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    • 1. 发明申请
    • REAL-TIME GAIN IDENTIFICATION
    • 实时增益识别
    • US20110216437A1
    • 2011-09-08
    • US12716408
    • 2010-03-03
    • Priyadarshee D. MathurPeng YanChiyun Xia
    • Priyadarshee D. MathurPeng YanChiyun Xia
    • G11B19/02
    • G11B19/02
    • A real-time gain identification system for a mechatronic system, such as a servo system, including at least two actuators is provided. In an example implementation, a servo system comprises a primary actuator and a piezoelectric secondary actuator. A controller generates a disturbance for one of the actuators that is compensated for (e.g., canceled) using another actuator. In one implementation, a gain of the actuator at an arbitrary time is calculated based upon a comparison of a signal used to compensate for the disturbance (e.g., cancel the disturbance) at that arbitrary time to a signal known to compensate for a disturbance (e.g., cancel the disturbance) under known conditions. For example, a gain may be determined based on a ratio of a signal used to cancel a disturbance at an arbitrary point to a signal known to cancel the disturbance under known conditions. Similar methodologies can be applied in other mechatronic systems with multiple actuators.
    • 提供了一种用于机电系统的实时增益识别系统,例如包括至少两个致动器的伺服系统。 在示例实施例中,伺服系统包括主致动器和压电辅助致动器。 控制器使用另一个致动器来对补偿(例如,取消)的致动器之一产生干扰。 在一个实施方案中,基于用于补偿在该任意时间的干扰(例如,消除干扰)的信号与已知的补偿干扰的信号(例如,消除干扰)的比较来计算任意时间的致动器的增益。 ,取消扰动)在已知条件下。 例如,可以基于用于消除任意点处的干扰的信号与已知在已知条件下消除干扰的已知信号的比率来确定增益。 类似的方法可以应用于具有多个致动器的其它机电系统中。