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    • 1. 发明授权
    • Particle resistant enclosure for dead tank circuit breaker
    • 用于死箱断路器的防尘外壳
    • US09595409B2
    • 2017-03-14
    • US14795121
    • 2015-07-09
    • ABB TECHNOLOGY AG
    • Paul VladuchickMatthew Cuppett
    • H01H33/55
    • H01H33/55H02B13/045H02B13/065
    • A tank for a circuit breaker has a body defining an interior volume and having opposing ends. An flange is at each end of the body with the flanges defining a central longitudinal axis of the body. The body has an internal surface defining a top portion of the tank disposed substantially above the axis and defining a bottom portion of the tank disposed substantially below the axis. The top portion is spaced from the axis as defined by at least a first radius from the axis. The bottom portion is spaced from the axis as defined by at least a second radius from axis. The second radius is greater than the first radius so as to reduce an electric field intensity on the bottom portion of the body and thus reduce effects of foreign particles within the interior volume, regardless of phase rotation.
    • 用于断路器的容器具有限定内部容积并具有相对端的主体。 凸缘位于主体的每个端部处,凸缘限定主体的中心纵向轴线。 主体具有内表面,其限定了基本上在轴线上方布置的罐的顶部,并且限定了基本上位于轴线下方布置的罐的底部。 顶部与轴线间隔开,至少距轴线的第一半径所限定。 底部与轴线间隔开,至少距离轴线的第二半径所限定。 第二半径大于第一半径,以便减小身体底部的电场强度,从而减少外部颗粒在内部体积内的影响,而不管相位旋转如何。
    • 2. 发明申请
    • Self-Contained Link Module For Gang-Style High Voltage Dead Tank Breaker
    • Gang型高压灭火器断路器的自包含链路模块
    • US20130270089A1
    • 2013-10-17
    • US13856450
    • 2013-04-04
    • ABB TECHNOLOGY AG
    • Jonathan FugeBeth DahmMatthew Cuppett
    • H01H31/28H01H11/00
    • H01H31/283H01H3/46H01H11/00H01H33/022H01H33/42H01H33/52H02B13/035Y10T29/49105
    • A linkage and operating assembly is provided for a dead tank circuit breaker. The circuit breaker has a plurality of pole assemblies and an actuating assembly associated with each pole assembly for opening and closing a movable electrical contact of the associated pole assembly. The linkage and operating assembly includes a linkage module having a plurality of drive structures. Each drive structure has a portion constructed and arranged to be removably coupled to an associated actuating assembly. An operating mechanism is coupled with the linkage module for causing movement of the drive structures substantially simultaneously. When the portions of the drive structures are decoupled from the associated actuating assemblies, the linkage module together with the operating mechanism is constructed and arranged to be removed as a single unit from the circuit breaker.
    • 为死水箱断路器提供联动和操作组件。 断路器具有多个极组件和与每个极组件相关联的致动组件,用于打开和关闭相关联的极组件的可移动电接触。 联动和操作组件包括具有多个驱动结构的联动模块。 每个驱动结构具有构造和布置为可拆卸地联接到相关联的致动组件的部分。 操作机构与联动模块联接,用于基本上同时地驱动驱动结构的移动。 当驱动结构的部分与相关联的致动组件分离时,连杆模块与操作机构一起被构造和布置成从断路器作为单个单元去除。
    • 4. 发明授权
    • Retaining structure for maintaining factory settings of gang-style linkage for high voltage dead tank breaker while operating mechanism is removed
    • 保持结构,保持高压死水箱断路器组合式联动的出厂设置,同时拆卸运行机构
    • US08975548B2
    • 2015-03-10
    • US13856453
    • 2013-04-04
    • ABB Technology AG
    • Beth DahmMatthew CuppettJonathan Fuge
    • H01H5/00H01H3/46H01H33/02H01H33/42
    • H01H3/46H01H33/022H01H33/42
    • Linkage structure is connected between an operating mechanism and an actuating assembly of a circuit breaker for opening and closing an electrical contact of a pole assembly. The linkage assembly includes a lever to connect with the actuating assembly. A connection rod is coupled to one end of the lever and is associated with a close spring for closing the electrical contact. A spring structure is coupled to another end of the lever. The spring structure includes an open spring providing a spring force on the lever for opening the electrical contact. The open spring places the connection rod in tension. Retaining structure is associated with the lever and the spring structure to ensure that the spring force of the open spring, exerted on the lever, is directed to the retaining structure so that tension on the connection rod is removed, enabling the connection rod to be serviced.
    • 连接结构连接在用于打开和关闭杆组件的电接触件的断路器的操作机构和致动组件之间。 连杆组件包括与致动组件连接的杠杆。 连接杆联接到杠杆的一端并且与用于闭合电接触件的闭合弹簧相关联。 弹簧结构连接到杠杆的另一端。 弹簧结构包括开启弹簧,该弹簧在杠杆上提供弹簧力以打开电触点。 打开的弹簧使连接杆处于张紧状态。 保持结构与杠杆和弹簧结构相关联,以确保施加在杠杆上的打开弹簧的弹簧力被引导到保持结构,使得连接杆上的张力被移除,使连接杆得以维修 。
    • 5. 发明申请
    • Structure For Limiting Back-Travel Of Interrupters On Circuit Breakers
    • 断路器断路器限位回路结构
    • US20140131178A1
    • 2014-05-15
    • US13676343
    • 2012-11-14
    • ABB TECHNOLOGY AG
    • Matthew CuppettJonathan FugeBeth DahmMauricio Aristizabal
    • H01H9/20
    • H01H9/20H01H3/3021H01H33/42
    • Holding structure includes a gear rack member for coupling with an object for movement therewith. The gear rack member includes a set of a teeth and a cam profile surface. A latch is associated with the set of teeth so as to engage and disengage the teeth. A cam follower is fixed to the latch to engage the cam profile surface thereby defining the engaged or disengaged position of the latch with respect to the teeth. A spring provides torque on the latch. The holding structure is constructed and arranged such that during movement of the object in an intended direction, the latch engages the teeth and is held in the engaged position by the spring so as to stop any movement of the object in a direction that is opposite the intended direction, otherwise, the spring is constructed and arranged to hold the latch in the disengaged position.
    • 保持结构包括与用于与其一起移动的物体联接的齿条构件。 齿条构件包括一组齿和凸轮轮廓表面。 闩锁与该组牙齿相关联,以便啮合和脱离牙齿。 凸轮从动件固定到闩锁以接合凸轮轮廓表面,从而限定闩锁相对于齿的接合或分离位置。 弹簧在闩锁上提供扭矩。 保持结构被构造和布置成使得在物体沿预期方向移动期间,闩锁接合齿并且通过弹簧保持在接合位置,以便阻止物体在与该物体相反的方向上的任何运动 否则,弹簧被构造和布置成将闩锁保持在脱离位置。
    • 9. 发明申请
    • Retaining Structure For Maintaining Factory Settings Of Gang-Style Linkage For High Voltage Dead Tank Breaker While Mechanism Is Removed
    • 保留结构,用于维护高压死槽断路器的组合式连接的工厂设置,同时机构被移除
    • US20130270083A1
    • 2013-10-17
    • US13856453
    • 2013-04-04
    • ABB TECHNOLOGY AG
    • Beth DahmMatthew CuppettJonathan Fuge
    • H01H3/46
    • H01H3/46H01H33/022H01H33/42
    • Linkage structure is connected between an operating mechanism and an actuating assembly of a circuit breaker for opening and closing an electrical contact of a pole assembly. The linkage assembly includes a lever to connect with the actuating assembly. A connection rod is coupled to one end of the lever and is associated with a close spring for closing the electrical contact. A spring structure is coupled to another end of the lever. The spring structure includes an open spring providing a spring force on the lever for opening the electrical contact. The open spring places the connection rod in tension. Retaining structure is associated with the lever and the spring structure to ensure that the spring force of the open spring, exerted on the lever, is directed to the retaining structure so that tension on the connection rod is removed, enabling the connection rod to be serviced.
    • 连接结构连接在用于打开和关闭杆组件的电接触件的断路器的操作机构和致动组件之间。 连杆组件包括与致动组件连接的杠杆。 连接杆联接到杠杆的一端并且与用于闭合电接触件的闭合弹簧相关联。 弹簧结构连接到杠杆的另一端。 弹簧结构包括开启弹簧,该弹簧在杠杆上提供弹簧力以打开电触点。 打开的弹簧使连接杆处于张紧状态。 保持结构与杠杆和弹簧结构相关联,以确保施加在杠杆上的打开弹簧的弹簧力被引导到保持结构,使得连接杆上的张力被移除,使连接杆得以维修 。
    • 10. 发明申请
    • PARTICLE RESISTANT ENCLOSURE FOR DEAD TANK CIRCUIT BREAKER
    • 用于死油缸电路断路器的耐颗粒外壳
    • US20170011874A1
    • 2017-01-12
    • US14795121
    • 2015-07-09
    • ABB TECHNOLOGY AG
    • Paul VladuchickMatthew Cuppett
    • H01H33/55
    • H01H33/55H02B13/045H02B13/065
    • A tank for a circuit breaker has a body defining an interior volume and having opposing ends. An flange is at each end of the body with the flanges defining a central longitudinal axis of the body. The body has an internal surface defining a top portion of the tank disposed substantially above the axis and defining a bottom portion of the tank disposed substantially below the axis. The top portion is spaced from the axis as defined by at least a first radius from the axis. The bottom portion is spaced from the axis as defined by at least a second radius from axis. The second radius is greater than the first radius so as to reduce an electric field intensity on the bottom portion of the body and thus reduce effects of foreign particles within the interior volume, regardless of phase rotation.
    • 用于断路器的容器具有限定内部容积并具有相对端的主体。 凸缘位于主体的每个端部处,凸缘限定主体的中心纵向轴线。 主体具有内表面,其限定了基本上在轴线上方布置的罐的顶部,并且限定了基本上位于轴线下方布置的罐的底部。 顶部与轴线间隔开,至少距轴线的第一半径所限定。 底部与轴线间隔开,至少距离轴线的第二半径所限定。 第二半径大于第一半径,以便减小身体底部的电场强度,从而减少外部颗粒在内部体积内的影响,而不管相位旋转如何。