Discussion on teaching reformation of numerical control technology;
数控技术课程教学改革探讨
Numerical control technology education
数控技术教育要重实训教学与培训基地建设
The application of auto-programming technology and simulation software in NC technology;
自动编程及仿真软件在数控技术中的应用
The development trend and industrial status of NC technology in China;
我国数控技术产业的现状及发展趋势
Enhancing NC Technology Course Reform,Accelerating Fostering Application-type Experts
加强《数控技术》课程改革 促进应用型人才培养
The innovation research of teaching mode of CNC technology——advanced technology of "Made in China";
“中国制造”前沿技术——数控技术的教学模式的创新研究
Requirement for the development of the CNC technology in the modern integrated manufacturing mode;
现代集成制造模式对数控技术发展的要求
A Research on Construction Teaching System Of CNC Technology;
数控技术教学体系建设初探——成都大学数控专业教学培养方案
Practice and Exploration on "Three Leading" Major Construction Mode——Taking Numerical Control Major of Hubei Polytechnic Institute as an Example
“三带”专业建设模式的实践与探索——以湖北职业技术学院数控技术专业为例
From talking about the importance on the course of numerical control technology in modern manufacturing,combining the practical teaching experience,this article expatiates on some opinions and actual practice of teaching work in college numerical control from both of theory teaching and practice teaching,combining students' fact and the requirement on elitist of numerical control.
从数控技术课程在现代制造业中的重要性谈起,结合作者的实际教学经验,从理论教学与实践教学两方面系统地阐述了在高职数控技术课程教学中结合学生实际及社会对数控类人才的要求展开教学工作的几点看法和具体作法。
As one of the fastest developed techniques in modern m anufacture, computer numerical control has great influence on traditional produc tion processes.
计算机数控技术是现代制造业中发展最快的技术之一 ,对传统的加工工艺产生重要影响。
Take the status of the absence of engineers having modern numerical control techniques into consideration,we described how to enhance students' Techniques.
针对具有数控技术知识的现代制造方面的人才的社会需求情况,阐述了高校机械专业学生如何强化数控技术知识与技能的教学模式,并对数控技术相关课程的理论教学内容和实践训练环节进行了探讨和研究。
The article reconed that the manufacture process of wooden parts will develop to multitudinous,specialized and high precision nowadays,made definite explanation to numerical control technique and its application,and made forecasts to future of wooden parts process.
认为当今批量生产木制零件的生产加工将向大批量、专业化、高精度的方向发展,对数控技术及其应用作了一定的阐释,并对批量生产木制零件加工的未来做了预测,提出批量生产木制零件生产线必将顺应时代的潮流向更高层次迈进。
Numerical control technique is to use numbers and computers to control machines.
数控技术是用数字或计算机来操纵机械的技术。
Study on Grinding Wheel Repairing Technique Using PC Based NC System and Reproducing Idea;
最后,探讨了砂轮数控修形中的关键算法,主要包括砂轮外形曲线细化的拉格朗日插值和牛顿插值法,直线和圆弧运动的插补运算方法,提出了“触发”运动控制概念,为PC数控技术提供。
Study on the Electro-Hydraulic Control System for CVT Based on Digital Control Technology;
基于数控技术的CVT电液控制系统研究
Developmental Analysis of Computer Numerical Control Technology;
论数控技术发展趋势及我国数控产业发展方向
Numerical Control Technology: Direction of Manufacturing Industry Development;
论代表制造业发展方向的技术——数控技术
Digital Control & Microcomputer Control Technique
数字控制及微机控制技术
High Speed and High Precision Trace Controlling Technology of CNC Machine Tools
数控机床的高速高精度轨迹控制技术
Study on Kinetic Control Technologies for High Speed CNC Leather Cutting;
皮革数控高速裁剪运动控制技术研究
Research on Cutting Control Technique of Numerical Control Leather Cutting System;
皮革数控裁剪系统裁剪控制技术研究
Adaptive Data Rate Control of Phased Array Radar
相控阵天线数据率的自适应控制技术
The Current State of Spring Back Control in CNC Bending Process
数控折弯中回弹控制技术的发展现状
Research on Data Transmission in CNC Networking;
网络数控加工中数据传输技术的研究
The Control Technic of Data Collection in Digital Image Processing;
数字图像处理中数据采集的控制技术
Study on Servo Parameter Adjusting Technology for Mitsubishi NC System
三菱数控系统伺服参数调整技术研究
Open architecture CNC based on NC pipeline technology
基于数控流水线技术的开放式数控系统
The Application about Educational Technique in Educational Reform of "Numerical Control Processing Technology";
教育技术在《数控加工技术》教学改革中的应用
Technical code for SPC digital telephone switching engineering design of railway
铁路时分数字程控交换设备技术规范
Error Control Method Used in Digital Magnetic Recorder
用于数字磁记录器的差错控制技术
Data Fusion Technology and Development of Submarine Command & Control System
数据融合技术与潜艇指控系统的发展
CNC machine error motion measurement review
数控机床运动误差检测技术(待续)
