A dummy unit with high scatterer concentration captures defective ink during manufacturing, preventing corner stains and yellowing in display areas.
A light source unit synchronizes a luminescent wheel with a color wheel to direct specific wavelength ranges toward projection optics.
A display diffusion film uses irregularly arranged lenses to refract vertically incident light.
Optical laminate uses 0.04-0.30 mm surface spacing to prevent glare without clouding, preserving black color gradation in high-definition displays.
A photonics assembly uses phase-shifted light sources and a moveable diffuser to create de-cohered illumination.
Segmented lenses manage the trade-off between beam precision and device complexity, enabling retrofitting into existing channels without redesign.
A light diffusion member integrates a pyramid structured film with polarizing and retardation layers to control light distribution.
Annular optical element features a V-shaped groove and reflecting surface to redirect inspection light for visual glue dispensing verification.
A diffusing member combines surface irregularity and binder particles to control light scattering.
Rough anodized layer embeds diffuse reflection particles to replace organic adhesives, preventing cracking under high-power laser irradiation.
An optical film uses segmented semi-transmissive layers to reflect circularly polarized laser light while transmitting linearly polarized image light.