数控机床外文翻译--钻孔用X-Y工作台及其运动控制系统的设计

《数控机床外文翻译--钻孔用X-Y工作台及其运动控制系统的设计》由会员分享，可在线阅读，更多相关《数控机床外文翻译--钻孔用X-Y工作台及其运动控制系统的设计（24页珍藏版）》请在毕设资料网上搜索。

1、 1 课 程 设 计 任 务 书 课程设计题目 钻孔用 X-Y 工作台及其运动控制系统的设计 指导教师 张 雯 职称 专业名称 机电一体化工程 2080307 学生姓名 吴英标 准考证号 020111252123 设计具体 内容与要求 序号 内容 1 总体设计方案的论证。 2 机械传动部件的设计与计算，并画出它的总装配图，以 A1图纸绘制。 3 步进电机和棋驱动电路的选用与计算。 4 控制 系统的设计，一 A1 图纸绘制电气控制原理图。 5 编写系统控制软件，对所附的零件图编写数控加工程序。 6 用 A2 图纸绘制系统框图。 课程设计提交资料 课程设计 任务书，外文翻译， 课程 设计说明书 ，

2、 A1 的装配图， A1 的电气控制原理图， A2 的系统框图。 交稿时间 2012 年 9 月 7 日 南京理工大学机械工程学院 12 年 8 月 25 日南 京 理 工 大 学 课程设计说明 书（英文翻译） - 2 - The Numerical Control Engine Bed Transforms Harvey B.M ackey First numerical control system development summary brief history and tendency In 1946 the first electronic accounting machine w

3、as born in the world, this indicated the humanity created has been possible to strengthen and partially to replace the mental labor the tool. It with the humanity these which in the agriculture, the industry society created only is strengthens the physical labor the tool to compare, got up the quant

4、itive leap, entered the information society for the humanity to lay the foundation. After 6 years, in 1952, computer technology applied to the engine bed , the first numerical control engine bed were born in US. From this time on, the traditional engine bed has had the archery target change. Since n

5、early half century, the numerical control system has experienced two stages and six generation of development. 1.1 Numerical control (NC) stage (1952 1970) The early computer operating speed is low, was not big to then science computation and the data processing influence, but could not adapt the en

6、gine bed real-time control request. The people can not but use numeral logic circuit to build to become an engine bed special purpose computer to take the numerical control system, is called the hardware connection numerical control (HARD-WIRED NC), Jian Chengwei numerical control (NC). Along with t

7、he primary device development, this stage has had been through 南 京 理 工 大 学 课程设计说明 书（英文翻译） - 3 - repeatedly three generations, namely 1952 first generation of - electron tube； 1959 second generation of - transistor； 1965 third generation - small scale integration electric circuit. 1.2 Computer numeri

8、cal control (CNC) stage (in 1970 present) In 1970, the general minicomputer already appeared and the mass production. Thereupon transplants it takes the numerical control system the core part, from this time on entered the computer numerical control (CNC) the stage (which should have computer in fro

9、nt of the general two characters to abbreviate). In 1971, American INTEL Corporation in the world first time the computer two most cores part - logic units and the controller, used the large scale integrated circuit technology integration on together the chip, called it the microprocessor (MICROPROC

10、ESSOR), also might be called the central processing element (to be called CPU). The microprocessor is applied to 1974 in the numerical control system. This is because minicomputer function too strong, controlled an engine bed ability to have wealthily (therefore once uses in controlling the multi- T

11、aiwan engine bed at that time, called it group control), was inferior to used the microprocessor economy to be reasonable. Moreover then small machine reliability was not ideal. The early microprocessor speed and the function although insufficiently are also high, but may solve through the multi-pro

12、cessor structure. Because the microprocessor is the general-purpose calculator core part, therefore still was called the computer numerical control. In 1990, PC machine (personal computer, domestic custom had called microcomputer) the performance has developed to the very high stage, may satisfiedly take the numerical control system core part the request. The numerical control system henceforth entered based on the PC stage. In brief, the computer numerical control stage has also experienced three