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    • 3. 发明授权
    • Protective device and method for installation of a protective function in a protective device
    • 保护装置及其在保护装置中安装保护功能的方法
    • US07319922B2
    • 2008-01-15
    • US10702729
    • 2003-11-07
    • Bernhard DeckFranz ZurfluhMichael Stanimirov
    • Bernhard DeckFranz ZurfluhMichael Stanimirov
    • G05D11/00
    • H02H3/006H02H1/0061
    • A protective device for an electrical power distribution network has: means for processing measured values from measurement appliances for the power distribution network, means for initiating switching commands by means of primary appliances for the power distribution network, as well as a programmable protective function which, when it is carried out, determines the switching commands on the basis of the measured values. In this case, the protective device has programmable logic, which can be programmed in order to carry out the protective function. A method for installation of a programmable protective function in a protective device for an electrical power distribution network has the following steps: transmission of a description of the protective function in the form of a description of a hardware design via a communication link to the protective device, programming of programmable logic in the protective device on the basis of the description of the protective function, and carrying out the protective function by means of the programmable logic.
    • 用于配电网络的保护装置具有:用于处理用于配电网络的测量装置的测量值的装置,用于通过用于配电网络的主要装置发起开关命令的装置,以及可编程保护功能, 当执行时,基于测量值确定切换命令。 在这种情况下,保护装置具有可编程逻辑,可编程为执行保护功能。 一种用于在配电网络的保护装置中安装可编程保护功能的方法,具有以下步骤:通过通信链路向保护装置发送以硬件设计描述的形式的保护功能的描述 根据保护功能的描述,对保护装置中的可编程逻辑进行编程,并通过可编程逻辑执行保护功能。
    • 5. 发明申请
    • METHOD FOR TESTING A POWER DISTRIBUTION SYSTEM AND A POWER DISTRIBUTION SYSTEM ANALYZER DEVICE
    • 用于测试功率分配系统和功率分配系统分析仪器的方法
    • US20110316559A1
    • 2011-12-29
    • US13210522
    • 2011-08-16
    • Ken Yves HAFFNEROlivier SteigerPeter KrippnerBernhard Deck
    • Ken Yves HAFFNEROlivier SteigerPeter KrippnerBernhard Deck
    • G01R27/28
    • G01R31/11
    • A method and analyzer device are provided for testing a power distribution system of a power supply network. A first electrical signal is transmitted into the power distribution system to be tested, the first electrical signal is propagated along the power distribution system to be tested, and a second electrical signal, which is a portion of the first electrical signal reflected within the power distribution system, is received. A signal variation parameter is measured between the first electrical signal and the second electrical signal, and a location of a critical conducting section within the power supply network is obtained from the measured signal variation parameter. A maximum load rating of the critical conducting section is determined, and a control signal for controlling the power supply network such that the power transferred on the critical conducting section does not exceed the maximum load rating.
    • 提供了一种用于测试供电网络的配电系统的方法和分析装置。 第一电信号被传送到要测试的配电系统中,第一电信号沿着要测试的配电系统传播,并且第二电信号是在功率分配内反映的第一电信号的一部分 系统,被接收。 在第一电信号和第二电信号之间测量信号变化参数,并且根据测量的信号变化参数获得供电网络内的临界导电部分的位置。 确定临界导电部分的最大额定载荷,以及用于控制供电网络的控制信号,使得在临界导电部分上传递的功率不超过最大额定载荷。
    • 7. 发明授权
    • Apparatus for the detection of a current and method for operating such an apparatus
    • 用于检测电流的装置和操作这种装置的方法
    • US07521916B2
    • 2009-04-21
    • US12003042
    • 2007-12-19
    • Bernhard DeckBruno SabbattiniRichard Bloch
    • Bernhard DeckBruno SabbattiniRichard Bloch
    • G01R1/10
    • G01R15/181G01R15/04G01R15/08
    • An apparatus for the detection of a current in a protection and metering current range comprises one current sensor, which generates a voltage signal, and a voltage-limited electronic element. For metering voltage signals exceeding the upper metering voltage limit of the electronic element or for protection voltage signals exceeding the upper protection voltage limit of the electronic element an attenuation element with an attenuation factor being larger than unity is electrically connected to the current sensor. The attenuation factor is chosen in such a way that the metering voltage signal divided by the attenuation factor is smaller than or equal to the upper electronic element metering voltage limit or the protection voltage signal divided by the attenuation factor is smaller than or equal to the upper electronic element protection voltage limit.
    • 用于检测保护和计量电流范围内的电流的装置包括产生电压信号的一个电流传感器和受电压限制的电子元件。 对于超过电子元件的上限计量电压限制的计量电压信号或超过电子元件的上限保护电压极限的保护电压信号,衰减因子大于1的衰减元件电连接到电流传感器。 选择衰减因子,使计量电压信号除以衰减因子小于或等于上电子元件计量电压限制或保护电压信号除以衰减因子小于或等于上限 电子元件保护电压限制。