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    • 21. 发明授权
    • High voltage circuit breaker with improved gas exhaust
    • 具有改进排气功能的高压断路器
    • US08530774B2
    • 2013-09-10
    • US12270746
    • 2008-11-13
    • Wolfgang GrieshaberRoger LedruSteven GrosickNicklas Davison
    • Wolfgang GrieshaberRoger LedruSteven GrosickNicklas Davison
    • H01H33/91
    • H01H33/7015H01H33/74H01H2033/888
    • A method of evacuating hot gases produced in a current breaking operation by a high voltage circuit breaker (1) which comprises a metal outer tank (2) filled with insulating gas, a casing (3) having gas outlet ports (30) and arranged inside the metal outer tank (2), with which it is in communication via the said ports, characterized in that insulating gas (GI) is aspirated from inside the casing (3) in a direction parallel to the flow of the hot gases (GC) produced by the current breaking operation, so as to mix the gases inside the casing (3) before they are evacuated, through the said gas outlet ports (30) of the casing, into the interior of the metal outer tank (2). The invention also relates to an associated high voltage circuit breaker, which includes means (5) for aspirating insulating gas from the interior of the casing (3), in a direction parallel to the hot gas stream.
    • 一种通过高压断路器(1)在电流断路操作中产生的热气体排出的方法,所述高压断路器(1)包括填充有绝缘气体的金属外罐(2),具有气体出口(30)并且布置在内部的壳体 所述金属外罐(2)通过所述端口连通,其特征在于,绝缘气体(GI)从与所述热气体(GC)的流动平行的方向从所述壳体(3)内部吸出, 通过当前的断开操作产生,以便通过壳体的所述气体出口(30)将壳体(3)内的气体抽真空混合到金属外罐(2)的内部。 本发明还涉及一种相关联的高压断路器,其包括用于从平行于热气流的方向从壳体(3)的内部抽吸绝缘气体的装置(5)。
    • 22. 发明申请
    • GAS-INSULATED HIGH-VOLTAGE SWITCH
    • 气体绝缘高压开关
    • US20110120975A1
    • 2011-05-26
    • US12951388
    • 2010-11-22
    • Juerg NuferMartin KriegelOlaf HungerPeter Diggelmann
    • Juerg NuferMartin KriegelOlaf HungerPeter Diggelmann
    • H01H33/91
    • H01H33/901H01H33/7023H01H33/7061H01H2033/028
    • A high-voltage switch contains two contact members, which can be moved relative to one another along an axis, a nozzle for blowing out a switching arc with quenching gas, and a stationary direction-changing transmission, which is connected to the nozzle and to the second contact member. The nozzle has a hollow insulating body, and a metallic annular body which is arranged at a blowing-out end of the nozzle, is connected in a formfitting manner to the insulating body, and supports an input or output drive element of the direction-changing transmission. This switch can be manufactured easily and at low cost, and provides good mechanical and electrical characteristics. The annular body has a concentrically arranged intermediate ring, which causes the form fit with the insulating body, and a ring, which is pushed onto the intermediate ring and is attached to the intermediate ring, for supporting the input-drive or output-drive element.
    • 高压开关包含两个接触构件,这两个接触构件可沿轴线彼此移动,用于吹出具有淬火气体的开关电弧的喷嘴和连接到喷嘴的静止方向变换传动装置 第二接触构件。 喷嘴具有中空绝缘体,并且布置在喷嘴的吹出端的金属环形体以成形的方式连接到绝缘体,并且支撑方向改变的输入或输出驱动元件 传输。 该开关可以容易且低成本地制造,并提供良好的机械和电气特性。 环形体具有同心布置的中间环,其使形状与绝缘体相配合,并且环被推到中间环上并附接到中间环,用于支撑输入驱动或输出驱动元件 。
    • 24. 发明申请
    • HIGH VOLTAGE GAS CIRCUIT BREAKER
    • 高压气体断路器
    • US20100163527A1
    • 2010-07-01
    • US12648352
    • 2009-12-29
    • Jeong Hoon YOON
    • Jeong Hoon YOON
    • H01H33/91
    • H01H33/904H01H2033/028
    • The present invention relates to a high-voltage gas circuit breaker, and there is provided a gas circuit breaker including a movable arc contact and a fixed arc contact engaged with the movable arc contact; a cylinder rod coupled with the movable arc contact; an insulating rod connected to the cylinder rod through a link mechanism in which an end thereof is connected to an operating mechanism; and an ejection nozzle for ejecting an arc-extinguishing gas between the movable arc contact and the fixed arc contact, wherein the link mechanism is reduced in a length direction of the insulating rod to pull the cylinder rod to a side of the insulating rod when the insulating rod is moved apart from the cylinder rod.
    • 高压气体断路器技术领域本发明涉及高压气体断路器,并且提供了一种气动断路器,其包括可动电弧触点和与可动电弧触点接合的固定电弧触点; 与可动电弧接触件联接的气缸杆; 绝缘杆,其连杆机构通过连杆机构连接到所述气缸杆,所述连杆机构的一端连接到操作机构; 以及用于在可动电弧接触和固定电弧触点之间喷射灭弧气体的喷嘴,其中,当绝缘杆的长度方向上连杆机构减小时,将气缸杆拉到绝缘杆的一侧,当 绝缘杆与气缸杆分离。
    • 26. 发明授权
    • Gas circuit breaker
    • 气体断路器
    • US5977502A
    • 1999-11-02
    • US237920
    • 1999-01-27
    • Hitoshi MizoguchiTadashi MoriHiromichi KawanoKatsumi SuzukiMitsuru Toyoda
    • Hitoshi MizoguchiTadashi MoriHiromichi KawanoKatsumi SuzukiMitsuru Toyoda
    • H01H33/825H01H33/90H01H33/91H01H33/915H01H33/18H01H33/70H01H33/82
    • H01H33/901
    • The gas circuit breaker has a configuration such that a stationary contact section and a movable contact section are arranged in an arc-extinguishing gas sealed container, to face each other, and the movable contact section includes a hollow operating rod having an exhaust hole at its rear portion, a movable cylinder arranged around the rod, a hollow movable arc contact provided on the movable cylinder and an insulating nozzle surrounding the movable arc contact. The movable contact section further includes a stationary piston portion insertable/removable inside the movable cylinder, and the space formed by the movable cylinder and the current collecting cylinder fixed to the stationary piston portion is partitioned by a parting plate into a thermal pressure elevation room space at front side and a compression room space at rear side. During the electrode opening operation, the compression room space is compressed by the interaction between the movable cylinder and the piston portion, thus increasing the pressure in the space, and the speed of the movement of the operating rod is slowed down just before the completion of the electrode opening operation.
    • 气体断路器具有这样的结构,使得固定接触部分和可动接触部分布置在灭弧气体密封容器中以彼此面对,并且可动接触部分包括在其中具有排气孔的中空操作杆 后部,围绕杆布置的可动缸,设置在可动气缸上的中空可动电弧触点和围绕可动电弧触点的绝缘喷嘴。 可动接触部分还包括可移动的气缸中可插入/移动的静止活塞部分,并且由可移动气缸和固定到静止活塞部分的集流筒形成的空间由分型板分隔成热压升高室空间 在前侧和后侧的压缩室空间。 在电极打开操作期间,压缩室空间被可动气缸和活塞部分之间的相互作用压缩,从而增加了空间中的压力,并且操作杆的移动速度在完成之前变慢 电极打开操作。
    • 27. 发明授权
    • Power breaker
    • 断路器
    • US5929409A
    • 1999-07-27
    • US825817
    • 1997-04-03
    • Lukas ZehnderRobert AnderesChristian DahlerKurt KalteneggerBodo Bruhl
    • Lukas ZehnderRobert AnderesChristian DahlerKurt KalteneggerBodo Bruhl
    • H01H33/12H01H33/18H01H33/70H01H33/91
    • H01H33/12H01H33/7038H01H33/18H01H33/91
    • This power breaker has at least one quenching chamber, which is filled with an insulating medium, is of cylindrical design, extends along a central axis (2) and has a power current path, having two stationary consumable contact arrangements (5, 6) which are arranged on the central axis (2), are at a distance from one another in the axial direction and are arranged in the power current path. In the connected state, the consumable contact arrangements (5, 6) are electrically conductively connected by means of a moving bridging contact. An arc zone (24) is provided between the stationary consumable contact arrangements (5, 6). A rated current path, which is provided with moving rated current contacts, is arranged in parallel with the power current path. The bridging contact is arranged in the interior of the consumable contact arrangements (5, 6) extended along the central axis (2).
    • 该断电器具有至少一个填充有绝缘介质的淬火室,其具有圆柱形设计,沿着中心轴线(2)延伸并且具有电力通路,具有两个固定的可消耗触点装置(5,6),其中 布置在中心轴线(2)上,在轴向上彼此间隔一定距离并且布置在电力通路中。 在连接状态下,可消耗触点装置(5,6)通过移动桥接触头导电连接。 在固定的可消耗触点装置(5,6)之间设置一个弧形区(24)。 设有与额定电流触点相连的额定电流通道与电源电流通路并联设置。 桥接接触件布置在沿着中心轴线(2)延伸的可消耗接触装置(5,6)的内部。
    • 28. 发明授权
    • Resistor-provided UHV breaker having delaying/operating mechanism for
making and breaking main contacts and resistor contacts
    • 具有电阻器的特高压断路器具有用于制造和断开主触点和电阻触点的延迟/操作机构
    • US5424504A
    • 1995-06-13
    • US135547
    • 1993-10-14
    • Tsutomu TanakaShigeki Nishizumi
    • Tsutomu TanakaShigeki Nishizumi
    • H01H33/59H01H33/16H01H33/42H01H33/64H01H33/70H01H33/91
    • H01H33/168
    • A resistor-provided UHV breaker has a tank sealing an insulating gas therein, a main contact unit located in the tank, a resistor unit connected parallel to the main contact unit, a resistor contact unit located in the tank, a main contact making/breaking unit for making and breaking the main contact unit, and a resistor contact making/breaking unit for making and breaking the resistor contact unit. Further, the breaker has a coupling unit for coupling the main contact making/breaking unit with the resistor contact making/breaking unit. The coupling unit drives the main contact making/breaking unit together with the resistor contact making/breaking unit during closing operation of the main contact unit, and drives the main contact making/breaking unit and the resistor contact making/breaking unit, independently, during breaking operation of the main contact unit.
    • 电阻提供的UHV断路器具有在其中密封绝缘气体的罐,位于罐中的主接触单元,与主接触单元并联连接的电阻单元,位于罐中的电阻器接触单元,主接触/断开 用于制造和断开主接触单元的单元,以及用于制造和断开电阻器接触单元的电阻接触断开单元。 此外,断路器具有用于将主触点断开单元与电阻器接触制动/断开单元联接的联接单元。 耦合单元在主触点单元关闭操作期间与电阻触点断开单元一起驱动主触点断开单元,并在主触头断开单元和电阻触点断开单元期间独立驱动 主接触单元的断开操作。
    • 29. 发明授权
    • Gas-blast circuit breaker
    • 气体断路器
    • US5304762A
    • 1994-04-19
    • US13833
    • 1993-02-05
    • Hugo Hiltbrunner
    • Hugo Hiltbrunner
    • H01H33/90H01H33/91H01H33/915
    • H01H33/903H01H33/901H01H33/91H01H2033/908
    • The gas-blast circuit breaker has passages in the pump piston which connect the pump space to the arcing space surrounding the quenching tube and to the surrounding space located within the circuit breaker housing. These passages are held closed during switching-off and open during switching-on by valve devices. For this purpose, in one embodiment the pump piston is used as a valve seat and an annular disk is used as a valve body which is common to the first valve and to the second valve, the first valve controlling the passage between the pump space and the surrounding space, and the second valve controlling the passage between the pump space and the arcing space. When switching-off large currents, the piston is subjected to an overpressure in the switching-off direction, which overpressure is produced by switching gas flowing into the arcing space, in order to support the drive. The valves are prevented from opening due to the pressure in the pump space. During switching-on, the pump space is enlarged and the arcing space is reduced in size, causing the annular disk to be raised off the pump piston against the spring prestressing it by means of the reduced pressure in the pump space and the overpressure in the arcing space. Thus, the pump and arcing spaces are able to communicate with the surrounding space and to ensure pressure equalization without the drive having to apply more energy during switching-on than in the case of a circuit breaker without an arcing space.
    • 气体断路器在泵活塞中具有通道,其将泵空间连接到围绕淬火管的电弧空间以及位于断路器壳体内的周围空间。 这些通道在关闭期间保持关闭,并在通过阀装置接通时打开。 为此,在一个实施例中,泵活塞用作阀座,并且环形盘用作阀体,其与第一阀和第二阀共用,第一阀控制泵空间和 周围空间,第二阀控制泵空间与电弧空间之间的通道。 当关断大电流时,活塞在关闭方向受到过压,通过切换流入电弧空间的气体产生过压,以支持驱动。 由于泵空间中的压力,防止阀门打开。 在开启期间,泵空间被扩大,并且电弧空间的尺寸减小,导致环形盘从泵活塞上升起,以防止泵通过泵空间中的减压和 电弧空间。 因此,泵和电弧空间能够与周围空间连通并且确保压力均衡,而不需要驱动器在接通期间施加更多的能量而不是在没有电弧空间的断路器的情况下。
    • 30. 发明授权
    • Circuit breaker with triple movement for high or medium voltages
    • 具有高电压或中压三相运动的断路器
    • US5293014A
    • 1994-03-08
    • US970831
    • 1992-11-03
    • Michel Perret
    • Michel Perret
    • H01H33/90H01H33/915H01H33/42H01H33/91
    • H01H33/905H01H2033/028H01H33/904
    • A circuit breaker has within a casing filled with a dielectric gas, especially SF.sub.6, a first arcing contact electrically connected to a first terminal, and a second arcing contact electrically connected to a second terminal. The second arcing contact is movable within a fixed cylinder. A piston is movable within said fixed cylinder. The fixed cylinder and the piston form a compression chamber. The first arcing contact and the piston are movable relative to each other. An actuating mechanism actuates the first arcing contact in a direction opposite to that of displacement of the second contact, and actuates the piston in a direction opposite to that of the displacement of the second contact.
    • 断路器内部装有电介质气体,特别是SF6,电连接到第一端子的第一电弧触点和与第二端子电连接的第二电弧触头。 第二电弧触点可在固定的气缸内移动。 活塞可在所述固定气缸内移动。 固定气缸和活塞形成压缩室。 第一电弧触点和活塞可相对于彼此移动。 致动机构以与第二接触件的位移相反的方向致动第一电弧接触,并且以与第二接触件的位移相反的方向致动活塞。