblique refractive index modulation part reduces wavelength dependency and device length in optical fiber mode converters.

Light-conducting fibers illuminate wounds and detect radiation intensity to evaluate refractive index without separate sensors.

An integrated fiber-ferrule merges the optical core and cladding layer into a single component to eliminate adhesive interfaces.

Tunable waveguides in an arrayed waveguide grating correct polarization dependency and maintain optimal Bragg wavelength positioning between output ports.

Varying rib width in a silicon nitride waveguide achieves high mode conversion efficiency, resolving insufficient extinction ratios in conventional rotators.

Integrating biodegradable waveguides into bandages enables continuous tissue monitoring without invasive sensor removal procedures.

Segmented waveguides reduce peak intensity via group velocity dispersion, extending operational lifespan by minimizing output damage.

Physical vapor deposition of a ZnS-SiO2 composite layer reduces absorption loss while maintaining high refractive index for optical confinement.

Liquid cladding reduces spectral transmission loss and cross talk in high resolution image guides.

A passive aligning optical coupler array uses vanishing core waveguides to resolve insertion loss and alignment precision trade-offs.

A guidewire integrates an optical core to transmit light along its length, enabling visual confirmation of device positioning.

Anti-Stokes detection in hollow core fibers overcomes fluorescence interference and low signal intensity for reliable biological sample analysis.

Hollow core photonic crystal fiber transforms optical fields to resolve modal noise and signal attenuation in SMF to MMF transitions.

A segmented optical fiber with characteristic change members enables independent curvature detection at multiple locations along a single transmission body.

An adhesive-coated optical fiber passes through a nozzle to form wiring on substrates.

A photonic bandgap fiber uses a low-refractive-index region to guide pump light through the cladding.