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    • 6. 发明授权
    • Superconducting electromechanical rotating device having a liquid-cooled, potted, one layer stator winding
    • 超导机电旋转装置具有液冷式盆式单层定子绕组
    • US06313556B1
    • 2001-11-06
    • US09408614
    • 1999-09-30
    • Viatcheslav V. DombrovskiDavid I. DriscollBoris A. Shovkhet
    • Viatcheslav V. DombrovskiDavid I. DriscollBoris A. Shovkhet
    • H02K500
    • H02K3/24H02K55/04Y02E40/625Y10T29/49009
    • A superconducting electromechanical rotating (SER) device, such as a synchronous AC motor, includes a superconducting field winding and a one-layer stator winding that may be water-cooled. The stator winding is potted to a support such as the inner radial surface of a support structure and, accordingly, lacks hangers or other mechanical fasteners that otherwise would complicate stator assembly and require the provision of an unnecessarily large gap between adjacent stator coil sections. The one-layer winding topology, resulting in the number of coils being equal to half the number of slots or other mounting locations on the support structure, allows one to minimize or eliminate the gap between the inner radial ends of adjacent straight sections of the stator coilswhile maintaining the gap between the coil knuckles equal to at least the coil width, providing sufficient room for electrical and cooling element configurations and connections. The stator winding may be potted to the support structure or other support, for example, by a one-step VPI process relying on saturation of an absorbent material to fill large gaps in the stator winding or by a two-step process in which small gaps are first filled via a VPI or similar operation and larger gaps are then filled via an operation that utilizes the stator as a portion of an on-site mold.
    • 诸如同步AC电动机的超导机电旋转(SER)装置包括超导场绕组和可以是水冷的单层定子绕组。 定子绕组被封装到诸如支撑结构的内部径向表面的支撑件上,并且因此没有悬挂器或其它机械紧固件,否则将使定子组件复杂化,并且需要在相邻的定子线圈段之间提供不必要的大的间隙。 导致线圈数量等于支撑结构上的槽或其他安装位置的一半的单层绕组拓扑允许最小化或消除定子的相邻直段的内径向端之间的间隙 同时保持线圈之间的间隙等于至少线圈宽度,为电气和冷却元件配置和连接提供足够的空间。 定子绕组可以例如通过依赖于吸收材料的饱和以填充定子绕组中的大间隙的一步式VPI工艺或者通过两步法将盆中的小间隙 首先通过VPI或类似的操作进行填充,然后通过利用定子作为现场模具的一部分的操作来填充较大的间隙。
    • 7. 发明授权
    • Rotor for an induction device
    • 转子用于感应装置
    • US07122932B2
    • 2006-10-17
    • US10955640
    • 2004-09-30
    • Rajmohan NarayananBoris A. ShoykhetDavid I. Driscoll
    • Rajmohan NarayananBoris A. ShoykhetDavid I. Driscoll
    • H02K1/00
    • H02K15/0012H02K17/16
    • According to one embodiment, the present invention provides a rotor assembly. The exemplary rotor assembly includes a plurality of rotor laminations, which cooperate to form a rotor core, capped at each end by end members. Extending through the rotor core and the end members, a plurality of rotor channels is configured to receive electrically conductive members therethrough. Each of the electrically conductive members has external portions, which extend beyond the rotor channel, and an interior portion that is housed within the rotor channel. By flexing the external portions, a compression force that secures the laminations and the end members with respect to one another may be provided. Advantageously, the external portions may be fused to one another and/or to the end members. As one example, the external portions may be fused through the introduction of a molten metal into the end member. Advantageously, fusing of the external portions to the end members and/or one another increases the mechanical integrity of the rotor and provides for good electrical communicativeness between the conductive members, for example.
    • 根据一个实施例,本发明提供一种转子组件。 示例性转子组件包括多个转子叠片,其协作以形成转子芯,每个端部由终端构件封盖。 通过转子芯和端部构件延伸,多个转子通道构造成接纳通过其的导电构件。 每个导电构件具有延伸超过转子通道的外部部分和容纳在转子通道内的内部部分。 通过弯曲外部部分,可以提供使叠片和端部构件相对于彼此固定的压缩力。 有利地,外部部分可以彼此熔合和/或端部构件。 作为一个示例,外部部分可以通过将熔融金属引入端部构件而熔合。 有利的是,将外部部分熔合到端部构件和/或彼此上,提高了转子的机械完整性,并且例如提供了导电构件之间良好的电气连通性。