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    • 2. 发明申请
    • Electronic trip device provided with a power supply circuit comprising voltage raising means and circuit breaker comprising one such trip device
    • 具有电源电路的电子跳闸装置包括升压装置和包括一个这种跳闸装置的断路器
    • US20070030616A1
    • 2007-02-08
    • US11491235
    • 2006-07-24
    • Pascal Houbre
    • Pascal Houbre
    • H01H73/00
    • H02H1/063H01H71/123
    • The electronic trip device comprises at least one current sensor, a rectifying circuit to supply a supply current, an electronic processing unit to control an actuator designed to actuate an opening mechanism of the main conductor, and an electric power supply circuit equipped with a voltage regulator designed to supply a supply voltage to the electronic processing unit. In the electronic trip device, the power supply circuit comprises voltage raising means enabling a raised voltage to be supplied to the input of the voltage regulator designed to supply the supply voltage to the electronic processing unit, said raised voltage being greater than a voltage at the terminals of the storage capacitor. The invention also relates to a circuit breaker equipped with the electronic trip device described above.
    • 电子跳闸装置包括至少一个电流传感器,用于提供电源电流的整流电路,用于控制被设计成致动主导体的打开机构的致动器的电子处理单元,以及配备有电压调节器 旨在向电子处理单元提供电源电压。 在电子跳闸装置中,电源电路包括升压装置,其能够将升高的电压提供给设计成向电子处理单元提供电源电压的电压调节器的输入,所述升高的电压大于 存储电容器的端子。 本发明还涉及一种配备有上述电子跳闸装置的断路器。
    • 4. 发明授权
    • Electronic trip device provided with a power supply circuit comprising voltage raising means and circuit breaker comprising one such trip device
    • 具有电源电路的电子跳闸装置包括升压装置和包括一个这种跳闸装置的断路器
    • US07656636B2
    • 2010-02-02
    • US11491235
    • 2006-07-24
    • Pascal Houbre
    • Pascal Houbre
    • H01H73/00
    • H02H1/063H01H71/123
    • The electronic trip device comprises at least one current sensor, a rectifying circuit to supply a supply current, an electronic processing unit to control an actuator designed to actuate an opening mechanism of the main conductor, and an electric power supply circuit equipped with a voltage regulator designed to supply a supply voltage to the electronic processing unit. In the electronic trip device, the power supply circuit comprises voltage raising means enabling a raised voltage to be supplied to the input of the voltage regulator designed to supply the supply voltage to the electronic processing unit, said raised voltage being greater than a voltage at the terminals of the storage capacitor. The invention also relates to a circuit breaker equipped with the electronic trip device described above.
    • 电子跳闸装置包括至少一个电流传感器,用于提供电源电流的整流电路,用于控制被设计成致动主导体的打开机构的致动器的电子处理单元,以及配备有电压调节器 旨在向电子处理单元提供电源电压。 在电子跳闸装置中,电源电路包括升压装置,其能够将升高的电压提供给设计成向电子处理单元提供电源电压的电压调节器的输入,所述升高的电压大于 存储电容器的端子。 本发明还涉及一种配备有上述电子跳闸装置的断路器。
    • 7. 发明授权
    • Electric trip device provided with monitoring means, circuit breaker comprising one such trip device and method of monitoring
    • 具有监控装置的电动跳闸装置,包括一个这种跳闸装置的断路器和监视方法
    • US07619866B2
    • 2009-11-17
    • US11516591
    • 2006-09-07
    • Pascal HoubrePatrick Perron
    • Pascal HoubrePatrick Perron
    • H02H3/08
    • H02H3/335H02H3/044H02H5/105
    • The invention relates to an electronic trip device and a circuit breaker equipped with said electronic trip device, said trip device comprising at least one current sensor, an actuator, and an electronic processing unit to control said actuator, wherein the electronic processing unit comprises means for monitoring the state of connections of the at least one current sensor and/or of the actuator, and display means for displaying the operating state of the trip device, the means for monitoring acting on the display means to display the state of connections of the at least one current sensor and/or of the actuator. The invention also relates to a method for monitoring the state of connections of an electronic trip device comprising monitoring of the state of the connections and control of display of the state of the connections.
    • 本发明涉及一种电子跳闸装置和配备有所述电子跳闸装置的断路器,所述跳闸装置包括至少一个电流传感器,致动器和用于控制所述致动器的电子处理单元,其中所述电子处理单元包括用于 监视所述至少一个电流传感器和/或所述致动器的连接状态,以及用于显示所述跳闸装置的操作状态的显示装置,用于监视所述显示装置的监视装置,以显示所述at 至少一个电流传感器和/或致动器。 本发明还涉及一种用于监视电子跳闸装置的连接状态的方法,包括监视连接状态和控制连接状态的显示。
    • 9. 发明授权
    • Electronic trip device comprising a capacitor for supply of a trip coil
    • 电子跳闸装置,包括用于提供跳闸线圈的电容器
    • US06842322B2
    • 2005-01-11
    • US10131198
    • 2002-04-25
    • Pascal Houbre
    • Pascal Houbre
    • H02H1/06H02H7/10H01H73/00
    • H02H1/066
    • The trip device comprises a system-powered power supply circuit comprising a capacitor for power supply of a trip coil. When the trip device is powered on, the capacitor charges and its voltage is regulated according to a first reference voltage sufficient to activate the trip coil if necessary. After a preset period, regulation of the voltage at the terminals of the capacitor is performed according to a second reference voltage, lower than the first voltage. The reference voltage reverts to the first value during the same preset period when the measured current reaches a preset threshold, which constitutes an indication of the presence of a fault that will lead to tripping being required. The capacitor is therefore generally charged at a lower voltage than that which is necessary for tripping, thus enabling its size to be reduced.
    • 跳闸装置包括系统供电的电源电路,其包括用于跳闸线圈的电源的电容器。 当跳闸装置通电时,电容器充电,并根据必要时足以激活跳闸线圈的第一参考电压来调节其电压。 在预设时段之后,根据低于第一电压的第二参考电压来执行电容器端子处的电压的调节。 当测量的电流达到预设的阈值时,参考电压在相同的预设时段内恢复到第一个值,这构成了将导致需要跳闸的故障的存在的指示。 因此,电容器通常以比跳闸所必需的电压低的电压充电,从而使其尺寸减小。
    • 10. 发明授权
    • Trip device comprising at least one current transformer
    • 跳闸装置包括至少一个电流互感器
    • US5726846A
    • 1998-03-10
    • US529975
    • 1995-09-19
    • Pascal Houbre
    • Pascal Houbre
    • H01H71/42H01F38/08H01F38/30H01H73/00H02H3/00
    • H01F38/08H01F38/30H01H71/125
    • A trip device comprises at least one current transformer for supplying power to electronic circuits. The current transformer comprises a magnetic circuit, surrounding a primary conductor, a secondary winding wound onto a part of the magnetic circuit forming a core, and a magnetic shunt branch connected on the magnetic core. The magnetic shunt comprises an air-gap. When the current flowing in the primary conductor is of low value, the magnetic flux stopped by the air-gap flows essentially via the core of the secondary winding. At high current levels the induction is greater and a large part of the magnetic flux passes through the shunt via the air-gap. The current transformer has a non-linear current response which limits excess power supplied to the electronic circuits and dissipated in the transformer. The trip device is useful, for example, in a circuit breaker.
    • 跳闸装置包括用于向电子电路供电的至少一个电流互感器。 电流互感器包括围绕初级导体的磁路,缠绕在形成磁芯的磁路的一部分上的次级绕组以及连接在磁芯上的磁分路支路。 磁分路包括气隙。 当在主导体中流动的电流为低值时,由气隙阻止的磁通量基本上通过次级绕组的芯部流动。 在高电流水平下,感应较大,大部分磁通通过气隙穿过分路。 电流互感器具有非线性电流响应,其限制提供给电子电路并在变压器中消散的额外功率。 跳闸装置例如在断路器中是有用的。