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    • 44. 发明授权
    • Tone display method and apparatus reducing flicker
    • 色调显示方法和设备减少闪烁
    • US5187578A
    • 1993-02-16
    • US908791
    • 1992-07-06
    • Akihiko KohgamiShigeo MikoshibaShinichi ShinadaMutsumi Suzuki
    • Akihiko KohgamiShigeo MikoshibaShinichi ShinadaMutsumi Suzuki
    • G09G3/20G09G3/28G09G3/288G09G5/399H04N3/12
    • G09G3/2033H04N3/125H04N3/127G09G2320/0247G09G2320/0266G09G3/2983G09G5/399Y10S348/91
    • In a display device for pictures, etc., adequate brightness of pictures to be displayed is provided by varying the luminous times of the luminous elements making up the a display panel. The luminous elements receive multiple-bit codes representing levels of brightness from signals to be displayed. A time corresponding to a field of television signals is divided into a plurality of sub-fields corresponding to the bits of a multiple-bit code. The plurality of sub-fields have lengths of time proportional to weights of the corresponding bits. The luminous elements have different levels of brightness in sub-fields corresponding to bits of a multiple-bit binary code. For each luminous element, the time interval from a light emission start time in a sub-field where the first light emission occurs in a time corresponding to a field of television signals till a light emission start time in a sub-field where the last light emission occurs in a time corresponding to the next field of television signals is made shorter than the critical fusion period of the perception characteristic of human eyes.
    • 在用于图像等的显示装置中,通过改变构成显示面板的发光元件的发光时间来提供要显示的图像的足够的亮度。 发光元件从要显示的信号接收表示亮度级的多位代码。 对应于电视信号的场的时间被分成与多位码的比特相对应的多个子场。 多个子场具有与相应位的权重成比例的时间长度。 发光元件在对应于多位二进制码的位的子场中具有不同的亮度级别。 对于每个发光元件,从与第一发光的子场中的发光开始时间相对应的电视信号的场的时间间隔直到最后一个光的子场中的发光开始时间 在与下一场电视信号相对应的时间内发生的发射短于人眼感知特征的关键融合时期。
    • 46. 发明授权
    • Flat discharge display panel having positive column discharge and
auxiliary anode electrodes
    • 具有正列放电和辅助阳极电极的平放电显示面板
    • US4060749A
    • 1977-11-29
    • US723608
    • 1976-09-15
    • Shinichi ShinadaShigeo Mikoshiba
    • Shinichi ShinadaShigeo Mikoshiba
    • H01J17/49H01J61/30H01J61/42H01J61/54H01J61/56
    • H01J17/492
    • A flat discharge display panel has a transparent face plate made of an electrically insulating material, a base or substrate made of an electrically insulating material, an intermediate insulating plate interposed between the face plate and the base or substrate, a plurality of major discharge cells defined between the face plate and the intermediate insulating plate, a plurality of anodes each disposed in each of the major discharge cells, a plurality of auxiliary discharge cells defined between the intermediate insulating plate and the base or substrate, a plurality of cathodes each disposed in each of the auxiliary discharge cells, a plurality of of auxiliary anodes each disposed in each of the auxiliary discharge cells, the paired main and auxiliary discharge cells being intercommunicated through a through hole formed through the intermediate insulating plate, and the paired major and auxiliary discharge cells constituting a gas discharge cell, whereby the positive columns produced in each gas discharge cell as well as the discharge paths are in parallel with the face plate.
    • 平面放电显示面板具有由电绝缘材料制成的透明面板,由电绝缘材料制成的基底或基板,插入在面板和基底或基板之间的中间绝缘板,多个主放电单元限定 在面板和中间绝缘板之间,分别设置在每个主放电单元中的多个阳极,限定在中间绝缘板和基板或基板之间的多个辅助放电单元,多个阴极,每个阴极设置在每个 辅助放电单元的多个辅助阳极,分别设置在各辅助放电单元中,一对主辅助放电单元通过中间绝缘板形成的贯通孔和一对主,辅放电单元 构成气体放电室,由此产生正极柱 在每个气体放电单元中,排出路径与面板平行。