Based on the WEDM control system, a kind of time-sharing control system realized by embedded controller was discussed.
以线切割机床控制系统为平台，论述了一种利用嵌入式控制器实现的机床分时控制系统。
First, CPU has been updated; Second, WEDM control system is added file storage system, graphic LCD display and rich keyboard.
首先对CPU进行了升级，其次加入了文件存储系统、图文液晶显示和丰富的键盘操作。
The work principle, structure design and control system tor double guide frame WEDM machine tool are introduced.
简述了双线架线切割机的工作原理、结构设计和控制系统。
The mechanical structure, principles and ways of control, and the working accuracy of three dimensional WEDM machine are discussed.
探讨了斜度线切割机床的机械结构、控制原理和方式以及精度误差。
Gap state control system is an important component of WEDM with fast wire travelling speed.
间隙状态控制系统是快丝机的重要组成部分。
To improve the automatization of WEDM (Wire Cut Electric Discharge Machining) and to real-time control WEDM pulse power supply, a WEDM pulse power supply based on ISA bus is put forward.
为了提高电火花加工自动化和智能化程度，更方便地实现电火花加工脉冲电源的实时控制，在现有的脉冲电源基础上开发了一种基于IS A总线的电火花脉冲电源。
Wire Electrical Discharge Machining (WEDM) process is changeable and difficult to control quantitatively. Many factors influence the process and they are related and contradictive.
电火花线切割加工过程复杂多变，难以定量控制，影响因素较多，相互关联又相互矛盾。
This paper analyses the construction of numeric control software of WEDM and the interior data stream, and gets the construction figure of the interpret system.
系统地分析了线切割数控系统中代码解释器的结构及其内部数据流向，并给出了结构功能图。
Taking newtype numerical control turntable as the core, a WEDM system for complicated surfaces was developed.
开发了以新型翻转式自动分度数控回转工作台为核心的复杂曲面电火花线切割加工系统。
This paper studies a re-usable simulating system for WEDM machine tools, it can be used in the numerical control systems or auto-programming systems of various kinds of WEDM machine tools.
本文详细分析总结了现有低速走丝电火花线切割机走丝系统的组成、功能及原理，在分析现状的基础上，指出了其应用及发展趋势。
This paper studies a re-usable simulating system for WEDM machine tools, it can be used in the numerical control systems or auto-programming systems of various kinds of WEDM machine tools.
本文详细分析总结了现有低速走丝电火花线切割机走丝系统的组成、功能及原理，在分析现状的基础上，指出了其应用及发展趋势。
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