A segmented acceleration and deceleration control method is presented for speed smooth change.
为使速度平滑过渡,提出了按转速分段的CNC系统的加减速控制方式。
参考来源 - 六坐标工具磨床CNC系统的关键技术研究The interpolation and acceleration and deceleration control are two core functional modules of CNC machining technology,which have great impacts on machining precision and efficiency.
其中插补及加减速控制技术是数控加工的核心功能模块,其性能的好坏将直接影响加工精度和加工效率。
参考来源 - NURBS曲线自适应插补与前瞻速度规划方法研究·2,447,543篇论文数据，部分数据来源于NoteExpress
Therefore, depending on the control precision and control to choose the right speed acceleration and deceleration control method is very important.
所以根据不同的控制精度、控制速度选择合适的加减速控制方法是很重要的。
Conventional acceleration and deceleration control method plans velocity in single segment of machining path, so it can not meet the need for high speed.
传统的段内加减速控制方法由于整体速度偏低，不能适应高速加工的需要。
To implement high speed machining, the acceleration and deceleration control method of CNC machine tools must have better flexibility, stability and location accuracy.
高速加工对数控机床加减速控制方法提出了更高的柔性、平稳性和位置精度要求。
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