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    • 73. 发明授权
    • Device for monitoring and protecting the power supply of electrical equipment and method for implementing said device
    • 用于监视和保护电气设备的电源的装置和用于实现所述装置的方法
    • US09401593B2
    • 2016-07-26
    • US12695434
    • 2010-01-28
    • Jacques Gascuel
    • Jacques Gascuel
    • H02H7/00H02H3/02H02H3/04H03K17/082H02H3/10
    • H02H3/023H02H3/04H02H3/10H02H9/041H03K17/082
    • A device for monitoring and protecting electrical equipment, placed in series on a power supply line between an electrical power source and the equipment, includes: at least one voltage regulator for regulating a power supply voltage of the equipment, at least one current limiter, coupled to the voltage regulator to reduce the power supply voltage of the equipment if a power supply current absorbed by the equipment exceeds an upper operating value, at least one crowbar short-circuit device, adapted to be activated when the input voltage exceeds a safety limit value, higher than the upper operating value, and to cause a fuse placed in series between the power source and the equipment, to blow, and calculating and storage elements adapted to generate a clock and to log a date of occurrence of a fault and the operating parameters of the power supply for the equipment in a non-volatile memory.
    • 一种用于监控和保护电气设备的装置,其串联布置在电源和设备之间的电源线上,包括:用于调节设备的电源电压的至少一个电压调节器,至少一个限流器 如果设备吸收的电源电流超过上限值,则至少一个撬棒短路装置,当输入电压超过安全限值时,该电压调节器可以减小设备的电源电压 ,高于上部工作值,并且使得在电源和设备之间串联布置的熔断器,以及适于产生时钟的计算和存储元件,并记录故障发生日期和操作 非易失性存储器中设备的电源参数。
    • 75. 发明授权
    • Current saturation detection and clamping circuit and method
    • 电流饱和检测和钳位电路及方法
    • US09124094B2
    • 2015-09-01
    • US13829319
    • 2013-03-14
    • Semiconductor Components Industries, LLC
    • Riley D. BeckKent D. Layton
    • H02H3/02H02H3/33H02H3/28
    • H02H3/33H02H3/283
    • A method and circuit for detecting and clamping current in a ground fault circuit interrupter circuit. In accordance with an embodiment the circuit includes an amplifier connected to a switch, where in the amplifier has an input connected to a first conduction terminal of the switch through a resistor and another input connected to a second conduction terminal of the switch. An output of the amplifier is connected to a control terminal of the switch. The circuit may include a ground fault circuit interrupter engine having an input connected to the first conduction terminal of the switch and another second input connected to the second conduction terminal of the switch.
    • 一种用于检测和钳位接地故障电路断路器电路中的电流的方法和电路。 根据实施例,电路包括连接到开关的放大器,其中在放大器中具有通过电阻器连接到开关的第一导电端子的输入端,以及连接到开关的第二导通端子的另一输入端。 放大器的输出端连接到开关的控制端。 该电路可以包括接地故障电路中断引擎,其具有连接到开关的第一导通端子的输入端,以及连接到开关的第二导通端子的另一个第二输入端。
    • 76. 发明申请
    • ELECTRIC CIRCUIT FOR CUTTING OFF AN ELECTRICAL SUPPLY WITH RELAY AND FUSES
    • 用继电器和熔断器切断电源的电路
    • US20150222108A1
    • 2015-08-06
    • US14409462
    • 2013-06-21
    • SAGEM DEFENSE SECURITE
    • Patrick ValetteFrancois Guillot
    • H02H3/02B64D43/00
    • H02H3/02B64D43/00B64D2221/00H02J1/08Y10T307/76
    • The invention relates to an electrical circuit adapted for cutting off an electrical supply to an electrical equipment, said electrical circuit receiving as input at least two discrete electrical signals xi, i=1, N, the electrical circuit comprising:—a voltage source;—a number N>1 cutoff units Ui connected together, i=1, . . . , N in series between the voltage source and the electrical equipment, and a last cutoff unit UN being connected to the electrical equipment, each cutoff unit Ui exhibiting an open or closed state as a function of an electrical control signal; the cutoff units Uj, j=1, N−1 upstream of the last cutoff unit UN each being controlled by a distinct discrete electrical signal xj, j=1, . . . , N−1, the last cutoff unit being controlled as a function of the state of the cutoff units Uj, j=1, . . . , N−1 upstream and a discrete electrical signal xN different from that controlling the upstream cutoff units Uj, j=1, N−1.
    • 本发明涉及一种适于切断对电气设备的电源的电路,所述电路作为输入接收至少两个离散电信号x 1,i = 1,N,该电路包括: - 电压源; - 数字N> 1个截止单元Ui连接在一起,i = 1,。 。 。 在电压源和电气设备之间串联的N,并且最后一个截止单元UN连接到电气设备,每个切断单元U 1作为电控制信号的函数呈现打开或关闭状态; 最后截止单元UN上游的截止单元Uj,j = 1,N-1各自由不同的离散电信号xj,j = 1,...控制。 。 。 ,N-1,最后一个截止单元作为截止单元Uj,j = 1的状态的函数进行控制。 。 。 ,N-1上游,以及与控制上游截止单元Uj,j = 1,N-1不同的离散电信号xN。
    • 78. 发明申请
    • ELECTRIC CIRCUIT BREAKER CAPABLE OF CIRCUIT-BREAKING WHEN DETECTING ARC AND OVER-LOAD
    • 检测电弧和过载电路时可断电的电路断路器
    • US20150138684A1
    • 2015-05-21
    • US14402690
    • 2013-05-24
    • Tae Young ChungDea Sang Kim
    • Tae Young ChungDea Sang Kim
    • H02H3/08H02H3/02H02H1/00H02H3/093
    • H02H1/0015H02H3/093
    • Disclosed is a power off device which includes a micro arc detector for turning on a first switching element, based on a voltage induced in a high frequency choke coil by a high frequency pulse current caused by micro arc at a power line, a high current arc detector for outputting a high current arc detection current during turning-on of a second switching element made based on variation of a magnetic field generated at a coil, a delay unit for accumulatively charging the micro arc detection current or the high current arc detection current in a delay capacitor at a predetermined time constant, a power off unit for electrically disconnecting a load from the power line when an operating voltage is applied, and a first switch for connecting the operating voltage to the power off unit in response to the arc detection signal.
    • 公开了一种断电装置,其包括微电弧检测器,用于基于在高频扼流线圈中感应的电压,通过由电弧上的微弧引起的高频脉冲电流来接通第一开关元件,高电流电弧 检测器,用于在基于线圈产生的磁场的变化产生的第二开关元件的导通期间输出高电流电弧检测电流,用于对微弧检测电流或高电流电弧检测电流进行累积充电的延迟单元 延迟电容器,预定时间常数的延迟电容器;用于在施加工作电压时将负载与所述电力线电气断开的断电单元,以及响应于所述电弧检测信号将所述工作电压连接到所述断电单元的第一开关 。