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    • 2. 发明授权
    • Method of fabrication of an induction motor driven seal-less pump
    • 感应电动机驱动无密封泵的制造方法
    • US06578251B2
    • 2003-06-17
    • US09842420
    • 2001-04-27
    • Gerald Burt KlimanRoger Neal Johnson
    • Gerald Burt KlimanRoger Neal Johnson
    • H02K1510
    • H02K5/128H02K3/493Y10S264/58Y10T29/49009Y10T29/49012Y10T29/49236
    • A method of fabricating a motor-pump combination with the motor including a stator including a plurality of teeth extending between opposite stator end faces and a plurality of tooth tips defining a generally axial bore, the method including: forming a magnetic portion of a generally annular sleeve by compression molding a plurality of axially extending ferromagnetic strips using a plastic binder; forming a non magnetic portion of the annular sleeve by injection molding plastic material between adjacent ferromagnetic strips; molding a resin material casing member for the pump with the casing member having a generally annular cylindrical section and including the annular sleeve in part in the annular cylindrical section; and inserting the annular cylindrical section into the bore of the stator and aligning the ferromagnetic strips of the annular sleeve in abutting engagement with the tooth tips on the teeth of the stator.
    • 一种制造与电动机的电机 - 泵组合的方法,包括定子,该定子包括在相对的定子端面之间延伸的多个齿和限定大致轴向孔的多个齿顶,该方法包括:形成大致环形的磁性部分 套筒,通过使用塑料粘合剂压缩成型多个轴向延伸的铁磁条; 通过在相邻的铁磁条之间注塑塑料材料来形成环形套筒的非磁性部分; 模制用于泵的树脂材料外壳构件,其中壳体构件具有大致环形的圆柱形部分,并且环形套筒部分地包括在环形圆柱形部分中; 并且将环形圆柱形部分插入定子的孔中并使环形套筒的铁磁条与定子的齿上的齿尖对准接合。
    • 6. 发明授权
    • Method of fabricating rotors with retaining cylinders and reduced
harmonic field effect losses
    • 用保持气缸制造转子和减少谐波场效应损失的方法
    • US6141856A
    • 2000-11-07
    • US72322
    • 1998-05-04
    • Roger Neal JohnsonGerald Burt KlimanYuefeng LiaoWen Liang Soong
    • Roger Neal JohnsonGerald Burt KlimanYuefeng LiaoWen Liang Soong
    • H02K1/27H02K17/16H02K15/02
    • H02K1/278H02K1/2733H02K17/165Y10T29/49012
    • A rotor includes a shaft; a permanent magnet layer; and a retainer comprising a conductive, low magnetic permeability material bound to the rotor shaft. The permanent magnet layer is semi-restricted between the shaft and the retainer. In one embodiment, the magnet layer includes a molded ring magnet. In another embodiment, the magnet layer includes a plurality of magnet segments which can be situated on the rotor in rotor pockets or in a rotor cage. The bond between the retainer and the rotor can be enabled by a cap or by support elements. A high conductivity material can be situated over the retainer with the combination of the retainer and the high conductivity material having a resistivity high enough to minimize space harmonic losses and low enough to minimize time harmonic losses. The high conductivity material can also be applied to induction rotors for excluding high frequency components while permitting penetration of low frequency torque producing fields.
    • 转子包括轴; 永磁体层; 以及保持器,其包括结合到转子轴的导电低磁导率材料。 永磁体层在轴和保持器之间被半限制。 在一个实施例中,磁体层包括模制环形磁体。 在另一个实施例中,磁体层包括多个磁体段,磁体段可以位于转子槽中或转子笼中的转子上。 保持器和转子之间的接合可以通过盖子或支撑元件来实现。 高导电性材料可以位于保持器上方,保持器和高导电性材料的组合具有足够高的电阻率,以最小化空间谐波损耗并且足够低以使时间谐波损耗最小化。 高导电性材料也可以应用于感应转子,以排除高频部件,同时允许低频转矩产生领域的穿透。
    • 7. 发明授权
    • Rotors with retaining cylinders and reduced harmonic field effect losses
    • 具有保持气缸的转子和减少的谐波场效应损失
    • US5801470A
    • 1998-09-01
    • US770215
    • 1996-12-19
    • Roger Neal JohnsonGerald Burt KlimanYuefeng LiaoWen Liang Soong
    • Roger Neal JohnsonGerald Burt KlimanYuefeng LiaoWen Liang Soong
    • H02K1/27H02K17/16H02K21/12
    • H02K1/278H02K1/2733H02K17/165Y10T29/49012
    • A rotor includes a shaft; a permanent magnet layer; and a retainer comprising a conductive, low magnetic permeability material bound to the rotor shaft. The permanent magnet layer is semi-restricted between the shaft and the retainer. In one embodiment, the magnet layer includes a molded ring magnet. In another embodiment, the magnet layer includes a plurality of magnet segments which can be situated on the rotor in rotor pockets or in a rotor cage. The bond between the retainer and the rotor can be enabled by a cap or by support elements. A high conductivity material can be situated over the retainer with the combination of the retainer and the high conductivity material having a resistivity high enough to minimize space harmonic losses and low enough to minimize time harmonic losses. The high conductivity material can also be applied to induction rotors for excluding high frequency components while permitting penetration of low frequency torque producing fields.
    • 转子包括轴; 永磁体层; 以及保持器,其包括结合到转子轴的导电低磁导率材料。 永磁体层在轴和保持器之间被半限制。 在一个实施例中,磁体层包括模制环形磁体。 在另一个实施例中,磁体层包括多个磁体段,磁体段可以位于转子槽中或转子笼中的转子上。 保持器和转子之间的接合可以通过盖子或支撑元件来实现。 高导电性材料可以位于保持器上方,保持器和高导电性材料的组合具有足够高的电阻率,以最小化空间谐波损耗并且足够低以使时间谐波损耗最小化。 高导电性材料也可以应用于感应转子,以排除高频部件,同时允许低频转矩产生领域的穿透。