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    • 2. 发明授权
    • Sensorless controller of AC motor and control method
    • 交流电机无传感器控制器及控制方法
    • US07045988B2
    • 2006-05-16
    • US10509957
    • 2003-03-26
    • Jung-Ik HaKozo Ide
    • Jung-Ik HaKozo Ide
    • H02P23/00H02P25/00H02P27/00
    • H02P21/141H02P6/183H02P21/04
    • A speed control apparatus having a high frequency generator for superposing a high frequency signal on an estimated magnetic flux axis. A high frequency component extractor extracts an error signal of a magnetic flux position from a voltage or current detection signal having the same frequency component as a frequency component of the high frequency signal. A magnetic flux observer estimates a magnitude and a position of a magnetic flux. A first adaptive regulator adaptively regulates an error signal on a high frequency superposing side. A second adaptive regulator adaptively regulates an error signal on a magnetic flux observer side. A hybrid device switches the first adaptive regulator at a very low speed, the first and second adaptive regulators at a low speed and the second adaptive regulator at a high speed. A speed estimator estimates a speed from an output of the hybrid device.
    • 一种具有高频发生器的速度控制装置,用于在估计的磁通轴上叠加高频信号。 高频分量提取器从具有与高频信号的频率分量相同的频率分量的电压或电流检测信号中提取磁通位置的误差信号。 磁通量观测器估计磁通量的大小和位置。 第一自适应调节器自适应地调节高频叠加侧的误差信号。 第二自适应调节器自适应地调节磁通量观测器侧的误差信号。 混合设备以非常低的速度切换第一自适应调节器,以低速度切换第一和第二自适应调节器,并以高速度切换第二自适应调节器。 速度估计器从混合设备的输出估计速度。
    • 3. 发明授权
    • Sensorless field orientation control method of an induction machine by
high frequency signal injection
    • 感应电机通过高频信号注入的无传感器场定向控制方法
    • US5886498A
    • 1999-03-23
    • US921658
    • 1997-08-28
    • Seung-ki SulJung-ik Ha
    • Seung-ki SulJung-ik Ha
    • H02P21/00H02P21/14H02P1/34
    • H02P21/141
    • The present invention is related to the method to find the rotor flux angle from stator voltages and currents by injecting high frequency signal. The injected signal is not rotating one but fluctuating one at a reference frame rotating synchronously to the fundamental stator frequency. The difference of impedances between the flux axis and the quadrature axis at high frequency signal injected on the rotor flux angle is explained by the equivalent circuit equation of the induction machine. The difference is verified by experiments on the test motors at various conditions. The sensorless field orientation control method is proposed and experimental results clarify the satisfactory operation of the method with 150% load torque at zero stator frequency.
    • 本发明涉及通过注入高频信号从定子电压和电流中找到转子磁通角的方法。 注入信号不是旋转一个,而是在与基本定子频率同步旋转的参考系上波动。 通过感应电机的等效电路方程来解释注入到转子磁通角上的高频信号处的磁通轴和正交轴之间的阻抗差。 通过在各种条件下对试验电机的实验来验证差异。 提出了无传感器场方向控制方法,实验结果明确了零定子频率下150%负载转矩方法的令人满意的运行。
    • 5. 发明授权
    • Method and device to generate position profile in motion controller
    • 在运动控制器中生成位置分布的方法和装置
    • US08024061B2
    • 2011-09-20
    • US11132347
    • 2005-05-19
    • Jung Ik Ha
    • Jung Ik Ha
    • G06F19/00
    • G05B19/4103G05B2219/34122G05B2219/34142
    • A method of and apparatus to generate a position profile using lower-order polynomials. The device includes a pattern coefficient generator to generate pattern and time coefficients of a position pattern that is classified by velocity change, a contour generator to generate a pattern polynomial to define a contour of each section of the position pattern using the generated pattern and time coefficients, and a dual filter for generating a position profile by selectively activating one of a plurality of filters, which receive the pattern polynomial generated by the contour generator. The device uses lower-order polynomials and a small number of coefficients, thereby reducing the number of calculations required in the procedure to generate the position profile. The device generates a seamless and smooth position profile by preventing switching errors due to the difference between filter sizes.
    • 使用低阶多项式来生成位置分布的方法和装置。 该装置包括:图形系数发生器,用于产生通过速度变化分类的位置图案的图形和时间系数;轮廓生成器,用于生成模式多项式,以使用生成的图案和时间系数来定义位置图案的每个部分的轮廓; 以及双重滤波器,用于通过选择性地激活接收由轮廓生成器生成的图案多项式的多个滤波器中的一个来产生位置分布。 该设备使用低阶多项式和少量系数,从而减少了生成位置分布的过程中所需的计算次数。 通过防止由于过滤器尺寸之间的差异导致的切换错误,设备可以生成无缝和平滑的位置配置文件。
    • 7. 发明申请
    • Sensorless controller of ac motor and control method
    • 交流电机无传感器控制器及控制方法
    • US20050146306A1
    • 2005-07-07
    • US10509957
    • 2003-03-26
    • Jung-ik HaKozo Ide
    • Jung-ik HaKozo Ide
    • H02P29/00H02P6/18H02P21/00H02P21/04H02P21/14H02P27/04H02P5/28
    • H02P21/141H02P6/183H02P21/04
    • It is an object of the invention to provide a sensorless control apparatus of an AC motor which can carry out a stable control within all driving ranges including a region having a zero speed and a zero output frequency. The invention includes a high frequency generator (110) for superposing a high frequency signal on an estimated magnetic flux axis, a high frequency component extractor (130) for extracting an error signal of a magnetic flux position from a voltage or current detection signal having the same frequency component as a frequency component of the high frequency signal, a magnetic flux observer (120) for estimating a magnitude and a position of a magnetic flux, a first adaptive regulator for adaptively regulating an error signal on a high frequency superposing side, a second adaptive regulator for adaptively regulating an error signal on a magnetic flux observer side, a hybrid device (140) for switching the first adaptive regulator at a very low speed, the first and second adaptive regulators at a low speed and the second adaptive regulator at a high speed depending on the speed, and a speed estimator (150) for estimating a speed from an output of the hybrid device.
    • 本发明的一个目的是提供一种能够在包括零速度和零输出频率的区域的所有驱动范围内执行稳定控制的交流电动机的无传感器控制装置。 本发明包括用于在估计的磁通轴上叠加高频信号的高频发生器(110),用于从具有该频率信号的电压或电流检测信号中提取磁通位置的误差信号的高频分量提取器(130) 与高频信号的频率分量相同的频率分量,用于估计磁通量的大小和位置的磁通量观测器(120),用于自适应地调节高频叠加侧的误差信号的第一自适应调节器, 用于自适应地调节磁通观测器侧的误差信号的第二自适应调节器,用于以非常低的速度切换第一自适应调节器的混合设备(140),第一和第二自适应调节器以低速度切换,第二自适应调节器 根据速度的高速,以及用于从混合装置的输出估计速度的速度估计器(150)。
    • 8. 发明申请
    • WINDING SYNCHRONOUS MACHINE HAVING A MOVING OBJECT INCLUDING AN INVERTER CIRCUIT, AND METHOD FOR CONTROLLING SAME
    • 具有包括逆变器电路的运动对象的卷绕同步电机及其控制方法
    • US20140042953A1
    • 2014-02-13
    • US14112524
    • 2011-04-18
    • Seung-Ki SulJung-Ik HaEunsoo Jung
    • Seung-Ki SulJung-Ik HaEunsoo Jung
    • H02P25/02H02K11/00
    • H02P25/026B60L11/1803B60L15/007B60L15/20B60L2220/14B60L2220/16B60L2220/50B60L2240/421B60L2240/427B60L2240/527B60L2260/44H02K11/33H02P25/024H02P25/03H02P27/14Y02T10/641Y02T10/642Y02T10/644Y02T10/645Y02T10/7005Y02T10/72Y02T10/7275
    • The present invention relates to a winding synchronous machine having a moving object including an inverter circuit, wherein a winding synchronous machine, including a winding synchronous motor or generator having a moving object including an inverter circuit, is provided, the winding synchronous machine being characterized by comprising: a moving-object inverter circuit connected to the moving object of the winding synchronous machine; and a moving-object circuit control device connected to the moving-object inverter circuit so as to control the moving-object inverter circuit. According to the provided winding synchronous machine, the moving-object circuit control device is characterized by comprising: a stator inverter voltage estimator estimating a high-frequency voltage of a stator inverter circuit; a field current reference generator generating a field current reference of the moving object; and an energy storage device voltage controller generating a current reference tracking a DC-link energy storage device voltage of the moving object. According to the present invention, the winding synchronous machine can be implemented while overcoming the problems associated with using a rare-earth permanent magnet, an extra power source is not needed, and an excitation circuit, in which ripples almost never occur, is included.
    • 本发明涉及具有包括逆变器电路的移动物体的绕组同步电机,其中包括具有包括逆变器电路的运动物体的绕组同步电动机或发电机的绕组同步电机的特征在于: 包括:与所述卷绕同步机的移动体连接的运动物体反相器电路; 以及连接到移动物体反相器电路以便控制移动物体反相器电路的移动物体电路控制装置。 根据提供的绕组同步电机,移动物体电路控制装置的特征在于包括:定子逆变器电压估计器,估计定子逆变器电路的高频电压; 产生移动物体的场电流基准的励磁电流基准发生器; 以及能量存储装置电压控制器,其产生跟踪所述移动物体的直流链节能量存储装置电压的电流基准。 根据本发明,可以在克服与使用稀土永磁体相关的问题,不需要额外的电源以及几乎不发生波纹的励磁电路的同时,实现绕组同步电机。