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    • 84. 发明授权
    • Encapsulated, compressed gas insulated high voltage switchgear
    • 封装压缩气体绝缘高压开关柜
    • US4527029A
    • 1985-07-02
    • US618020
    • 1984-06-07
    • Sigismund BrockmannIngo Gottschalk
    • Sigismund BrockmannIngo Gottschalk
    • H01H33/62H01H33/56H02B13/035H02B13/02
    • H02B13/0352
    • In an encapsulated, compressed gas-insulated high-voltage switchgear there is arranged in the interior of the encapsulation a drive and breaker units actuated by it. The breaker units are carried by a flange plate which closes the encapsulation off so that is is pressureproof. The flange plate is connected with the drive on the side away from the interior. To secure the position of the breaker units and hence also the coupling between them and the respective drive independently of the compressive stress of the flange plate, a substantially flat support plate is provided which directly receives the breaker units and which, extending parallel with the flange plate, is connected therewith via at least three parallel spacers which are arranged in a triangle.
    • 在封装的压缩气体绝缘高压开关柜中,在封装的内部设置有由其驱动的驱动器和断路器单元。 断路器单元由法兰盘承载,该法兰板封闭封装,因此是防压的。 法兰板与驱动器在远离内部的一侧连接。 为了确保断路器单元的位置,并且因此也可以独立于凸缘板的压缩应力而使它们与相应的驱动器之间的联接,提供基本平坦的支撑板,其直接接收断路器单元,并且与凸缘平行延伸 板通过至少三个平行的间隔件连接在一起,三个平行的间隔件被布置成三角形。
    • 85. 发明授权
    • Air circuit breaker
    • 空气断路器
    • US4497992A
    • 1985-02-05
    • US460790
    • 1983-01-25
    • Toshihiko KoderaKiyoshi EguchiTakayoshi IshikawaYasushi GenbaShigemi TamaruSusumu Satou
    • Toshihiko KoderaKiyoshi EguchiTakayoshi IshikawaYasushi GenbaShigemi TamaruSusumu Satou
    • H01H33/40H01H3/30H01H33/62H01H73/38
    • H01H3/30
    • The disclosure describes an air circuit breaker including a compression coil; a second spring holder to compress the compression coil in the axial direction thereof; and a first spring holder which is subjected to the compression force of the compression coil, the second spring holder being constructed in such a manner that it is formed of a plate material in a rectangular shape, a pair of projected pieces are provided on both sides of the plate material, and a pin is held to pass between the pair of projected pieces in the direction of thickness of the plate so as to be able to support one end of the energy accumulating spring at four points with the pair of projected pieces and the pin in a compressible manner. After compression of the energy accumulating spring by pressure application thereto, its pressure application is released to stretch the energy accumulating spring so as to close a pair of contact points through the first and second spring holders.
    • 本公开描述了一种包括压缩线圈的空气断路器; 第二弹簧保持件,用于在压缩线圈的轴向压缩压缩线圈; 以及经受压缩线圈的压缩力的第一弹簧保持器,第二弹簧保持器构造成由矩形形状的板材形成,在两侧设置一对突出片 并且销在所述板的厚度方向上保持在所述一对突出片之间通过,以便能够将所述能量积聚弹簧的一端支撑在所述一对突出件的四个点处,并且 该销以可压缩的方式。 在通过施加压力来对能量积蓄弹簧进行压缩之后,其压力施加被释放以拉伸蓄能弹簧,从而通过第一和第二弹簧保持器闭合一对接触点。
    • 86. 发明授权
    • Stored energy circuit breaker
    • 存储能源断路器
    • US4166205A
    • 1979-08-28
    • US755768
    • 1976-12-30
    • Alfred E. MaierLouis N. RicciDonald D. Armstrong
    • Alfred E. MaierLouis N. RicciDonald D. Armstrong
    • H01H33/62H01H1/22H01H3/30H01H33/40H01H71/50H01H73/38H01H3/60
    • H01H71/50H01H1/226H01H2001/5838H01H2003/3094H01H2071/1036H01H3/3015H01H3/3031
    • A circuit breaker having stationary and movable contacts operable between open and closed positions with the movable contact being biased in an open position. The movable contact is mounted to a contact and spring holder which engages one link in a toggle means. The first link is connected to a second link which has a drive pin secured thereto, and the second link is pivotally connected to a toggle lever. A cam is secured to a rotatable drive shaft, and the cam engages a cam roller which is secured to a follower plate. The follower plate, which rotates about an axis different from the drive shaft axis, has a drive pawl attached thereto, with the drive pawl being disposed adjacent the drive pin. Spring means are pivotally connected to the follower plate and are capable of being in spring charged and discharged positions. The spring is charged by rotation of the drive shaft and cam causing the cam roller to move outwardly. The outward movement of the cam roller causes rotation of the follower plate, resulting in charging of the spring means. The degree of rotation of the cam during the charging rotation is more than twice the degree of rotation of the follower plate, thereby gaining a mechanical advantage. When the spring means discharges, it causes rotation of the follower plate such that the drive pawl is capable of engaging the drive pin to move the toggle means into toggle position. Upon moving into toggle position, the toggle means moves the contact holder and movable contact into closed position. Also included are releasable toggle and drive latch means for holding the toggle means in toggle position and the follower plate in the spring charged position, respectively.
    • 87. 发明授权
    • Electrical connector
    • 电连接器
    • US3958855A
    • 1976-05-25
    • US556106
    • 1975-03-07
    • Lloyd Oakes
    • Lloyd Oakes
    • H01H33/62H01H1/38H01H33/76H01R13/53H02G15/08H01R13/52
    • H01R13/53H01H1/38H01H33/76
    • An electrical termination for use with a high voltage underground cable system wherein a large degree of arcing may occur between two electrical structures as they are brought together under short circuit conditions to complete a live high voltage circuit. Gas generating material is included as part of at least one of the structures such that gas is produced by the arcing between the structures as they are moved towards each other to form the desired electrical connection. The pressure build up of the gas within the termination acts upon a movable gas actuated means to cause movement thereof when the structures are brought close together under fault conditions. When moved by such a pressure build up, a portion of the gas actuated means transfers the arcing to a position away from the gas generating material to cause the cessation of gas production and thus permits the structures to couple and complete the circuit.
    • 一种用于高压地下电缆系统的电气终端,其中在两个电气结构之间可能发生大的电弧,因为它们在短路条件下被组合在一起以完成实时高压电路。 气体发生材料被包括为至少一个结构的一部分,使得当它们相互移动以形成期望的电连接时,通过结构之间的电弧产生气体。 端接件内的气体压力作用在可动气体驱动装置上,以在结构在故障条件下靠近在一起时引起其运动。 当通过这样的压力增加移动时,气体致动装置的一部分将电弧转移到远离气体发生材料的位置,以导致气体产生的停止,从而允许结构耦合并完成电路。