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    • 31. 发明申请
    • COPPER-ALUMINUM ELECTRICAL JOINT
    • 铜铝电接头
    • US20160225546A1
    • 2016-08-04
    • US14611435
    • 2015-02-02
    • Mitsubishi Electric Power Products, Inc.
    • Russell Norman Yeckley
    • H01H9/02
    • H01H9/02H01F27/025H01F27/04H01H9/52H01H33/53H01H33/64H01H2009/526H02G5/06H02G5/10
    • A circuit breaker, or transformer, or insulated bus for use with AC voltages greater than 30 kilovolts and AC currents greater than 400 amperes includes an elongated bushing made from electrically insulating material and having first and second ends. The first end of the bushing is coupled to a main enclosure of the circuit breaker, or transformer, or insulated bus and a terminal pad is coupled to the second end of the bushing. A conductor is disposed in an internal cavity of the bushing in spaced relation to an internal wall of the bushing that defines the internal cavity. The conductor includes first and second segments. A first end of the first segment is electrically connected to a contact of the circuit breaker, or transformer, or insulated bus and a first end of the second segment is electrically connected to the terminal pad. Second ends of the first and second segments are coupled together with a biasing element interposed between the second ends of the first and second segments. The biasing element is operative for biasing the first end of the first segment toward the contact and for biasing the first end of the second segment toward the one terminal pad.
    • 用于大于30千伏的AC电压和大于400安培的AC电流的断路器或变压器或绝缘母线包括由电绝缘材料制成并具有第一和第二端的细长衬套。 衬套的第一端连接到断路器或变压器或绝缘总线的主外壳,并且端子焊盘联接到衬套的第二端。 导体设置在衬套的内腔中,与衬套的限定内腔的内壁间隔开。 导体包括第一和第二段。 第一段的第一端电连接到断路器或变压器或绝缘总线的触点,并且第二段的第一端电连接到端子焊盘。 第一和第二段的第二端通过置于第一和第二段的第二端之间的偏置元件联接在一起。 偏置元件可操作用于将第一段的第一端朝向接触件偏压,并且用于将第二段的第一端朝向一个端子衬垫偏压。
    • 38. 发明授权
    • High-power switchgear with cooling rib arrangement
    • 大功率开关柜配有冷却肋排列
    • US07038912B2
    • 2006-05-02
    • US10880456
    • 2004-07-01
    • Marianne PleinesJean-Claude MaurouxMartin LaknerThomas Schoenemann
    • Marianne PleinesJean-Claude MaurouxMartin LaknerThomas Schoenemann
    • H05K7/20
    • H02G5/10F28F3/048H01H9/52H01H33/002H01H2009/526
    • The high-power switch (1) according to the invention, with at least one switch pole (2) for guiding and switching an electric current which flows in one current flow direction when the switch is in the closed state, with the at least one switch pole (2) containing an inner conductor (3) which carries the current and containing an outer conductor (4) which is connected to ground potential (G) and carries a return current in the opposite direction to the current, with the outer conductor (4) being in the form of a housing (4) which surrounds the inner conductor (3), is characterized in that a cooling rib arrangement (5) which contains cooling ribs (9) is arranged on the outer conductor (4). At least some of the cooling ribs are advantageously arranged on a separate part of the housing (4), which is not the same as the part (15) of the housing (4) which is at a minimum distance from the inner conductor (3). The cooling rib arrangement (5) advantageously has cooling ribs both outside the housing (4) and inside the housing (4).
    • 根据本发明的高功率开关(1)具有至少一个开关极(2),用于在开关处于闭合状态时引导和切换沿一个电流流动方向流动的电流,至少一个 开关极(2)包含承载电流的内部导体(3),并且包含与地电位(G)连接的外部导体(4),并且与外部导体沿着与电流相反的方向承载回流电流 (4)为围绕内导体(3)的壳体(4)的形式,其特征在于,在外导体(4)上布置有包含冷却肋(9)的冷却肋装置(5)。 至少一些冷却肋有利地布置在壳体(4)的分离部分上,该壳体与壳体(4)的与内部导体(3)的距离最小的部分(15)不同 )。 冷却肋装置(5)有利地在壳体(4)的外部和壳体(4)内部具有冷却肋。
    • 40. 发明授权
    • Switch support
    • 开关支持
    • US5191516A
    • 1993-03-02
    • US673480
    • 1991-03-22
    • Erwin Reichl
    • Erwin Reichl
    • H01H33/53H01H9/02H01H33/02H01H33/66H01H33/666
    • H01H33/666H01H2009/526H01H2033/6665
    • An arrangement is provided for supporting a power switch on a wall of a switch drive housing. A power switch having an axial direction and including connecting members for connection to external electrical conductors is disposed in a switch chamber formed in a one-piece profiled strand of insulating material extending in the axial direction of the power switch with a generally unchanging cross section. The strand is mounted to the wall of the switch drive housing and includes a rear wall adjacent and parallel to, and spaced from the wall of the switch drive housing when the strand is mounted on the wall of the switch drive housing, opposing side walls connected to and oriented generally perpendicular to the rear wall, a front wall remote from the wall of the switch drive housing relative to the rear wall, parallel to the rear wall and connected to the side walls to define with the side walls and the rear wall the chamber for accommodating the power switch. The connecting members of the switch are brought out of the chamber through the front wall. Rear holding strips emanate form the side walls and include rear holders for supporting the connecting members in a rear portion of the chamber. Front holders are disposed in the region of the front wall for supporting the connecting members in a frontal portion of the chamber.
    • 提供了一种用于在开关驱动器壳体的壁上支撑电源开关的装置。 具有轴向方向并且包括用于连接到外部电导体的连接构件的电源开关设置在开关室中,开关室形成为沿着电源开关的轴向方向延伸的一体式绝缘材料,具有大致不变的横截面。 绞线安装到开关驱动器壳体的壁上,并且当线束安装在开关驱动器壳体的壁上时,包括与开关驱动器壳体的壁相邻并平行并与其隔开的后壁,相对的侧壁连接 大体上垂直于后壁定向的前壁,远离开关驱动器壳体的壁相对于后壁的前壁,平行于后壁并连接到侧壁以与侧壁和后壁一起限定 用于容纳电源开关的腔室。 开关的连接构件通过前壁从腔室中取出。 后挡板形成侧壁,并且包括用于在腔室的后部支撑连接构件的后保持件。 前保持器设置在前壁的区域中,用于支撑室的前部的连接构件。