Diffusing Elements TRIZ Cases
- Directed Display Architecture for HMDs
Microlenses concentrate sub-pixel light toward the eyebox to resolve the trade-off between viewing angle and light efficiency in head-mounted displays.
- Hard Coating Film Elastic Modulus Control
A hard coating film balances elastic modulus differences between layers to achieve high surface hardness and impact resistance.
- Light Diffusion Film with Micro-Concave Holes for LED Glare Reduction
Micro-concave hole structures in the light diffusion film eliminate LED glare while maintaining luminous intensity distribution.
- Optical Film Blocking Walls for Display Privacy and Viewing Angle Control
An optical film with gradually varying blocking walls directs light emission to specific regions of a display panel.
- 3D Time-of-Flight Illumination Pattern for Load Measurement
Periodic pulsed light encoding maintains safe irradiance levels while resolving measurement accuracy across variable object arrangements.
- Optical Sheet BTDF Design for LED Backlight Uniformity
Bidirectional transmittance distribution optical sheet redirects light from point sources to achieve uniform illumination across the display area.
- Projection Illumination System Speckle Reduction
Dual diffuser elements with varying haze parameters reduce laser speckle while maintaining optical efficiency in projection illumination systems.
- Nonwoven Light Distribution Element for Uniform Luminance
A nonwoven fabric with specific refractive indices and porosity achieves high luminance levels without compromising diffusion properties.
- Wavelength Conversion Member with Light Scattering Layer
Separating scattering particles from quantum dots via an inorganic barrier layer resolves peeling issues and improves stability.
- Integrated Refractive Optical Element for LED Traffic Signals
An integrated refractive optical element merges Fresnel lens and spreading window functions to reduce light loss and manufacturing complexity.