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    • 1. 发明授权
    • Piping system for supplying ultra-pure water
    • 用于供应超纯水的管道系统
    • US5160429A
    • 1992-11-03
    • US635590
    • 1990-12-31
    • Tadahiro OhmiMichiya KawakamiTadashi ShibataMasaru Umeda
    • Tadahiro OhmiMichiya KawakamiTadashi ShibataMasaru Umeda
    • B01D61/22C02F1/00C02F1/32C02F1/44H01L21/304
    • B01D61/22C02F1/006C02F1/32C02F1/444Y10S210/90
    • The present invention offers a piping system for supplying ultra-pure water, which comprises a circulation tank to store primary pure water from a primary pure water producing unit, a pump for sending the primary pure water from said circulation tank, an outward pipe, one end of which is connected to a final purifying unit to purify primary pure water from said pump to ultra-pure water, a plurality of connection pipes, each end of which is connected to the other end of said outward pipe, a branching pipe connected between the middle of said connection pipe and the ultra-pure water using unit and having a branching valve to adjust the water quantity, and a return pipe connected between the other end of said connection pipe and said circulation tank, characterized in that means for controlling the output of said pump is provided to keep the water pressure at constant level by detecting the water pressure in said outward pipe, thereby supplying a constant quantity of ultra-pure water to the ultra-pure water using unit at all times, and that ultra-pure water of ultra-high purity can be stably supplied by preventing counterflow from the return pipe to the ultra-pure water using unit.
    • PCT No.PCT / JP90 / 00648 Sec。 371 1990年12月31日第 102(e)1990年12月31日PCT PCT 1989年6月29日PCT公布。 出版物WO90 / 00155 日本1990年1月11日。本发明提供了一种用于提供超纯水的管道系统,其包括循环罐,用于储存来自初级纯水生产单元的初级纯水,用于将来自所述循环的初级纯水 罐,一个向外的管,其一端连接到最终净化单元,以将来自所述泵的初级纯水纯化成超纯水;多个连接管,其每个端部连接到所述外部的另一端 管,连接在所述连接管的中间和超纯水使用单元之间并具有分流阀以调节水量的分支管;以及连接在所述连接管的另一端和所述循环罐之间的回流管, 其特征在于,提供用于控制所述泵的输出的装置,用于通过检测所述外管中的水压来将水压保持在恒定水平,从而提供恒定量的ul 将超纯水用于超纯水使用单位,通过防止从返回管逆流到超纯水使用单元,可以稳定地提供超纯净的超纯水。
    • 9. 发明授权
    • Semiconductor integrated circuit for parallel signal processing
    • 半导体集成电路并行信号处理
    • US6127852A
    • 2000-10-03
    • US110014
    • 1998-07-02
    • Katsuhisa OgawaTadahiro OhmiTadashi Shibata
    • Katsuhisa OgawaTadahiro OhmiTadashi Shibata
    • G01D1/12G06G7/12G06G7/122H01L21/8238H01L27/092H01L29/78H03D1/00
    • G06G7/122
    • To retrieve analog signals at high precision by a maximum or minimum position detection parallel signal processing circuit, a plurality of circuit units in each of which a gate of a transistor is connected to a signal input terminal through first capacitive means, a common connecting point of the gate and the first capacitive means is connected to one terminal side of second capacitive means, and control means, for fluctuating a voltage on the other terminal side of the second capacitive means so as to further increase or decrease a drain current in correspondence to an increase or decrease in the drain current is connected between the drain and the other terminal side of the second capacitive means are provided, a source of each transistor of the plurality of circuit units is commonly connected and is connected to a constant current source, and the maximum or minimum voltage position detection with respect to a signal voltage which is applied to each signal input terminal is performed by a voltage on the other terminal side of the second capacitive means.
    • 为了通过最大或最小位置检测并行信号处理电路以高精度检索模拟信号,通过第一电容装置将晶体管的栅极连接到信号输入端的多个电路单元中的多个电路单元, 栅极和第一电容装置连接到第二电容装置的一个端子侧,以及控制装置,用于使第二电容装置的另一个端子侧的电压波动,以进一步增加或减少对应于 在第二电容装置的漏极和另一个端子侧之间连接漏极电流的增加或减少,多个电路单元中的每个晶体管的源极共同连接并连接到恒定电流源,并且 执行相对于施加到每个信号输入端子的信号电压的最大或最小电压位置检测 通过第二电容装置的另一个端子侧的电压。
    • 10. 发明授权
    • Semiconductor arithmetic apparatus
    • 半导体运算装置
    • US6115725A
    • 2000-09-05
    • US14644
    • 1998-01-28
    • Tadashi ShibataTadahiro OhmiAkira NatakaTatsuo MorimotoMasahiro Konda
    • Tadashi ShibataTadahiro OhmiAkira NatakaTatsuo MorimotoMasahiro Konda
    • G06T9/00H03M7/30G06F7/00H04N7/12
    • H03M7/3082G06T9/008H04N19/94
    • The real time compression of moving images employing vector quantization is realized using simple hardware and with an optimal compression ratio with respect to the communication line capacity employed. In the operating system, which is provided with a first mechanism (202), comprising a plurality of groups of numerical values, a second mechanism (201), a first circuit (206), a second circuit (206), and a third circuit (210), the second circuit comprises a plurality of fourth circuits divided into two or more groups (210-213, 219, and 301), the fourth circuits have a plurality of input terminals and at least one output terminal, and a mechanism is provided having a structure wherein various signals expressing degrees of similarity are inputted into the plurality of input terminals, only that signal having the largest degree of similarity among the variety of signals expressing degrees of similarity which are inputted is outputted from the output terminal, and the output signal of a predetermined first group among the two or more groups is inputted into an input terminal of a second group, whereby only one first vector having the largest degree of similarity is selected.
    • 使用矢量量化的运动图像的实时压缩是使用简单的硬件和相对于所采用的通信线路容量的最佳压缩比来实现的。 在具有第一机构(202)的操作系统中,包括多组数值,第二机构(201),第一电路(206),第二电路(206)和第三电路 (210),所述第二电路包括分成两组或更多组(210-213,219和301)的多个第四电路,所述第四电路具有多个输入端子和至少一个输出端子,并且机构是 具有这样的结构,其中表示相似度的各种信号被输入到多个输入端,只有表示输入的相似度的各种信号之间具有最大相似程度的信号从输出端输出, 将两个以上组中的预定第一组的输出信号输入到第二组的输入端,由此仅选择具有最大相似度的一个第一矢量。