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    • 1. 发明授权
    • Servo motor control apparatus
    • 伺服电机控制装置
    • US5134354A
    • 1992-07-28
    • US623410
    • 1990-12-03
    • Yoichi YamamotoTakayuki TohyaYoshiji Hiraga
    • Yoichi YamamotoTakayuki TohyaYoshiji Hiraga
    • G05B19/23
    • G05B19/237G05B19/231G05B2219/37313G05B2219/41084G05B2219/41421G05B2219/42034G05B2219/42035G05B2219/42062G05B2219/42096
    • When a workpiece is cut or otherwise machined by a machine using a servo motor control apparatus having a position feedback loop, a velocity feedback loop, and a current feedback loop, it is the common practice to preset the instructed current value to a voltage corresponding to friction torque when rotation of the motor is started or reversed. This is to compensate for the response delay of the motor introduced by the friction torque. The present invention relates to improvements in this technique. After the instructed motor velocity changes from a positive value, to a negative value or vice versa, or after the detected motor velocity changes from a positive value to a nonpositive value or from a negative value to a nonnegative value, the value of the integration element of a velocity control portion is reversed according to a function. The obtained output value is added to the instructed current value or to the integration term to compensate for the response delay, thus reducing machining error.
    • PCT No.PCT / JP90 / 00472 Sec。 371日期1990年12月3日第 102(e)日期1990年12月3日PCT 1990年4月6日提交PCT公布。 出版物WO90 / 12448 1990年10月18日,当使用具有位置反馈回路,速度反馈回路和电流反馈回路的伺服电机控制装置切割或以机械加工工件时,通常的做法是预设指示 电流值与电动机旋转开始或反转时对应于摩擦转矩的电压。 这是为了补偿由摩擦转矩引入的电动机的响应延迟。 本发明涉及该技术的改进。 在指示的电动机速度从正值变为负值或反之亦然之后,或者在检测到的电动机速度从正值变为非正值或从负值变为非负值之后,积分元件的值 的速度控制部分根据功能反转。 将获得的输出值加到指定的当前值或积分项,以补偿响应延迟,从而减少加工误差。
    • 2. 发明授权
    • Integral gain elevator door motion control
    • 积分增益电梯门运动控制
    • US4305480A
    • 1981-12-15
    • US107693
    • 1979-12-27
    • Michael W. Hmelovsky
    • Michael W. Hmelovsky
    • G05D3/00B66B13/08
    • G05D3/00G05B2219/42096G05B2219/43074G05B2219/45242
    • An elevator system includes a microprocessor-based cab controller mounted directly on an elevator car, which controls elevator door motion in response to a velocity error indicative of the difference between the actual elevator door velocity and a desired dictated door velocity in accordance with a velocity profile. The door motor is driven in response to signals generated as a function of the velocity error, both with proportional gain and with integral gain. However, the integral gain component of the motion command signal is set to zero if the velocity error changes the sign of its polarity, which is indicative of overcompensation. Similarly, if the velocity error is below some acceptable magnitude, no integral gain is provided. An exemplary elevator system, an exemplary microprocessor-based controller, and logic flowcharts for an overall door control program, illustrative of an environment of the invention, as well as details of the invention, are disclosed herein.
    • 电梯系统包括直接安装在电梯轿厢上的基于微处理器的驾驶室控制器,该驾驶室控制器响应于指示实际电梯门速度与所需规定的门速度之间的差异的速度误差来控制电梯门的运动,该速度误差根据速度分布 。 响应于作为速度误差的函数产生的信号驱动门电机,均具有比例增益和积分增益。 然而,如果速度误差改变其极性的符号,则运动指令信号的积分增益分量被设置为零,这表示过补偿。 类似地,如果速度误差低于一些可接受的幅度,则不提供积分增益。 本文公开了示例性电梯系统,用于总体门控程序的示例性微处理器控制器和用于说明本发明的环境的逻辑流程图,以及本发明的细节。