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    • 1. 发明授权
    • Electrical contactor employing a rotary disc
    • 使用旋转盘的电接触器
    • US5319167A
    • 1994-06-07
    • US27971
    • 1993-03-08
    • Mark A. JudsBruce C. BeihoffRichard G. SmithWilliam R. NelsonDaniel A. WycklendtPeter J. TheisenJerome K. HastingsPeter K. Moldovan
    • Mark A. JudsBruce C. BeihoffRichard G. SmithWilliam R. NelsonDaniel A. WycklendtPeter J. TheisenJerome K. HastingsPeter K. Moldovan
    • H01H1/36H01H9/32H01H9/36H01H9/44H01H71/68H01H73/04H01H77/10H01H33/02
    • H01H77/107H01H1/365H01H1/2041H01H71/68H01H9/32H01H9/36H01H9/446
    • An electrical contractor device (80) for controlling the flow of electrical power from a source of electrical power to an electrical device according to a command signal from a controller utilizing a rotary disc assembly (90) rotated by an actuator (169) where the rotary disc assembly (90) is comprised of a rotary disc (100) supporting a disc conductor (102) having a pair of contact pads (106, 108) joined by a pair of conductor legs (109, 113) and a center section (111) where the conductor legs (109, 113) are parallel and offset one from the other straddling an axis of rotation (103) where high flow of electrical current through the disc conductor (102) generates an electro-magnetic torque in the rotary disc assembly (90). The disc contacts (106, 108) make electrical contact with a corresponding number of stationary contacts (110,112) of a "turn back" design one of which is connected one to a source of electrical power and the second to the device whose operation is to be controlled were as the rotary disc (100) is rotated by the actuator means (169), the disc contacts (106, 108) make electrical connection with the stationary contacts (110, 112) and when the actuator (169) is not energized a return spring (176) causes the rotary disc (100) to rotate in an opposite direction thereby causing the stationary contacts (110, 112) to be forced away from the rotary disc (100) by a separation ramp (140, 142). A disc conductor (102) is formed to induce a rotary torque in the rotary disc (100) when an abnormally high electrical current is conducted thereby breaking the conduction path by rotating the rotary disc (100) in conjunction with the return spring (176) to overcome the spring (180) connecting actuator (169) and open the contactor device (80).
    • 一种用于根据来自控制器的命令信号来控制从电源到电气设备的电力的电气承包设备(80),所述控制器利用由致动器(169)旋转的旋转盘组件(90),旋转盘组件 盘组件(90)包括支撑盘导体(102)的旋转盘(100),该盘导体具有通过一对导体腿(109,113)和中心部分(111)连接的一对接触垫(106,108) ),其中导体腿(109,113)平行并偏离另一个跨越旋转轴线(103),其中通过盘导体(102)的高流量电流在旋转盘组件中产生电磁转矩 (90)。 光盘触点(106,108)与相应数量的“回转”设计的固定触点(110,112)电接触,其中一个连接到一个电源,第二个固定触点(110,112)的操作是 当旋转盘(100)由致动器装置(169)旋转时,盘接触件(106,108)与固定触头(110,112)电连接,并且当致动器(169)未通电时 复位弹簧(176)使旋转盘(100)沿相反的方向旋转,从而通过分离斜坡(140,142)使固定触点(110,112)被迫离开旋转盘(100)。 当导体异常高的电流导致旋转盘(100)中的旋转扭矩时,形成盘形导体(102),从而通过与回转弹簧(176)结合旋转旋转盘(100)来破坏传导路径, 以克服弹簧(180)连接致动器(169)并打开接触器装置(80)。
    • 4. 发明授权
    • Electromagnetic switching apparatus having dynamically balanced latch
trip
    • 具有动态平衡闩锁跳闸的电磁开关装置
    • US4951021A
    • 1990-08-21
    • US263844
    • 1988-10-28
    • Peter J. TheisenRichard G. SmithMark A. JudsDaniel A. Wycklendt
    • Peter J. TheisenRichard G. SmithMark A. JudsDaniel A. Wycklendt
    • H01H9/08H01H71/10H01H71/12H01H71/50H01H73/08H01H83/20H01H89/08
    • H01H71/1054H01H89/08H01H2071/1063H01H71/123H01H71/50H01H73/08H01H83/20H01H9/08
    • A linear acting ball latch is released by a rotary latch release member in the form of a rotor for a high torque, short stroke rotary electric motor which is electrically energized through a capacitor discharge system to release the latched member for spring biased movement into engagement with a bridging contact, thereby forcing the contact open from stationary contacts. A clapper type armature drives the contacts between open and closed positions through tubes, one of which extends through the latch mechanism. The tubes have spring biased plungers connected with the movable contact member to provide a low gradient spring force to the contacts permitting separation by the latch tube assembly and providing contact pressure when the magnetic operator closes the contacts. A manually operable handle and reset cam are disposed over the rotary latch mechanism and have mechanical connection with the latch release rotor to provide for manual operation of the release and for manual resetting of the latch mechanism. The wearable parts and time dated parts are all housed in a powerhead module which is readily detached from a base module and electronics module.
    • 线性作用球闩由释放形式的转子释放构件释放,用于高转矩短行程旋转电动机,其通过电容器放电系统通电,以释放锁定构件以使弹簧偏置运动与 桥接接触,从而迫使触点从固定触点断开。 敲击型电枢通过管驱动开关位置之间的触点,其中一个延伸穿过闩锁机构。 管具有与可动接触构件连接的弹簧偏置柱塞,以向触头提供低梯度弹簧力,允许通过闩锁管组件分离并在磁操作器关闭触点时提供接触压力。 手动操作的手柄和复位凸轮设置在旋转闩锁机构上方并且具有与闩锁释放转子的机械连接以提供释放的手动操作并且用于手动复位闩锁机构。 可穿戴部件和时间日期部件都安装在动力头模块中,该模块易于与基座模块和电子模块分离。
    • 9. 发明授权
    • High current double-break electrical contactor
    • 大电流双断电接触器
    • US4766273A
    • 1988-08-23
    • US745765
    • 1985-06-17
    • Edmund M. ButterworthDaniel A. Wycklendt
    • Edmund M. ButterworthDaniel A. Wycklendt
    • H01H9/36H01H9/46H01H33/20
    • H01H9/46
    • Stationary contact, terminal and arc-runner structure for a high-current double-break electrical contactor that affords longer contact life. Each stationary contact (66,80) and turn-back arc-runner (68,82) is connected to the associated terminal (52,72). Each arc-runner (68,82) is V-shaped and has a slot (68e,82e) at its turn-back or bight portion (68b,82b) through which the associated stationary contact (66,80) extends so that its contact tip (66b,80b) is thereabove for engagement by the bridging contact (36). The stationary contacts (66,80) allow substantially straight-through current flow, no turn-back current loop, when the contacts (66,36,80) are closed under normal current conditions to retain maximum contact pressure. But at the moment of the contact opening under high overload current conditions, the arcs migrate toward the sides between the arc-runners (68c,82c) and the outer ends of the bridging contact (36) so that a turn-back condition occurs in the current flow path inducing heavy magnetic blowout forces on the respective arcs outwardly and upwardly toward the splitter plates (88,90 ) to efficiently extinguish the arcs.
    • 用于大电流双断电接触器的固定触点,端子和弧流道结构,提供更长的接触寿命。 每个固定触点(66,80)和反向旋转转轮(68,82)连接到相关联的端子(52,72)。 每个弧形流道(68,82)是V形的,并且在其折回或弯曲部分(68b,82b)处具有狭槽(68e,82e),相关联的固定触点(66,80)通过其延伸,使得其 接触尖端(66b,80b)位于上方,用于由桥接触头(36)接合。 当在正常电流条件下关闭触点(66,36,80)以保持最大接触压力时,固定触点(66,80)允许基本上直通电流流动,不产生回流电流回路。 但是在高过载电流条件下的接触开启时刻,电弧向电弧流道(68c,82c)和桥接触头(36)的外端之间的侧面移动,使得回流状态发生在 当前的流动路径在相应的弧线上向着和朝向分离板(88,90)向外和向上引起强烈的磁力冲击力,以有效地熄灭电弧。
    • 10. 发明授权
    • J-Plate arc interruption chamber for electric switching devices
    • 用于电气开关装置的J型板电弧中断室
    • US4568805A
    • 1986-02-04
    • US644010
    • 1984-08-24
    • Daniel A. Wycklendt
    • Daniel A. Wycklendt
    • H01H9/36H01H9/44H01H33/18
    • H01H9/36
    • An arc interruption structure for an electric switching device such as a contactor having one or more J-plates (38,42,46,48) adjacent to but insulated from each contacts gap provided by stationary contacts (20,22) and a movable bridging contact (24) of the contactor whereby sub-arcs are received from the contacts gaps to the bend (38c) of the J-plates and move therefrom along the short limb (38b) of the J-plate to the extremity (38c) thereof, thus to be retained and extinguished within the arc interruption structure and not ejected either forwardly into the vent space or reversely back toward the contacts gap. The J-plates (38,42) may have various forms such as a reduced-width bend (38c) with greater width limbs (38a,38b) or a reduced-width bend (52d) and short limb (52c) with a greater width long limb (52f). These J-plates may be used with arc runners (22a,24a) and/or with one or more flat, arc splitter-plates (40,41,44,45) and/or an auxiliary arc bridge (30 ).
    • 一种用于诸如具有一个或多个J形板(38,42,46,48)的接触器的电气开关装置的电弧中断结构,所述J个板(38,42,46,48)与固定触点(20,22)提供的每个触点间隙相邻但绝缘,并且可移动桥接 接触器(24),其中子弧从接触间隙接收到J型板的弯曲部(38c),并且沿着J型板的短臂(38b)移动到它们的末端(38c) 因此在电弧中断结构内被保持和熄灭,并且不向前喷射到通气空间中或者朝向接触间隙反向地退出。 J型板(38,42)可以具有各种形式,例如具有较大宽度的肢体(38a,38b)或具有更大的宽度的弯曲部(52d)的短宽度的弯曲部(38c) 宽长肢(52f)。 这些J型板可以与电弧流道(22a,24a)和/或与一个或多个平坦的弧形分隔板(40,41,44,45)和/或辅助电弧桥(30)一起使用。