Optical Light Guides TRIZ Cases

Sliding frames guide the bottom plate to resolve assembly force issues, preventing plastic frame damage while maintaining mechanical stability.

A compact optical lens system uses aspherical elements to deliver wide viewing angles and high resolution.

An elastomer sleeve compresses around optical fibers within a resilient mounting retainer to provide secure strain relief.

Electrophoretic fluorescent nanoparticles move within a dispersion fluid to emit light when excited by guided waves in a transparent substrate.

A front light source integrates a quantum dot element on the same layer as a light source element to emit three primary colors.

A reflective optical sheet redirects absorbed light back to the light guide panel.

Segmenting modulation across nested ring resonators doubles data rates beyond 5 Gb/s while reducing power consumption compared to single large rings.

A mixed-format backlight uses multibeam emitters and a light guide to provide directional and broad-angle emitted light.

Segmented fiber distribution hub modules simplify cable routing and grounding, reducing network complexity while supporting scalable configurations.

Segmented blades in a single channel mechanically cut bonding material, replacing chemical methods to speed up fiber separation.

A tunable optical device uses a suspended flexible frame and elastic component to adjust reflector distance for precise spectral control.

A backlight module heat sink dissipates thermal energy from a liquid crystal display panel through air convection via frame-mounted through holes.

Pre-stage interferometers in a nested Mach-Zehnder device adjust electrical phases to resolve constellation diagram distortion from fabrication inconsistencies.

Separating the display and guiding units prevents hinge obstruction during folding, enabling compact housing and one-touch operation for existing eyeglasses.

Optimized apex and base angles on the light guide plate redirect light to maintain luminosity consistency without sacrificing extraction efficiency.

A thin portion on the main winding flange reduces centrifugal force during high-speed rotation, preventing deformation and preserving axial strength.

A universal fan-out device uses resilient members to hold optical fibers within an interlocking housing structure.

Angled stepped front plates house stacked adapters to increase fiber optic density while maintaining accessibility in high capacity telecommunications modules.

A scattered display panel uses an inverted trapezoidal dot-array structure to guide light from a backlight source through the device.

A transparent optical adjusting member uses linear members with triangular sections to refract light and change its direction.

Side-emitting LEDs on a flexible circuit board adapt to different curvatures, eliminating customized light bars and improving heat dissipation.

Replacing the thick buried oxide layer with a bulk wafer substrate reduces manufacturing costs while maintaining optical performance.

Phase delayed waveguides align output spectra with defined center wavelengths, reducing channel crosstalk and wavelength drift caused by fabrication variations.

A polarization-mode controlled nonreciprocal optical waveguide device uses mode converters to guide light signals through magneto-optic film interfaces.

A backlight unit prism sheet with specific inclined faces collects light from a light guide panel to enhance optical efficiency.

A thermoelectric cooler uses asymmetric Peltier element spacing to maintain uniform temperature distribution across an optical module.

Misaligned rhomboid light valve pixels prevent moiré and mura patterns while maintaining high contrast ratios in liquid crystal displays.