Liquid Crystal Compositions TRIZ Cases
- Liquid Crystal Alignment Film Epoxy Value Control
A liquid crystal alignment film uses controlled epoxy values to form a hard coating.
- Liquid Crystal Compound for Reverse Wavelength Dispersing Layer
A liquid crystal compound with tailored molecular structure orients long axes to form an optically anisotropic layer.
- Liquid Crystal Display Device Blocking Layer Impurity Migration
A liquid crystal display device incorporates a blocking layer between the color filter and liquid crystal layer to prevent ion density increases.
- Cholesteric Glassy Liquid Crystals with Hybrid Chiral-Nematic Moieties
Hybrid chiral-nematic pendants suppress crystallization to stabilize the glassy state while selectively reflecting circularly polarized light.
- Liquid Crystal Composition for Fast Response and Stability
A liquid crystal composition using specific cyclic compounds to achieve high-speed response and improved dielectric constants.
- Patterned Coatable Thin-Film Polarizer for Small Pixel Displays
A patterned coatable thin-film polarizer uses shear coating to define distinct light polarizing and non-polarizing areas on a substrate.
- Kerr Liquid Lens with Composite Molecules for Low Voltage Control
Composite Kerr liquids reduce temperature dependence and operating voltage while maintaining fast switching speeds.
- Multilayer Switching Layers for Smart Window Glare Control
Segmented switching layers resolve the trade-off between independent glare reduction and high-temperature stability in smart windows.
- Liquid-Crystal Medium Polymerization UV Wavelength Optimization
Thioalkyl polymerizable compounds stabilize tilt angles via 340 to 380 nm UV curing while reducing energy consumption.
- Optical Film Phase Difference Layer Alignment
A phase difference layer fixes vertical alignment of liquid crystal compounds using a specific polymer compound formulation.
- Charge Transporting Liquid Crystal Photoalignment Layer
This photoalignment layer merges charge transport and alignment functions to reduce operating voltage while maintaining uniform liquid crystal orientation.
- Thin LCD Light Control Layer Suppresses Color Unevenness
A liquid crystal display apparatus uses a light control layer with thin transparent substrates to switch viewing angles.