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    • 1. 发明授权
    • Modular closing resistor
    • 模块式闭合电阻
    • US5245145A
    • 1993-09-14
    • US734475
    • 1991-07-23
    • Willie B. FreemanKlaus FroelichDavid S. Johnson
    • Willie B. FreemanKlaus FroelichDavid S. Johnson
    • H01C7/12H01H33/16H01H33/70
    • H01H33/165H01H33/166
    • A modular closing resistor assembly can be added in line with the interrupter assemblies of an extra high voltage circuit breaker and has a relatively short length. The resistor element consists of two stacks of disks which are disposed side by side and are electrically connected such that the alternate disks of each stack are connected in series with one another. The operating mechanism of the unit includes a linearly moving roller which engages a crank arm which is in turn pivotally connected to operate the movable closing resistor contact with a motion and with a variable mechanical advantage adapted to cause the resistor contacts to close at high speed just after the interrupter contacts close and to open after the interrupter contacts open.
    • 模块化关闭电阻器组件可以与额外的高压断路器的断路器组件相符合并且具有相对较短的长度。 电阻器元件由并排设置的两个盘堆叠组成,并且电连接,使得每个堆叠的备用盘彼此串联连接。 该单元的操作机构包括直线移动的辊,其接合曲柄臂,该曲柄臂又可枢转地连接以便运动可移动的关闭电阻器接触件,并具有可变的机械优点,适于使电阻器接触件高速关闭 在断路器触点断开后,断路器触点闭合并打开。
    • 2. 发明授权
    • Pneumatic operating mechanism for a circuit-breaker
    • 断路器气动操作机构
    • US4213020A
    • 1980-07-15
    • US845769
    • 1977-10-26
    • Willie B. Freeman
    • Willie B. Freeman
    • H01H33/88H01H33/30H01H35/24
    • H01H33/304
    • The present invention relates to the utilization of a surge tank in the pneumatic line interconnecting the high-pressure reservoir with the pneumatic control valve controlling the operation of a driving, or operating piston reciprocally operable within a surrounding operating cylinder to operate a circuit-breaker. Preferably, the volume of the surge tank is roughly of the order of the piston-displacement volume traveled by the driving piston in its opening tripping movement of the circuit-breaker, when the mechanism is used to open the circuit-breaker. However, the mechanism may also be used, if desired, to effect closing of the circuit-breaker.Also, preferably, the inlet connection to the surge tank is somewhat restricted in diameter, so as to limit the gas volume exited from the main high-pressure reservoir, yet, however, nevertheless supplying a desirable biasing air pressure to counteract bouncing back, or return movement of the movable circuit-breaker parts at the end of the opening tripping operation of the associated circuit-breaker when the breaker contacts are fully open.
    • 本发明涉及在将高压储存器与控制驱动操作的气动控制阀或在周围的操作气缸内可往复操作的操作活塞相连接的气动管路中使用缓冲罐来操作断路器。 优选地,当该机构用于打开断路器时,缓冲罐的体积大致等于由驱动活塞在其断路器的打开跳闸运动中行进的活塞位移量的顺序。 然而,如果需要,还可以使用该机构来实现断路器的闭合。 此外,优选地,到缓冲罐的入口连接在一定程度上受到限制,从而限制从主高压储存器排出的气体体积,然而,仍然提供期望的偏压空气压力以抵消反弹,或 当断路器触点完全打开时,相关断路器的断开跳闸操作结束时可移动断路器部件的返回运动。
    • 3. 发明授权
    • High performance circuit breaker with independent pole operation linkage
and conical composite bushings
    • 高性能断路器,具有独立的极点运行联动和锥形复合衬套
    • US5569891A
    • 1996-10-29
    • US225245
    • 1994-04-08
    • Willie B. FreemanDavid S. JohnsonJeffry R. Meyer
    • Willie B. FreemanDavid S. JohnsonJeffry R. Meyer
    • H01H9/56H01H33/02H02B13/035H01H33/12H01H33/46H01H33/53
    • H01H33/022H02B13/0352H01H9/563
    • The invention provides a high performance circuit breaker with an independent pole operation linkage and conical composite bushings. A mechanical linkage for independently opening and closing a plurality of associated switches is provided by the invention. The linkage comprises a plurality of connecting rods that provide the initial driving force to open or close the switch, cranks for opening and closing the contacts of respective switches, linking elements which couple together the connecting rods and the cranks, and a number of lever assemblies having a bearing ring interfaced thereto. The bearing rings provide a supportive interface between two linking element but permit the linking elements to rotate independently from one another. The lever assemblies also provide an interface for the connecting rods and linking element. According to a method of the present invention, a connecting rod is actuated in response to a signal to cause the lever assembly to pivot. The linking rod interfaced with the connecting rod via the lever assembly is then rotated in response to the pivoting. A crank interfaced with the linking element is then pivoted in response to the rotation of the linking element thereby opening or closing a respective switch. The invention further provide a means and method for synchronously opening and closing the switches based on the current flowing into the switches. Preferably, conical composite bushings are provided in combination with the independent pole operation linkage in a high voltage circuit breaker according to the invention.
    • 本发明提供了一种具有独立极点运动联动装置和锥形复合衬套的高性能断路器。 本发明提供了用于独立地打开和关闭多个关联的开关的机械联动装置。 连杆包括多个连杆,其提供打开或关闭开关的初始驱动力,用于打开和关闭相应开关的触点的曲柄,连接在一起的连接杆和曲柄的连接元件以及多个杠杆组件 具有与其接合的轴承环。 轴承环在两个连接元件之间提供支撑界面,但允许连接元件彼此独立地旋转。 杠杆组件还为连接杆和连接元件提供了一个接口。 根据本发明的方法,响应于信号致动连杆以使杆组件枢转。 然后通过杠杆组件与连杆接合的连接杆响应于枢转而旋转。 然后与连接元件接合的曲柄响应于连接元件的旋转而枢转,从而打开或关闭相应的开关。 本发明还提供了一种基于流入开关的电流来同步地打开和关闭开关的装置和方法。 优选地,锥形复合衬套与根据本发明的高压断路器中的独立极点操作联动装置组合提供。
    • 7. 发明授权
    • Pneumatic operating mechanism for a circuit breaker
    • 断路器气动操作机构
    • US4531031A
    • 1985-07-23
    • US609379
    • 1984-05-11
    • Willie B. FreemanRichard M. Span
    • Willie B. FreemanRichard M. Span
    • H01H33/32H01H33/42H01H35/38
    • H01H33/32
    • Power circuit breaker apparatus having a novel trip valve on the pneumatic operating mechanism for reducing air consumption of the pneumatic breaker operating mechanism. The novel trip valve includes the addition of a valve stem extension to the trip valve shaft disposed in a sliding fit with an exhaust port to the trip valve actuating cylinder which together provide for quick elimination of compressed air from the trip valve actuating cylinder at a predetermined time during the operation of the breaker mechanism. Positive positioning of the breaker contact and rapid closing of the trip valve at a predetermined time is effectuated thereby reducing air consumption while providing a fail-safe air cushion to the driving piston of the pneumatic mechanism to insure positive positioning of the breaker contacts.
    • 电动断路器装置在气动操作机构上具有新颖的跳闸阀,用于减少气动断路器操作机构的空气消耗。 新型跳闸阀包括将阀杆延伸部添加到与脱扣阀致动缸滑动配合的跳闸阀轴,该脱扣阀致动缸一起提供用于以预定的速度从脱扣阀致动缸快速消除压缩空气 在断路器机构运行期间的时间。 确保断路器触点的正确定位以及在预定时间内快速闭合跳闸阀,由此减少空气消耗,同时向气动机构的驱动活塞提供故障安全气垫以确保断路器触点的正向定位。
    • 8. 发明授权
    • Puffer-type compressed-gas circuit-interrupter
    • 河豚式压缩气体断路器
    • US4044211A
    • 1977-08-23
    • US602705
    • 1975-08-07
    • Charles F. CromerWillie B. Freeman
    • Charles F. CromerWillie B. Freeman
    • H01H33/91H01H33/88
    • H01H33/91
    • An improved puffer-type gas-blast circuit-interrupter is provided having a movable operating cylinder assembly movable over a relatively-fixed piston structure. A high-compression ratio is obtained during the opening operation by minimizing the "dead" volume of arc-quenching gas within the movable operating cylinder, and an efficient gas-flow path through the movable cylinder assembly smoothly converges through the movable nozzle throat area into the drawn arc.The improved puffer-type interrupter of the present invention, additionally, is provided with a shorter insulating nozzle than in conventional "puffers" to provide a more efficient gas path; and finally, a continuous annular stationary piston configuration requires no orientation procedures for assembly operations.
    • 提供了一种改进的气流式气体爆炸电路断路器,其具有可在相对固定的活塞结构上移动的可移动的工作缸组件。 在打开操作期间通过使可移动操作气缸内的灭弧气体的“死区”体积最小化,并且通过可移动气缸组件的有效气体流动路径通过可移动喷嘴喉部区域平滑地收敛,从而获得高压缩比, 绘制的弧。
    • 10. 发明授权
    • Pneumatic operating mechanism for a circuit breaker
    • 断路器气动操作机构
    • US4463229A
    • 1984-07-31
    • US321136
    • 1981-11-13
    • Willie B. FreemanRichard M. Span
    • Willie B. FreemanRichard M. Span
    • H01H33/32H01H33/42H01H35/38
    • H01H33/32
    • A power circuit breaker has a novel trip valve on the pneumatic operating mechanism for reducing air consumption of the breaker pneumatic operating mechanism. The novel trip valve includes the addition of a valve stem extension to the trip valve shaft disposed in a sliding fit with an exhaust port to the trip valve actuating cylinder which together provide for quick elimination of compressed air from the trip valve actuating cylinder at a predetermined time during the operation of the breaker mechanism. Positive positioning of the breaker contact and rapid closing of the trip valve at a predetermined time is effectuated, thereby reducing air consumption while providing a fail-safe air cushion to the driving piston of the pneumatic mechanism to insure positive positioning of the breaker contacts.
    • 电力断路器在气动操作机构上具有新颖的跳闸阀,用于减少断路器气动操作机构的空气消耗。 新型跳闸阀包括将阀杆延伸部添加到与脱扣阀致动缸滑动配合的跳闸阀轴,该脱扣阀致动缸一起提供用于以预定的速度从脱扣阀致动缸快速消除压缩空气 在断路器机构运行期间的时间。 实现断路器接触的正确定位并且在预定时间快速关闭跳闸阀,从而减少空气消耗,同时向气动机构的驱动活塞提供故障安全气垫,以确保断路器触点的正向定位。