齿轮箱外覆盖件造型设计及注塑模具设计

范文编号:JX822  范文字数:15650.页数:38   附CAD图

摘     要
 模具生产技术水平的高低不仅是衡量一个国家产品制造水平高低的重要标志，而且在很大程度上决定着这个国家的产品质量、效益及新产品开发能力。模具生产将继续朝着精细化、自动化的方向发展，模具企业继续向着技术集成化、设备精良化方向发展。
 为了适应企业发展和市场竞争的需要，结合文档实习的具体内容，进行齿轮箱外覆盖件的造型及注塑模具设计。首先从阐述模具行业的背景入手，给出对应齿轮箱覆外盖件模具框架结构设计，在此基础上，对相应的模块进行具体设计，从而给出对应的齿轮箱外覆盖件模具模型。结合Pro/E三维造型软件，给出了具体的模具设计零件和装配结果,利用Emx加载模架。对于初次涉及模具的我在此主要是精细化方面小配件模具的研究。为以后进入模具设计的高精度、高复杂程度、高一致性、高生产力和低消耗做好准备。
 
关键词：齿轮箱  塑料  模具  Pro/Engineer

Automotive plastic mold design

Abstract
    Die level of production technology is not only a measure of a country's level of product manufacturers an important symbol, but also to a large extent determine the country's product quality, efficiency and new product development capability. Mold will continue to move production of refinement, the direction of automation, tooling technology integration business continues to improve and develop in the direction of well-equipped.
    In order to adapt to enterprise development and the needs of market competition, combined with the specific content of graduate training for automotive plastic mold design structure. First of all, the mold from the start with the background of the industry, given the structure of the corresponding pieces of automotive plastic mold the framework of structural design, on this basis, the corresponding gating system, module-oriented institutions such as the specific design, which gives the structure of the corresponding pieces of automotive plastics Die model. Pro/E combined three-dimensional modeling software, are given specific parts of the mold design and assembly of the results, then build the construction by EMX. Involved for the first time I die in this area is mainly refined small car parts research tool. Into the molding for future high-precision die design, high-complexity, high consistency, high productivity and low ready.

Keywords：gearbox   plastic   mold   Pro/Engineer  
 
 
目录
摘     要 i
Abstract ii
目录 iv
第一章 绪论 1
1.1 课题背景 1
1.2 研究对象的概述 2
1.3 研究方法和技术路线 3
1.4 本章小结 4
第二章  塑料成型件造型及工艺特性 5
2.1 产品造型设计 5
2.2 塑料成型工艺 8
2.3 分型方法的确定 8
第三章  模具的分模设计 10
3.1 产品零件分析 10
3.2 确定零件的基准 12
3.3 新建模具设计文件 14
3.4 添加参加零件 14
3.5 设置收缩率 16
3.6 添加工件 16
3.7 构建模具体积块 17
3.8 抽取模具体积块 22
3.9 定义开模动作 23
3.10 本章小节 24
第四章  基于EMX的模具模架设计 25
4.1 EMX简介 25
4.2 EMX模架设计具体步骤 25
4.3 本章小节 31
第五章  总结 32
参考文献 33
致    谢 34

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