在端面车削操作中，进给由横向滑板提供，而切削深度则通过大拖板或复式刀架控制。
During a facing operation, feed is provided by the cross slide, whereas the depth of cut is controlled by the carriage or compound rest.
建立车削加工过程的模糊自适应控制系统，以恒切削力为控制指标，设计了车削加工过程模糊控制器。
A fuzzy self-adaptable control system is established. By setting the constant cutting force as the control objective, a fuzzy controller for the turning process is designed.
根据精密数控车削中心的研发要求，设计了一种电液结合控制的多工位转塔动力刀架。
According to the requirements of designing an CNC turning center, a combination of electro-hydraulic control of dynamic multi-position turret is designed.
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