数控系统

开放式数控系统&新一代NC的主流

Open Architecture CNC & Main Trend of New Generation NC

重点开展了以下两个方面的工作：一是以基于Flash设备的文件系统为核心，设计并实现了数控系统的运行平台，包括文件系统、引导程序及各种系统支撑工具等。

Design and realize the CNC running platform , including the filesystem , loading program and system supporting tools with the filesystem of Flash equipment .

net的开放式数控系统的实现方案。

Net based open-architecture CNC system was presented .

基于PC的实时开放数控系统应用研究

Application Research of Real Time Open CNC Based on PC

开放式数控系统中利用MATLAB引擎加入模糊控制的方法

Using MATLAB Engine to Add Fuzzy Control in the Open CNC System

基于DSP的计算机数控系统的应用研究

Application Study on Computer Numerical Control System Based on DSP

基于PC的激光切割数控系统的开发研究

CNC system of laser cutting machine based on PMAC

以PC为基础的开放式数控系统在结构和性能上都存在很大局限性。

There exists great limitations in architecture and performance on open NC based on PC.

数控系统PLC的应用与研究

Application and Study of NC System 's PLC

双CPU共享RAM技术及其在数控系统中的应用

Double CPU Sharing RAM Technology and the Application in NC System

经济型数控系统与编程控制器（PLC）接口设计

NC system and PLC connection design

因此，采用ARM为硬件平台开发数控系统是一个不错的选择。

Therefore , the choice about using ARM for CNC hardware platform is a good idea .

基于PC总线工控机的平面磨床数控系统硬件设计与实现

Design and Realization on Hardware of A NC System Based on PC-BUS IPC for Surface Grinding Machine

数控系统内部控制逻辑是由可编程控制器（PLC）来完成。

The internal logic control of NC system is realized by Programmable Logic Controller ( PLC ) .

第四，介绍了测试平台的硬件环境和软件体系结构，用C语言编写了数控系统运动控制器的运动学函数模块。

The last , the test hardware and software configuration are introduced , and kinematics transform function module is programmed with C language .

基于当前企业信息化集成的需求，提出了一种在分布式环境下，基于Web的数控系统远程监测体系结构。

According to the requirements of enterprise information integration system , a remote monitoring framework of numerical control system based on Web in distributed manufacturing is proposed .

因此，随着PC技术的快速发展和广泛普及，开放式数控系统技术开始发展。

Therefore , open CNC system starts to develop along with the PC technology that has extensive popularization and rapid growth .

在VB平台上构建机床数控系统

Application of VB In CNC System

采用COM组件技术，用VB语言编制了人机界面、系统管理与调度来实现磨料水射流精密加工数控系统。

The numerical control system for abrasive water jet machining is developed using Visual Basic and COM technology .

针对开放体系结构CNC系统的开放特性需求，研究了数控系统硬件结构开放化设汁的基本原则；

To meet the requirements of open characteristics of CNC systems , the design principles of open system hardware are investigated .

基于PROFIBUS总线的数控系统在数控卷簧机中的应用

The Application of CNC System Base on PROFIBUS of a Rolling-spring Machine

数字信号处理器（DSP）基于高效的运算能力、良好的开发环境支持，在超精密数控系统中获得了成功的应用。

Digital Signal Processor ( DSP ) which is based on efficient calculating , fine developing environment is successfully applied in super-precise NC system .

提出了采用软件复用技术解决数控系统的开放性和可靠性问题，应用COM标准研制数控软构件，以构建可重构式数控系统。

This paper brings forward an approach to improve CNC system 's open character and reliability with the software reuse technology .

本文对压电自适应微细电火花数控系统及CAM系统进行了深入研究，开发了专用的软件，并进行了加工实验，取得了较好的效果。

The piezoelectric self-adaptive micro-EDM CNC system and CAM system will be studied in this paper , and the CNC software and CAM software are developed .

文章介绍了一种不添置任何硬件直接利用PC并行口控制的数控系统的设计，并说明了系统的软、硬件的设计方法。

This article puts forward a design in which NC system is operated by LTP of PC and as well describes the way to design its software and hardware .

数控系统PMC内部机理的研究

Study on Internal Mechanism of PMC NC System

新型数控系统由两部分构成：一部分是可移动的掌上控制器，我们称其为数控PDA；

The innovation CNC system is composed of two parts : One is the mobile pocket controller , named CNC PDA ;

在SIEMENS数控系统功能的基础上，开发出了摆线凸轮加工子程序，该子程序使用等误差直线逼近来保证凸轮的精度。

On the basis of the functions of SIEMENS CNC system , the sub-program for cycloidal cam machining has been developed .

该方法避免了开发USB接口驱动程序，传输速率快，可靠性高，很好地满足了数控系统的实时性要求。

The method avoids developing USB interface driver , has high communication rate and high reliability , and satisfies NC system 's real-time demand very well .

基于以上研究和相关技术，利用Visualc++6.0编程工具所开发的激光切割数控系统不但进给速度变化范围达到使用要求，而且运动平稳。

The laser cutting NC system developed by using Visual C + + 6.0 based on these above-mentioned researches and related technologies met the demand of range of the speed and could move smoothly .