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    • 1. 发明专利
    • Pressure switch and decompressor
    • 压力开关和解压器
    • JP2009104820A
    • 2009-05-14
    • JP2007273228
    • 2007-10-19
    • Masaki KuniiToritsu Kako Kk正樹 国井東立化工株式会社
    • NAKANO CHIEKOMAEDA KEISHUSATO GIKUNII MASAKI
    • H01H35/34
    • PROBLEM TO BE SOLVED: To provide a pressure switch capable of setting a pressure across a very wide range under the pressure lower than the atmospheric pressure, finely tuning the set pressure, being excellent in fatigue resistance, constantness of sensitive speed, and high speed performance, capable of sensitively operating under a minute pressure difference, and capable of attenuating chattering without delay, and to provide a safe and simple decompressor whose failure is effectively suppressed, being manufactured at a low cost.
      SOLUTION: A pressure switch 1 comprises a conductive and elastic plate 3, an auxiliary elastic body 4 which is installed in the deflecting direction of the conductive and elastic plate 3 to contact the conductive and elastic plate 3, a set pressure adjusting member 6 which is installed on the side opposite to the deflecting direction of the conductive and elastic plate 3 and contacts the conductive and elastic plate 3 through the deformation action of the conductive and elastic plate 3 under the pressure higher than the set pressure, a first terminal 7 that connects to the set pressure adjusting member 6, and a second terminal 8 which can electrically connect to the first terminal 7 by way of the set pressure adjusting member 6 and the conductive and elastic plate 3.
      COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:提供一种压力开关,其能够在低于大气压力的压力下在非常宽的范围内设定压力,微调设定压力,耐疲劳性,敏感速度常数以及 高速性能,能够在微小的压力差下灵敏地操作,并能够延迟衰减衰减,并且以低成本制造能够有效抑制故障的安全简单的减压器。 解决方案:压力开关1包括导电弹性板3,辅助弹性体4,其安装在导电弹性板3的偏转方向上以接触导电和弹性板3,设定压力调节构件 6,其安装在与导电弹性板3的偏转方向相反的一侧,并且在高于设定压力的压力下通过导电弹性板3的变形作用与导电弹性板3接触,第一端子 连接到设定压力调节构件6的第二端子8,以及能够通过设定压力调节构件6和导电性弹性板3与第一端子7电连接的第二端子8.(C) 2009年,JPO&INPIT
    • 6. 发明授权
    • Preamplifier circuit, clock switching circuit, and optical receiver
    • 前置放大器电路,时钟切换电路和光接收器
    • US07389056B2
    • 2008-06-17
    • US11043078
    • 2005-01-27
    • Masaki KuniiHirokazu Osada
    • Masaki KuniiHirokazu Osada
    • H04B10/06H03F3/08H04L27/08
    • H03G3/3084H03F3/08H03G3/3036H04B10/66H04L27/368
    • A preamplifier circuit, a clock switching circuit, and an optical receiver are provided that include a preamplifier that controls a bandwidth for conducting amplification on an input signal by varying a feedback resistance according to a control signal; a control signal generating part that determines the band of the output signal of the preamplifier to generate the control signal; and a correction signal generating part that generates a correction signal for correcting the control signal; wherein the correction signal corrects the control signal to adjust the feedback resistance. Accordingly, even when the number of rises and falls of an optical input signal in a given time period is less than a predetermined number range, the control signal may be properly generated to successfully conduct band control. Thus, an optical receiver that is not dedicated to a predetermined input signal pattern but is rather capable of automatically adjusting its bandwidth may be realized, and the cost of manufacturing the optical receiver structure may be reduced.
    • 提供前置放大器电路,时钟切换电路和光接收器,其包括:前置放大器,其通过根据控制信号改变反馈电阻来控制用于对输入信号进行放大的带宽; 控制信号生成部,其决定前置放大器的输出信号的频带,生成控制信号; 以及校正信号生成部,其生成用于校正控制信号的校正信号; 其中所述校正信号校正所述控制信号以调整所述反馈电阻。 因此,即使在给定时间段内的光输入信号的上升和下降次数小于预定数量范围的情况下,也可以适当地产生控制信号以成功进行频带控制。 因此,可以实现不专用于预定输入信号模式但是能够自动调整其带宽的光接收机,并且可以降低制造光接收机结构的成本。
    • 8. 发明申请
    • Preamplifier circuit, clock switching circuit, and optical receiver
    • 前置放大器电路,时钟切换电路和光接收器
    • US20050128007A1
    • 2005-06-16
    • US11043078
    • 2005-01-27
    • Masaki KuniiHirokazu Osada
    • Masaki KuniiHirokazu Osada
    • H03F1/42H03F3/08H03G3/20H03G3/30H04L27/36
    • H03G3/3084H03F3/08H03G3/3036H04B10/66H04L27/368
    • A preamplifier circuit, a clock switching circuit, and an optical receiver are provided that include a preamplifier that controls a bandwidth for conducting amplification on an input signal by varying a feedback resistance according to a control signal; a control signal generating part that determines the band of the output signal of the preamplifier to generate the control signal; and a correction signal generating part that generates a correction signal for correcting the control signal; wherein the correction signal corrects the control signal to adjust the feedback resistance. Accordingly, even when the number of rises and falls of an optical input signal in a given time period is less than a predetermined number range, the control signal may be properly generated to successfully conduct band control. Thus, an optical receiver that is not dedicated to a predetermined input signal pattern but is rather capable of automatically adjusting its bandwidth may be realized, and the cost of manufacturing the optical receiver structure may be reduced.
    • 提供前置放大器电路,时钟切换电路和光接收器,其包括:前置放大器,其通过根据控制信号改变反馈电阻来控制用于对输入信号进行放大的带宽; 控制信号生成部,其决定前置放大器的输出信号的频带,生成控制信号; 以及校正信号生成部,其生成用于校正控制信号的校正信号; 其中所述校正信号校正所述控制信号以调整所述反馈电阻。 因此,即使在给定时间段内的光输入信号的上升和下降次数小于预定数量范围的情况下,也可以适当地产生控制信号以成功进行频带控制。 因此,可以实现不专用于预定输入信号模式但是能够自动调整其带宽的光接收机,并且可以降低制造光接收机结构的成本。