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    • 1. 发明授权
    • Vacuum switch contact arrangement
    • 真空开关接点排列
    • US6072141A
    • 2000-06-06
    • US809568
    • 1997-06-23
    • Ernst Slamecka
    • Ernst Slamecka
    • H01H33/66H01H33/664
    • H01H33/664H01H33/6642H01H33/6643H01H33/6644
    • A vacuum circuit-breaker contact arrangement includes a pair of contacts each being relatively axially movable from a position of engagement to a position of disengagement to establish a circuit interrupting arc therebetween, at least one of said contacts being provided with a generally cup shaped member having a base portion and a wall portion, a plurality of slots which produce winding sections being arranged in said cup shaped member, the inside of the cup shaped member being at least partly covered by a contact- and electrode-member mounted at a front side of the cup shaped member and facing the other contact, the other contact having a contact- and arc-carrying-member generally aligned with the contact- and electrode-member of the at least one contact, wherein the plurality of slots includes at least one first slot and a second slot, the base portion of at least one contact being provided with at least one first slot which essentially extends along a part of a circle and penetrates at least partly the base portion, the second slot being joined to an end of said first slot and extending at least into the wall portion of the cup shaped member toward the contact- and electrode-member, so that radially outside of the first slot is produced at least one winding section which generates an essentially axial magnetic field in a current conducting state.
    • PCT No.PCT / DE95 / 01272 Sec。 371日期:1997年6月23日 102(e)日期1997年6月23日PCT提交1995年9月8日PCT公布。 公开号WO96 / 09637 日期1996年3月28日真空断路器触点装置包括一对触头,每一个触头各自相对于从啮合位置轴向移动到分离位置,以在其间形成断路电路,至少一个所述触头设有一个 通常为杯状构件,具有基部和壁部,多个槽,其产生卷绕部分,其布置在所述杯形构件中,杯形构件的内部至少部分地被安装在接触和电极构件 在杯状构件的前侧面对另一个接触件,另一个接触件具有大致与至少一个接触件的接触和电极构件对齐的接触和电弧承载构件,其中多个槽 包括至少一个第一槽和第二槽,至少一个触头的基部设置有至少一个第一槽,其基本上沿着ci的一部分延伸 并且至少部分地穿透所述基部,所述第二槽连接到所述第一槽的端部并且至少延伸到所述杯形构件的壁部分朝向所述接触和电极构件,使得径向地位于所述第一槽的径向外侧 第一槽产生至少一个绕组部分,其在导电状态下产生基本上轴向的磁场。
    • 2. 发明授权
    • Arrangement for the synthetic testing of tripolar high-voltage circuit
breakers
    • 三极高压断路器合成试验安排
    • US4168463A
    • 1979-09-18
    • US877864
    • 1978-02-15
    • Ernst Slamecka
    • Ernst Slamecka
    • G01R31/327G01R31/333G01R31/02
    • G01R31/3336
    • An improved synthetic testing arrangement for use in testing a tripolar high voltage circuit breaker wherein the arrangement includes a three-phase high-current source for impressing on the three poles of the breaker breaking currents and arc reactions and a high-voltage load for loading the pole quenching first and the remaining two poles quenching last. In accordance with the invention, the improvement comprises the further provision in such an arrangement of first and second high-voltage sources for influencing the high-voltage load and a switch means for causing the first and second high-voltage sources to be connected into the circuits formed by the three-phase current source and the circuit breaker during a breaking action; the first voltage source being connected so as to load the pole quenching first and the second voltage source so as to load remaining two poles quenching last.
    • 一种用于测试三极高压断路器的改进的合成测试装置,其中该装置包括三相大电流源,用于在断路器断路电流和电弧反应的三极上施加压力,以及用于将 首先淬火,其余两极淬火最后。 根据本发明,改进之处在于进一步提供了用于影响高压负载的第一和第二高压源的这种布置,以及用于使第一和第二高压源连接到 在断路动作期间由三相电流源和断路器形成的电路; 第一电压源被连接以首先加载极点淬火和第二电压源,以便最后加载剩余的两极淬火。
    • 3. 发明授权
    • Synthetic equivalence test circuit for circuit breaker testing
    • 用于断路器测试的合成等效测试电路
    • US07095236B2
    • 2006-08-22
    • US10394790
    • 2003-03-21
    • Ernst Slamecka
    • Ernst Slamecka
    • G01R31/02
    • G01R31/3336
    • A method for testing high-voltage alternating-current power switches in a synthetic test circuit has the step of connecting a high-voltage oscillating circuit in parallel to a test switch Bt in a time interval before the current zero of an interruptible high current, which is determined by a half-cycle duration (Th/2) of the oscillating current (ih) less the duration of equivalence (Δtse) of the sole flow of the oscillating current as sequential current in the test switch with a stress exerted upon the switch by the homogeneous current in a direct test circuit. The sequential-current flow duration of the equivalence results, at least approximately, from the comparison of the values of common physical stress parameters acting in the test switch during the test, on the one hand, in the synthetic test circuit and, on the other hand, in the direct test circuit.
    • 用于在合成测试电路中测试高压交流电源开关的方法具有在电流之前的时间间隔内将高压振荡电路并联连接到测试开关B 的步骤 通过振荡电流(i> h )的半周期持续时间(T H h H 2/2)确定的可中断高电流的零值小于等效持续时间( 作为在测试开关中的顺序电流的振荡电流的唯一流动,在直接测试电路中由均匀电流施加在开关上的应力。 等效的顺序电流流程持续时间至少大致来自于在综合测试电路中与在测试中作用在测试开关中的常见物理应力参数的值的比较,在另一方面 在直接测试电路中。
    • 4. 发明授权
    • Synthetic making/breaking-capacity test circuit for high-voltage alternating-current circuit-breakers
    • 用于高压交流断路器的合成/分断能力测试电路
    • US06703839B2
    • 2004-03-09
    • US10147552
    • 2002-05-17
    • Ernst Slamecka
    • Ernst Slamecka
    • G01R3102
    • G01R31/3336
    • A high-voltage oscillating circuit (I) is connected in parallel with an auxiliary circuit-breaker (Ba) by firing a switching spark gap (SGhv) and the oscillating current (ihv) is superimposed on the high-current (ihc) with opposite polarity just before the high-current zero crossing. The spark gap (SGhc) is fired at the artificial current zero, causing: short-circuiting of the high-current source (a), series connection of the high-voltage oscillating circuit with the test circuit-breaker (Bt), oscillating current from the auxiliary circuit-breaker is transferred with constant parameters to the test circuit-breaker there—in following the eliminated high current. Transient high voltage follows the zero crossing of the synthetic current continuously.
    • 高压振荡电路(I)通过点火开关火花隙(SGhv)与辅助断路器(Ba)并联连接,并且振荡电流(ihv)与相反的高电流(ihc)叠加在高电流 高电流过零之前的极性。 火花隙(SGhc)在人造电流零点点火,导致大电流源(a)短路,高压振荡电路与测试断路器(Bt)的串联,振荡电流 从辅助断路器传输到恒定的参数到测试断路器,随着消除的高电流。 瞬态高电压连续地跟随合成电流的过零点。
    • 5. 发明授权
    • High-voltage circuit-breaker
    • 高压断路器
    • US4565911A
    • 1986-01-21
    • US521536
    • 1983-08-09
    • Ernst Slamecka
    • Ernst Slamecka
    • H01H33/91H01H33/88
    • H01H33/91
    • In a dual-gas-blast puffer-type circuit-breaker a fixed insulating nozzle body (4) is integrated into a fixed insulating piston (10), forming thus a structural component. Said structural component is mounted on a fixed cylinder (11). Up to the large inner diameter of the latter the nozzle contour may expand freely, allowing thus a more effective removal of the arc plasma from the nozzle region.This feature facilitates interrupting the arc by increasing the cooling rate of the gas flow past the arc.The movable arc contact piece (17) is provided with a conical transition member between the nozzle shaped inlet side and the cylindrical base (16). That conical transition member is working like a movable piston exposed to the downstream gas flow pressure. Thus at least partly a selfcompensation of the increased gas pressure on the compression cylinder takes place in cases where large short circuit-currents are to be interrupted. This feature represents the precondition for a simple and thus reliable drive.
    • 在双气体吹风式断路器中,将固定绝缘喷嘴体(4)整合到固定绝缘活塞(10)中,从而形成结构部件。 所述结构部件安装在固定的气缸(11)上。 直到后者的大内径,喷嘴轮廓可以自由地膨胀,从而从喷嘴区域更有效地去除电弧等离子体。 该特征有助于通过增加气流经过电弧的冷却速度来中断电弧。 可动电弧接触片(17)在喷嘴形入口侧和圆筒形基座(16)之间设置有锥形过渡构件。 该锥形过渡构件像暴露于下游气体流动压力的活动活塞一样工作。 因此,在要中断大的短路电流的情况下,至少部分地增加压缩气缸上的气体压力的自补偿。 该功能代表了一个简单而可靠的驱动器的前提条件。
    • 6. 发明授权
    • High-voltage gas-blast puffer type circuit-breaker
    • 高压气体吹风式断路器
    • US4524257A
    • 1985-06-18
    • US355517
    • 1982-03-08
    • Ernst Slamecka
    • Ernst Slamecka
    • H01H33/24H01H33/70H01H33/90H01H33/91H01H33/915H01H33/88
    • H01H33/901H01H33/91H01H2033/907H01H33/24H01H33/7015H01H33/905
    • A gas-blast puffer type SF.sub.6 circuit-breaker exhibiting essentially features as follows:Dual-blast nozzle arrangement wherein a first nozzle being made of electrically conductive material, and a second nozzle being made of electrically insulating material;a movable compression cylinder of electrically insulating material bearing a tube-shaped contact piece intended for carrying mainly continuous current;a nozzle-shaped arcing contact piece connected mechanically rigid and electrically suitable for carrying current with said movable contact piece.The further improvement to said inventive concept characterize:A first compression cylinder of electrically insulating material surrounding temporarilly the nozzle arrangement and being engaged with a first fixed piston;a second compression cylinder of metal being engaged with a temporarilly catchable compression piston, both cylinders and pistons establishing a first and a second volume, said volumes communicating pneumatically with each other in a controllable manner, representing during an opening operation a high-performance gas compression system.
    • 一种具有如下主要特征的气体吹风式吹风式SF6断路器:双喷嘴装置,其中第一喷嘴由导电材料制成,第二喷嘴由电绝缘材料制成; 电绝缘材料的可动压缩圆筒,其承载着用于承载主要连续电流的管状接触片; 喷嘴形的电弧接触件机械地刚性地电连接并且适于与所述可动接触件携带电流。 所述发明构思的进一步改进的特征在于:电绝缘材料的第一压缩圆筒,其周期性地包围喷嘴装置并与第一固定活塞接合; 金属的第二压缩圆筒与临时收集的压缩活塞接合,两个气缸和活塞建立第一和第二体积,所述体积以可控的方式彼此气动地相互连通,表示在打开操作期间高性能气体压缩 系统。