Path planning is realized by an offline automatic programming system which we developed independently, and the CNC system is based on SERCOS servo field-bus.
路径规划层采用自行开发的离线自动编程系统，控制层采用基于SERCOS伺服现场总线的数控系统，执行机构包括高性能的交流伺服系统、冷却水泵等。
So the research and design of the digital servo valve is one of the most important aspects of nowadays hydraulic field.
因此在液压元件中数字伺服阀的设计与研究以及在它在具体领域中的应用是当今液压界的重要研究方向之一。
The present invention is one kind of automatic servo mechanism for winding and unwinding flexible pipe, and belongs to the field of machine making technology.
本发明为一种柔性管线收放自动伺服机构，属于机械制造领域。
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