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    • 3. 发明授权
    • Rotary electric machinery
    • 旋转电机
    • US5449962A
    • 1995-09-12
    • US134941
    • 1993-10-13
    • Akiya ShichijyoShin KusaseHiroaki KajiuraAtsushi Umeda
    • Akiya ShichijyoShin KusaseHiroaki KajiuraAtsushi Umeda
    • H02K1/24H02K3/28H02K5/24H02K17/12H02K19/22H02K3/00
    • H02K1/243H02K3/28
    • A stator coil of a rotary electric machine includes a three-phase Y-form connection circuit including first windings Y1, Y2 and Y3, which are connected in Y-form, and a three-phase delta-form connection circuit including second windings .increment.x3, .increment.y3 and .increment.z3 which are connected in delta-form, wherein the second windings .increment.x3, .increment.y3 and .increment.z3 are sequentially inserted in slots of a stator core to have a phase difference of 120.degree. therebetween, and each of the first windings Y1, Y2 and Y3 is divided into two windings, and the divided first windings are separately inserted in the slots, in which the second windings .increment.x3, .increment.y3 and .increment.z3 have been inserted, so that the resultant composite voltage vector of each pair of the divided first windings is shifted by 30.degree. in phase from the voltage vector of one of the second windings .increment.x3, .increment.y3 and .increment.z3. By virtue of the foregoing structure of the rotary electric machinery, the number of slots decreases and an electromagnetic noise is reduced, since a magnetic force due to the air gap magnetomotive force distribution becomes substantially constant independently of a rotational position of a rotor.
    • 旋转电机的定子线圈包括三相Y型连接电路,其包括以Y形连接的第一绕组Y1,Y2和Y3以及包括第二绕组INCREMENT x3的三相三角形连接电路 ,以三角形形式连接的INCREMENT y3和INCREMENT z3,其中第二绕组INCREMENT x3,INCREMENT y3和INCREMENT z3依次插入定子铁芯的槽中,在其间具有120°的相位差,并且第一 绕组Y1,Y2和Y3被分成两个绕组,并且分开的第一绕组被分别插入插入第二绕组INCREMENT x3,INCREMENT y3和INCREMENT z3的槽中,使得所得到的复合电压矢量 一对分割的第一绕组从第二绕组INCREMENT x3,INCREMENT y3和INCREMENT z3之一的电压矢量的相位偏移30°。 由于旋转电机的上述结构,由于气隙磁动势分布引起的磁力与转子的旋转位置无关,所以槽的数量减少并且电磁噪声减小。
    • 5. 发明授权
    • Vehicle motor-generator apparatus utilizing synchronous machine having field winding
    • 利用具有励磁绕组的同步电机的车辆电动发电机装置
    • US06806687B2
    • 2004-10-19
    • US10761270
    • 2004-01-22
    • Hiroaki Kajiura
    • Hiroaki Kajiura
    • H02P1100
    • F02N11/04F02N2300/104H02J7/1453H02J7/1461H02J7/1492H02P9/02
    • A vehicle motor-generator apparatus based on a field winding type of synchronous machine coupled to a power inverter and a battery, wherein the synchronous machine is controlled to operate as a motor to perform engine starting and thereafter be driven by the engine as an electrical generator, wherein during a short time interval at the commencement of engine starting, the armature winding of the synchronous machine is driven by a current such that magnetic flux is produced by the armature winding acting in the same direction as magnetic flux produced by the field winding, to thereby achieve increased torque during the time when maximum torque is required. In addition, the supplied field current is set at a maximum value during only an initial period when engine starting begins, until the first compression stroke of the engine has been completed, and thereafter set to a reduced value until the completion of engine starting, thereby reducing the amount temperature rise within the field winding during engine starting, while ensuring a sufficiently high value of initial torque.
    • 一种基于耦合到电力逆变器和电池的同步电机的励磁绕组型的车辆电动发电机装置,其中,所述同步电机被控制为作为电动机进行发动机起动,然后由作为发电机的发动机驱动 其中,在发动机启动开始时的短时间间隔内,同步电机的电枢绕组由电流驱动,使得由与励磁绕组产生的磁通量相同的方向作用的电枢绕组产生磁通, 从而在需要最大扭矩的时间内实现增加的扭矩。 此外,在发动机起动开始的初始期间,直到发动机的第一压缩冲程已经完成,然后将其设定为减小的值直到发动机起动结束为止,将所提供的励磁电流设定为最大值,从而 在发动机启动期间减小励磁绕组内的温度升高,同时确保初始转矩足够高。
    • 8. 发明授权
    • Stator for rotary electric machine and rotary electric machine using same
    • 旋转电机和旋转电机定子采用相同方式
    • US08008830B2
    • 2011-08-30
    • US12529651
    • 2008-03-04
    • Shinji KoudaHiroaki KajiuraMasahiro Takada
    • Shinji KoudaHiroaki KajiuraMasahiro Takada
    • H02K3/00
    • H02K3/12H02K3/28H02K3/345H02K3/50H02K15/064
    • The wire 30 forming the stator winding 20 includes the in-slot portions 40 to be disposed in the slots 14 and 15 of the stator core 12 and the turned portions 42 connecting the in-slot portions 40 disposed in the circumferentially different slots 14 and 15. The turned portions 42 formed on axial opposite end sides of the stator core 12. The crank portion 44 which does not twist is formed at substantially the center of the turned portion 42. Steps are formed at sections of the turned portion 42 which protrude outside the stator core 12 from the slots 14 and 15. Further, the turned portion 42 of the wire 30 also has two steps 48 formed between the substantially central crank portion 44 and each of the steps 46 formed at the protruding sections of the turned portion 42.
    • 形成定子绕组20的线30包括设置在定子铁芯12的槽14和15中的槽内部分40和连接设置在周向不同的槽14和15中的槽内部分40的转向部分42 形成在定子铁芯12的轴向相对端侧的转动部分42.基本上在转动部分42的中心形成有不扭曲的曲柄部分44.在转动部分42的突出外侧的部分处形成台阶 来自槽14和15的定子铁心12.此外,线30的转动部分42还具有形成在基本上中心的曲柄部分44和形成在转动部分42的突出部分的每个台阶46之间的两个台阶48 。