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    • 2. 发明授权
    • Method of resin impregnating electric machinery
    • 树脂浸渍电机的方法
    • US5149483A
    • 1992-09-22
    • US660871
    • 1991-02-26
    • David W. OkeyOwen M. BrilesFrancis T. Carriglitto
    • David W. OkeyOwen M. BrilesFrancis T. Carriglitto
    • B29C39/10B29C70/70H02K15/12
    • B29C70/70B29C39/10H02K15/12B29K2101/10B29L2031/3061
    • A method of impregnating electric machinery (32) containing windings with a resin (46) in accordance with the invention includes providing a vessel (30) for containing the electric machinery and an impreganting resin with the vessel having an interior volume (40) in contact with an exterior surface (42) of the electric machinery to be contacted with resin to impregnate the windings; heating the vessel containing the electric machinery to a temperature sufficient to reduce viscosity of the resin upon contact with the machinery to promote flow of resin into contact with the windings; contacting the heated vessel and electric machinery with the resin with the heated electric machinery reducing the viscosity of the resin with the reduced viscosity resin flowing into contact with the windings to be impregnated; curing the resin within the vessel to cause the resin to be retained in contact with the windings and removing the electric machinery from the vessel.
    • 根据本发明的用树脂(46)浸渍包含绕组的电机(32)的方法包括提供用于容纳电机的容器(30)和具有接触的内部容积(40)的容器的注入树脂, 与电机的外表面(42)与树脂接触以浸渍绕组; 将含有电机的容器加热到足以在与机械接触的同时降低树脂的粘度以促进树脂与绕组接触的温度的温度; 使加热的容器和电机与加热电机的树脂接触,使降低粘度的树脂与被浸渍的绕组接触而降低树脂的粘度; 固化容器内的树脂,使树脂与绕组保持接触并从容器中取出电机。
    • 8. 发明授权
    • Magnetic bearing construction
    • 磁轴承结构
    • US5969452A
    • 1999-10-19
    • US192055
    • 1998-11-13
    • David G. HalseyDavid W. Okey
    • David G. HalseyDavid W. Okey
    • F16C39/06H02K7/09
    • F16C32/047F16C32/0459F16C32/0465
    • A magnetic bearing (10) is provided for supporting a rotor (12) for rotation about an axis (14). The magnetic bearing (10) includes a plurality of actuator cores (16) spaced circumferentially about the axis (14), and a plurality of non-magnetic spacers (18A, 18B). Each of the cores (16) has a pair of circumferentially spaced end surfaces (28). Each of the spacers (18A, 18B) is positioned between the end surfaces (28) of adjacent pairs of the cores (16) and has an interference fit with the end surfaces (28) to form a circumferentially preloaded ring (19) of the cores (16) and spacers (18A, 18B) centered on the axis (14). At least one of the non-magnetic spacers is a multi-piece assembly (18A) including a shim (32, 49) having a width selected to provide the circumferential preload within a predetermined range.
    • 磁轴承(10)用于支撑转子(12)以围绕轴线(14)旋转。 磁性轴承(10)包括围绕轴线(14)周向间隔开的多个致动器芯(16)和多个非磁性间隔件(18A,18B)。 每个芯(16)具有一对周向间隔开的端面(28)。 每个间隔件(18A,18B)定位在相邻成对的芯(16)的端表面(28)之间,并且与端面(28)具有过盈配合,以形成周向预加载的环(19) 芯部(16)和以轴线(14)为中心的间隔件(18A,18B)。 非磁性间隔物中的至少一个是多片式组件(18A),其包括具有选定的宽度以提供预定范围内的周向预载的垫片(32,49)。