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    • 1. 发明授权
    • Plasma addressed display device
    • 等离子体寻址显示设备
    • US06597330B1
    • 2003-07-22
    • US09391804
    • 1999-09-08
    • Masatake HayashiHiroshi Itou
    • Masatake HayashiHiroshi Itou
    • G09G328
    • H01J17/485
    • A plasma addressed display device includes a flat panel, a scanning circuit and a signal circuit. The flat panel is of a superimposed structure of a plasma cell having scanning electrodes in a row configuration and a display cell having scanning electrodes in a column configuration. The scanning circuit sequentially applies selection pulses to the scanning electrode to scan the display panel. The signal circuit writes the picture data in the signal electrode in synchronism with this scanning. On the plasma cells, there are formed reciprocally isolated discharge channels in a row configuration. To each discharge channel, charged with an electrically dischargeable gas, are allotted plural scanning electrodes. As characteristic of the present invention, the scanning circuit sequentially applies the selection pulses to the scanning electrode allotted to a sole discharge channel to produce electrical discharge to form at least two scanning lines to a sole discharge channel. This realizes a high open area ratio and high resolution of the plasma addressed display device.
    • 等离子体寻址显示装置包括平板,扫描电路和信号电路。 平板是具有排列扫描电极的等离子体单元和具有列构造的扫描电极的显示单元的重叠结构。 扫描电路顺序地向扫描电极施加选择脉冲以扫描显示面板。 信号电路与该扫描同步地将图像数据写入信号电极。 在等离子体电池上,形成了行配置中的相互隔离的放电通道。 分配有可放电气体的每个放电通道被分配多个扫描电极。 作为本发明的特征,扫描电路顺序地将选择脉冲施加到分配给唯一放电通道的扫描电极,以产生放电,以形成至少两条扫描线到唯一的放电通道。 这实现了等离子体寻址显示装置的高开放面积比和高分辨率。
    • 6. 发明授权
    • Plasma addressed display device
    • 等离子体寻址显示设备
    • US06326937B1
    • 2001-12-04
    • US09250492
    • 1999-02-16
    • Masatake Hayashi
    • Masatake Hayashi
    • G09G328
    • G09G3/3662G02F1/13334
    • Disclosed is a plasma addressed display device characterized in that a plurality of scanning electrodes are formed in each discharge channel, wherein discharge is generated by applying selective pulses in sequence to the plurality of scanning electrodes allocated to each discharge channel, whereby each of the number of the scanning electrodes and the number of partition walls can be reduced in at least half to thereby enhance the opening ratio, as compared with a related art plasma addressed display device.
    • 公开了一种等离子体寻址显示装置,其特征在于,在每个放电通道中形成多个扫描电极,其中通过对分配给每个放电通道的多个扫描电极依次施加选择脉冲来产生放电,由此, 与现有技术的等离子体寻址显示装置相比,扫描电极和分隔壁的数量可以至少减少一半,从而提高开口率。
    • 7. 发明授权
    • Discharge chamber and method of manufacturing the same
    • 放电室及其制造方法
    • US5570104A
    • 1996-10-29
    • US384232
    • 1995-02-06
    • Masatake Hayashi
    • Masatake Hayashi
    • G02F1/133G02F1/1333G09G3/36H01J9/02H01J9/24H01J17/04H01J17/16H01J17/48H01J17/49G09G3/28
    • G02F1/13334G09G3/3662H01J17/48H01J2217/4025
    • A discharge chamber wherein the allowability for positional displacement of electrodes is increased to facilitate manufacture of the discharge chamber and a method of manufacturing the discharge chamber are disclosed. The discharge chamber has a flat panel structure wherein a first substrate and a second substrate are adhered to each other with a predetermined gap left therebetween. Striped anodes and cathodes are arranged alternately on the first substrate. Barrier ribs are interposed between the two substrates and arranged in a stripe pattern to partition the gap to form discharge channels. The anodes are arranged just below the barrier ribs and have a width dimension smaller than the width dimension of the barrier ribs. Meanwhile, each of the cathodes is arranged intermediately between each adjacent ones of the cathodes. Even if the barrier ribs suffer from relative positional displacement, the exposed surface area of the cathodes by which plasma discharge is dominated is kept fixed.
    • 一种放电室,其中增加了用于电极位置位移的允许性以便于制造放电室,并且公开了一种制造放电室的方法。 放电室具有平板结构,其中第一基板和第二基板彼此以预定的间隙彼此粘合。 带状阳极和阴极交替地布置在第一基板上。 阻挡肋插入在两个基板之间并且以条纹图案布置以分隔间隙以形成放电通道。 阳极布置在阻挡肋的正下方,并且具有小于阻挡肋的宽度尺寸的宽度尺寸。 同时,每个阴极布置在每个相邻的阴极之间。 即使隔壁遭受相对的位置偏移,等离子体放电所主导的阴极的暴露的表面积也被保持固定。