设计的内容主要是对塑料茶杯的注塑模具设计。本次模具设计一共有9个步骤：对塑件进行分析；选择适合的注塑设备；计算成型的零件尺寸；选择适合的分型面；设计浇注系统；设计导向机构；设计脱模结构；设计排气和冷却系统；最后是选择适合的模架。在这次模具设计中，主要运用UG和CAD这两种制图和分析软件，运用UG进行计算塑件体积，选取适合的注塑机，对于动定模、浇口、流道、冷料穴、定位圈的设计也需要用到UG。运用CAD来制作二维和三维的模型，比如标准模架、导向机构、脱模机构、排气系统及冷却系统的设计和动定模底座、动定模板、推杆、推杆固定板、浇口导套和支撑板零件的图纸设计，合理运用这两个软件，进行参数校核，对于不合理的数据加以进一步修改。最后通过查阅相关资料进行设计说明书的撰写，以求达到严谨工作标准。 关键词：塑料；茶杯；注塑机 Abstract The co
nte
nt of the graduatio
n project is mai
nly about the i
njectio
n mold desig
n of plastic cups. There are 9 steps i
n this mold desig
n: a
nalysis of plastic parts, selectio
n of suitable i
njectio
n moldi
ng equipme
nt, calculatio
n of formed part dime
nsio
ns, selectio
n of a suitable parti
ng surface, desig
n of a casti
ng system, desig
n of a guide mecha
nism, desig
n of a mold release structure, a
nd desig
n of a row Gas a
nd cooli
ng system; the last is to choose the right mold base. I
n this mold desig
n, the two drawi
ng a
nd a
nalysis softwares, UG a
nd CAD, are mai
nly used to calculate the volume of plastic parts usi
ng UG, a
nd the appropriate i
njectio
n moldi
ng machi
ne is selected. For the dy
namic mold, gate, ru
n
ner, cold material poi
nt, positio
ni
ng The circle desig
n also
needs to use UG. Use CAD to create 2D a
nd 3D models, such as sta
ndard formwork, guides, ejectio
n mecha
nism, exhaust system a
nd cooli
ng system desig
n a
nd dy
namic mold base, dy
namic template, push rod, push rod fixi
ng plate, pouri
ng The drawi
ng desig
n of the guide bush a
nd support plate parts, ratio
nal use of these two softwares, parameter checki
ng, a
nd further modificatio
n of u
nreaso
nable data. Fi
nally, the desig
n specificatio
n was writte
n by co
nsulti
ng related materials i
n order to achieve strict worki
ng sta
ndards. Keywords：plastic cups i
njectio
n moldi
ng machi 目录 摘要1 Abstract 2 1绪论1 1.1模具的简单介绍1 1.2模具设计的背景及其意义1 1.3注塑模的发展现状2 1.4模具产业在经济市场的地位3 1.5我国模具发展前景3 1.6我国模具发展的建议4 1.7本设计的目的4 2设计说明5 2.1塑件分析5 2.1.1成型塑料件的工艺性分析5 2.1.2成型塑件的材料分析6 2.2注塑设备的选择7 2.2.1估算塑件体积7 2.2.2注塑机的选择7 2.3成型零件尺寸的计算8 2.3.1型腔的结构设计8 2.3.2型芯的结构设计9 2.3.3尺寸的计算9 2.4分型面的选择13 2.5浇注系统的设计14 2.5.1浇口套的选用14 2.5.2分流道的布置14 2.5.3浇口设计15 2.6导向机构的设计16 2.6.1导柱的设计16 2.6.2导套的设计16 2.7脱模结构的设计17 2.8排气系统和冷却系统的设计17 2.8.1排气系统17 2.8.2冷却系统的设计17 2.9模架的选择19 2.10绘制装配图20 2.11注射机的校核20 2.11.1注射量的校核20 2.11.2锁模力的校核21 2.11.3模具高度的校核21 3设计成果22 3.1装配图22 3.2型芯23 3.3型腔24 3.4动模板25 3.5脱料板26 3.6定位圈26 3.7浇口套27 3.8定模座板28 3.9动模座板29 结论30 致谢32 参考文献33