| 摘要 |
PROBLEM TO BE SOLVED: To reduce transmission light in a dark state and to improve the performance of a liquid crystal device by reducing scattered light caused by that a linear polarization incident on a color filter layer is polarization canceled. SOLUTION: A color ferroelectric liquid crystal device is provided with ferroelectric liquid crystal material 2 between two sheets of glass substrates 3, 4 arranged at a fixed interval through a speaker. Then color filter layer 5 is provided on the glass substrate 3, and the surface of the color filter layer 5 is covered by a faltering layer 6 consisting of material flattening the surface. Electrode structures 7, 8, barrier layers 9, 10 and oriented layers 11, 12 are provided on the inside surfaces of the glass substrates 3, 4. Further, a polarizing layer 16 is provided between the color filter layer 5 and the liquid crystal material 2 for suppressing that the light linearly polarized by a polarizer 14 is polarization canceled by the color filter layer 5 and reducing the transmission light in the dark state. |
