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    • 1. 发明授权
    • Multiple axis motion control system
    • 多轴运动控制系统
    • US5025385A
    • 1991-06-18
    • US529132
    • 1990-05-25
    • Stanley G. Froyd
    • Stanley G. Froyd
    • B25J9/18G05B19/41
    • G05B19/41G05B2219/31368G05B2219/35386G05B2219/41437G05B2219/42184G05B2219/43162G05B2219/49164
    • The invention is directed to an improved motion control system for controlling multiple motion actuators associated with different axes for moving a member along a defined path. The system is intended to move a member along the defined path as a result of the coordinated motion of two or more essentially independent motion actuators. In accordance with the invention, instead of responding to a servo lag error between a commanded and actual position, the velocity along each axis for each path segment is established by a feedforward data file generated by "looking ahead" at input describing the full path and processing this data, together with machine specific data specifying the operational characteristics (or capabilities) of the machine (e.g. milling machine) to be operated.
    • 本发明涉及一种改进的运动控制系统,用于控制与不同轴相关联的多个运动致动器,用于沿着限定的路径移动构件。 该系统旨在由于两个或更多个基本上独立的运动致动器的协调运动而沿着限定的路径移动构件。 根据本发明,代替响应于命令和实际位置之间的伺服滞后误差,通过在描述完整路径的输入处的“向前看”生成的前馈数据文件来建立每个路径段沿着每个轴的速度, 处理该数据以及指定要运行的机器(例如铣床)的操作特性(或能力)的机器特定数据。
    • 3. 发明授权
    • Multiple axis motion control system
    • 多轴运动控制系统
    • US4947336A
    • 1990-08-07
    • US181820
    • 1988-04-15
    • Stanley G. Froyd
    • Stanley G. Froyd
    • B25J9/18G05B19/41
    • G05B19/41G05B2219/31368G05B2219/35386G05B2219/41437G05B2219/42184G05B2219/43162G05B2219/49164
    • The invention is directed to an improved motion control system for controlling multiple motion actuators associated with different axes for moving a member along a defined path. The system is intended to move a member along the defined path as a result of the coordinated motion of two or more essentially independent motion actuators. In accordance with the invention, instead of responding to a servo lag error between a commanded and actual position, the velocity along each axis for each path segment is established by a feedforward data file generated by "looking ahead" at input describing the full path and processing this data, together with machine specific data specifying the operational characteristics (or capabilities) of the machine (e.g. milling machine) to be operated.
    • 本发明涉及一种改进的运动控制系统,用于控制与不同轴相关联的多个运动致动器,用于沿着限定的路径移动构件。 该系统旨在由于两个或更多个基本上独立的运动致动器的协调运动而沿着限定的路径移动构件。 根据本发明,代替响应于命令和实际位置之间的伺服滞后误差,通过在描述完整路径的输入处的“向前看”生成的前馈数据文件来建立每个路径段沿着每个轴的速度, 处理该数据以及指定要运行的机器(例如铣床)的操作特性(或能力)的机器特定数据。
    • 6. 发明授权
    • Computer numerical control system for machine tool
    • 机床电脑数控系统
    • US4149235A
    • 1979-04-10
    • US754438
    • 1976-12-27
    • Stanley G. FroydWilliam A. FrankRichard Roome
    • Stanley G. FroydWilliam A. FrankRichard Roome
    • B23Q15/00G05B19/05G05B19/18G05B19/414G06F15/46
    • G05B19/4147G05B19/05G05B2219/1162
    • A numerical control system for a machine tool. The relay controls for the machine tool are simulated in the read only memory of a computer which is used as a controller for the flow of digital information between the control display panel, the tape reader, a memory, the machine tool and other parts of the system. Since the simulation is based on relay diagrams, the user can customize the control system to his requirements without having been previously trained in computer programming or computer systems. Also, since the control system is adapted to the machine tool by software changes, the same hardware is usable without modification by a variety of machine tools, such as turret lathes and milling machines, and under a variety of operation conditions. Data debouncing and diagnostic aids are included in the system.
    • 一种机床数控系统。 机器的继电器控制在计算机的只读存储器中模拟,该计算机用作控制显示面板,磁带读取器,存储器,机床和其他部件之间的数字信息流的控制器 系统。 由于模拟基于继电器图,用户可以根据自己的要求定制控制系统,而不必先前在计算机程序或计算机系统中进行过培训。 此外,由于控制系统通过软件改变适用于机床,因此可以在不改变诸如转塔车床和铣床的各种机床以及各种操作条件下使用相同的硬件。 数据去抖动和诊断帮助被包括在系统中。
    • 7. 发明授权
    • Servomechanism monitor for numerically controlled machine tools
    • 用于数控机床的伺服机械显示器
    • US3996454A
    • 1976-12-07
    • US461957
    • 1974-04-18
    • Stanley G. Froyd
    • Stanley G. Froyd
    • G05B19/33G05B23/02
    • G05B19/33G05B2219/41363G05B2219/42268
    • A system automatically and continuously monitors the performance of separate servomechanisms operating in each of the axes of numerically controlled machine tools to detect when actual machining errors exceed a predetermined maximum due to any malfunction by comparing actual feedback slide velocity, .DELTA.S.sub.2 /T, (as determined by change, .DELTA.S.sub.2, in a feedback position signal, S.sub.2, over a period of time, T) with the commanded system drive velocity, V, (as determined by the difference between commanded position and position feedback signals, S.sub.1 and S.sub.2, respectively, times a gain factor, K). The difference between .DELTA.S.sub.2 /T and K (S.sub.1 -S.sub.2) is machining error which can be used to detect actual error in any axis for alarm or corrective action.
    • 系统自动连续地监测在数控机床的每个轴上操作的单独的伺服机构的性能,以通过比较实际的反馈滑动速度DELTA S2 / T(以下称为)来检测实际加工误差是否超过预定的最大值 通过指令的系统驱动速度V(由指令位置和位置反馈信号之间的差异S1和S2确定的在一段时间内的反馈位置信号S2,反馈位置信号S2中确定) 分别为增益因子K)。 DELTA S2 / T和K(S1-S2)之间的差异是加工误差,可用于检测任何轴上的实际误差以进行报警或纠正动作。