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    • 8. 发明申请
    • ELECTRICALLY CONTROLLED FLUORESCENT LIQUID CRYSTAL LIGHT VALVE AND DISPLAY DEVICE THEREOF
    • 电控荧光液晶灯及其显示装置
    • US20160154270A1
    • 2016-06-02
    • US14572736
    • 2014-12-16
    • BOE TECHNOLOGY GROUP CO., LTD.HEIFEI XINSHENG OPTOELECTRONICS TECHNOLOGY CO., LTD.
    • Guiyu ZhangMing HuTaofeng Xie
    • G02F1/137C09K11/06
    • G02F1/13762C09K11/06C09K2211/1007C09K2211/1011G02F2001/13756G02F2001/13775
    • The present disclosure relates to an electrically controlled fluorescent liquid crystal light valve and a display device thereof. The electrically controlled fluorescent liquid crystal light valve comprises a liquid crystal cell, a disubstituted phenylethylene photoluminescent material miscible with the liquid crystal molecules in the liquid crystal cell, and a control circuit for controlling the liquid crystal cell. By virtue of the electrically controlled fluorescent liquid crystal light valve and display device thereof according to the present disclosure, the disubstituted phenylethylene photoluminescent material used therein, as compared to a conventional liquid crystal light valve that uses a cyan-substituted-diphenylethylene photoluminescent material, has a better molecule planarity and a greater electron delocalization, which excites fluorescence more easily, exhibits more luminous efficiency and can effect a higher contrast; moreover, the disubstituted phenylethylene photoluminescent material used in the electrically controlled fluorescent liquid crystal light valve of the present disclosure has a fine compatibility with liquid crystal molecules, for which only a blending with the liquid crystal molecules is required before they can become homogenous, where the manufacturing process is simple.
    • 本发明涉及电控荧光液晶光阀及其显示装置。 电控荧光液晶光阀包括液晶单元,可与液晶单元中的液晶分子混溶的二取代苯基乙烯光致发光材料,以及用于控制液晶单元的控制电路。 根据本公开的电控荧光液晶光阀及其显示装置,与使用青色取代的二苯基乙烯光致发光材料的常规液晶光阀相比,其中使用的二取代的苯基乙烯光致发光材料具有 更好的分子平面性和更大的电子离域化,其更容易激发荧光,表现出更高的发光效率并且可以实现更高的对比度; 此外,本公开的电控荧光液晶光阀中使用的二取代苯基乙烯光致发光材料与液晶分子具有良好的相容性,只有在液晶分子变得均匀之前才需要与液晶分子的共混,其中 制造工艺简单。