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    • 1. 发明授权
    • Gas-insulated switchgear
    • 气体绝缘开关柜
    • US06831828B2
    • 2004-12-14
    • US10629763
    • 2003-07-30
    • Hirohide AokiHiroyuki HamaTakuya OotsukaKouichi OosumiYoshinori ShimizuKiyoshi Inami
    • Hirohide AokiHiroyuki HamaTakuya OotsukaKouichi OosumiYoshinori ShimizuKiyoshi Inami
    • H02B500
    • H02B13/035H01H33/24
    • A compact and economical gas-insulated switchgear is provided. The gas-insulated switchgear includes: a grounding metal housing 1 filled with insulating gas, and in which the disconnector part 2 having a moving side electrode part 2a and a stationary side electrode part 2b is accommodated; and composite insulating shields 17a, 17b integrally formed into one metal-dielectric member in which surface of a high electric field part located in the vicinity of ends of openings is coated with a dielectric so as to cover the moving side and stationary side electrode parts 2a and 2b with the dielectric. To form the composite insulating shields 17a, 17b, a metal shield of less than 0.6 in non-uniform constant before coating with the dielectric is coated with dielectrics 18a, 18b having a thickness of not more than approximately 30% of an inter-electrode distance from a facing electric-field relaxation shield.
    • 提供紧凑经济的气体绝缘开关柜。 气体绝缘开关装置包括:填充有绝缘气体的接地金属壳体1,其中容纳有移动侧电极部分2a和固定侧电极部分2b的断路器部分2; 以及整体形成为一个金属电介质构件的复合绝缘屏蔽17a,17b,其中位于开口端部附近的高电场部分的表面涂覆有电介质以覆盖移动侧和固定侧电极部分2a 和2b与电介质。 为了形成复合绝缘屏蔽17a,17b,在用电介质涂覆之前,以不均匀的常数小于0.6的金属屏蔽层涂覆有不大于电极间距离的大约30%的电介质18a,18b 从一个面对的电场放松盾牌。
    • 2. 发明授权
    • Failure determining apparatus of gas-insulated electrical appliance
    • 气体绝缘电器故障判定装置
    • US06661234B2
    • 2003-12-09
    • US09756216
    • 2001-01-09
    • Kuniaki NakashimaHiroshi DoiYasuhiro MaedaHirohide AokiHiroyuki HamaNaoyuki KajitaYoshikatsu Honda
    • Kuniaki NakashimaHiroshi DoiYasuhiro MaedaHirohide AokiHiroyuki HamaNaoyuki KajitaYoshikatsu Honda
    • G01L2130
    • H02B13/065G01R31/1254
    • A failure determining apparatus for a gas-insulated electrical appliance where the appliance is a cylindrical metal container with a charged conductor, insulating gas, and a plurality of insulating spaces inside for supporting the conductor and partitioning the container. The failure determining apparatus has a high-speed developing sensor which detects a high-speed phenomenon caused by a failure within the gas sections; a first failure determining circuit which determines the presence of a failure from an output of the high-speed developing sensor; a low-speed developing sensor which detects a low-speed phenomenon caused by a failure within the gas sections; a second failure determining circuit which determines the presence of a failure from an output of the low-speed developing sensor; and an arithmetic control circuit which identifies a gas section of the metal container in which a failure occurs from an output of the first and second failure determining circuits.
    • 一种用于气体绝缘电器的故障确定装置,其中该器具是具有带电导体,绝缘气体和内部的多个绝缘空间的圆柱形金属容器,用于支撑导体并分配容器。 故障判定装置具有高速显影传感器,其检测由气体部分内的故障引起的高速现象; 第一故障确定电路,其从高速显影传感器的输出确定故障的存在; 低速显影传感器,其检测由气体部分内的故障引起的低速现象; 第二故障确定电路,其从低速显影传感器的输出确定故障的存在; 以及算术控制电路,其从第一和第二故障判定电路的输出识别发生故障的金属容器的气体部分。
    • 3. 发明授权
    • Transformer for gas insulated electric apparatus
    • 气体绝缘电器变压器
    • US06717499B2
    • 2004-04-06
    • US10156150
    • 2002-05-29
    • Yasuhiro MaedaHirohide AokiHiroyuki Hama
    • Yasuhiro MaedaHirohide AokiHiroyuki Hama
    • H01F2708
    • G01R15/165H02B13/0356
    • Disclosed is a transformer for a gas insulated electrical apparatus which requires no grounding field and which provides high accuracy with a simple structure. A transformer includes a capacitor type voltage divider having a floating electrode at a position opposed to a high-voltage conductor through an insulation sealing terminal mounted to a flange of a branch pipe provided on an inner surface of the annular grounding container; an ohm resistor for voltage division which has an impedance that is sufficiently smaller than the impedance between the floating electrode and the annular grounding container; and a converting portion which converts the detection voltage of the high-voltage conductor to a voltage value that allows processing on the secondary side.
    • 公开了一种用于气体绝缘电气设备的变压器,其不需要接地场,并且以简单的结构提供高精度。 变压器包括:电容器型分压器,其具有通过安装在设置在环形接地容器的内表面上的分支管的凸缘上的绝缘密封端子的与高压导体相对的位置处的浮动电极; 用于分压的欧姆电阻器,其阻抗足够小于浮动电极和环形接地容器之间的阻抗; 以及将高压导体的检测电压转换为允许在次级侧进行处理的电压值的转换部。
    • 5. 发明授权
    • Gas insulated switching device
    • 气体绝缘开关装置
    • US06424059B1
    • 2002-07-23
    • US09611130
    • 2000-07-06
    • Hirohide AokiYasuhiro MaedaMitsuo MatsumotoHiroyuki Hama
    • Hirohide AokiYasuhiro MaedaMitsuo MatsumotoHiroyuki Hama
    • H02B1345
    • H02B13/0356Y10T307/779
    • A gas insulated switching device including a series of pressure containers 1 and 4 mutually connected, in which a conductor 2 is positioned in an inside center, and an insulating and arc-extinguishing gas is filled in a space around the conductor 2, and a current transformer fabricated by Rogowskii coils for detecting a current passing through the conductor 2, the current transformer is attached to flanges of the pressure containers 1 and 4 via a metallic adaptor 5, wherein the current transformer is accommodated in a groove formed toward an inside of the metallic adaptor 5 and uses the metallic adaptor 5 to obtain an earth potential, whereby the gas insulated switching device having the current transformer with high accuracy can be miniaturized.
    • 一种气体绝缘开关装置,包括相互连接的一系列压力容器1和4,其中导体2位于内部中心,并且绝缘和灭弧气体填充在导体2周围的空间中,并且电流 由Rogowskii线圈制造的用于检测通过导体2的电流的变压器,电流互感器通过金属适配器5附接到压力容器1和4的凸缘上,其中电流互感器被容纳在朝向内部形成的凹槽中 金属适配器5,并且使用金属适配器5获得接地电位,由此能够使具有高精度的电流互感器的气体绝缘开关装置小型化。