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    • 5. 发明专利
    • PHOTOCONDUCTION TYPE LIQUID CRYSTAL LIGHT VALVE
    • JPH07306401A
    • 1995-11-21
    • JP9759794
    • 1994-05-11
    • PIONEER ELECTRONIC CORP
    • YOSHIDA KENJI
    • G02B6/00G02B26/08G02F1/1335G02F1/135G03B21/00H04N9/31
    • PURPOSE:To obtain a photoconduction type liquid crystal light valve (LCLV) having the high resolution to permit selection of the light wavelengths to be shut off by consisting light shielding film of plural thin films respectively contg. light absorbent materials in such a manner that these light absorbent materials have light absorption spectrum distributions varying from each other. CONSTITUTION:This LCLV 1 consist of multilayered black insulating films 117 composed of plural, for example, three thin films 17a to 17c respectively contg. the light absorbent materials. The light absorbent materials of these multilayered black insulating films 117, i.e., the light shielding films have the light absorption spectrum distributions varying from each other. The writing side glass substrate of the LCVL1 is formed of a substrate 21a consisting a fiber optical plate and the front face of a CRT 2 is formed of a substrate 2a consisting a fiber optical plate. The fiber optical plates of the LCVL 1 and the CRT 2 are joined to each other via joining layers 30. The width of selection of the light wavelengths to be shut off by superposition of the light absorption spectra is expanded by combinations of the thin films 17a to 17c of the light absorbent materials.
    • 7. 发明专利
    • PHOTOCONDUCTION TYPE LIQUID CRYSTAL LIGHT VALVE
    • JPH07306419A
    • 1995-11-21
    • JP9971894
    • 1994-05-13
    • PIONEER ELECTRONIC CORP
    • YOSHIDA KENJI
    • G02F1/135H04N5/74
    • PURPOSE:To improve resolution without forming a low-resistance material between electrode layers. CONSTITUTION:This-photoconduction type liquid crystal light valve has a pair of the electrode layers 18, 19 facing each other, a liquid crystal layer 11 and photoconductive layer 15 arranged between these electrode layers, a light reflection layer 16 on the liquid crystal layer side arranged between the liquid crystal layer and the photoconductive layer and a light absorption layer 17 on the photoconductive layer side. A protective layer 30 consisting an insulating material is formed on the light reflection layer 16 side of the light absorption layer 17. The light reflection layer 16 is formed of alternately laminated layers of TiO2 films and SiO2 films and the layer nearest the light absorption layer of the light reflection layer is formed of the SiO2. The SiO2 layer formed nearest the light absorption layer of the light reflection layer 16 consisting of the alternately laminated structure of the TiO2 films and the SiO2 films suppresses lowering of the resistance on the light reflection layer side of the light absorption layer absorption and, therefore, the resolution of the LCLV is improved.