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    • 5. 发明申请
    • GAS INSULATED SWITCHGEAR
    • 气体绝缘开关
    • US20110299227A1
    • 2011-12-08
    • US13079903
    • 2011-04-05
    • Osamu KISANUKITakashi MiyamotoTakao TsurimotoManabu Yoshimura
    • Osamu KISANUKITakashi MiyamotoTakao TsurimotoManabu Yoshimura
    • H02B1/20
    • H02G5/065
    • A gas insulated switchgear includes: a center conductor that is arranged to extend horizontally in a tank; a cylindrical member that is arranged in the tank to surround a center conductor, and formed by curving a metal plate-like member into a cylindrical shape and then joining circumferentially opposed both ends of the plate-like member by welding to form a welding portion, the welding portion being located on a lower side of the cylindrical member; and a current transformer for instruments, through which the cylindrical member is inserted, the current transformer being supported by the cylindrical member, and being arranged to surround the center conductor. The welding portion includes a metal spacer sandwiched between the circumferentially opposed both ends of the plate-like member, and the spacer and the ends are welded to each other.
    • 气体绝缘开关装置包括:中心导体,其设置成在罐中水平延伸; 一个圆筒形构件,其布置在容器中以围绕中心导体,并且通过将金属板状构件弯曲成圆柱形形状,然后通过焊接而与板状构件的周向相对的两端接合而形成焊接部分, 所述焊接部位于所述筒状部件的下侧; 以及用于仪器的电流互感器,圆柱形构件通过该电流互感器被插入,电流互感器由圆柱形构件支撑,并且被布置成围绕中心导体。 焊接部分包括夹在板状构件的周向相对的两端之间的金属间隔件,并且间隔件和端部彼此焊接。
    • 7. 发明授权
    • Abnormality detecting apparatus for a rotating electric machine
    • 旋转电机异常检测装置
    • US06452416B1
    • 2002-09-17
    • US09575526
    • 2000-05-22
    • Yoshiharu KanedaTakao TsurimotoNobuo Urakawa
    • Yoshiharu KanedaTakao TsurimotoNobuo Urakawa
    • G01R3134
    • G01R31/343G01R31/1263
    • An abnormality detecting apparatus in which noise is rejected in determining the condition of each of rotating electrical machines, so that a partial discharge of a rotating electric machine is detected with high accuracy. The abnormality detecting apparatus includes partial discharge detectors for detecting a partial discharge of a rotating electrical machine, a switching unit for selecting a partial discharge detector, a partial discharge measurement section for measuring the signal from the selected switch, a computer for selecting the respective partial discharge detectors or sequentially selecting respective partial discharge detectors for measurement, noise rejection, insulation diagnosis judgement, and data management for the respective discharge detectors, and for displaying measurement results, and a control section for controlling the switching unit and the partial discharge measurement section through the computer.
    • 在确定每个旋转电机的状况下噪声被拒绝的异常检测装置,从而以高精度检测旋转电机的局部放电。 异常检测装置包括用于检测旋转电机的局部放电的局部放电检测器,用于选择局部放电检测器的切换单元,用于测量来自所选开关的信号的局部放电测量部分,用于选择各部分 放电检测器或者依次选择用于各放电检测器的测量,噪声抑制,绝缘诊断判断和数据管理的各个局部放电检测器,以及用于显示测量结果的控制部分,以及用于控制开关单元和局部放电测量部分的控制部分 电脑
    • 9. 发明授权
    • Induction coupling apparatus
    • 感应耦合装置
    • US07777605B2
    • 2010-08-17
    • US11723104
    • 2007-03-16
    • Nobuyuki ZumotoHiroshi IsoyaTakao TsurimotoYuichiro MurataYouichi Hisamori
    • Nobuyuki ZumotoHiroshi IsoyaTakao TsurimotoYuichiro MurataYouichi Hisamori
    • H01F17/06
    • H01F38/30G01R1/22H01F3/14H01F29/10
    • To provide a structure capable of securing satisfactory induction coupling efficiency and high reliability in manufacturing an induction coupling apparatus used in power line carrier communication, the induction coupling apparatus having a magnetic core formed from a first core element part and a second core element part so that a gap would be formed between the core element parts, includes: a core parallel moving mechanism for carrying out relative and parallel movement of the first core element part and the second core element part in a direction that the length of the gap varies; and a predetermined gap length regulating member for limiting parallel movement in a direction that the first core element part and the second core element part approach each other to regulate the gap length to the predetermined gap length in the case that the core parallel moving mechanism is used for the parallel movement.
    • 为了提供一种在电力线载体通信中使用的感应耦合装置的制造中能够确保令人满意的感应耦合效率和高可靠性的结构,该感应耦合装置具有由第一芯部件和第二芯部部件形成的磁芯, 在所述芯部件之间将形成间隙,所述间隙包括:芯平行移动机构,用于在所述间隙的长度变化的方向上进行所述第一芯元件部分和所述第二芯元件部分的相对和平行移动; 以及预定的间隙长度限制构件,用于在使用所述芯平行移动机构的情况下,限制在所述第一芯元件部件和所述第二芯元件部件彼此接近的方向上的平行移动,以将所述间隙长度调节到所述预定间隙长度 用于平行移动。
    • 10. 发明申请
    • Induction coupling apparatus
    • 感应耦合装置
    • US20070285201A1
    • 2007-12-13
    • US11723104
    • 2007-03-16
    • Nobuyuki ZumotoHiroshi IsoyaTakao TsurimotoYuichiro MurataYouichi Hisamori
    • Nobuyuki ZumotoHiroshi IsoyaTakao TsurimotoYuichiro MurataYouichi Hisamori
    • H01F27/04
    • H01F38/30G01R1/22H01F3/14H01F29/10
    • To provide a structure capable of securing satisfactory induction coupling efficiency and high reliability in manufacturing an induction coupling apparatus used in power line carrier communication, the induction coupling apparatus having a magnetic core formed from a first core element part and a second core element part so that a gap would be formed between the core element parts, includes: a core parallel moving mechanism for carrying out relative and parallel movement of the first core element part and the second core element part in a direction that the length of the gap varies; and a predetermined gap length regulating member for limiting parallel movement in a direction that the first core element part and the second core element part approach each other to regulate the gap length to the predetermined gap length in the case that the core parallel moving mechanism is used for the parallel movement.
    • 为了提供一种在电力线载体通信中使用的感应耦合装置的制造中能够确保令人满意的感应耦合效率和高可靠性的结构,该感应耦合装置具有由第一芯部件和第二芯部部件形成的磁芯, 在所述芯部件之间将形成间隙,所述间隙包括:芯平行移动机构,用于在所述间隙的长度变化的方向上进行所述第一芯元件部分和所述第二芯元件部分的相对和平行移动; 以及预定的间隙长度限制构件,用于在使用所述芯平行移动机构的情况下,限制在所述第一芯元件部件和所述第二芯元件部件彼此接近的方向上的平行移动,以将所述间隙长度调节到所述预定间隙长度 用于平行移动。