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    • 1. 发明申请
    • Compact and reliable structure of multi-rotor synchronous machine
    • 多转子同步电机结构紧凑可靠
    • US20040232800A1
    • 2004-11-25
    • US10849427
    • 2004-05-20
    • Masahiro SeguchiShigenori YonedaYuichi Imani
    • H02K001/22
    • H02K21/029F02N11/04F02N2300/104H02K7/18H02K11/048H02K16/02H02K21/12H02K21/16H02K21/225
    • A compact and reliable structure of a multi-rotor synchronous machine which may be employed as a generator/motor for automotive vehicles is provided. The machine includes an outer rotor having permanent magnets, an inner rotor having permanent magnets disposed to be rotatable relative to the outer rotor, a stator core having armature coils interlinking with field magnetic fluxes produced by the outer and inner rotors, and a rotor-to-rotor relative rotation controlling mechanism. A relative angle between the outer and inner rotors is controlled within a given angular range by controlling the phase and quantity of current flowing through the armature coils to rotate the inner rotor relative to the outer rotor through the rotor-to-rotor relative rotation controlling mechanism, thereby changing the magnetic fluxes interlinking with the armature coils as needed.
    • 提供了可以用作机动车辆的发电机/电动机的多转子同步电机的紧凑可靠的结构。 该机器包括具有永磁体的外转子,具有设置成能够相对于外转子旋转的永磁体的内转子,具有与由外转子和内转子产生的励磁磁通相互连接的电枢线圈的定子铁芯, - 转子相对旋转控制机构。 通过控制流过电枢线圈的电流的相位和数量,通过转子 - 转子相对旋转控制机构使内转子相对于外转子旋转,将外转子和内转子之间的相对角度控制在给定的角度范围内 从而根据需要改变与电枢线圈相互连接的磁通量。
    • 3. 发明申请
    • Apparatus and method for retaining a cooling fan
    • 用于保持冷却风扇的装置和方法
    • US20040178697A1
    • 2004-09-16
    • US10635179
    • 2003-08-06
    • Michael T. York
    • H02K001/22H02K009/06
    • H02K9/06H02K1/243H02K7/003H02K13/003
    • A method is performed for attaching a fan to a rotor assembly for a dynamo-electric machine. A shaft is mounted within a housing of the dynamo-electric machine. The shaft includes an integral shoulder portion for creating an abutment surface. A fan which includes a fan base and a plurality of fan blades protruding from the fan base is mounted on the shaft. The fan base has a central bore wherein an inner circumference of the fan base along the central bore is juxtaposed to the abutment surface. A pair of pole cores is mounted axially along the shaft toward the shoulder portion so as to clamp the fan between a respective end of the pole cores and the abutment surface.
    • 执行用于将风扇附接到用于发电机的转子组件的方法。 轴安装在发电机的壳体内。 轴包括用于产生邻接表面的整体肩部。 包括风扇基座和从风扇底座突出的多个风扇叶片的风扇安装在轴上。 风扇底座具有中心孔,其中沿着中心孔的风扇底座的内圆周并列到邻接表面。 一对极芯沿着轴轴向安装到肩部,以便将风扇夹在极芯的相应端和邻接表面之间。
    • 5. 发明申请
    • Stator mounting for a double rotor electric motor
    • 双转子电动机的定子安装
    • US20040135461A1
    • 2004-07-15
    • US10476173
    • 2003-11-03
    • Shuzo MiyakeYoshiyuki SakashitaMasaki NakanoMasahiro KosakaMinoru ArimitsuToshikazu Oshidari
    • H02K001/06H02K001/12H02K001/22
    • H02K16/02H02K1/148H02K1/18H02K3/24H02K9/19H02K9/197
    • A rotary electric motor is provided which comprises an annular first rotor, an annular stator disposed concentric with and radially outside the first rotor, and an annular second rotor disposed concentric with and radially outside the stator, the stator including a stator core made up of a plurality of stator pieces that are arranged in a circular array and electrically independently from each other, coils wound around the respective stator pieces, annular first and second brackets disposed on opposite axial ends of the stator core, a fastening device passing through holes of the first and second brackets and fixedly holding the stator core between the first and second brackets, and an induction current suppressing device suppressing an induction current that is produced in response to a variation of magnetic flux of each of the coils and flows through the fastening device.
    • 提供了一种旋转电动机,其包括环形第一转子,与第一转子同心并且径向外侧布置的环形定子,以及与定子同心且径向设置在外部的环形第二转子,所述定子包括由 以圆形阵列排列并彼此电独立的多个定子片,卷绕在各个定子片上的线圈,设置在定子芯的相对的轴向端部的环形的第一和第二托架,穿过第一 和第二支架,并且将定子铁心固定在第一和第二支架之间,以及感应电流抑制装置,其抑制响应于每个线圈的磁通量的变化而产生的感应电流并流过紧固装置。
    • 7. 发明申请
    • Quantum disk armature electric generator
    • 量子盘电枢发电机
    • US20040080238A1
    • 2004-04-29
    • US10281039
    • 2002-10-28
    • Sydney A. Cunningham
    • H02K001/22
    • H02K1/182H02K1/28H02K7/003H02K16/00H02K23/54
    • A generator designed to use any required number of disk shape armature winding and disk shape magnetic polefaces, wherein armature and polefaces are fabricated by creating an opening in the center of each said componant. A armature shaft intersect each poleface and rotate therethrough without contacting said poleface, armature winding associated with the polefaces is attach to said armature shaft with each armature situated between two magnetic poleface, said polefaces are secured by sleevemeans attach to each poleface. Armature shaft with commutator fitted at the output end is rotatable supported at each end by endframes and extend beyond the second endframe; elongated support strut fixedly attach each endframe to each end of said support strut. Each poleface is held in a fixed position by attaching each sleeve to the support strut. When a torque is applied to the armature shaft, said shaft and any number of armature connected to it will rotate with each armature winding rotating between two fixed magnetic poleface; said windings cut the magnetic lines of fource as it rotate and generate current in the windings, this current is available at the output of the generator.
    • 设计用于使用任何所需数量的盘形电枢绕组和盘形磁极的发电机,其中通过在每个所述部件的中心形成开口来制造电枢和极板。 电枢轴与每个极面相交并且在不接触所述极面的情况下相互旋转,而与极点相关联的电枢绕组附接到所述电枢轴,每个电枢位于两个磁极面之间,所述极面通过连接到每个极面的套筒固定。 具有安装在输出端的换向器的电枢轴在每一端可旋转地被端框支撑并且延伸超出第二端框; 细长的支撑支柱将每个端框固定地附接到所述支撑支柱的每个端部。 每个极板通过将每个套筒附接到支撑支柱而保持在固定位置。 当转矩施加到电枢轴时,所述轴和连接到其的任何数量的电枢将随着每个电枢绕组在两个固定磁极面之间旋转而旋转; 所述绕组在其旋转时切断电源线,并在绕组中产生电流,该电流在发电机的输出端可用。
    • 8. 发明申请
    • High-speed rotor
    • 高速转子
    • US20040070306A1
    • 2004-04-15
    • US10628046
    • 2003-07-25
    • MS-Technologie GmbH
    • Hansjurg Gysin
    • H02K001/22
    • H02K1/278
    • A high-speed rotor, in particular a permanent-magnet rotor (1) for dynamoelectric machines of high power density, and also its production are proposed. The permanent-magnet rotor (1) comprises a spindle (2) and armouring (4) coaxial with the spindle (2), a number of ceramic permanent magnets (3a-3d) that are distributed between the spindle (2) and the cylindrical sheath (4), and also a gap-filling filling compound. Said filling compound made of filled polymers seals the gaps in the permanent-magnet rotor (1) by injection moulding. Due to the remanent pretension, the permanent magnets (3a-3d) remain permanently rigidly joined even against high centrifugal forces.
    • 提出了一种高速转子,特别是用于高功率密度的电动机的永磁转子(1)及其生产。 永磁转子(1)包括主轴(2)和与主轴(2)同轴的葫芦(4),多个陶瓷永磁体(3a-3d)分布在主轴(2)和圆筒 护套(4),以及间隙填充填充剂。 由填充聚合物制成的填充化合物通过注射成型密封永磁转子(1)中的间隙。 由于剩余的预紧力,永磁体(3a-3d)即使在高离心力下也保持永久地刚性接合。