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    • 1. 发明申请
    • High power rotary transformer with bus duct assembly
    • 大功率旋转变压器带总线管总成
    • US20030178910A1
    • 2003-09-25
    • US10366421
    • 2003-02-14
    • General Electric Canada Inc.
    • Michael Walter WhiteBruce William MillsRobert Henry Rehder
    • H02K001/22
    • H02K13/02H02K47/26
    • A rotary transformer has a bus duct assembly that extends through the hollow shaft of a rotary transformer from collector or slip rings positioned above a drive motor for the rotary transformer to end windings of the rotor positioned most remote from the drive motor. By positioning the leads of the bus duct connection with the rotor end windings on the rotor end windings most remote form the drive motor, the shaft strength and integrity is not reduced due to the torque applied by the drive motor. Further, the shaft is formed from two coupled shaft sections and the bus duct assembly comprises two L shaped sections each positioned substantially within a corresponding shaft section. The bus duct sections are interconnected to complete the bus duct assembly making it simpler to remove the first or upper shaft section from the second or lower shaft section during field servicing. Further, the use of the two bus duct sections within the shaft coupled together simplifies assembly of each bus duct section within its corresponding shaft section.
    • 旋转变压器具有总线管道组件,其从位于驱动电机上方的收集器或滑环延伸穿过旋转变压器的空心轴,用于旋转变压器以将位于最远离驱动电机的转子的绕组端接。 通过将转子端绕组的总线管道连接的引线定位在最远距离的转子端绕组上形成驱动电机,由于驱动电机施加的转矩,轴的强度和完整性不会降低。 此外,轴由两个联接的轴部分形成,并且总线管道组件包括两个L形部分,每个部分基本上位于相应的轴部分内。 总线管道部分相互连接以完成总线管道组件,使得在现场维修期间更简单地从第二或下部轴部分移除第一或上部轴部分。 此外,使用连接在一起的轴内的两个总线管道部分简化了每个母线管段在其对应的轴段内的组装。
    • 2. 发明申请
    • Insulated code stud for rotor and stator laminations
    • 用于转子和定子叠片的绝缘代码螺柱
    • US20040174086A1
    • 2004-09-09
    • US10781764
    • 2004-02-20
    • General Electric Canada Inc.
    • Michael Walter WhitePierre DoyonArezki MerkhoufJohn Menzies
    • H02K001/06
    • H02K1/06
    • An insulated core stud for use in the core structure of at least one of a stator and a rotor of a dynamoelectric machine is adapted to pass through holes contained in laminations of the core structure. The insulated core stud has a central portion and a first layer of heat shrinkable tubular insulation shrunk fit onto and covering at least the central portion of the core stud that passes through the laminations. One or more additional layers of heat shrinkable tubular insulation are shrunk fit onto at least a portion of the first layer of insulation that passes through the laminations. These second layers provide mechanically protection. to the underlying layers of insulation against breaks occurring in the electrical insulation when the laminations and core studs are assembled into the core structure.
    • 用于电动机的定子和转子中的至少一个的芯结构的绝缘芯柱适于穿过包含在芯结构的叠片中的孔。 绝缘芯柱头具有中心部分和第一层热收缩管状绝缘体,其收缩装配到并覆盖穿过叠片的芯柱的至少中心部分。 一个或多个另外的热收缩管状绝缘层被收缩配合到穿过叠片的第一绝缘层的至少一部分上。 这些第二层提供机械保护。 到叠层和芯柱组装到芯结构中时,电绝缘中发生的断裂的下面的绝缘层。
    • 3. 发明申请
    • Dual shaft and rotating machine coupling
    • 双轴和旋转机联轴器
    • US20030228188A1
    • 2003-12-11
    • US10448279
    • 2003-05-30
    • General Electric Canada Inc.
    • Michael Walter WhitePeter Truman
    • F16D001/02
    • H02K1/30F16B2200/50F16B2200/506F16D1/033F16D1/076H01F38/18H02K7/003
    • A dual shaft and rotating machine coupling has a first rotatable shaft, a second rotatable shaft and a rotating machine rotor coupling. The first rotatable shaft has a first shaft connecting flange radially extending outwardly therefrom. The second rotatable shaft is axially aligned with the first rotatable shaft and has a second shaft connecting flange radially extending outwardly therefrom. The second shaft connecting flange is spaced from the first shaft connecting flange. The rotating machine rotor coupling has a rotor spider and a rotor connecting flange radially extending inwardly from the spider securely sandwiched between and in abutting relation with the first and second shaft connecting flanges.
    • 双轴和旋转机械联轴器具有第一可旋转轴,第二可旋转轴和旋转机械转子联轴器。 第一可旋转轴具有从其向外径向延伸的第一轴连接凸缘。 第二可旋转轴与第一可旋转轴轴向对齐并且具有从其向外径向延伸的第二轴连接凸缘。 第二轴连接凸缘与第一轴连接凸缘间隔开。 旋转机械转子联轴器具有转子齿轮和转子连接凸缘,该转子连接凸缘从第一和第二轴连接凸缘处于与第一和第二轴连接凸缘相对并且与第二和第二轴连接凸缘相对置的位置上从
    • 4. 发明申请
    • Isolated phase bus duct joint assembly
    • 隔离相母线管接头总成
    • US20030178214A1
    • 2003-09-25
    • US10366473
    • 2003-02-14
    • General Electric Canada Inc.
    • Michael Walter WhiteBruce William MillsRobert Henry Rehder
    • H01B017/00
    • H02G5/061
    • An isolated phase bus duct joint assembly couples together first and second phase bus duct sections where each section has an interior bus conductor surrounded by an outer housing. The joint assembly couples end portions of the interior bus conductor and has first and second conductor coupling portions each extending from the end portion of one of the interior bus conductors. Each coupling portion has a reduced outside dimension relative to the interior bus conductors. The joint assembly has a plurality of movable electrical contact fingers mounted by spring loaded adjustment fasteners around the outside surface of the first conductor coupling portion. Each of the fingers extends beyond the first conductor coupling portion for engagement with the outside surface of the second conductor coupling portion. The spring loaded adjustment fastener has a threaded stem passing through the finger and the first inner conductor coupling portion. The stem has an adjustable head engaging an outer surface of the finger and a compression spring mounted over the stem to engage the inside surface of the first inner conductor coupling portion. The heads and stems are adjusted relative the compression spring to urge the fingers into locking engagement with the first and second coupling portions. This advantageously results in no substantial increase in electrical clearance required between the inner bus conductors and the outer housing. Further, the heads may be backed off to provide for de-coupling or separation of the joint.
    • 隔离的相母线管道接头组件将第一和第二相母线管道部分连接在一起,其中每个部分具有被外部壳体包围的内部总线导体。 所述接头组件连接所述内部总线导体的端部,并且具有第一和第二导体耦合部分,每个所述第一和第二导体耦合部分从所述内部总线导体之一的端部延伸。 每个联接部分相对于内部总线导体具有减小的外部尺寸。 接头组件具有多个可移动的电接触指,弹性加载的调节紧固件围绕第一导体连接部分的外表面安装。 每个指状物延伸超过第一导体耦合部分,用于与第二导体耦合部分的外表面接合。 弹簧加载的调节紧固件具有穿过手指和第一内部导体联接部分的螺纹杆。 所述杆具有接合所述手指的外表面的可调头部和安装在所述杆上的压缩弹簧,以与所述第一内部导体联接部分的内表面接合。 头和杆相对于压缩弹簧被调节,以推动手指与第一和第二联接部分的锁定接合。 这有利地导致内部总线导体和外部壳体之间所需的电气间隙的实质增加。 此外,头可以被退回以提供关节的解耦或分离。