A light flux controlling member with segmented incidence surfaces directs emitted light laterally to prevent vertical leakage.
Optical film incorporates biomass-derived polyester to minimize rainbow interference patterns while maintaining mechanical strength.
Ultra-fine inorganic particles with a refractive index of 2.00 or more improve light diffusibility and shape-hiding in thin films.
A depolarization member cancels outside light polarization, preventing luminance deterioration and coloring in transmissive displays.
An enlarged shielding layer extends into the thickness direction to increase bonding area, resolving the trade-off between coverage and adhesiveness.
A semi-cylindrical illuminator uses a conical internal structure to internally reflect light beams across a wide angle.
A symmetric diffusion film with mixed refractive indices diffuses light to eliminate off-axis luminance mura caused by sensing electrode interference.
Multilayer coatings on salt optics prevent humidity erosion, maintaining optical performance in high-moisture environments.
A projector uses a birefringence element to convert linearly polarized light into circular or elliptical polarization before diffusion.
Superimposed convex shapes eliminate reflective Newton's rings while maintaining brightness by optimizing surface roughness and diffusion area.
A two-dimensional anisotropic diffusion sheet adjusts laser beam divergence to create a circular light spot.
An optical stack embeds a bumpy diffuse surface between index-matched layers to hide sensors while maintaining high light transmission.
Hydrophilic and hydrophobic adhesive parameters bond optical film microstructures, resolving the trade-off between high adhesive force and optical gain.
An inorganic binder cures at lower temperatures to reduce pores in the diffuse reflection layer, improving reflectivity and brightness.
Staggered refractive protrusions disrupt periodic superposition to eliminate Moire patterns while maintaining high light transmittance.