首页> 外国专利> Numerical control equipment employs tracking system iteratively measuring profile between clamping locations to determine path length and speed of processing tool

Numerical control equipment employs tracking system iteratively measuring profile between clamping locations to determine path length and speed of processing tool

机译:数控设备采用跟踪系统来迭代测量夹紧位置之间的轮廓,以确定加工工具的路径长度和速度

摘要

The equipment measures data using pointer tracking profile between clamping (or contact) locations to determine path length to successive clamping locations and speed of the processing unit under numerical control. A given profile is followed by the tool (T) in contact with the processed workpiece (S) in accordance with signals for numerous evaluation points determining the processed surface, limiting speed of the processing unit passing through the evaluation points. A further unit calculates command speed for the processing unit, by calculating separation from one location of action, to the next. Numerical control is carried out by repetition of these stages in succession.
机译:该设备使用指针跟踪曲线在夹紧(或接触)位置之间测量数据,以确定到连续夹紧位置的路径长度以及在数值控制下处理单元的速度。根据给定的轮廓,工具(T)根据用于确定加工表面的多个评估点的信号与加工过的工件(S)接触,从而限制了通过评估点的加工单元的速度。另一单元通过计算从一个动作位置到下一动作位置的间隔来计算处理单元的指令速度。通过连续重复这些阶段来进行数值控制。

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