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    • 51. 发明授权
    • Method of driving ferroelectric liquid crystal optical modulation device
    • 铁电液晶光调制装置的驱动方法
    • US5448383A
    • 1995-09-05
    • US139162
    • 1987-12-21
    • Junichiro KanbeKazuharu KatagiriSyuzo Kaneko
    • Junichiro KanbeKazuharu KatagiriSyuzo Kaneko
    • G09G3/20G09G3/34G09G3/36G02F1/1343G02F1/13
    • G09G3/3629G03C2001/0471G09G2310/0205G09G2310/04G09G2310/06G09G2310/065G09G2320/0209G09G3/2014G09G3/2018Y10S359/90
    • A driving method for an optical modulation device is applicable to driving of an optical modulation device, e.g. a liquid crystal device having a matrix electrode arrangement comprising a group of scanning electrodes, a group of signal electrodes oppositely spaced from the group of scanning electrodes, and an optical modulation material (e.g. a liquid crystal) showing bistability with respect to an electric filed applied thereto disposed between the groups of scanning electrodes and signal electrodes. The driving method is featured by applying a voltage allowing the liquid crystal having bistability to be oriented to a first stable state (one optically stable state) between a selected scanning electrode of the group of scanning electrodes and a selected signal electrode of the group of signal electrodes, and by applying a voltage allowing the liquid crystal having bistability to be oriented to a second stable state (the other optically stable state) between the selected scanning electrodes and non-selected signal electrodes; or by applying a voltage allowing the optical modulation material having bistabity to be oriented to a first stable state between a selected scanning electrode and the group of signal electrodes, applying a voltage allowing the liquid crystal oriented to the first stable state to be oriented to a second stable state between the selected scanning electrode and a selected signal electrode, and applying a voltage set to a value between a threshold voltage -V.sub.th2 (for the second stable state) and a threshold voltage V.sub.th1 (for the first stable state) between non-selected scanning electrodes and the group of signal electrodes.
    • 光调制装置的驱动方法适用于光调制装置的驱动,例如, 具有矩阵电极装置的液晶装置,该矩阵电极装置包括一组扫描电极,与该组扫描电极相对的一组信号电极以及显示相对于电场的双稳态的光调制材料(例如液晶) 设置在扫描电极组和信号电极之间。 该驱动方法的特征在于,通过施加电压,使具有双稳态的液晶取向为扫描电极组的选定的扫描电极和信号组的选定的信号电极之间的第一稳定状态(一个光学稳定状态) 并且通过施加允许具有双稳态的液晶被定向到所选择的扫描电极和未选择的信号电极之间的第二稳定状态(另一个光学稳定状态)的电压; 或者通过施加允许具有双稳态的光调制材料在选定的扫描电极和信号电极组之间的第一稳定状态的电压,施加允许朝向第一稳定状态的液晶的电压被定向到 在所选择的扫描电极和所选择的信号电极之间的第二稳定状态,并且将设置为阈值电压-Vth2(用于第二稳定状态)和阈值电压Vth1之间(用于第一稳定状态的阈值) 选择的扫描电极和信号电极组。
    • 53. 发明授权
    • Method for driving a ferroelectric optical modulation device therefor to
apply an erasing voltage in the first step
    • 用于驱动在第一步骤中施加擦除电压的电磁光调制装置的方法
    • US5093737A
    • 1992-03-03
    • US383457
    • 1989-07-24
    • Junichiro KanbeKazuharu Katagiri
    • Junichiro KanbeKazuharu Katagiri
    • G02F1/137G09G3/20G09G3/36
    • G02F1/13781G09G3/3629G09G2310/0205G09G2310/06G09G2320/0209G09G3/2018
    • A method for driving an optical modulation device of the type in which a group of scanning electrodes and a group of signal electrodes are so arranged that picture elements are defined at the intersections therebetween and a bistable optical modulation material assuming either one of two stable states depending an electrical field applied is interposed between the two groups of electrodes, comprising: a first phase in which the bistable optical modulation material at the picture elements on an N-th scanning electrode is oriented to one stable state, a second phase in which a writing signal is applied to the signal electrodes in synchronism with a scanning signal to the N-th scanning electrode and a third phase in which the bistable optical modulation material at the picture elements on an N+1-th scanning electrode is oriented to the one stable state. Also disclosed is another driving mode for an optical modulation device having scanning electrodes, signal electrodes and a bistable optical modulation material interposed between the scanning electrodes and the signal electrode, comprising a first step in which a scanning signal is applied to the whole or a part of the scanning electrodes while, in phase therewith, a signal is applied to the whole or a part of the signal electrodes so that the optical modulation material is oriented to a first stable state, and a second step in which a scanning signal is applied to the whole or a part of the scanning electrodes while in phase therewith, a signal is applied to a selected signal electrode among the whole or a part of the signal electrodes so that the bistable optical modulation material is oriented to a second stable state.
    • 一种用于驱动这样的类型的光调制装置的方法,其中一组扫描电极和一组信号电极被布置成使得在其间的交点处形成像素,并且将双稳态光调制材料假设为两个稳定状态之一 施加的电场夹在两组电极之间,包括:第一相,其中第N扫描电极上的像素上的双稳态光调制材料取向为一稳定状态;第二相,其中写入 信号与向第N扫描电极的扫描信号同步地施加到信号电极,第三相位在第N + 1扫描电极上的像素上的双稳态光调制材料朝向一个稳定 州。 还公开了具有扫描电极,信号电极和插入在扫描电极和信号电极之间的双稳态光调制材料的光调制装置的另一驱动模式,包括第一步骤,扫描信号被施加到整个或部分 的扫描电极,同时与信号电极的全部或一部分施加信号,使得光调制材料取向为第一稳定状态,第二步骤将扫描信号施加到 扫描电极的全部或一部分同时与信号电极的全部或部分中的选定信号电极施加信号,使得双稳态光调制材料取向为第二稳定状态。
    • 59. 发明授权
    • Driving method for optical modulation device
    • 光调制装置的驱动方法
    • US5877739A
    • 1999-03-02
    • US450016
    • 1995-05-25
    • Junichiro KanbeKazuharu Katagiri
    • Junichiro KanbeKazuharu Katagiri
    • G09G3/36
    • G09G3/3629G09G2310/04G09G2310/06G09G2310/063G09G2320/0209
    • A driving method for an optical modulation device comprising matrix picture elements each formed at intersecting points of scanning lines and data lines between which a bistable optical modulation material represented by a ferroelectric liquid crsytal is interposed. The driving method comprises an erasure step of applying a voltage signal orienting the optical modulation material to the first stable state between the scanning and data lines, at all or a part of the matrix picture elements, and a writing step of sequentially applying a scanning selection signal to the scanning lines and applying an information orientation signal orienting the optical modulation material to the second stable state to the data lines in phase with the scanning selection signal.
    • 一种光调制装置的驱动方法,包括各自形成在扫描线和数据线的交点处的矩阵像素,其中插入由铁电液体crsytal表示的双稳态光学调制材料。 该驱动方法包括一个擦除步骤,在全部或一部分矩阵像素上施加将光调制材料定向到扫描线和数据线之间的第一稳定状态的电压信号,以及顺序施加扫描选择的写入步骤 信号到扫描线,并且将与光扫描选择信号同相的将光调制材料定向到第二稳定状态的信息取向信号发送到数据线。
    • 60. 发明授权
    • Method of driving optical modulation device
    • 光调制装置的驱动方法
    • US5841417A
    • 1998-11-24
    • US463781
    • 1995-06-05
    • Junichiro KanbeKazuharu KatagiriSyuzo Kaneko
    • Junichiro KanbeKazuharu KatagiriSyuzo Kaneko
    • G09G3/20G09G3/34G09G3/36
    • G09G3/3629G03C2001/0471G09G2310/0205G09G2310/04G09G2310/06G09G2310/065G09G2320/0209G09G3/2014G09G3/2018Y10S359/90
    • A liquid crystal apparatus includes a liquid crystal device having a group of scanning lines and a group of signal lines intersecting each other to form a matrix of picture elements, and a chiral smectic liquid crystal disposed so as to form the picture elements. The device is driven by: (a) applying a scanning selection signal and a scanning non-selection signal to the scanning lines, the scanning selection signal comprising a voltage of one polarity and a voltage of the other polarity, respectively with reference to a voltage level of the scanning non-selection signal, (b) applying a data signal having a voltage determined according to an environmental temperature for causing one orientation state of the chiral smectic liquid crystal selectively to the signal lines in a period of applying the voltage of one polarity to a scanning line and applying a data signal having a voltage determined according to an environmental temperature for causing another orientation state of the chiral smectic liquid crystal selectively to the signal lines in a period of applying the voltage of the other polarity to the scanning line, and (c) periodically applying the scanning selection signal to the scanning lines.
    • 液晶装置包括:具有一组扫描线和一组彼此相交的信号线以形成像素矩阵的液晶装置;和设置成形成像素的手性近晶液晶。 该装置由以下部分驱动:(a)向扫描线施加扫描选择信号和扫描非选择信号,扫描选择信号分别包括一个极性的电压和另一个极性的电压,参考电压 扫描非选择信号的电平,(b)施​​加具有根据环境温度确定的电压的数据信号,以在施加一个电压的时间段内将手性近晶液晶的一个取向状态选择性地连接到信号线 并且施加具有根据环境温度确定的电压的数据信号,以便在将另一极性的电压施加到扫描线的期间内将手性近晶液晶的另一取向状态选择性地连接到信号线 ,(c)周期性地对扫描线施加扫描选择信号。