肥皂盒下端盖的塑料注塑模模具设计-注射模含6张CAD图+说明书

A塑件图

肥皂盒下端盖塑料成型工艺及模具设计
摘要
肥皂盒在我们的生活中非常的普遍，几乎每家都要用到。市场上也有各种各样的肥皂盒，形状各异，有些是把肥皂盒做成水果造型，有些是动植物造型，来吸引顾客的目光，以引发人们的购买欲。此次设计的肥皂盒是在上盖上打孔，肥皂放在上盖上，这样水会沿孔斜度往下盖流，水积在下盖里，上下盖之间有一定的距离保证一定的时间里水不会满到上盖的肥皂上，积水手动倒掉即可，这样即保证了肥皂的利用率，又保证了房间的清洁。优点是：结构简单，提高肥皂的使用寿命；缺点是:积在下盖的积水需人工手动倒出。此次设计是以上盖为主，在上盖的设计中主要要解决以下几个问题：1、肥皂放在上盖上时，以点接触，设计六个椭圆突出,支撑肥皂，使肥皂和盒子之间以点接触；2、上盖上还要开一个槽，使水可以沿着曲面流人下盖；3、设计浇口时要注意上盖上表面的精度，不能在表面上留有印痕；4、在设计推出机构时要注意推杆放置的位置，放在下表面，不能影响上表面的表面精度；5、在开模时需保证塑件留在型腔上，用推杆顶出。

关键词：复位机构，脱模机构，浇口。

SOAP dish plastic forming process and die design for end cover
Abstract
Playing in thewater more soap soap soap boxin our life isverycommon,almost everyfamilyto use.The market also has avarietyof kinds of boxes,shapes,and some is the soap boxmade of fruit shape,The design of soap boxis in Shang cover Shang playing hole,SOAP put in Shang cover Shang,suchwaterwill along hole slope down cover flow,water product in Xia cover in,upper and lower cover Zhijian has must of distance guarantee must of time inwater not full to Shang cover of SOAP Shang,water manual pour off can,such that guarantee has SOAP of utilization,and guarantee has room of clean.Advantages: simple structure,increase the service life of SOAP; disadvantages are: product covered under thewater need manual out.The design is above cover mainly,in Shang cover of design in the main to solution following several problem: 1,and SOAP put in Shang cover Shang Shi,to points contact,design sixa oval highlight,support SOAP,makes SOAP and boxZhijian to points contact; 2,and Shang cover Shang also to open a slot,makeswater can along surface flowpeople Xia cover; 3,and design poured mouth Shi to note Shang cover Shang surface of precision,cannot in surface Shang left has prints; 4,and in design launched institutions Shi to note putter placed of location,put in Xia surface,Cannot affect the surface surface; 5,in open mode,you need to ensure plastic parts on the cavity,putting out.

Keywords: mechanism,demoulding mechanism of gate.

目录
1绪论1
2塑件的工艺分析4
2.1分析塑件使用材料的种类及工艺特征4
2.2分析塑件的结构工艺性4
2.3工艺性分析5
3确定型腔数目6
4注射机的选择7
4.1塑件体积的计算7
4.2按注射机的最大注射量确定型腔数目7
4.3估算浇注系统的体积，其初步设定方案如下8
5成型零部件的设计9
5.1型腔、型芯工作尺寸计算9
6浇注系统的设计12
6.1主流道的设计12
6.2分流道的设计12
6.3分型面的选择设计原则13
6.4浇口的设计13
6.5冷料穴的设计14
6.6排气系统的设计15
7导向机构的设计16
7.1导柱的设计17
7.2导套的结构设计17
7.3推出机构的设计17
8加热、冷却系统的设计19
8.1求塑件在硬化时每小时释放的热量19
8.2求冷却水的体积流量V 19
9标准模架的选用20
10校核21
10.1整体式圆形型腔壁厚度的计算21
10.2整体式圆形型腔底板厚度的计算21
10.3注射机有关工艺参数的校核22
10.4模具厚度H与注射机闭和高度22
11模具总装图及模具的装配、试模23
11.1模具总装图及模具的装配23
11.2模具的安装试模23
结束语25
致谢26
参考文献27

A上盖装配图

带肩导柱

导套

浇口套

型腔

型芯

1字数

2摘要

3型芯型腔过程工序卡

4设计所包含文件

5目录