摘要机械专业综合实训是集拆卸、装配、建模、仿真、运动分析、数控加工于一体，体现设计和制造的整个过程，在本科教学过程中起到很重要的作用。基于网络平台的专业实训，能使得学生更好地掌握专业技术要求，达到教学目的。目前，工科网络教学平台还没有普及，对于我校更是急需这样一种专业教学平台。51332

本文以专业老师多年综合实训教学经验为指导，将传统经典的教学模式与计算机网络技术相结合。主要通过柴油机、发动机、微型车床等典型产品的拆装、建模、仿真、运动分析和典型零件夹具设计、数控加工，梳理整个教学过程，运用大量理论知识、专业图片、视频动画等元素配合机械制图要求、工艺规程编制实例详尽阐述一整套完整方法。与此同时还重点实现了添加用户信息、用户和管理员登录、任务发布、查看任务、互动交流和管理员管理等功能。

毕业论文关键词：专业实训；教学平台；产品拆装；数控加工；

 Abstract

Comprehensive training professional machinery is a set of disassembly, assembly, modeling, simulation, motion analysis, numerical control processing in one, reflect the whole process of design and manufacture, play a very important role in undergraduate education. Network platform based on the professional training, can make students better grasp of professional and technical requirements, to achieve the goal of teaching. At present, in the network teaching platform has not popularized, for my school is such a teaching platform needs.

Based on years of experience in professional teacher training teaching, the teaching mode and computer network technology combined with traditional classic. Mainly by diesel engine, engine, lathes and other typical product disassembly, modeling, simulation, motion analysis and typical parts of fixture design, CNC machining, sort out the whole teaching process, the use of a large number of theoretical knowledge, professional photos, video animation elements with mechanical drawing requirements, process planning examples to elaborate a complete set method. At the same time also focused on the realization of the add user information, user and administrator login, the task is released, view the task, interaction and administrator management functions.

Key words:  Professional training； Teaching Platform；Products Disassembly and assembly；CNC Processing；

 目  录

第一章 绪 论 1

1.1引言 1

1.2发展现状及趋势 2

1.3本文主要内容 3

第二章 平台总体方案设计 4

2.1Dreamweaver介绍 4

2.2平台总体框架搭建 5

2.2.1Dreamweaver CS5基础操作 5

2.2.2主页的制作 7

2.2.3综合实训平台内容分布 9

2.2.4 asp模块创建 11

第三章  产品测绘与运动仿真 17

3.1 X6120微型铣床 17

3.1.1基本概念介绍 17

3.1.2 X6120微型铣床的结构 18

3.2 X6120微型铣床的运动仿真 19

3.2.1 solidworks简介 19

3.2.2 X6120多功能微型铣床装配以及运动仿真