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    • 1. 发明申请
    • SWITCH FOR A SWITCHGEAR ASSEMBLY FOR POWER SUPPLY AND DISTRIBUTION
    • 用于供电和分配的开关总成的开关
    • US20090266695A1
    • 2009-10-29
    • US12373576
    • 2007-07-11
    • Klaus BickelHeiko HoffmannAndreas RosslerRolf WeberAndreas Werner
    • Klaus BickelHeiko HoffmannAndreas RosslerRolf WeberAndreas Werner
    • H01H31/32
    • H01H31/32H01H1/365H01H1/38H01H31/003
    • A switch for a switching unit for energy supply and distribution includes a first connection and a second connection, each with a cylindrical bolt. The bolts are axially adjacent one another and spaced apart. An annular sleeve with an inner diameter larger than the diameter of the bolts, is arranged in such a way that it can be axially displaced on the bolt of the first connection, and partially on the bolt of the second connection. At least a first contact element is arranged between the surface of the bolt of the first connection and the inner surface of the annular sleeve. At least a second contact element is arranged and constructed in such a way that it can be positioned between the surface of the bolt of the second connection and the inner surface of the annular sleeve. The switch has an annular third connection, the inner diameter of which is greater than an outer diameter of the annular sleeve, and which is arranged such that the sleeve can be shifted between the bolts of the first connection and the annular third connection. At least a third contact element is arranged and constructed in such a way that it can be positioned between the inner surface of the annular third connection and the outer surface of the annular sleeve.
    • 用于能量供应和分配的开关单元的开关包括具有圆柱形螺栓的第一连接和第二连接。 螺栓彼此轴向相邻并间隔开。 具有大于螺栓直径的内径的环形套筒被布置成使得其可以在第一连接件的螺栓上轴向位移,并且部分地在第二连接件的螺栓上。 至少第一接触元件布置在第一连接件的螺栓的表面和环形套筒的内表面之间。 至少第二接触元件被布置和构造成使得其可以位于第二连接件的螺栓的表面和环形套筒的内表面之间。 开关具有环形第三连接件,其内径大于环形套筒的外径,并且其布置成使得套筒能够在第一连接件的螺栓和环形第三连接件之间移动。 至少第三接触元件被布置和构造成使得其可以被定位在环形第三连接件的内表面和环形套筒的外表面之间。
    • 2. 发明授权
    • Switch for a switchgear assembly for power supply and distribution
    • 切换用于供电和分配的开关柜组件
    • US07884298B2
    • 2011-02-08
    • US12373576
    • 2007-07-11
    • Klaus BickelHeiko HoffmannAndreas RöβlerRolf WeberAndreas Werner
    • Klaus BickelHeiko HoffmannAndreas RöβlerRolf WeberAndreas Werner
    • H01H19/46
    • H01H31/32H01H1/365H01H1/38H01H31/003
    • A switch for a switching unit for energy supply and distribution includes a first connection and a second connection, each with a cylindrical bolt. The bolts are axially adjacent one another and spaced apart. An annular sleeve with an inner diameter larger than the diameter of the bolts, is arranged in such a way that it can be axially displaced on the bolt of the first connection, and partially on the bolt of the second connection. At least a first contact element is arranged between the surface of the bolt of the first connection and the inner surface of the annular sleeve. At least a second contact element is arranged and constructed in such a way that it can be positioned between the surface of the bolt of the second connection and the inner surface of the annular sleeve. The switch has an annular third connection, the inner diameter of which is greater than an outer diameter of the annular sleeve, and which is arranged such that the sleeve can be shifted between the bolts of the first connection and the annular third connection. At least a third contact element is arranged and constructed in such a way that it can be positioned between the inner surface of the annular third connection and the outer surface of the annular sleeve.
    • 用于能量供应和分配的开关单元的开关包括具有圆柱形螺栓的第一连接和第二连接。 螺栓彼此轴向相邻并间隔开。 具有大于螺栓直径的内径的环形套筒被布置成使得其可以在第一连接件的螺栓上轴向位移,并且部分地在第二连接件的螺栓上。 至少第一接触元件布置在第一连接件的螺栓的表面和环形套筒的内表面之间。 至少第二接触元件被布置和构造成使得其可以位于第二连接件的螺栓的表面和环形套筒的内表面之间。 开关具有环形第三连接件,其内径大于环形套筒的外径,并且其布置成使得套筒能够在第一连接件的螺栓和环形第三连接件之间移动。 至少第三接触元件被布置和构造成使得其可以被定位在环形第三连接件的内表面和环形套筒的外表面之间。
    • 5. 发明授权
    • Method and arrangement for monitoring the operability of a probe heating
device
    • 用于监测探头加热装置的可操作性的方法和装置
    • US5285762A
    • 1994-02-15
    • US862567
    • 1992-06-22
    • Peter WernerHermann HemmingerHubert SchweiggartAndreas Werner
    • Peter WernerHermann HemmingerHubert SchweiggartAndreas Werner
    • F02D41/14G01N27/00G01N27/409G01N27/417
    • F02D41/1494F02D41/1479F02D41/1495G01N27/417
    • A system for monitoring the operability of a probe heating device is introduced which comprises a probe heater, an arrangement which supplies the probe heater with the necessary electrical energy and the corresponding supply leads. The essence of the invention is that the heating current for a probe heater causes a measuring voltage on a measuring resistor connected in series with the probe heater. The measuring voltage is compared to a further voltage which is emitted by a reference element. The reference element is at a similar temperature as the measuring resistor or receives a measuring signal which corresponds to the temperature of the measuring resistor and emits a voltage which has a similar temperature response as the measuring voltage. By means of this comparison of both voltages, it is possible to conclude as to the current flowing through the heater and therefore as to the operability of the probe heating device without switching too high a resistor in series with the probe heater.
    • 该建议是用于监测探头加热装置的操作的系统,该探针加热装置由探头加热装置,向所述加热装置提供所需电力的装置和适当的线路组成。 本发明的实质是用于探针加热装置的加热电流产生与其串联的测量电阻器中的测量电压,并将所述测量电压与由参考单元提供的另一个电压进行比较,该参考单元的温度与 或接收与测量电阻器的温度相对应的测量信号,并产生与测量电阻器相似温度循环的电压。 通过比较这两个电压,可以获得关于流过探针加热装置的电流的信息,从而获得关于其操作的信息,而不必连接过高的串联电阻。