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    • 1. 发明授权
    • Method and arrangement for the sensorless operation of magnetic bearings
    • 磁性轴承无传感器运行的方法和布置
    • US08879231B2
    • 2014-11-04
    • US12671326
    • 2008-07-19
    • Michael KatzschmannPeter Kornetzky
    • Michael KatzschmannPeter Kornetzky
    • H01H47/00F16C32/04
    • F16C32/0448
    • A sensor system for a magnetic bearing, which has two actuator coils, two clocked power output stages, a current sensor for detecting those currents in the actuator coils which are encumbered with a ripple current, and a sensor interface. The clocked power output stages provide a pulse-width-modulated output voltage, the pulse width of which is narrowed or widened by small amounts in a predefined order, and the pulse widths of the clocked power output stages are modulated in a fixed phase relationship with respect to one another. The sensor system specifies a sensor system for a magnetic bearing with a clocked power output stage. A magnetic bearing, a control device for a magnetic bearing and a method for detecting the position in a magnetic bearing are also disclosed.
    • 一种用于磁性轴承的传感器系统,其具有两个致动器线圈,两个时钟功率输出级,用于检测施加有纹波电流的致动器线圈中的那些电流的电流传感器和传感器接口。 时钟功率输出级提供脉冲宽度调制的输出电压,其脉冲宽度以预定顺序变窄或加宽少量,并且时钟功率输出级的脉冲宽度与 相互尊重 传感器系统为具有时钟功率输出级的磁轴承指定传感器系统。 还公开了磁轴承,用于磁轴承的控制装置和用于检测磁轴承中的位置的方法。
    • 3. 发明申请
    • METHOD AND ARRANGEMENT FOR THE SENSORLESS OPERATION OF MAGNETIC BEARINGS
    • 磁性轴承传感器操作的方法和装置
    • US20110038091A1
    • 2011-02-17
    • US12671326
    • 2008-07-19
    • Michael KatzschmannPeter Kornetzky
    • Michael KatzschmannPeter Kornetzky
    • H01H47/00
    • F16C32/0448
    • A sensor system for a magnetic hearing, which has two actuator coils, two clocked power output stages, a current sensor for detecting those currents in the actuator coils which are encumbered with a ripple current, and a sensor interface. The clocked power output stages provide a pulse-width-modulated output voltage, the pulse width of which is narrowed or widened by small amounts in a predefined order, and the pulse widths of the clocked power output stages are modulated in a fixed phase relationship with respect to one another. The sensor system specifies a sensor system for a magnetic bearing with a clocked power output stage. A magnetic bearing, a control device for a magnetic bearing and a method for detecting the position in a magnetic bearing are also disclosed.
    • 一种用于磁性听力的传感器系统,其具有两个致动器线圈,两个时钟功率输出级,用于检测致动器线圈中受纹波电流阻塞的电流的电流传感器和传感器接口。 时钟功率输出级提供脉冲宽度调制的输出电压,其脉冲宽度以预定顺序变窄或加宽少量,并且时钟功率输出级的脉冲宽度与 相互尊重 传感器系统为具有时钟功率输出级的磁轴承指定传感器系统。 还公开了磁轴承,用于磁轴承的控制装置和用于检测磁轴承中的位置的方法。
    • 4. 发明申请
    • HIGH-RESOLUTION POSITIONING DEVICE
    • 高分辨率定位装置
    • US20140077627A1
    • 2014-03-20
    • US14112315
    • 2012-04-27
    • Christoph SchäffelMichael KatzschmannHans-Ulrich MohrCarolin WalendaRainer GlössChristian Rudolf
    • Christoph SchäffelMichael KatzschmannHans-Ulrich MohrCarolin WalendaRainer GlössChristian Rudolf
    • H02K41/02
    • H02K41/02H02K7/09H02K41/031H02K2201/18
    • The invention relates to a high-resolution positioning device having a stator and a rotor, a coil array, arranged on the stator, having at least three groups of flat coils, wherein each group has at least two single coils and the coil array encloses a free space on the stator, also having permanent magnetically-excited circuits that are situated on, against or in the rotor and form a magnet array which likewise encloses a free space, wherein the free spaces accommodate a position measuring system which has a measuring head having sensors, and an area scale. According to the invention, the device is in the form of a freely suspended, magnetically controlled six-dimensional drive, wherein the measuring head is situated in the coil array free space and the area scale is situated in the magnet array free space, and the rotor is free of drive-related electrical or electronic and, in this regard, live parts.
    • 本发明涉及一种具有定子和转子的高分辨率定位装置,设置在定子上的线圈阵列,具有至少三组扁平线圈,其中每组具有至少两个单个线圈,线圈阵列包围一个 定子上的自由空间也具有永久磁激励电路,它们位于转子上,靠近或转动,并形成同样包围自由空间的磁体阵列,其中自由空间容纳位置测量系统,该位置测量系统具有测量头, 传感器和区域尺度。 根据本发明,该装置是自由悬挂的磁力控制六维驱动器的形式,其中测量头位于线圈阵列自由空间中,并且区域刻度位于磁体阵列自由空间中,并且 转子没有驱动相关的电气或电子,在这方面,带电部件。