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    • 2. 发明授权
    • Torque ripple suppression control device for permanent magnet motor and electric power steering system
    • 用于永磁电动机和电动助力转向系统的扭矩波纹抑制控制装置
    • US08410735B2
    • 2013-04-02
    • US13009007
    • 2011-01-19
    • Kazuaki TobariYoshitaka IwajiJunnosuke NakatsugawaRikio YoshikawaMasamichi Yagai
    • Kazuaki TobariYoshitaka IwajiJunnosuke NakatsugawaRikio YoshikawaMasamichi Yagai
    • H02P21/00
    • H02P21/05
    • A torque ripple suppression control device for a permanent magnet motor includes a current command conversion unit that outputs a current command value, a position detector that detects a rotational position of the permanent magnet motor, a current detection unit that detects a current at the permanent magnet motor, an induced voltage coefficient setting unit that outputs an information signal related to an induced voltage coefficient for an induced voltage at the permanent magnet motor, a torque ripple suppression operation unit that outputs a current correction command value for the permanent magnet motor, a current control operation unit that outputs a voltage command value based upon addition results obtained by adding together the current command value and the current correction command value and the current detection value, and a power converter that outputs a voltage with which the permanent magnet motor is to be driven.
    • 用于永磁电动机的转矩脉动抑制控制装置包括输出电流指令值的电流指令转换单元,检测永磁电动机的转动位置的位置检测器,检测永久磁铁电流的电流检测单元 电动机,感应电压系数设定单元,输出与永磁电动机的感应电压的感应电压系数有关的信息信号;输出永磁电动机的电流校正指令值的转矩脉动抑制运算部, 控制操作单元,其基于通过将当前指令值和当前校正指令值与当前检测值相加而获得的加法结果输出电压指令值,以及输出永磁电动机的电压的功率转换器 驱动。
    • 6. 发明申请
    • Synchronous motor control device
    • 同步电机控制装置
    • US20080143288A1
    • 2008-06-19
    • US12001799
    • 2007-12-12
    • Yoshitaka IwajiJunnosuke NakatsugawaYasuhiko KokamiMinoru Kurosawa
    • Yoshitaka IwajiJunnosuke NakatsugawaYasuhiko KokamiMinoru Kurosawa
    • H02P27/08
    • H02P6/10G11B19/28
    • Control technique of a synchronous motor capable of suppressing rotation pulsation caused by individual difference without complicating control algorithm is provided. A pulsation generator superimposing a pulsation component anticipated in advance to a current command for the synchronous motor and a correction current generator superimposing a correction signal substantially having an average value of zero to the current command are provided in a synchronous motor control device. By this configuration, the correction signal suppressing a distortion component is superimposed to a value of the current command with a simplified control configuration. Torque pulsation is suppressed by determining the correction signal from difference between a detection current and a command current.
    • 提供了能够抑制由个体差异引起的旋转脉动而不复杂的控制算法的同步电机的控制技术。 在同步电动机控制装置中设置脉动发生器,该脉动发生器将预先预定的脉动分量叠加到同步电动机的电流指令,以及校正电流发生器将基本上具有平均值零的校正信号叠加到电流指令。 通过这种配置,以简化的控制配置将抑制失真分量的校正信号叠加到当前命令的值。 通过从检测电流和指令电流之间的差确定校正信号来抑制扭矩脉动。
    • 9. 发明授权
    • Synchronous motor control device
    • 同步电机控制装置
    • US07847500B2
    • 2010-12-07
    • US12001799
    • 2007-12-12
    • Yoshitaka IwajiJunnosuke NakatsugawaYasuhiko KokamiMinoru Kurosawa
    • Yoshitaka IwajiJunnosuke NakatsugawaYasuhiko KokamiMinoru Kurosawa
    • H02P7/00
    • H02P6/10G11B19/28
    • Control technique of a synchronous motor capable of suppressing rotation pulsation caused by individual difference without complicating control algorithm is provided. A pulsation generator superimposing a pulsation component anticipated in advance to a current command for the synchronous motor and a correction current generator superimposing a correction signal substantially having an average value of zero to the current command are provided in a synchronous motor control device. By this configuration, the correction signal suppressing a distortion component is superimposed to a value of the current command with a simplified control configuration. Torque pulsation is suppressed by determining the correction signal from difference between a detection current and a command current.
    • 提供了能够抑制由个体差异引起的旋转脉动而不复杂的控制算法的同步电动机的控制技术。 在同步电动机控制装置中设置脉动发生器,该脉动发生器将预先预定的脉动分量叠加到同步电动机的电流指令,以及校正电流发生器将基本上具有平均值零的校正信号叠加到电流指令。 通过这种配置,以简化的控制配置将抑制失真分量的校正信号叠加到当前命令的值。 通过从检测电流和指令电流之间的差确定校正信号来抑制扭矩脉动。
    • 10. 发明授权
    • AC motor control device and AC motor driving system
    • 交流电机控制装置和交流电机驱动系统
    • US08742704B2
    • 2014-06-03
    • US13202667
    • 2010-02-26
    • Junnosuke NakatsugawaYoshitaka IwajiNorihisa IwasakiHirokazu Nagura
    • Junnosuke NakatsugawaYoshitaka IwajiNorihisa IwasakiHirokazu Nagura
    • H02P21/00
    • H02P21/141H02P21/18H02P21/26
    • The present invention relates to an AC motor control device and, particularly, to provide an AC control device capable of simply setting a state quantity of an AC motor non-linearly variable, in accordance with the motor driving state and using the setting in motor control, the present invention can be achieved by including a state quantity calculating unit (13, 13a, 13b, 13c) for calculating a state quantity corresponding to a coil interlinkage flux which is an internal quantity of the motor, calculating a setting value of the coil interlinkage flux defined on one axis out of two axes, that is, d and q axes, with a function formula using a current defined on the same one of the axes and a function formula using a state variable defined on the other one of the axes.
    • 本发明涉及一种交流电动机控制装置,特别涉及提供一种能够根据电动机驱动状态简单地设定交流电动机的非线性变量的状态量并使用电动机控制中的设定的交流电控制装置 ,可以通过包括用于计算与作为电动机的内部量的线圈互连通量对应的状态量的状态量计算单元(13,13a,13b,13c)来计算本发明,计算线圈的设定值 在两个轴之间的一个轴上定义的互链通量,即d和q轴,其中函数公式使用在同一个轴上定义的电流,并且使用在另一个轴上定义的状态变量的函数公式 。