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    • 5. 发明申请
    • ROTOR OF ROTARY ELECTRIC MACHINE
    • 旋转电机转子
    • WO2014024016A2
    • 2014-02-13
    • PCT/IB2013001588
    • 2013-07-22
    • TOYOTA MOTOR CO LTDKUBO KAORUMIZUTANI RYOJIKATO HIROKIYAMADA EIJICHINEN SHINTARONAKAI HIDEOHIRAMOTO KENJI
    • KUBO KAORUMIZUTANI RYOJIKATO HIROKIYAMADA EIJICHINEN SHINTARONAKAI HIDEOHIRAMOTO KENJI
    • H02K3/487
    • H02K3/487H02K1/246H02K3/20H02K3/527H02K11/042
    • A rotor (14) of a rotary electric machine includes a rotor core (14) having a plurality of rotor salient poles (32n, 32s) that are disposed on an outer periphery of the rotor core in a circumferential direction of the rotor core, rotor coils (28n, 28s, 30n, 30s) wound on the rotor salient poles (32n, 32s), and a retainer member (50) provided so as to close a slot (34) formed between the rotor salient poles (32n, 32s). The retainer member (50) includes a leg portion (52) that extends radially in the slot (34) between rotor coils wound on two rotor salient poles (32n, 32s) adjacent to each other in the circumferential direction and is fixed to the rotor core (24), and beam portions (54) that extend in the opposite circumferential directions each other from a radially outer end portion of the leg portion (52) and that close an outer periphery of the slot (34). The leg portion (52) of the retainer member (50) is provided with protrusion portions (56) protruded in circumferential directions to engage with the coil winding that forms the rotor coils (30n, 30s).
    • 旋转电机的转子(14)包括转子芯(14),转子铁心(14)具有多个转子凸极(32n,32s),转子铁心在转子铁心的周向设置在外周上, 缠绕在转子凸极(32n,32s)上的线圈(28n,28s,30n,30s)和设置成闭合形成在转子凸极(32n,32s)之间的槽(34)的保持构件(50) 。 保持构件(50)包括在周向上彼此相邻的两个转子凸极(32n,32s)上卷绕在转子线圈之间的狭槽(34)中径向延伸的腿部(52),并且固定到转子 芯部(24)以及从脚部(52)的径向外端部沿相反圆周方向延伸并且闭合狭槽(34)的外周的梁部(54)。 保持构件(50)的腿部(52)设置有沿圆周方向突出的突出部(56),以与形成转子线圈(30n,30s)的线圈绕组接合。
    • 6. 发明申请
    • ROTARY ELECTRIC MACHINE CONTROL SYSTEM AND ROTARY ELECTRIC MACHINE CONTROL METHOD
    • 旋转电机控制系统及旋转电机控制方法
    • WO2014057333A3
    • 2014-09-12
    • PCT/IB2013002210
    • 2013-09-24
    • TOYOTA MOTOR CO LTDYAMADA EIJIHIRAMOTO KENJI
    • YAMADA EIJIHIRAMOTO KENJI
    • H02P21/00H02K19/12H02K19/28H02K21/04H02P25/02H02P25/08
    • H02P21/0035H02K19/12H02P21/20H02P21/22H02P25/03H02P25/08
    • A rotary electric machine control system includes a control device that controls a rotary electric machine. When there is a current phase at which a reluctance torque is maximum between a first current phase (Θ1) of a first current vector (I1) on which current pulses have not been superimposed yet and a second current phase (Θ2) of a second current vector (I2) obtained by increasing a d-axis current and reducing a q-axis current, the control device sets an intermediate current vector (Im) having an intermediate phase (Θm) between the first and second current phases (Θ1, Θ2). The intermediate current vector (Im) is set so as to be larger than an imaginary current vector (Ima) at the intermediate phase (Θm) in the case where a vector locus is varied in a straight line from the first current vector (I1) to the second current vector (I2). The current pulses are generated by changing the current vector in order of I1, Im and I2 and returning the current vector in order of Im and I1.
    • 旋转电机控制系统包括控制旋转电机的控制装置。 当在电流脉冲尚未叠加的第一电流矢量(I1)的第一电流相位(θ1)与第二电流的第二电流相位(θ2)之间存在磁阻转矩最大的电流相位时 通过增加d轴电流和减小q轴电流而获得的矢量(I 2),控制装置在第一和第二电流相位(θ1,θ2)之间设置具有中间相位(Θm)的中间电流矢量(Im) 。 在矢量轨迹从第一电流矢量(I1)直线变化的情况下,中间电流矢量(Im)被设定为大于中间相位(Θm)处的虚拟电流矢量(Ima) 到第二电流矢量(I2)。 通过以I1,Im和I2的顺序改变电流矢量并按照Im和I1的顺序返回电流矢量来生成电流脉冲。
    • 9. 发明申请
    • ROTARY ELECTRIC MACHINE CONTROL SYSTEM AND ROTARY ELECTRIC MACHINE CONTROL METHOD
    • 旋转电机控制系统和旋转电机控制方法
    • WO2014057333A8
    • 2014-12-04
    • PCT/IB2013002210
    • 2013-09-24
    • TOYOTA MOTOR CO LTDYAMADA EIJIHIRAMOTO KENJI
    • YAMADA EIJIHIRAMOTO KENJI
    • H02P21/00H02K19/12H02K19/28H02K21/04H02P25/02H02P25/08
    • H02P21/0035H02K19/12H02P21/20H02P21/22H02P25/03H02P25/08
    • A rotary electric machine control system includes a control device that controls a rotary electric machine. When there is a current phase at which a reluctance torque is maximum between a first current phase (Θ1) of a first current vector (I1) on which current pulses have not been superimposed yet and a second current phase (Θ2) of a second current vector (I2) obtained by increasing a d-axis current and reducing a q-axis current, the control device sets an intermediate current vector (Im) having an intermediate phase (Θm) between the first and second current phases (Θ1, Θ2). The intermediate current vector (Im) is set so as to be larger than an imaginary current vector (Ima) at the intermediate phase (Θm) in the case where a vector locus is varied in a straight line from the first current vector (I1) to the second current vector (I2). The current pulses are generated by changing the current vector in order of I1, Im and I2 and returning the current vector in order of Im and I1.
    • 旋转电机控制系统包括控制旋转电机的控制装置。 当电流脉冲尚未被叠加的第一电流矢量(I1)的第一电流相位(Θ1)与第二电流的第二电流相位(Θ2)之间存在磁阻转矩最大的当前相位时 通过增加d轴电流并减小q轴电流获得的矢量(I2),控制装置设置在第一和第二电流相位(θ1,θ2)之间具有中间相位(Θm)的中间电流矢量(Im) 。 在矢量轨迹从第一电流矢量(I1)的直线变化的情况下,中间电流矢量(Im)被设定为大于中间相位(Θm)处的虚设电流矢量(Ima) 到第二电流矢量(I2)。 通过按照I1,Im和I2的顺序改变电流矢量产生电流脉冲,并按照Im和I1的顺序返回电流矢量。