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    • 2. 发明授权
    • Circuit breaker with shunt
    • 断路器分流
    • US06728085B2
    • 2004-04-27
    • US09862157
    • 2001-05-21
    • Tejal Navin DudhwalaJeffrey Scott Gibson
    • Tejal Navin DudhwalaJeffrey Scott Gibson
    • H02H908
    • H01H71/123H01H71/40H01H83/144H01H2071/124H01H2083/148H01H2083/201H02H1/0015
    • A circuit breaker that is capable of detecting ground faults as well as arc faults includes a at least a first current transformer, a line conductor extending through the current transformers, a circuit board, and a pair of sensing leads extending between the line conductor and the circuit board. In a first embodiment the line conductor is a relatively rigid line bus bar, and in a second embodiment the line conductor is a relatively flexible line shunt. The circuit board is disposed adjacent a first side of a separating wall within the circuit breaker, and the line conductor extends along the first side such that the sensing leads that extend between the line conductor and the circuit board do not pass through a plane defined by the separating wall. The circuit breaker includes a bimetal strip that is free of sensing leads that extend between the bimetal strip and the circuit board.
    • 能够检测接地故障和电弧故障的断路器包括至少第一电流互感器,延伸穿过电流互感器的线路导体,电路板和在线路导体和线路导体之间延伸的一对感测引线 电路板。 在第一实施例中,线路导体是相对刚性的线路母线,并且在第二实施例中,线路导体是相对柔性的线分路。 电路板设置在断路器内的分隔壁的第一侧附近,并且线路导体沿着第一侧延伸,使得在线路导体和电路板之间延伸的感测引线不通过由 分隔墙。 断路器包括双金属条,其不具有在双金属条和电路板之间延伸的感测引线。
    • 3. 发明授权
    • Ground fault circuit interrupter with functionality for reset
    • 接地故障电路断路器具有复位功能
    • US06829124B2
    • 2004-12-07
    • US09876156
    • 2001-06-08
    • Howard S. LeopoldGunter A. Gallas
    • Howard S. LeopoldGunter A. Gallas
    • H02H300
    • H01H83/144H01H83/02H01H2083/148H01R13/713H01R24/76H01R2103/00
    • A fault circuit interrupter with functionality for reset can include a relay that trips a first circuit when a ground fault or other error is detected in the first circuit. The relay can be a bistable type of relay that is caused to change state by the detection of a ground fault (or other error) in the first circuit. To reset the fault circuit interrupter after it has tripped, a reset mechanism can include means for simulating a ground fault (or other error). A signal can be sent to the relay when a simulated ground fault (or other simulated fault) is output, such that the signal causes the relay to change state to re-close the first circuit after the trip. Accordingly, the interrupter is automatically tested for functionality when it is reset. Moreover, the fault circuit interrupter cannot be reset if the circuitry of the fault circuit interrupter is not operational.
    • 具有复位功能的故障电路中断器可以包括在第一电路中检测到接地故障或其他错误时跳闸第一电路的继电器。 继电器可以是通过检测第一电路中的接地故障(或其他错误)而导致的状态的双稳态继电器。 故障电路断路器跳闸后复位,复位机制可包括模拟接地故障(或其他错误)的装置。 当输出模拟接地故障(或其他模拟故障)时,信号可以发送到继电器,使得信号使继电器改变状态以在跳闸之后重新关闭第一电路。 因此,断路器在复位时自动测试功能。 此外,如果故障电路断路器的电路不工作,故障电路中断器不能复位。
    • 6. 发明授权
    • Earth leakage detection device
    • 漏电检测装置
    • US06784770B2
    • 2004-08-31
    • US09732651
    • 2000-12-06
    • Miguel Ortiz GimenezPere Planas Comerma
    • Miguel Ortiz GimenezPere Planas Comerma
    • H01H7500
    • H01H83/144H01H9/287H01H71/04H01H71/128H01H83/04H01H83/20H01H2083/148H01H2300/052
    • An earth leakage detection device (14) includes a housing (52) and an earth leakage detection circuit (114) mounted within said housing (52) for detecting earth leakage in the electrical distribution circuit. A dielectric test switch (115) is arranged between the electrically conductive strap (18) and the earth leakage detection circuit (114). Pressing the button (84) causes said dielectric test switch (115) to stop the flow of electrical current from said electrically conductive strap (18) to said earth leakage detection circuit (114) to protect the circuit (114) during dielectric testing. A lever arm (605), pivotally secured within said housing (52), causes said trip/reset mechanism (116) to actuate the circuit breaker (12) when said button (84) is pressed. The trip/reset mechanism (116) is resiliently mounted within said housing (52), independently from said transformer (182). An auxiliary switch driver (224) is attached to an auxiliary switch carrier (225) for positioning a plunger (222) of an auxiliary switch (112) mounted to the housing of the trip/reset mechanism (116). An electronic component and transformer mounting structure (118), along with a transformer mounting cover (148) form an electrically insulative barrier between said toroidal assembly (284) and said plurality of electrically conductive pass-through straps (286).
    • 漏电检测装置(14)包括安装在所述壳体(52)内的壳体(52)和漏电检测电路(114),用于检测配电电路中的漏电。 绝缘测试开关(115)设置在导电带(18)和漏电检测电路(114)之间。 按压按钮84使所述电介质测试开关115阻止从所述导电带18到所述漏电检测电路114的电流流动,以在电介质测试期间保护电路114。 当所述按钮(84)被按压时,枢转地固定在所述壳体(52)内的杠杆臂(605)使所述跳闸/复位机构(116)致动所述断路器(12)。 跳闸/复位机构(116)独立于所述变压器(182)弹性地安装在所述壳体(52)内。 辅助开关驱动器(224)附接到辅助开关托架(225),用于定位安装在跳闸/复位机构(116)的壳体上的辅助开关(112)的柱塞(222)。 电子部件和变压器安装结构(118)以及变压器安装盖(148)在所述环形组件(284)和所述多个导电贯穿带(286)之间形成电绝缘屏障。
    • 7. 发明申请
    • Circuit breaker with shunt
    • 断路器分流
    • US20020171987A1
    • 2002-11-21
    • US09862157
    • 2001-05-21
    • Tejal Navin DudhwalaJeffrey Scott Gibson
    • H02H003/00
    • H01H71/123H01H71/40H01H83/144H01H2071/124H01H2083/148H01H2083/201H02H1/0015
    • A circuit breaker that is capable of detecting ground faults as well as arc faults includes a at least a first current transformer, a line conductor extending through the current transformers, a circuit board, and a pair of sensing leads extending between the line conductor and the circuit board. In a first embodiment the line conductor is a relatively rigid line bus bar, and in a second embodiment the line conductor is a relatively flexible line shunt. The circuit board is disposed adjacent a first side of a separating wall within the circuit breaker, and the line conductor extends along the first side such that the sensing leads that extend between the line conductor and the circuit board do not pass through a plane defined by the separating wall. The circuit breaker includes a bimetal strip that is free of sensing leads that extend between the bimetal strip and the circuit board.
    • 能够检测接地故障和电弧故障的断路器包括至少第一电流互感器,延伸穿过电流互感器的线路导体,电路板和在线路导体和线路导体之间延伸的一对感测引线 电路板。 在第一实施例中,线路导体是相对刚性的线路母线,并且在第二实施例中,线路导体是相对柔性的线分路。 电路板设置在断路器内的分隔壁的第一侧附近,并且线路导体沿着第一侧延伸,使得在线路导体和电路板之间延伸的感测引线不通过由 分隔墙。 断路器包括双金属条,其不具有在双金属条和电路板之间延伸的感测引线。
    • 10. 发明申请
    • Earth leakage detection device
    • 漏电检测装置
    • US20010022713A1
    • 2001-09-20
    • US09732651
    • 2000-12-06
    • Miguel Ortiz GimenezPere Planas Comerma
    • H02H003/00
    • H01H83/144H01H9/287H01H71/04H01H71/128H01H83/04H01H83/20H01H2083/148H01H2300/052
    • An earth leakage detection device (14) includes a housing (52) and an earth leakage detection circuit (114) mounted within said housing (52) for detecting earth leakage in the electrical distribution circuit. A dielectric test switch (115) is arranged between the electrically conductive strap (18) and the earth leakage detection circuit (114). Pressing the button (84) causes said dielectric test switch (115) to stop the flow of electrical current from said electrically conductive strap (18) to said earth leakage detection circuit (114) to protect the circuit (114) during dielectric testing. A lever arm (605), pivotally secured within said housing (52), causes said trip/reset mechanism (116) to actuate the circuit breaker (12) when said button (84) is pressed. The trip/reset mechanism (116) is resiliently mounted within said housing (52), independently from said transformer (182). An auxiliary switch driver (224) is attached to an auxiliary switch carrier (225) for positioning a plunger (222) of an auxiliary switch (112) mounted to the housing of the trip/reset mechanism (116). An electronic component and transformer mounting structure (118), along with a transformer mounting cover (148) form an electrically insulative barrier between said toroidal assembly (284) and said plurality of electrically conductive pass-through straps (286).
    • 漏电检测装置(14)包括安装在所述壳体(52)内的壳体(52)和漏电检测电路(114),用于检测配电电路中的漏电。 绝缘测试开关(115)设置在导电带(18)和漏电检测电路(114)之间。 按压按钮84使所述电介质测试开关115阻止从所述导电带18到所述漏电检测电路114的电流流动,以在电介质测试期间保护电路114。 当所述按钮(84)被按压时,枢转地固定在所述壳体(52)内的杠杆臂(605)使所述跳闸/复位机构(116)致动所述断路器(12)。 跳闸/复位机构(116)独立于所述变压器(182)弹性地安装在所述壳体(52)内。 辅助开关驱动器(224)附接到辅助开关托架(225),用于定位安装在跳闸/复位机构(116)的壳体上的辅助开关(112)的柱塞(222)。 电子部件和变压器安装结构(118)以及变压器安装盖(148)在所述环形组件(284)和所述多个导电贯穿带(286)之间形成电绝缘屏障。