关 键 词：

的注塑模设计 肥皂盒注塑模具设计 肥皂盒注塑模设计 肥皂盒注射模设计 肥皂盒的注塑模具设计 肥皂盒模具设计 肥皂盒的塑料模设计

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肥皂盒的注塑模具设计-三维图.zip,的注塑模设计,肥皂盒注塑模具设计,肥皂盒注塑模设计,肥皂盒注射模设计,肥皂盒的注塑模具设计,肥皂盒模具设计,肥皂盒的塑料模设计

内容简介：

!【包含文件如下】【机械类设计类】CAD图纸+word设计说明书.doc【需要咨询购买全套设计请企鹅97666224】.batpart.prtug全套图纸.dwg外文原文：CAX辅助注射模具的设计和生产.pdf开题报告.doc截图 (1).png截图 (2).png设计说明书.docx摘要这次毕业设计题目是肥皂盒注塑模具设计，用游标卡尺测绘这几何特征是弧和直线等简单的几何特征构成，初步确定了模具结构，型腔数目为1模2件，浇注系统是侧浇口等关键结构。设计难点是浇注系统的设计如何避免产品出现空洞；怎样确定合适的脱模斜度使模具容易取出，还有如何设计顶出系统而不破坏塑件等问题。我在图书馆和网上搜索，找到了分型面相关资料和浇注系统的概念和模具设计的原则，在老师的指导下通过使用二维软件和三维软件对分型面和浇注系统进行了设计并设计了顶出系统，调用了标准模架，最终确定了模具结构的排布。利用CAD，UG进行建模，总体方案设计；计算确定肥皂盒模具各个尺寸，最终画出了零件图和装配图完成了整个设计。关键词:树脂制品；模具；推出机构；工艺计算AbstractThe graduation design topic is soap box injection mold design, using vernier caliper surveying and mapping the geometry is characterized by simple geometric characteristics of arc and straight line, preliminary determined the mold structure, cavity number 1 2 pieces, gating system is a key structure side gate, etc. The design difficulty is how to design the pouring system to avoid the hollow of the product; How to determine the appropriate demodulation incline makes the die easy to take out, and how to design the top out system without damaging the plastic parts and so on. In the library and the Internet search, I found the parting surface related information and the principle of the concept and die design of gating system, under the guidance of the teacher through the use of 2 d software and 3 d software on the parting surface and gating system design and design of the ejector system, called the standard mould frame, finally determined the mold structure configuration. Using CAD, UG for modeling and overall scheme design; The calculation determines the size of the soap box mold, and finally draws the part drawing and assembly drawing to complete the whole design.Key words: resin products; mould; ejection mechanism; process calculation目录摘要IAbstractII1 绪论11.1 中国工业模具发展阐述11.2 小结32 塑料件的分析42.1 制件分析42.2 树脂的性能及成型工艺参数62.3 注塑机的初选62.4 模流分析方案剖析73 模具总体结构设计133.1 拟定模具结构设计133.2 浇注系统的设计计算153.3 冷料穴的设计183.4 浇注系统的校核183.5 成型零件的设计计算213.6 型腔壁厚的校核计算273.7 脱模机构的设计计算293.8