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    • 3. 发明授权
    • High-voltage isolator with field control element
    • 具有现场控制元件的高压隔离器
    • US08426730B2
    • 2013-04-23
    • US13026521
    • 2011-02-14
    • Bruno WidmerJean-Claude MaurouxMichael ConryMartin Lakner
    • Bruno WidmerJean-Claude MaurouxMichael ConryMartin Lakner
    • H01B12/00
    • H01H33/42H01B17/44H01B17/54H01H9/52H01H33/24H01H2009/523H01H2009/526H02G5/10
    • A high-voltage isolator is disclosed which has a first electrical connecting piece and a second electrical connecting piece, between which an electrical isolating body extends. The end sections of the connecting pieces are connected to the isolating body, with a toroidal field control element being arranged on at least one of the end sections. A slot, which extends in the circumferential direction of the end section, is introduced on the end section which has the field control element. The field control element and the respectively associated end section are formed integrally. As a result of the slot, tension and compression forces which occur during longitudinal and lateral contractions of the isolating body and act at right angles to the longitudinal axis of the end section can be largely prevented, as can shear forces, while at the same time achieving a high level of uniformity in an area of the isolating gap, for electrical fields which occur during operation.
    • 公开了一种高电压隔离器,其具有第一电连接件和第二电连接件,电绝缘体在其间延伸。 连接件的端部连接到隔离主体,环形磁场控制元件布置在至少一个端部部分上。 在端部的圆周方向上延伸的槽被引入具有场控制元件的端部上。 一体地形成场控制元件和分别关联的端部。 作为槽的结果,在隔离体的纵向和横向收缩期间发生的并且与端部的纵向轴线成直角作用的张力和压缩力可以在很大程度上被阻止,同时剪切力也可以同时 在隔离间隙的区域内实现高运行时发生的电场的均匀性。
    • 7. 发明申请
    • Dielectric Housing Having a Ventilation Shaft
    • 具有通风轴的电介质壳体
    • US20080078664A1
    • 2008-04-03
    • US11663903
    • 2005-09-13
    • Matthias SchmidtRalf-Reiner Volkmar
    • Matthias SchmidtRalf-Reiner Volkmar
    • H01H9/52
    • H01H9/52H01H33/66H01H2009/526H01H2033/6613
    • An insulating material housing has a holding section, which is designed for holding a switching tube and which is fitted with an input connecting piece, and a drive section, which connects to the holding section in a longitudinal direction, has a drive opening for introducing a drive movement into the switching tube, and which is fitted with an output connecting piece. A ventilation shaft is provided that communicates with an inner space of the drive section. The object is to provide an insulating material housing of this general type with which, even in the event of large currents, a sufficiently high cooling capacity is provided. To this end, the ventilation shaft surrounds the holding section in the shape of a collar.
    • 绝缘材料壳体具有保持部,该保持部被设计用于保持切换管并且配备有输入连接片,并且沿长度方向连接到保持部的驱动部具有驱动开口,该驱动开口用于引入 驱动运动到开关管中,并且装配有输出连接件。 设置有与驱动部的内部空间连通的通风轴。 本发明的目的是提供一种这种一般类型的绝缘材料外壳,甚至在大电流的情况下也能提供足够高的冷却能力。 为此,通风轴以套环的形状围绕保持部。
    • 10. 发明授权
    • Vacuum switch
    • 真空开关
    • US4975552A
    • 1990-12-04
    • US499688
    • 1990-03-27
    • Manfred NieglWilhelm SchelsRainer Behrend
    • Manfred NieglWilhelm SchelsRainer Behrend
    • H01H33/66H01H9/52H01H33/24H01H33/664
    • H01H33/6641H01H2009/526H01H33/24H01H9/52
    • A vacuum switch which has a housing for a vacuum chamber. The housing includes a metal cylinder and an insulating cylinder axially aligned and hermetically sealed at adjacent ends, and closed at opposite ends by end walls. A stationary electrode and a movable electrode are provided in the vacuum chamber, surrounded by the metal cylinder. Stationary and movable electrode lead rods are fixed to the respective electrodes and project in opposite directions from the chamber through the end walls. A magnetic coil whose coil body is molded in an approximately bell-shape and is made of an electrically and thermally conductive material, surrounds the metal cylinder with a winding that is connected by way of an input lead with the electrode lead rod penetrating the end wall closing an end of the metal cylinder. A relatively thick top portion of the coil body is disposed above the end wall and has a rounded upper end, while a less thick cylindrical side wall surrounds the metal cylinder and has a rounded lower end. The winding is connected by way of an output lead with a connecting surface adjacent to the metal cylinder. The input and output leads are provided within the top portion, and in the preferred embodiment are integrally formed therein with a gap separating them so as to direct a portion of the operating current at the input lead around the metal cylinder through the side wall portion of the coil body, before reaching the connecting face.
    • 一种真空开关,其具有用于真空室的壳体。 壳体包括金属圆柱体和轴向对准并在相邻端部气密密封的绝缘圆柱体,并且在相对端部处由端壁封闭。 固定电极和可动电极设置在真空室中,由金属圆筒包围。 固定和可动电极引线杆固定在各个电极上,并通过端壁从腔室向相反方向突出。 其线圈体模制成大致钟形并由导热材料制成的电磁线圈用金属圆筒围绕金属圆筒,绕组通过输入引线连接,电极引线穿过端壁 关闭金属圆筒的一端。 线圈体的相对较厚的顶部设置在端壁上方并且具有圆形的上端,而较小厚的圆柱形侧壁围绕金属圆筒并且具有圆形的下端。 绕组通过输出引线连接,连接表面与金属圆筒相邻。 输入和输出引线设置在顶部内,并且在优选实施例中一体地形成有间隔开它们的间隙,以便将金属圆筒周围的输入引线的一部分工作电流引导通过金属圆筒的侧壁部分 线圈体,到达连接面。