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    • 2. 发明公开
    • SCHALTGERÄT ZUM STEUERN DER ENERGIEZUFUHR EINES NACHGESCHALTETEN ELEKTROMOTORS
    • SCHALTGERÄTZUM STEUERN DER ENERGIEZUFUHR EINES NACHGESCHALTETEN ELEKTROMOTORS
    • EP2898521A1
    • 2015-07-29
    • EP12798202.3
    • 2012-11-19
    • Siemens Aktiengesellschaft
    • KUHLA, HubertFRITSCH, AndreasGRUBER, Stefan
    • H01H9/54H02P1/02H02P3/02
    • H02H7/085H01H9/542
    • The invention relates to a switching device (1) with a control apparatus (2), a supply connection (7), a power supply (19) and a first flow path of current (15) which comprises a first electromechanical switch (11) and a parallel circuit of a second electromechanical switch (13) with a semiconductor switch (12) connected in series to the first switch (11). In order to provide a switching device (1) which has an increased number of cycles, it is proposed that the switching device (1) comprises an energy store (6) and a measuring device (8) connected to the control apparatus (2), wherein the energy store (6) is connected in series between the supply connection (7) and the power supply (19), wherein the control apparatus (2) can monitor the energy supply of the switching device in the area between the supply connection (7) and the power supply (19) taking place via the supply connection (7) by means of the measuring device (8), the control apparatus (2) being designed such that, if the energy supply monitored by means of the measuring device (8) falls into a critical range, and using the energy from the energy store (6): said control apparatus (2) in a first step connects the semiconductor switch (12) in an electrically conductive manner and then opens the second switch (13); and after the first step, switches the semiconductor switch (12) to an electrically non-conductive state and then opens the first switch (11) in a second step.
    • 开关装置包括能量存储器和连接到控制装置的测量装置。 能量存储器在电源连接和电源之间串联连接。 控制装置可以通过测量装置经由供电连接器监视在供电连接和电源之间的区域内开关装置的能量供应。 如果由测量装置监测到的能量供应落入临界范围内,并且使用来自能量存储器的能量:控制装置以导电方式连接半导体开关,然后打开第二开关; 并随后将半导体开关切换到非导通状态,然后打开第一开关。
    • 8. 发明公开
    • SCHALTGERÄT ZUM STEUERN DER ENERGIEZUFUHR EINES NACHGESCHALTETEN ELEKTROMOTORS
    • SCHALTGERÄTZUM STEUERN DER ENERGIEZUFUHR EINES NACHGESCHALTETEN ELEKTROMOTORS
    • EP2907150A1
    • 2015-08-19
    • EP12798643.8
    • 2012-11-19
    • Siemens Aktiengesellschaft
    • KUHLA, HubertFRITSCH, Andreas
    • H01H9/54H02P1/02H02P3/02
    • H02P1/022H01H9/542H02M2001/0006H02P1/023H02P3/02
    • The invention relates to a switching device (1) with a control apparatus (2), a supply connection (7), a power supply (19) and a first flow path of current (15), wherein the supply connection (7) is connected to the power supply (19) and the control apparatus (2) applies the energy for the switching signals via the power supply (19). In order to provide an improved switching apparatus (1) which particularly ensures the proper operation of the switching apparatus (1) itself, it is proposed that the switching apparatus (1) comprises an energy store (6) and two measuring devices (8, 80) connected to the control apparatus (2), the energy store (6) being connected in series between the supply connection (7) and the power supply (19), wherein, by means of the first measuring device (8), the control apparatus (2) can ascertain if the supply voltage attached to the primary side of the power supply (19) falls short of a first voltage threshold value and, by means of the second measuring device (80),if the supply voltage of the power supply (19) attached to the secondary side of the power supply (19) falls short of a second voltage threshold value, wherein the control apparatus (2) is designed such that it evaluates the time between falling short of the first voltage threshold value and falling short of the second voltage threshold value.
    • 本发明涉及一种具有控制装置(2),电源接头(7),电源(19)和电流(15)的第一流路的开关装置(1),其中电源接头 连接到电源(19)并且控制装置(2)经由电源(19)施加用于开关信号的能量。 为了提供一种特别确保开关设备(1)本身的适当操作的改进开关设备(1),建议开关设备(1)包括能量存储器(6)和两个测量设备(8,8) (7)与所述电源(19)之间串联连接的蓄能器(6),其中借助于所述第一测量装置(8),所述蓄能器(6)与所述控制装置 控制装置(2)可以确定附着于电源(19)的初级侧的电源电压是否低于第一电压阈值,并且借助于第二测量装置(80)确定电源 附接到电源(19)的次级侧的电源(19)低于第二电压阈值,其中,控制装置(2)被设计为使得其评估在低于第一电压阈值 并且不足第二电压th 保留价值。