Polarising Elements TRIZ Cases
- Multilayer Phase Retardation Film for LCD Viewing Angle and Durability
A multilayer phase retardation film uses non-styrene outer layers to enhance adhesion and thermal stability.
- Private Display Device Using Quarter Wave Plate and Polarizing Film
A private display device integrates a quarter wave plate with a polarizing film to control light transmission for secure viewing.
- Optical Film Moisture Barrier via Composite Resin
A thermoplastic optical film incorporates a high molecular weight moisture permeability-reducing compound to limit water vapor transmission.
- Interleaved Polarizers for Optical Birefringence Filters
Zero-degree reflective polarizers minimize internal reflections in birefringent filter stacks.
- Low Ts Wire Grid Polarizer With Refractive Index Stack
A wire grid polarizer employs a dielectric stack with graded refractive indices to reduce ghosting by suppressing s-polarization transmission.
- Cholesteric Liquid Crystal Reflection Layer for Head-Up Display Double Image Elimination
A cholesteric liquid crystal reflection layer selectively reflects circularly polarized light to produce high-brightness projection images.
- Polarizing Plate Asymmetric Shrinkage Force Flatness
A polarizing plate uses controlled shrinkage forces in a protective film to match the polarizing film and maintain structural integrity.
- Compact External Grating PBS/PBC Coupler Design
A compact external grating coupler uses a lens and YVO4 crystal to split light beams for silicon photonics integration.
- Polarizing Plate UV Curing for Adhesive Force and Water Resistance
Irradiating optical laminates with 380 to 410 nm ultraviolet rays cures adhesive layers between base films and reverse dispersion liquid crystal layers.
- Tunable Achromatic Waveplates Using Liquid Crystal Retarders
Voltage-controlled liquid crystal layers replace complex crystalline assemblies to reduce fabrication complexity and system volume.
- Luminance-Enhancing Film With Inverse Retardation Layers
A luminance-enhancing film uses a reflection polarizer with inverse retardation signs to boost brightness.
- Polarizer with Multi-Region Retardation for OLED Color Cast
A polarizer uses an optical retardation layer segmented into distinct regions to perform wavelength-specific phase retardation.
- Nano-Metal Wire Polarization Structure for Display Light Leakage
Embedded oriented nano-metal wires absorb parallel lightwaves through plasma resonance, eliminating shrinkage and light leakage in large display panels.
- Diagonal Stretched Film Edge Slack Control
Temperature gradients in the stretching zone suppress edge slack during diagonal orientation, improving conveying reliability.
- Polarizing Glass Near-Field Extinction Ratio
Controlled glass substrate composition with specific chlorine content enhances near-field extinction ratio of polarizing glass.
- Metal Wire Grid Polarizer Alignment via Segmented Design
Segmented metal wire grids prevent light shielding to enable accurate binding alignment for large-screen displays.
- Multi-Element Retarder for Wideband Ellipsometry
Segmented waveplates with wedge angles compensate wavelength-dependent retardance to minimize beam deviation across 190-1700 nm.
- Foreign Substance Inspection for OLED Units via Reflected Light
A lighting unit directs incident light at an inclined angle toward a display panel while a detection unit captures the resulting reflected patterns.
- Polarizing Plate Warping Suppression via Low Moisture Permeability
A polarizing plate structure uses a transparent protective layer with low moisture permeability to suppress display panel warping.
- Optical Stack Reflective Polarizers Wavelength Optimization
Segmented reflective polarizers with distinct layer separations resolve color separation and leakage trade-offs for high efficiency.
- Wire-Grid Polarizing Plate Using Metal Semiconductor Layers
A polarizing plate uses metal-containing semiconductor layers in a wire-grid structure to enhance optical performance.
- Optical System Ghosting Reduction in HMDs
Phase plates and a semi-transmissive mirror reduce ghosting from plastic lens birefringence while maintaining brightness.
- Lower Polarizer Wavelength Conversion for LCD Light Efficiency
A lower polarizer incorporates a wavelength conversion material to transform blue light into green and red wavelengths.