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    • 1. 发明授权
    • Contact arrangement for vacuum switches with axial magnetic fields
    • 具有轴向磁场的真空开关的接触装置
    • US4935588A
    • 1990-06-19
    • US273857
    • 1988-09-23
    • Ruediger HessHorst KippenbergWilfried KuhlWolfgang SchlenkErnst-Ludwig HoeneReiner Mueller
    • Ruediger HessHorst KippenbergWilfried KuhlWolfgang SchlenkErnst-Ludwig HoeneReiner Mueller
    • H01H33/66H01H1/02H01H33/664
    • H01H33/6642H01H1/0206
    • Contact pieces for vacuum switches with axial magnetic field are designed e.g. as cup contacts with slotting in the same direction which support a diskshaped contact body and have means for the suppression of eddy currents. According to the invention, the contact bodies (10, 20, 30, 40, 50) have, at least on their backside, radial areas (15, 25, 35, 45, 55) of markedly lower electrical conductivity than the base material. Such radial areas may be, grooves (15 to 18) on the backside (12) of the contact body (10), diffusion zones (25, 35) of additives reducing the electrical conductivity of the base material, or combinations of the two. If the contact bodies (40,50) are made by powder metallurgical methods, it is also possible to provide the radial areas during production as fillings (45) or as molded parts (55) of a material of lower electrical conductivity than that of the base material.
    • PCT No.PCT / DE87 / 00124 Sec。 371日期:1988年9月23日 102(e)1988年9月23日PCT PCT 1987年3月20日PCT公布。 出版物WO87 / 06052 1987年10月8日发布。用于具有轴向磁场的真空开关的接触件被设计为例如。 因为杯子以相同的方向与开槽相接触,其支撑盘形接触体并具有用于抑制涡流的装置。 根据本发明,接触体(10,20,30,40,50)至少在其背面具有比基底材料明显更低导电性的径向区域(15,25,35,45,55)。 这种径向区域可以是接触体(10)的背面(12)上的凹槽(15至18),减少基材的导电性的添加剂的扩散区(25,35)或两者的组合。 如果接触体(40,50)通过粉末冶金方法制造,则也可以在生产期间提供作为填充物(45)的径向区域或作为比导电体(45,50)的导电性低的材料的模制部件(55) 基材。
    • 3. 发明授权
    • Electric gas blast circuit breaker
    • 电气气体断路器
    • US4354073A
    • 1982-10-12
    • US126206
    • 1980-03-03
    • Ruediger HessHeiner Marin
    • Ruediger HessHeiner Marin
    • H01H33/88H01H33/91H01H33/915
    • H01H33/91
    • An electric gas blast circuit breaker is disclosed which has two stationary contact pieces. A switching unit is movable between closed and open positions for electrically bridging the contact pieces in the closed position and for electrically disconnecting the contact pieces in the open position whereby an arc develops when the switching unit is moved to the open position. A gas blast device blasts a stream of gas through the arc when the switching unit is moved to the open position. The switching unit includes a supporting body and a slide-contact ring made of an arc-resistant material. The ring slideably contacts one of the contact pieces in the closed position and is mounted on the supporting body so as to be electrically insulated therefrom. A plurality of elongated contact elements are disposed in the supporting body for electrically connecting the contact pieces when the switching unit is in the closed position. There is provided an electrical connection between at least one of the contact elements and the slide-contact ring when the switching unit is in the closed position and also when it moves into the open position and continuously in all operating positions thereof.
    • 公开了一种具有两个固定接触片的电气鼓风断路器。 切换单元可在闭合位置和打开位置之间移动,用于将接触件电气桥接在闭合位置,并且用于在打开位置电气断开接触件,从而当开关单元移动到打开位置时产生电弧。 当开关单元移动到打开位置时,气体吹出装置通过电弧喷射气流。 切换单元包括支撑体和由抗电弧材料制成的滑动接触环。 该环在闭合位置可滑动地接触一个接触件,并且安装在支撑体上以与其电绝缘。 多个细长接触元件设置在支撑体中,用于在开关单元处于关闭位置时电连接接触件。 当切换单元处于关闭位置时以及当其在其所有操作位置中移动到打开位置并连续时,在至少一个接触元件和滑动接触环之间提供电连接。
    • 4. 发明授权
    • Method and equipment for vacuum monitoring in vacuum switching tubes
    • 真空开关管真空监测方法与设备
    • US4906935A
    • 1990-03-06
    • US251692
    • 1988-09-29
    • Ruediger HessWilfried KuhlLeonhard KlugWolfgang SchillingPeter TrentinHeribert WeberWolfgang SchlenkHeinz-Helmut Schramm
    • Ruediger HessWilfried KuhlLeonhard KlugWolfgang SchillingPeter TrentinHeribert WeberWolfgang SchlenkHeinz-Helmut Schramm
    • H01H33/66H01H33/668
    • H01H33/668
    • To check the presence of operating vacuum in vacuum switches, high voltage can be applied between the contacts at a given contact spacing and the dielectric strength can be tested. According to the invention, the procedure for vacuum monitoring is that a contact spacing (h) below the nominal stroke of the vacuum switch is selected and that the X-radiation generated at this contact spacing (h) and high voltage (U) in vacuum due to the field electron emission between the contacts by the contact surfaces acting as anode is acquired and evaluated as proof of the presence of operating vacuum inside the switching tube. This method can preferably be applied to encapsulated vacuum switching tubes, in particular to SF.sub.6 -insulated switching facilities. Associated with the vacuum switching tube (15) in the associated equipment is an X-ray detector, preferably a Geiger-Muller counter, which is connected to the high-voltage unit (25) via an evaluating circuit (30 to 50) which serves for the determination and indication of the operating vacuum and shuts off the high-voltage unit (25) to minimize the X-ray dose. Due to the X-ray emission, which is stopped long before reaching impermissible values, the presence of vacuum can be positively verified.
    • 为了检查在真空开关中是否存在操作真空,可以以给定的接触间距在触点之间施加高电压,并且可以测试介电强度。 根据本发明,真空监测的过程是选择低于真空开关的额定行程的接触间距(h),并且在该接触间隔(h)和真空中的高电压(U)下产生的X射线 由于作为阳极的接触表面的触点之间的场电子发射被获取并被评估为开关管内存在操作真空的证明。 该方法可以优选地应用于封装的真空开关管,特别是SF6绝缘开关设备。 与相关设备中的真空开关管(15)相关联的是X射线检测器,优选Geiger-Muller计数器,其通过评估电路(30至50)连接到高压单元(25) 用于确定和指示操作真空并关闭高压单元(25)以最小化X射线剂量。 由于在达到不允许值之前停止的X射线发射,可以肯定地验证真空的存在。