无绳电话外壳的注塑模具设计含6张CAD图+说明书

3塑件图三维

无绳电话外壳注塑模设计
摘要

无绳电话的日益普及使人们对无绳电话的性能要求越来越高,而无绳电话外壳是无绳电话的一个重要的部分，所以它的设计和成型对整个产品来是很重要的一道工艺。
本详细的论述了无绳电话外壳塑料注射模设计及其工艺分析。首先对无绳电话外壳塑料制件结构和成型工艺进行充分的分析，了解其整个成型过程，为模具设计提供参考数据，保证模具结构设计的合理性。{0>接着确定型腔的数量和分型面，针对本塑件设计成型零件的型腔和型芯，确定合理的浇注系统和排溢系统,根据型腔的形状设计模具的温度调节系统，然后设计模具的合模导向机构和推出机构，然后通过塑件的尺寸选取模架，对模具中主要零件的制造进行工艺分析。最后完成整个模具的设计。
设计中对注射模结构设计的进行了工艺分析，并进行相关的计算，设计出模具的最佳方案、总体结构设计、主要零件结构设计及相关参数的校核。该模具结构设计巧妙，操作方便，使用寿命长，塑件达到技术要求。此次设计的方法对其它不同结构的塑料产品的注射模具设计有一定的参考价值。

关键词：AUTOCAD；塑料注射模具；无绳电话外壳；注塑机

Abstract

Mobile phones become more and more popular and people‘s need for their characteristics also become advanced. The mobile phone covering as avery important part of the mobile phone, the design and forming ofwhich play avery important role for thewhole product.
This paper discuss the design of the mobile phone covering plastic injection mold and its process analysis in detail. Firstly, fully analyze the shape of the process to the mobile phone covering plastic andworkpiece structure, known itswholly moulding process, provides the reference data for the mold design, ensure the mold structural design rationally. Then determine cavity quantity and marking mould surface, through these model piece design mould cavity and the core, determined reasonable pouring system and the platoon overflows system, according to the cavity shape designe the mold temperature control system，and then design matched molds guide structure and ejecting structure of the mould，according to the size of this paper select mould framework,the manufacture proceed technical analysis of the mould match tool of the major parts. Finally, completes the entire mold design. In the design determined mobile phone covering plastic injection mode structure constructive proceed process analysis and have corresponding calculation,worker out the optimizational plan the overall structure design, the major parts structure design and the corresponding parameter check. After production confirmation, the structural design for this mold is ingenious and ease of operation, aswell as the service life is long and the plastic productionswhich produces can achieve the specification. The design method that this thesis introduced can be used to injection mold designs of other plastic product of owning different structure.

Keyword：AUTOCAD；Plastic Injection Mould; Handset battery charger’s outer covering; Plastic Injection Machine.

目录

引言1
1绪论2
1.1设计内容及要求2
1.2总体方案确定2
1.3绘图软件简介2
2塑料制品成型与结构工艺3
2.1塑料制品成型工艺3
2.2塑料制件的结构工艺6
2.2.1塑件的结构分析6
2.2.2计算塑件的体积和重量7
3模具设计7
3.1注射机的选择和校核8
3.1.1注射机型号的确定8
3.1.2型腔数量的确定和校核10
3.1.3注射量校核10
3.1.4注射压力的校核11
3.1.5塑件在分型面上的投影面积与锁模力校核11
3.2分型面的设计12
3.3浇注系统设计原则14
3.3.1主流道的设计15
3.3.2分流道的设计16
3.3.3浇口形式17
3.4排溢系统的设计18
3.5成型零件的设计18
3.5.1成型零件的结构设计19
3.5.2成型零件工作尺寸的计算22
3.5.3模具型腔侧壁和底板厚度的计算29
3.5.4模具闭合高度的校核29
3.6复位机构和导向机构设计30
3.6.1复位机构的设计30
3.6.2导向机构的作用30
3.6.3导柱导向机构30
3.7推出机构的设计31
3.7.1推出机构的设计31
3.7.2顶出行程、开模行程计算33
3.7.3脱模力的计算34
3.8温度调节系统34
3.8.1冷却系统的设计要点35
3.8.2冷却系统的计算： 35
4模架设计37
5模具工作过程分析38
6结论40
谢辞41
参考文献42
附录43

前盖零件图a2

板a1

后盖型芯图

前盖总装图a0

尾盖型芯图

尾盖总装图

2摘要

4设计所包含文件

5目录

1字数