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    • 1. 发明授权
    • Method of operating a drive system and device for carrying out the method
    • 操作驱动系统的方法和执行该方法的装置
    • US5988846A
    • 1999-11-23
    • US869891
    • 1997-06-05
    • Heinz FlammFranz FurrerReinhold Guth
    • Heinz FlammFranz FurrerReinhold Guth
    • B41F13/00B41F33/00G05D13/64H04J3/06H04L7/00H04L12/40G05B11/01
    • G05D13/64B41F33/0009H04J3/0641H04L12/40176H04L2012/4026H04L7/0008
    • A drive system and a method of operating such a system are specified. The drive system comprises at least two drive groups having a plurality of drive controllers of controlled drives. The drive controllers of a drive group are synchronized via a drive bus by means of a local synchronization clock, and the local synchronization clocks are made equal to a global synchronization clock via a drive data network connecting the drive control means. The plant-wide synchronization of the drives via a global signal enables a drive system to be equipped with a virtually arbitrary number of drives. As a result of the fact that the desired values are preferably likewise transmitted synchronously, based on the global synchronization clock, between the drive control means via the drive data network, it is also the case that no time errors occur during the desired value transmission. The invention is preferably used for rotary printing machines.
    • 指定了驱动系统和操作这种系统的方法。 驱动系统包括至少两个驱动组,其具有多个受控驱动器的驱动控制器。 驱动组的驱动控制器通过本地同步时钟通过驱动总线进行同步,本地同步时钟通过连接驱动控制装置的驱动数据网络等于全局同步时钟。 驱动器通过全局信号进行全厂同步,可使驱动系统配备几乎任意数量的驱动器。 由于所希望的值优选同时通过全局同步时钟在驱动控制装置之间经由驱动数据网络同步传输,所以在期望值传输期间也不会出现时间错误的情况。 本发明优选用于旋转印刷机。
    • 2. 发明授权
    • Apparatus for synchronizing speed and angular position of power driven
machines
    • 用于使动力驱动机器的速度和角度位置同步的装置
    • US4289046A
    • 1981-09-15
    • US68233
    • 1979-08-20
    • Robert F. Kontz
    • Robert F. Kontz
    • F16H48/24G05D13/64F16H1/44F16H35/06
    • G05D13/64Y10T74/1956Y10T74/19595
    • The invention provides a simple, yet highly accurate device for synchronizing the speeds of two power-driven machines having separate, variable speed power-drives. A pair of shafts are respectively connected to the two machines and mounted in opposed concentric relationship for rotation in opposite directions at rates respectively proportional to the speed of rotation of the two machines. A differential unit is connected between the two shafts, such unit having equal size input and output sun gears respectively connected to the shafts. The planetary output of the differential unit is connected to a speed control element for at least one of the motors respectively driving the machines to vary the speed of such machine to bring it into rotational synchronization with the other machine. In accordance with a modification of the invention, if angular synchronization is also desired, a one-way clutch is provided between one of the shafts and its respective machine which is disengageable by a minimal torque produced by a difference in the rotational speed of the two shafts, and re-engages only in a fixed angular position when the two shafts are again brought into rotational synchronization.
    • 本发明提供了一种用于使具有单独的可变速度功率驱动器的两个动力驱动机器的速度同步的简单但高度准确的装置。 一对轴分别连接到两个机器并以相对的同心关系安装,以相反方向旋转,速率分别与两台机器的转速成正比。 差速单元连接在两个轴之间,这种单元具有相等尺寸的输入和输出太阳齿轮,分别连接到轴。 差速单元的行星输出连接到用于至少一个马达的速度控制元件,分别驱动机器以改变这种机器的速度以使其与另一台机器进行旋转同步。 根据本发明的变型,如果还需要角度同步,则在一个轴和其相应的机器之间提供单向离合器,该机器可以通过两个转速的差异产生的最小转矩分离 轴,并且当两个轴再次进入旋转同步时,仅在固定的角度位置重新接合。
    • 7. 发明授权
    • Heat engine speed governor
    • 热机调速器
    • US4986237A
    • 1991-01-22
    • US362381
    • 1989-05-26
    • Anatoly V. KozlovJury F. KhaiminGrigory Y. VainshteinVladimir I. Marakin
    • Anatoly V. KozlovJury F. KhaiminGrigory Y. VainshteinVladimir I. Marakin
    • F02D41/14F02D31/00G05D13/62G05D13/64
    • G05D13/64F02D31/007F02D31/009
    • A heat engine speed governor in which a differential mechanism has its input shaft operatively connected to a unidirectional electric motor, an input shaft connected to a heat engine and an output shaft connected to a fuel metering member of the heat engine. An electric motor speed control channel has a measuring means for measuring speed of the shaft connected to an input of a device for forming a control signal which has a master input connected to an output of a device for forming an electric motor speed control program. A means for measuring speed of the input shaft in a channel for correcting the electric motor speed in accordance with the heat engine speed is connected to a differentiating unit having an output connected to a correcting input of the device. Sensors of angular positions of the shafts in a channel for controlling position of the fuel metering member are connected to inputs of a device for determining the difference between coordinates of angular positions of the shafts having an output connected to a control input of the device, having a data input connected to the measuring means.
    • PCT No.PCT / SU87 / 00107 Sec。 371日期1989年5月26日第 102(e)日期1989年5月26日PCT提交1987年9月29日PCT公布。 出版物WO89 / 03078 日本1989年4月6日。一种热机调速器,其中差速机构的输入轴可操作地连接到单向电动机,连接到热机的输入轴和连接到热量的燃料计量构件的输出轴 发动机。 电动机速度控制通道具有用于测量连接到用于形成控制信号的装置的输入的轴的速度的测量装置,该控制信号具有连接到用于形成电动机速度控制程序的装置的输出的主输入。 用于根据热机速度来测量用于校正电动机速度的通道中的输入轴的速度的装置被连接到具有连接到装置的校正输入的输出的微分单元。 在用于控制燃料计量构件的位置的通道中的轴的角度位置的传感器连接到用于确定具有连接到装置的控制输入的输出的轴的角位置的坐标之间的差异的装置的输入的装置的输入, 连接到测量装置的数据输入。