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    • 1. 发明授权
    • Liquid cooling for induction motors
    • 感应电动机的液体冷却
    • US4311932A
    • 1982-01-19
    • US116010
    • 1980-01-28
    • Raymond N. Olson
    • Raymond N. Olson
    • H02K17/16H02K3/24H02K9/19H02K9/00
    • H02K9/19H02K3/24
    • An induction motor is disclosed which utilizes a liquid in intimate contact with the rotor and stator conductors for cooling and yet minimizes the disadvantages of high rotational drag losses associated with conventional spray cooled motors. Cooling liquid is conducted through a hollow rotor shaft and directed to a cavity at the center of the magnetic length of the rotor. The cavity is formed by separating two adjacent rotor laminations. The cooling liquid flows axially from the central cavity toward the rotor ends through slots which contain the rotor conductors. A sealing band is provided around the rotor laminations to prevent cooling liquid from entering the air gap between the rotor and the stator.
    • 公开了一种感应电动机,其利用与转子和定子导体紧密接触的液体进行冷却,并且使与传统喷雾冷却电动机相关的高旋转阻力损失的缺点最小化。 冷却液通过中空的转子轴传导并引导到转子磁力长度中心的空腔。 空腔通过分离两个相邻的转子叠片而形成。 冷却液体通过包含转子导体的槽从中心腔轴向流向转子端。 在转子叠片周围设置密封带,以防止冷却液进入转子和定子之间的空气间隙。
    • 2. 发明授权
    • Liquid cooled high speed synchronous machine
    • 液冷高速同步机
    • US4514652A
    • 1985-04-30
    • US513333
    • 1983-07-13
    • Raymond N. Olson
    • Raymond N. Olson
    • H02K1/32H02K3/24H02K5/128H02K5/20H02K9/19H02K19/38H02K9/00
    • H02K19/38H02K5/128H02K9/19
    • A rotary electric machine such as a brushless generator including a housing, a stator within the housing and a rotor journalled within the housing. A stationary element is affixed to the housing and extends axially into a cavity in the rotor and a barrier is provided in the air gap between the stator and the rotor. The barrier serves to isolate the flow of coolant to the stator from the air gap and the stationary element serves as a means for mounting, within the rotor, components of a permanent magnet generator and an exciter which may be wholly contained within the rotor. The stationary element is also provided with a conduit for conducting coolant to the various components of the rotor.
    • 一种诸如无刷发电机的旋转电机,包括壳体,壳体内的定子和轴颈支承在壳体内的转子。 固定元件固定在壳体上并且轴向延伸到转子中的空腔中,并且在定子和转子之间的气隙中设置有阻挡件。 隔离件用于将冷却剂与气隙的流动隔离开,并且固定元件用作在转子内安装永磁发电机和可完全包含在转子内的励磁机的部件的装置。 固定元件还设置有用于将冷却剂传导到转子的各种部件的导管。
    • 4. 发明授权
    • Combined starting/generating system and method
    • 组合启动/生成系统和方法
    • US4481459A
    • 1984-11-06
    • US563449
    • 1983-12-20
    • Byron R. MehlRaymond N. OlsonTimothy F. Glennon
    • Byron R. MehlRaymond N. OlsonTimothy F. Glennon
    • F02N11/04F02N11/08H02P1/00
    • F02N11/0859F02N11/04F02N2011/0888F02N2011/0896F02N2200/041H02P2201/07
    • A power conversion system for converting between electric and motive power may be utilized either in a generating mode to generate electric power from motive power supplied by a prime mover or in a starting mode wherein motive power is developed by the power conversion system from electrical power and is supplied through a torque converter to the prime mover to start same. The power conversion system includes a main generator, an exciter and a permanent magnet generator, or PMG, which together comprise a brushless alternator. When operated in the starting mode, power is supplied to the PMG to cause it to act as a motor and thereby drive a rotor which is common to the PMG, exciter and main generator. Once a predetermined operating condition of the generator is attained, the main generator is supplied power from a motor control to cause the generator to act as a synchronous motor and the power supply to the PMG is disconnected. The torque converter is then commanded to transfer motive power from the generator to the prime mover to start same.
    • 用于在电力和动力之间转换的电力转换系统可以在发电模式中用于从由原动机提供的动力或起动模式产生电力,其中动力由电力转换系统从电力开发, 通过变矩器提供给原动机启动相同。 电力转换系统包括主发电机,励磁机和永磁发电机或PMG,它们共同构成无刷交流发电机。 当在起动模式下工作时,向PMG供电,使其作为电动机,从而驱动PMG,励磁机和主发电机共用的转子。 一旦达到发电机的预定工作状态,主发电机就从电动机控制器供电,使发电机作为同步电动机,而PMG的电源断开。 然后命令变矩器将动力从发电机传递到原动机以启动相同。