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    • 1. 发明申请
    • SWITCH CIRCUIT
    • 开关电路
    • US20110057519A1
    • 2011-03-10
    • US12946957
    • 2010-11-16
    • Noboru WakatsukiHideaki DeguchiYu YonezawaNaoyuki Mishima
    • Noboru WakatsukiHideaki DeguchiYu YonezawaNaoyuki Mishima
    • H01H47/00
    • H02M3/158Y10T307/76
    • The present invention is a switch circuit equipped with a first switch connected between another end of an inductive load having a one end connected to a one end of a DC power supply and another end of the DC power supply, a capacitor connected between the another end of the inductive load and the another end of the DC power supply and connected in parallel with the first switch, a second switch that connects the another end of the inductive load and the capacitor, a third switch that connects a one end of the capacitor on an inductive load side to the one end of the inductive load so as to be parallel to the second switch, and a control circuit that turns ON the second switch before the first switch is turned OFF and turns OFF the second switch before the first switch is turned ON after being turned OFF.
    • 本发明是一种开关电路,其配备有连接在电感性负载的另一端之间的第一开关,该感性负载的一端连接到直流电源的一端和直流电源的另一端,电容器连接在另一端 的电感负载和直流电源的另一端并联连接到第一开关,第二开关,其连接电感负载的另一端和电容器;第三开关,其将电容器的一端连接到 感应负载侧的感性负载侧,以平行于第二开关;以及控制电路,其在第一开关断开之前接通第二开关,并且在第一开关之前将第二开关断开 关闭后打开。
    • 2. 发明授权
    • Switch circuit with inductive load and capacitor
    • 开关电路与感性负载和电容
    • US08350415B2
    • 2013-01-08
    • US12946957
    • 2010-11-16
    • Noboru WakatsukiHideaki DeguchiYu YonezawaNaoyuki Mishima
    • Noboru WakatsukiHideaki DeguchiYu YonezawaNaoyuki Mishima
    • H01H31/10H01H33/59H01H47/00H01H85/46H01H19/14
    • H02M3/158Y10T307/76
    • The present invention is a switch circuit equipped with a first switch connected between another end of an inductive load having a one end connected to a one end of a DC power supply and another end of the DC power supply, a capacitor connected between the another end of the inductive load and the another end of the DC power supply and connected in parallel with the first switch, a second switch that connects the another end of the inductive load and the capacitor, a third switch that connects a one end of the capacitor on an inductive load side to the one end of the inductive load so as to be parallel to the second switch, and a control circuit that turns ON the second switch before the first switch is turned OFF and turns OFF the second switch before the first switch is turned ON after being turned OFF.
    • 本发明是一种开关电路,其配备有连接在电感性负载的另一端之间的第一开关,该感性负载的一端连接到直流电源的一端和直流电源的另一端,电容器连接在另一端 的电感负载和直流电源的另一端并联连接到第一开关,第二开关,其连接电感负载的另一端和电容器;第三开关,其将电容器的一端连接到 感应负载侧的感性负载侧,以平行于第二开关;以及控制电路,其在第一开关断开之前接通第二开关,并且在第一开关之前将第二开关断开 关闭后打开。
    • 9. 发明授权
    • Electric contact device
    • 电接触装置
    • US07129434B2
    • 2006-10-31
    • US11281949
    • 2005-11-18
    • Noboru WakatsukiYu YonezawaYoshio SatohTadashi NakataniTsutomu Miyashita
    • Noboru WakatsukiYu YonezawaYoshio SatohTadashi NakataniTsutomu Miyashita
    • H01H1/10
    • H01H9/40H01H1/0036H01H9/42
    • An electrical contact device (X1) includes a first contactor with contact portions (C1, C2) and a second contactor with contact portions (C3, C4). The device (X1) also includes an electrical circuit having a branch path (YA) provided by the contact portions (C1, C3) and a branch path (YB) provided by the contact portions (C2, C4). When closed, the branch path (YA) has a smaller resistance, and the branch path (YB) a greater resistance. In a closing operation, the first and second contactors approach each other. Then the contact portion (C1) and the contact portion (C3) contact with each other after the contact portion (C2) and the contact portion (C4) contact with each other. In an opening operation, the first and second contactors separate from each other. Then the contact portion (C1) and the contact portion (C3) separate after the contact portion (C2) and the contact portion (C4) separate.
    • 电接触装置(X 1)包括具有接触部分(C 1,C 2)的第一接触器和具有接触部分(C 3,C 4)的第二接触器。 设备(X 1)还包括具有由接触部分(C 1,C 3)提供的分支路径(YA)和由接触部分(C 2,C 4)提供的分支路径(YB)的电路。 当闭合时,分支路径(YA)的电阻较小,分支路径(YB)的电阻较大。 在关闭操作中,第一和第二接触器彼此接近。 然后,在接触部分(C 2)和接触部分(C 4)彼此接触之后,接触部分(C 1)和接触部分(C 3)彼此接触。 在打开操作中,第一和第二接触器彼此分离。 然后,在接触部分(C 2)和接触部分(C 4)分离之后,接触部分(C 1)和接触部分(C 3)分离。
    • 10. 发明授权
    • Piezoelectric transformer producing an output A.C. voltage with reduced
distortion
    • 压电变压器产生输出交流电压,具有减小的失真
    • US5371430A
    • 1994-12-06
    • US57500
    • 1993-05-06
    • Masuji SatoNoboru WakatsukiMasanori UedaHiroshi Hasegawa
    • Masuji SatoNoboru WakatsukiMasanori UedaHiroshi Hasegawa
    • H01L41/107H01L41/08
    • H01L41/107
    • A piezoelectric transformer comprises a piezoelectric substrate carrying thereon an input electrode structure provided on an upper major surface of the piezoelectric substrate for receiving an a.c. voltage for causing an excitation of an elastic wave in the substrate such that the elastic wave propagates through the substrate in a longitudinal direction, an output electrode structure provided on a lower major surface of the piezoelectric substrate for producing an output a.c. voltage by converting the elastic wave into an electric voltage, wherein the input electrode structure and the output electrode structure have a periodical structure in the longitudinal direction with a pitch corresponding to a wavelength of the elastic wave, and wherein at least one of the first and second electrode structures extend in the longitudinal direction from the first longitudinal edge to the second longitudinal edge substantially continuously.
    • 一种压电变压器包括一个压电基板,其上带有一个输入电极结构,该输入电极结构设置在压电基板的上主表面上,用于接收一个直流电压。 使弹性波沿着纵向传播通过基板的输出电压结构的输出电极结构的输出电压结构的输出电极结构。 通过将弹性波转换成电压,其中,所述输入电极结构和所述输出电极结构在纵向方向上具有对应于所述弹性波的波长的间距的周期性结构,并且其中,所述第一和 第二电极结构基本上连续地从第一纵向边缘延伸到第二纵向边缘。