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    • 1. 发明授权
    • Circuit control system
    • 电路控制系统
    • US4446501A
    • 1984-05-01
    • US395535
    • 1982-07-06
    • Robert W. PetersonAime J. GrenierHans G. Hirsbrunner
    • Robert W. PetersonAime J. GrenierHans G. Hirsbrunner
    • H01H1/18H01H3/02H01H9/34H01H50/20H01H50/32H01H50/34H01H71/16H01H71/46H01H71/68H01H71/74H01H73/04H02H1/06H02H3/08H02H7/22H02H1/00H01H71/10
    • H02H3/08H01H50/32H01H71/68H01H1/18H01H2071/086H01H3/0253H01H50/20H01H50/34H01H71/162H01H71/46H01H71/7427H01H73/045H01H9/34H02H1/06H02H7/224
    • A remotely controlled circuit control device has first and second load contact assemblies movable into circuit engagement and circuit disengagement positions relative to one another in which one load contact assembly is operatively connected to a solenoid so that alternate forward strokes of the solenoid moves the one load contact assembly between reset and tripped positions through a push-push mechanism having an indexing portion and a latching portion. An overload mechanism cooperates with the latch portion to cause the load contact assemblies to move to the circuit disengaged position upon occurrence of a fault condition. The second load contact assembly includes pivotably mounted contact members which are linked to the first load contact assembly in such a way that circuit engagement during solenoid energization is precluded. The push-push mechanism is operatively connected via a mode switch to either a reset circuit or a trip circuit and in turn to a remotely disposed indicator-control unit (ICU) through an optical coupler. Contact status and coordination between load contacts and ICU contacts are provided by a feedback circuit. An interface circuit allows operation of the circuit control device without discrimination on a power supply of either alternating or direct voltage or both. Life expectancy of the device is enhanced by several features including double break contacts with contact wiping and the provision of a floating output arm for the solenoid.
    • 遥控电路控制装置具有第一和第二负载接触组件,其可相对于彼此移动到电路接合和电路脱离位置,其中一个负载接触组件可操作地连接到螺线管,使得螺线管的交替的前向行程使一个负载接触 通过具有分度部分和闩锁部分的推推机构在复位和跳闸位置之间组装。 过载机构与闩锁部分配合,以在发生故障状况时使负载接触组件移动到电路断开位置。 第二负载接触组件包括可枢转地安装的接触构件,其以这样的方式连接到第一负载接触组件,使得排除螺线管通电期间的电路接合。 推 - 推机构通过模式开关可操作地连接到复位电路或跳闸电路,然后通过光耦合器连接到远程设置的指示器控制单元(ICU)。 负载触点和ICU触点之间的接触状态和协调由反馈电路提供。 接口电路允许电路控制装置的操作,而不区分交流或直流电压的电源或两者。 器件的预期寿命通过几个功能增强,包括具有触点擦拭的双断点触点和为螺线管提供浮动输出臂。
    • 2. 发明授权
    • Remote control circuit breaker circuit
    • 遥控断路器电路
    • US4446500A
    • 1984-05-01
    • US395532
    • 1982-07-06
    • Aime J. GrenierHans G. Hirsbrunner
    • Aime J. GrenierHans G. Hirsbrunner
    • H01H1/18H01H3/02H01H9/34H01H50/20H01H50/32H01H50/34H01H71/16H01H71/46H01H71/68H01H71/74H01H73/04H02H1/06H02H3/08H02H7/22H01H77/06
    • H01H50/32H01H71/68H02H3/08H01H1/18H01H2071/086H01H3/0253H01H50/20H01H50/34H01H71/162H01H71/46H01H71/7427H01H73/045H01H9/34H02H1/06H02H7/224
    • A remotely controlled circuit control device has first and second load contact assemblies movable into circuit engagement and circuit disengagement positions relative to one another in which one load contact assembly is operatively connected to a solenoid so that alternate forward strokes of the solenoid moves the one load contact assembly between reset and tripped positions through a push-push mechanism having an indexing portion and a latching portion. An overload mechanism cooperates with the latch portion to cause the load contact assemblies to move to the circuit disengaged position upon occurrence of a fault condition. The second load contact assembly includes pivotably mounted contact members which are linked to the first load contact assembly in such a way that circuit engagement during solenoid energization is precluded. The push-push mechanism is operatively connected via a mode switch to either a reset circuit or a trip circuit and in turn to a remotely disposed indicator-control unit (ICU) through an optical coupler. Contact status and coordination between load contacts and ICU contacts are provided by a feedback circuit. An interface circuit allows operation of the circuit control device without discrimination on a power supply of either alternating or direct voltage or both. Life expectancy of the device is enhanced by several features including double break contacts with contact wiping and the provision of a floating output arm for the solenoid.
    • 遥控电路控制装置具有第一和第二负载接触组件,其可相对于彼此移动到电路接合和电路脱离位置,其中一个负载接触组件可操作地连接到螺线管,使得螺线管的交替的前向行程使一个负载接触 通过具有分度部分和闩锁部分的推推机构在复位和跳闸位置之间组装。 过载机构与闩锁部分配合,以在发生故障状况时使负载接触组件移动到电路断开位置。 第二负载接触组件包括可枢转地安装的接触构件,其以这样的方式连接到第一负载接触组件,使得排除螺线管通电期间的电路接合。 推 - 推机构通过模式开关可操作地连接到复位电路或跳闸电路,然后通过光耦合器连接到远程设置的指示器控制单元(ICU)。 负载触点和ICU触点之间的接触状态和协调由反馈电路提供。 接口电路允许电路控制装置的操作,而不区分交流或直流电压的电源或两者。 器件的预期寿命通过几个功能增强,包括具有触点擦拭的双断点触点和为螺线管提供浮动输出臂。
    • 4. 发明授权
    • Circuit control device
    • 电路控制装置
    • US4475094A
    • 1984-10-02
    • US395168
    • 1982-07-06
    • Aime J. GrenierRobert W. PetersonOdd Larsen
    • Aime J. GrenierRobert W. PetersonOdd Larsen
    • H01H1/18H01H3/02H01H3/62H01H9/34H01H50/20H01H50/32H01H50/34H01H71/16H01H71/46H01H71/68H01H71/74H01H73/04H01H75/08H02H1/06H02H3/08H02H7/22H01H51/10
    • H01H50/32H01H71/68H01H75/08H02H3/08H01H1/18H01H2071/086H01H3/0253H01H3/62H01H50/20H01H50/34H01H71/162H01H71/46H01H71/7427H01H73/045H01H9/34H02H1/06H02H7/224Y10T74/11
    • A remotely controlled circuit control device has first and second load contact assemblies movable into circuit engagement and circuit disengagement positions relative to one another in which one load contact assembly is operatively connected to a solenoid so that alternate forward strokes of the solenoid moves the one load contact assembly between reset and tripped positions through a push-push mechanism having an indexing portion and a latching portion. An overload mechanism cooperates with the latch portion to cause the load contact assemblies to move to the circuit disengaged position upon occurrence of a fault condition. The second load contact assembly includes pivotably mounted contact members which are linked to the first load contact assembly in such a way that circuit engagement during solenoid energization is precluded. The push-push mechanism is operatively connected via a mode switch to either a reset circuit or a trip circuit and in turn to a remotely disposed indicator-control unit (ICU) through an optical coupler. Contact status and coordination between load contacts and ICU contacts are provided by a feedback circuit. An interface circuit allows operation of the circuit control device without discrimination on a power supply of either alternating or direct voltage or both. Life expectancy of the device is enhanced by several features including double break contacts with contact wiping and the provision of a floating output arm for the solenoid.
    • 遥控电路控制装置具有第一和第二负载接触组件,其可相对于彼此移动到电路接合和电路脱离位置,其中一个负载接触组件可操作地连接到螺线管,使得螺线管的交替的前向行程使一个负载接触 通过具有分度部分和闩锁部分的推推机构在复位和跳闸位置之间组装。 过载机构与闩锁部分配合,以在发生故障状况时使负载接触组件移动到电路断开位置。 第二负载接触组件包括可枢转地安装的接触构件,其以这样的方式连接到第一负载接触组件,使得排除螺线管通电期间的电路接合。 推 - 推机构通过模式开关可操作地连接到复位电路或跳闸电路,然后通过光耦合器连接到远程设置的指示器控制单元(ICU)。 负载触点和ICU触点之间的接触状态和协调由反馈电路提供。 接口电路允许电路控制装置的操作,而不区分交流或直流电压的电源或两者。 器件的预期寿命通过几个功能增强,包括具有触点擦拭的双断点触点和为螺线管提供浮动输出臂。
    • 5. 发明授权
    • Circuit breaker
    • US4114122A
    • 1978-09-12
    • US755763
    • 1976-12-30
    • Aime J. Grenier
    • Aime J. Grenier
    • H01H71/10H01H75/00H01H77/00H01H83/00
    • H01H71/1027
    • A high performance, manually and automatically operable, trip-free magnetic circuit breaker incorporates novel means for mounting and coupling circuit breaker units to achieve multipole operation. An actuator in each pole has a shaft extending through a housing wall and fitting in splined engagement with the shaft of a corresponding actuator in an adjacent pole mounting the actuators for unison pivotal movement between a position where one of the actuators is engaged and pivoted by movement of the beaker contacts to an open circuit position in one pole for pivoting the other actuator to trip the breaker components in the adjacent pole to open the circuit in the adjacent pole. A tie-pin having a peripheral groove therein is snugly fitted into openings in the operating handles of the breaker pols and has coil springs fitted over the pin between pairs of the handles, one spring having a convolution of reduced diameter fitted into the pin groove for retaining the pin in the handle openings.
    • 6. 发明授权
    • Magnetic circuit control apparatus
    • 磁路控制装置
    • US4654617A
    • 1987-03-31
    • US735511
    • 1985-05-20
    • Aime J. GrenierLvle E. McBride
    • Aime J. GrenierLvle E. McBride
    • H01H1/18H01H3/02H01H9/34H01H50/20H01H50/32H01H50/34H01H71/16H01H71/46H01H71/68H01H71/74H01H73/04H01H75/08H02H1/06H02H3/08H02H7/22H01M3/00
    • H01H75/08H01H50/32H01H71/68H02H3/08H01H1/18H01H2071/086H01H3/0253H01H50/20H01H50/34H01H71/162H01H71/46H01H71/7427H01H73/045H01H9/34H02H1/06H02H7/224
    • A remotely controlled circuit control device has first and second load contact assemblies movable into circuit engagement and circuit disengagement positions relative to one another in which one load contact assembly is operatively connected to a solenoid so that alternate forward strokes of the solenoid moves the one load contact assembly between reset and tripped positions through a push-push mechanism having an indexing portion and a latching portion. An overload mechanism cooperates with the latch portion to cause the load contact assemblies to move to the circuit disengaged position upon occurrence of a fault condition. The second load contact assembly includes pivotably mounted contact members which are linked to the first load contact assembly in such a way that circuit engagement during solenoid energization is precluded. The push-push mechanism is operatively connected via a mode switch to either a reset circuit or a trip circuit and in turn to a remotely disposed indicator-control unit (ICU) through an optical coupler. Contact status and coordination between load contacts and ICU contacts are provided by a feedback circuit. An interface circuit allows operation of the circuit control device without discrimination on a power supply of either alternating or direct voltage or both. Life expectancy of the device is enhanced by several features including double break contacts with contact wiping and the provision of a floating output arm for the solenoid.
    • 遥控电路控制装置具有第一和第二负载接触组件,其可相对于彼此移动到电路接合和电路脱离位置,其中一个负载接触组件可操作地连接到螺线管,使得螺线管的交替的前向行程使一个负载接触 通过具有分度部分和闩锁部分的推推机构在复位和跳闸位置之间组装。 过载机构与闩锁部分配合,以在发生故障状况时使负载接触组件移动到电路断开位置。 第二负载接触组件包括可枢转地安装的接触构件,其以这样的方式连接到第一负载接触组件,使得排除螺线管通电期间的电路接合。 推 - 推机构通过模式开关可操作地连接到复位电路或跳闸电路,然后通过光耦合器连接到远程设置的指示器控制单元(ICU)。 负载触点和ICU触点之间的接触状态和协调由反馈电路提供。 接口电路允许电路控制装置的操作,而不区分交流或直流电压的电源或两者。 器件的预期寿命通过几个功能增强,包括具有触点擦拭的双断点触点和为螺线管提供浮动输出臂。
    • 7. 发明授权
    • Circuit control device
    • 电路控制装置
    • US4502033A
    • 1985-02-26
    • US395534
    • 1982-07-06
    • Aime J. Grenier
    • Aime J. Grenier
    • H01H1/18H01H3/02H01H9/34H01H50/20H01H50/32H01H50/34H01H71/16H01H71/46H01H71/68H01H71/74H01H73/04H01H75/08H02H1/06H02H3/08H02H7/22
    • H01H71/68H01H50/32H01H75/08H02H3/08H01H1/18H01H2071/086H01H3/0253H01H50/20H01H50/34H01H71/162H01H71/46H01H71/7427H01H73/045H01H9/34H02H1/06H02H7/224
    • A remotely controlled circuit control device has first and second load contact assemblies movable into circuit engagement and circuit disengagement positions relative to one another in which one load contact assembly is operatively connected to a solenoid so that alternate forward strokes of the solenoid moves the one load contact assembly between reset and tripped positions through a push-push mechanism having an indexing portion and a latching portion. An overload mechanism cooperates with the latch portion to cause the load contact assemblies to move to the circuit disengaged position upon occurrence of a fault condition. The second load contact assembly includes pivotably mounted contact members which are linked to the first load contact assembly in such a way that circuit engagement during solenoid energization is precluded. The push-push mechanism is operatively connected via a mode switch to either a reset circuit or a trip circuit and in turn to a remotely disposed indicator-control unit (ICU) through an optical coupler. Contact status and coordination between load contacts and ICU contacts are provided by a feedback circuit. An interface circuit allows operation of the circuit control device without discrimination on a power supply of either alternating or direct voltage or both. Life expectancy of the device is enhanced by several features including double break contacts with contact wiping and the provision of a floating output arm for the solenoid.
    • 遥控电路控制装置具有第一和第二负载接触组件,其可相对于彼此移动到电路接合和电路脱离位置,其中一个负载接触组件可操作地连接到螺线管,使得螺线管的交替的前向行程使一个负载接触 通过具有分度部分和闩锁部分的推推机构在复位和跳闸位置之间组装。 过载机构与闩锁部分配合,以在发生故障状况时使负载接触组件移动到电路断开位置。 第二负载接触组件包括可枢转地安装的接触构件,其以这样的方式连接到第一负载接触组件,使得排除螺线管通电期间的电路接合。 推 - 推机构通过模式开关可操作地连接到复位电路或跳闸电路,然后通过光耦合器连接到远程设置的指示器控制单元(ICU)。 负载触点和ICU触点之间的接触状态和协调由反馈电路提供。 接口电路允许电路控制装置的操作,而不区分交流或直流电压的电源或两者。 器件的预期寿命通过几个功能增强,包括具有触点擦拭的双断点触点和为螺线管提供浮动输出臂。