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    • 1. 发明授权
    • Motor control device and electric power steering device
    • 电机控制装置及电动助力转向装置
    • US08410734B2
    • 2013-04-02
    • US12812678
    • 2009-01-16
    • Takeshi UedaNobuhiro UchidaKouya Yoshida
    • Takeshi UedaNobuhiro UchidaKouya Yoshida
    • H02P21/00
    • H02P6/10B62D5/046B62D5/0463H02P21/06
    • In a motor control device, a control calculation unit obtains a phase voltage instruction value. A current detecting unit detects an electric current which flows into the brushless motor. A rotational position detecting unit detects the rotational position of a rotor in the brushless motor. A correction unit corrects the phase voltage instruction value based on the detection results of the current detecting unit and the rotational position detecting unit so that a dependency of a ratio on an electric angle shown by a secondary harmonic component of the ratio concerning the electric angle of the brushless motor. The ratio is a ratio of a q-axis or d-axis component of the electric current, which flows into the brushless motor, to a q-axis or d-axis instruction value. A driving unit drives the brushless motor based on the phase voltage instruction value after the correction by the correction unit.
    • 在电动机控制装置中,控制运算部获得相电压指示值。 电流检测单元检测流入无刷电动机的电流。 旋转位置检测单元检测无刷电动机中的转子的旋转位置。 校正单元基于电流检测单元和旋转位置检测单元的检测结果来校正相电压指令值,使得相对于电角度的比例的二次谐波分量所示的电角度的比率 无刷电机。 该比率是流入无刷电动机的电流的q轴或d轴分量与q轴或d轴指令值的比。 驱动单元基于校正单元进行校正后的相电压指令值来驱动无刷电动机。
    • 3. 发明授权
    • Vehicle steering apparatus
    • 车辆转向装置
    • US08342287B2
    • 2013-01-01
    • US12867488
    • 2009-02-10
    • Kouya YoshidaNobuhiro Uchida
    • Kouya YoshidaNobuhiro Uchida
    • B62D5/04
    • B62D5/0406B62D5/0409H02K7/1166H02K9/22H02K11/33
    • A vehicle steering apparatus (1) comprises: a control device (12) which controls an actuation of an electric motor (18); a control housing (H) which partitions an accommodation chamber (100) which accommodates the control device (12); an adjacent housing (27, 28; 280; 35A) which is adjacent to the control housing (H); and a heat-conducting member (96; 96A; 96B; 96C; 96D; 96E). The adjacent housing (27, 28; 280; 35A) is opposite to the electric motor (18) with the control housing (H) interposed therebetween. The heat-conducting element (96; 96A; 96B; 96C; 96D; 96E) comprises: an adjacent section (97) which is adjacent to a heat-generating element (83) of the control device (12) so that heat can be conducted; and a connected section (98; 98A; 98B; 98C; 98D; 98E) that is connected to the adjacent housing (27, 28; 280; 35A) so that heat can be conducted.
    • 车辆转向装置(1)包括:控制电动机(18)的致动的控制装置(12); 控制壳体(H),其分隔容纳所述控制装置(12)的容纳室(100); 与所述控制壳体(H)相邻的相邻壳体(27,28; 280; 35A); 和导热构件(96; 96A; 96B; 96C; 96D; 96E)。 相邻的壳体(27,28; 280; 35A)与电动机(18)相对,控制壳体(H)插入其间。 导热元件(96; 96A; 96B; 96C; 96D; 96E)包括:与控制装置(12)的发热元件(83)相邻的相邻部分(97),使得热量可以 进行 以及连接到相邻壳体(27,28; 280; 35A)的连接部分(98; 98A; 98B; 98C; 98D; 98E),从而可以进行加热。
    • 6. 发明申请
    • MOTOR CONTROL DEVICE AND ELECTRIC POWER STEERING DEVICE
    • 电机控制装置和电力转向装置
    • US20110214934A1
    • 2011-09-08
    • US12812678
    • 2009-01-16
    • Takeshi UedaNobuhiro UchidaKouya Yoshida
    • Takeshi UedaNobuhiro UchidaKouya Yoshida
    • B62D5/04H02P21/14
    • H02P6/10B62D5/046B62D5/0463H02P21/06
    • In a motor control device, a control calculation unit obtains a phase voltage instruction value. A current detecting unit detects an electric current which flows into the brushless motor. A rotational position detecting unit detects the rotational position of a rotor in the brushless motor. A correction unit corrects the phase voltage instruction value based on the detection results of the current detecting unit and the rotational position detecting unit so that a dependency of a ratio on an electric angle shown by a secondary harmonic component of the ratio concerning the electric angle of the brushless motor. The ratio is a ratio of a q-axis or d-axis component of the electric current, which flows into the brushless motor, to a q-axis or d-axis instruction value. A driving unit drives the brushless motor based on the phase voltage instruction value after the correction by the correction unit.
    • 在电动机控制装置中,控制运算部获取相电压指示值。 电流检测单元检测流入无刷电动机的电流。 旋转位置检测单元检测无刷电动机中的转子的旋转位置。 校正单元基于电流检测单元和旋转位置检测单元的检测结果来校正相电压指令值,使得相对于电角度的比例的二次谐波分量所示的电角度的比率 无刷电机。 该比率是流入无刷电动机的电流的q轴或d轴分量与q轴或d轴指令值的比。 驱动单元基于校正单元进行校正后的相电压指令值来驱动无刷电动机。
    • 7. 发明申请
    • VEHICLE STEERING APPARATUS
    • 车辆转向装置
    • US20110000737A1
    • 2011-01-06
    • US12867487
    • 2009-02-09
    • Shigeki NagaseKen MatsubaraMinoru SentokuKunihiro OkaMotoo NakaiKouya YoshidaNobuhiro UchidaNaotake Kanda
    • Shigeki NagaseKen MatsubaraMinoru SentokuKunihiro OkaMotoo NakaiKouya YoshidaNobuhiro UchidaNaotake Kanda
    • B62D5/04
    • B62D5/0406H02K5/10H02K5/1735H02K7/081H02K7/1166H02K11/215H02K11/33
    • Disclosed is a vehicle steering apparatus (1; 301) equipped with a control device (12; 322) which controls the actuation of an electric motor (18; 317). First and second housings (23, 24 325, 312), which are in contact with each other, partition off an accommodation chamber (100; 324) which contains the control device (12; 322). The first housing (23; 325) is at least one part of the motor housing (25; 323). The first housing (23; 325) includes a first interior wall surface (101; 401) which partially partitions the accommodation chamber (100; 324). The second housing (24; 312) includes a second interior wall surface (102; 402) which partially partitions the accommodation chamber (100; 324). The first and the second interior wall surfaces (101, 102; 401, 402) are opposite each other with respect to the axial direction (X1) of a rotatable shaft (37; 352) of an electric motor (18; 317). The second interior wall surface (102; 402) includes the flat annular surface that surrounds a central axis (C1) of the rotatable shaft (37; 352) and an extension (C2) of the central axis (C1). The flat circular surface is orthogonal to the central axis (C1) and the extension (C2) of same.
    • 公开了一种配备有控制电动机(18; 317)的致动的控制装置(12; 322)的车辆转向装置(1; 301)。 彼此接触的第一和第二壳体(23,24 325,312)分隔开包含控制装置(12; 322)的容纳室(100; 324)。 第一壳体(23; 325)是电动机壳体(25; 323)的至少一部分。 第一壳体(23; 325)包括部分地分隔容纳室(100; 324)的第一内壁表面(101; 401)。 第二壳体(24; 312)包括部分地分隔容纳室(100; 324)的第二内壁表面(102; 402)。 第一和第二内壁表面(101,102; 401,402)相对于电动机(18; 317)的可旋转轴(37; 352)的轴向方向(X1)彼此相对。 第二内壁表面(102; 402)包括围绕可旋转轴(37; 352)的中心轴线(C1)和中心轴线(C1)的延伸部(C2)的平坦环形表面。 平坦的圆形表面与中心轴线(C1)和延伸部分(C2)正交。
    • 8. 发明申请
    • VEHICLE STEERING APPARATUS
    • 车辆转向装置
    • US20100320026A1
    • 2010-12-23
    • US12867488
    • 2009-02-10
    • Kouya YoshidaNobuhiro Uchida
    • Kouya YoshidaNobuhiro Uchida
    • B62D5/04
    • B62D5/0406B62D5/0409H02K7/1166H02K9/22H02K11/33
    • A vehicle steering apparatus (1) comprises: a control device (12) which controls an actuation of an electric motor (18); a control housing (H) which partitions an accommodation chamber (100) which accommodates the control device (12); an adjacent housing (27, 28; 280; 35A) which is adjacent to the control housing (H); and a heat-conducting member (96; 96A; 96B; 96C; 96D; 96E). The adjacent housing (27, 28; 280; 35A) is opposite to the electric motor (18) with the control housing (H) interposed therebetween. The heat-conducting element (96; 96A; 96B; 96C; 96D; 96E) comprises: an adjacent section (97) which is adjacent to a heat-generating element (83) or the control device (12) so that heat can be conducted; and a connected section (98; 98A; 98B; 98C; 98D; 98E) that is connected to the adjacent housing (27, 28; 280; 35A) so that heat can be conducted.
    • 车辆转向装置(1)包括:控制电动机(18)的致动的控制装置(12); 控制壳体(H),其分隔容纳所述控制装置(12)的容纳室(100); 与所述控制壳体(H)相邻的相邻壳体(27,28; 280; 35A); 和导热构件(96; 96A; 96B; 96C; 96D; 96E)。 相邻的壳体(27,28; 280; 35A)与电动机(18)相对,控制壳体(H)插入其间。 导热元件(96; 96A; 96B; 96C; 96D; 96E)包括:与发热元件(83)或控制装置(12)相邻的相邻部分(97),使得热量可以 进行 以及连接到相邻壳体(27,28; 280; 35A)的连接部分(98; 98A; 98B; 98C; 98D; 98E),从而可以进行加热。