经济型数控机床

基于DSP的闭环经济型数控机床数控系统设计

The Design of a Economical Machine Tools Numerical Control System Based on IPC & DSP

智能PID控制算法在闭环经济型数控机床中应用的研究

Research on the Application of Intelligent PID Control Algorithm in Economical Closed Loop NC System

对经济型数控机床实行USB接口改造的实践探索

USB Interface Improvement on Economically Numerical Control Machine Tool

经济型数控机床中的实时CRT显示技术

The Real-time Display Technique in CRT of a Cheap Numerical Control Tool

本位置伺服系统它采用STD总线模块式的多CPU结构，主要面向经济型数控机床。

The position servo system it USES STD bus module type more CPU structure , mainly for economical nc machine tools .

本文给出了一种适合经济型数控机床的基于Internet的数控机床远程监控系统，并给出了整个系统的设计原理和系统实现方案。

This article according to this kind of situation , produced one kind to suit the economy numerical control engine bed based on the Internet numerical control engine bed long-distance supervisory system , and has produced the overall system principle of design and the system realization plan .

本文介绍了惠丰F1000通用变频器在改造经济型数控机床中的应用情况、改造方案和应用效果等。

This paper introduces the application , transform plan and result of F1000 universal converter in economic CNC machine tools transformation .

给出了经济型数控机床改造的优化方案及其确定原则。

The feasible optimization scheme & its determining principle were provided .

经济型数控机床的半闭环控制及误差补偿

Half Closed Loop Controlling and Error Compensation of Economical CNC Machine

经济型数控机床常见的加工故障分析与处理

Research on the familiar machining failure of economical NC machine tool

经济型数控机床线路设计与制作的技能训练

Skill Training of Circuit Design and Making in Economical NC Machine Tools

经济型数控机床发展探讨

A Study of the Development of Economical Digital Control Lathe

提出经济型数控机床控制系统的一种新结构。

A new structure is presented for the MNC system of economical lathe .

主要介绍了经济型数控机床进给（纵向）伺服系统设计计算。

Introduces the design calculation of servo system on economic NC machine tools .

经济型数控机床编程系统

The Programming System of the Economic NC Machine Tool

经济型数控机床的改造及应用

Reformation and application of economic numerical controlled machine tool

经济型数控机床主传动系统的运动设计

The Movement Design of the Main Transmission System for Economic Numerical Control Machine Tool

经济型数控机床加工凸轮时最大刀具半径的确定

Determination of the Largest Tool Radius for Machining Cam with Economical CNC Machine Tool

反应式步进电动机是经济型数控机床的关键执行元件。

Reaction stepping motor is a key excute component of economic NC machine tool .

采用经济型数控机床加工车轮

To Work Wheels with Economic NC Machine Tool

经济型数控机床内含可编程控制器的研究

Study on PLC in Economical CNC System

步进电机细分技术在经济型数控机床中的应用

The Application of Stepping Motor Fine Dividing Technique in an Economic Numerical Controlled Milling Machine

目前，经济型数控机床多采用开环控制。

At present , economical computer numerical control machine tools are mostly Open Loop NC system .

可编程控制器在经济型数控机床两维精确定位中的应用

The application of the PLC to accurate site of two dimensions for economical numerical control machine tool

通过研究这些问题，可提高经济型数控机床的制造、使用和维护的水平。

Through studied these questions , we can enhance its level of manufacturing 、 using and maintaining on the economical numerical controlled machine tool .

近几年国产经济型数控机床的快速发展，为我国汽车零部件业的发展提供了设备基础。

In resent years , a large number of equipments were provided for the auto parts industry , with the rapid development of domestic CNC machine tools .

目前我国数控机床行业发展迅速，在2007年首次占领了超过50%的国内市场份额，并在经济型数控机床市场上取得较大成功。

Domestic CNC industry has been developing fast since 1980s . And domestic products seized more than 50 % domestic market share for the first time in 2007 .

经济型数控机床由于功能简单、机床性能较差，使得加工精度不易保证。

The economic type machine tool of numerical control is simple because of the function of machine tool is lacked comparatively , make processing precision not easy guarantee .

介绍了一种适用于经济型数控机床的IPC+DSP运动控制卡，详细介绍它的硬件设计，并对软件结构作了介绍。

A numerical control system suitable to economical machine tools based on IPC & DSP architecture is discussed . Its hardware design is discussed in detail , and its software briefly .

经济型数控机床是由普通机床数控改造而成，主要目的就是提高机床的加工精度，在我国使用非常普遍。

The economical numerical controlled machine tool is transformed by the ordinary numerical controlled machine tool and is widely used in our country , the main purpose is to enhance its the machining precision .