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    • 31. 发明授权
    • Method and apparatus for moving a shaft into a predetermined angular position
    • 将轴移动到预定角度位置的方法和装置
    • US3761790A
    • 1973-09-25
    • US3761790D
    • 1971-11-04
    • QUICK ROTAN BECKER & NOTZ KG
    • DAAB H
    • B23Q5/20B23Q15/26D05B69/26H02P3/00
    • B23Q5/20B23Q15/26D05B69/26
    • A method and apparatus through which a moving shaft is stopped in a predetermined angular position. The shaft is driven at a maximum speed through an electrically driven motor. When the shaft is to be stopped at the predetermined angular position, the shaft is decoupled from the motor and an electromagnetic brake is applied. A regulating circuit controls the braking action so that it is dependent on a comparison of the actual output speed of the shaft and a desired input speed, as well as the comparison of a computed braking angle and the predetermined angular position to which the shaft is to be rotated. Position and speed sensors connected to the shaft provide signals representing the instantaneous output position and speed of the shaft.
    • 一种运动轴在预定角度位置停止的方法和装置。 轴通过电动马达以最大速度驱动。 当轴停止在预定角度位置时,轴与电动机分离,并施加电磁制动器。 调节电路控制制动动作,使其取决于轴的实际输出速度与期望输入速度的比较,以及计算的制动角度与轴所对应的预定角度位置的比较 旋转 连接到轴的位置和速度传感器提供表示轴的瞬时输出位置和速度的信号。
    • 32. 发明授权
    • Braking methods and apparatus
    • 制动方法和装置
    • US3700990A
    • 1972-10-24
    • US3700990D
    • 1971-02-25
    • XEROX CORP
    • SHUEY DAVID RNORIAN ROGER F
    • B23Q15/26H02P3/14
    • B23Q15/26
    • Braking methods and the apparatus therefor are provided in accordance with the teachings of the present invention. According to one embodiment of this invention the rotation of a rotating device is detected and the angular disposition thereof is determined. The relative angular disposition of said rotating device is compared with the time of occurrence of a condition requiring the arrest of said rotating device. A brake signal adapted to produce hysteresis braking of the rotating device is generated in accordance with the comparison, whereby the velocity of said rotating device is rapidly reduced such that said rotating device halts at a desired angular disposition.
    • 根据本发明的教导提供制动方法及其装置。 根据本发明的一个实施例,检测旋转装置的旋转并确定其角度布置。 将所述旋转装置的相对角度布置与需要停止所述旋转装置的状态的发生时间进行比较。 根据比较产生适于产生旋转装置的滞后制动的制动信号,由此快速减小所述旋转装置的速度,使得所述旋转装置以期望的角度设置停止。
    • 33. 发明授权
    • Single revolution crank system
    • 单变速起重系统
    • US3668496A
    • 1972-06-06
    • US3668496D
    • 1970-12-04
    • HONEYWELL INF SYSTEMS
    • MARKOWITZ IVAN NBOWER ROBERT G
    • G06K13/103B23Q15/26G05D3/00G05G5/00
    • B23Q15/26
    • A single revolution crank system is provided for a DC motor, having a Hall effect sensing device employed as a position sensor. A bar magnet is attached to the DC motor shaft, with a magnetic Hall electrode device in the form of a Hall chip disposed adjacent the path of the bar magnet during its rotation on the shaft. A servo control loop is provided between the Hall effect device and the motor which is effective to substantially apply a constant voltage to the motor while the bar magnet has its one pole remotely disposed from the device, and with the one pole rotated to a position adjacent to the Hall effect device, an EMF is generated which is effective to reset a servo control flip-flop in the system to bring the motor velocity to zero. A mechanical detent is provided in the system to maintain the motor in the zero velocity position.
    • 提供用于直流电动机的单转曲柄系统,其具有用作位置传感器的霍尔效应感测装置。 棒状磁体附着在直流电动机轴上,霍尔电极装置形成霍尔芯片的形式,该磁性霍尔电极装置在杆旋转时与杆磁体的路径相邻设置。 在霍尔效应装置和电动机之间提供伺服控制回路,其有效地基本上向电动机施加恒定电压,而棒状磁体具有远离装置的单极,并且一极旋转到相邻位置 到霍尔效应装置,产生EMF,其有效地复位系统中的伺服控制触发器以使电动机速度为零。 在系统中提供机械制动器,以将马达保持在零速度位置。