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    • 21. 发明授权
    • Arrangement for determining position of a sensor in a magnetic field
    • 用于确定传感器在磁场中的位置的布置
    • US07242181B2
    • 2007-07-10
    • US10541415
    • 2003-12-15
    • Stefan Butzmann
    • Stefan Butzmann
    • G01B7/14
    • G01D5/145
    • A description is given of an arrangement for determining the position of a magnetic-field-sensitive sensor unit in the magnetic field of a magnet arrangement having an at least substantially bar-shaped contour along an at least substantially rectilinear motion coordinate that extends parallel to a longitudinal axis of the at least substantially bar-shaped contour, in which the magnetic-field-sensitive sensor unit is intended to measure a component of the magnetic field which extends in a plane that is at least substantially parallel to the longitudinal axis of the at least substantially bar-shaped contour in a manner at least substantially perpendicular to this longitudinal axis, and the magnet arrangement has a magnetic north pole in the region of a first end of the at least substantially bar-shaped contour, a magnetic south pole in the region of a second end of the at least substantially bar-shaped contour, and a narrowing of the at least substantially bar-shaped contour in the central region extending between the north pole and the south pole. Better use can thereby be made of the dimension of the magnet arrangement than for a range that can be used for position measurement.
    • 给出了一种用于确定磁场敏感传感器单元在具有至少基本上为棒状轮廓的磁场中的位置的布置,该磁体布置沿着至少基本上直线运动的坐标,其平行于 所述至少大致条形轮廓的纵向轴线,其中所述磁场敏感传感器单元旨在测量在至少基本上平行于所述at轴的纵轴的平面中延伸的磁场分量 至少基本上垂直于该纵向轴线的方式具有最小的棒状轮廓,并且所述磁体装置在所述至少大致条形轮廓的第一端的区域中具有磁性北极,所述磁性南极位于 所述至少基本上为条形轮廓的第二端的区域,以及所述至少基本上条形轮廓在所述中心 区域在北极和南极之间延伸。 因此,可以更好地使用磁体布置的尺寸,而不是可用于位置测量的范围。
    • 23. 发明授权
    • Method for charging an intermediate circuit capacitor
    • 中间电路电容器充电方法
    • US09531211B2
    • 2016-12-27
    • US13979239
    • 2011-11-17
    • Ralph SchmidtStefan ButzmannHolger Fink
    • Ralph SchmidtStefan ButzmannHolger Fink
    • H02P1/00H02J7/00B60L11/18H02J7/34
    • H02J7/0065B60L11/1803H02J7/0013H02J7/345Y02T10/7005Y02T10/7055Y02T10/7258
    • The disclosure relates to a method for charging an intermediate circuit capacitor in an electric drive unit comprising an electric motor. The intermediate circuit capacitor is charged by an intermediate circuit current that is supplied by a battery. The output voltage of the battery is settable to one or more voltage values. A target value of the intermediate circuit current is determined, and an actual value of the intermediate circuit current is ascertained. The actual value of the intermediate circuit current is then compared with the target value of the intermediate circuit current. An optimal output voltage of the battery is determined on the basis of the comparison of the actual value of the intermediate circuit current with the target value of the intermediate circuit current. Then, the optimal output voltage of the battery is set.
    • 本发明涉及一种用于在包括电动机的电驱动单元中对中间电路电容器充电的方法。 中间电路电容器由由电池提供的中间电路电流充电。 电池的输出电压可设定为一个或多个电压值。 确定中间电路电流的目标值,并确定中间电路电流的实际值。 然后将中间电路电流的实际值与中间电路电流的目标值进行比较。 基于中间电路电流的实际值与中间电路电流的目标值的比较来确定电池的最佳输出电压。 然后,设置电池的最佳输出电压。
    • 26. 发明授权
    • Drive unit for an electric motor
    • 电动机驱动装置
    • US09203336B2
    • 2015-12-01
    • US14114225
    • 2012-04-24
    • Stefan ButzmannHolger Fink
    • Stefan ButzmannHolger Fink
    • H02P23/00H02M7/483H02M7/487B60L11/18H02J7/02H02P27/14
    • H02P23/00B60L11/1803B60L11/1864H02J7/022H02M7/483H02M7/487H02P27/14Y02T10/642Y02T10/7005Y02T10/7011Y02T10/7061
    • A drive unit for an electric motor comprises a multilevel inverter and a battery. The battery comprises at least one battery module train comprising a plurality of battery modules connected in series, each module having at least one battery cell and one coupling unit. The at least one battery cell is connected between a first input and a second input of the coupling unit. The coupling unit is designed to connect the at least one battery cell between two terminals of the battery module in response to on a first control signal and to connect the two terminals in response to a second control signal. Several center taps are arranged on the battery module train, by means of which a potential can be tapped at a connection between two battery modules respectively. Inputs of the multilevel inverter are connected to the taps.
    • 用于电动机的驱动单元包括多电平逆变器和电池。 电池包括至少一个电池模块列,其包括串联连接的多个电池模块,每个模块具有至少一个电池单元和一个耦合单元。 至少一个电池单元连接在耦合单元的第一输入端和第二输入端之间。 耦合单元被设计成响应于第一控制信号将电池模块的两个端子之间的至少一个电池单元连接起来,并响应于第二控制信号连接两个端子。 电池模块列上布置有几个中心抽头,通过它们可分别在两个电池模块之间的连接处敲击一个电位。 多电平逆变器的输入连接到抽头。
    • 29. 发明授权
    • Device and method for offset compensation based on hysteresis tracking
    • 基于滞后跟踪的偏移补偿装置和方法
    • US08818761B2
    • 2014-08-26
    • US13059476
    • 2009-08-21
    • Boris KlabundeStefan Butzmann
    • Boris KlabundeStefan Butzmann
    • G06F15/00H03M7/12
    • H03F1/32H03F1/56H03F2200/171H03F2200/375H03F2200/421H03H19/004H03K5/088H03M1/1295
    • A signal processor for removing at least one unintended signal component from an input signal (ua) is proposed. The signal processor includes a filter device (130) and a processing device (150). The filter device (130) filters the input signal (uâ) and generates a filtered signal (uf), which includes the unintended signal component to be removed. The processing device (150) generates an output signal (um), which indicates a deviation of the input signal (ua) from the filtered input signal (uf). By detecting the unintended signal component first an removing this component from the input signal (uâ), the input signal will not be manipulated directly but the unintended signal component in the input signal (uâ) will be compensated. This allows to remove the unintended component from the input signal (uâ) with less distortions of the interesting components in the input signal (uâ).
    • 提出了一种用于从输入信号(ua)中去除至少一个非预期信号分量的信号处理器。 信号处理器包括滤波器装置(130)和处理装置(150)。 滤波器装置(130)对输入信号(u')进行滤波并产生滤波信号(uf),其包括要去除的非预期信号分量。 处理装置(150)产生输出信号(um),其表示输入信号(ua)与滤波后的输入信号(uf)的偏差。 通过首先检测非预期信号分量,从输入信号(u)中移除该分量,输入信号将不被直接操纵,而输入信号(u)中的非预期信号分量将被补偿。 这允许通过输入信号(u)中感兴趣的分量的较少失真从输入信号(u)中移除非预期的分量。