接插件注塑模具设计【一模四腔优秀课程毕业设计含proe三维12张CAD图纸+带外文翻译】-zsmj07
接插件注塑模具设计【一模四腔含12张CAD图纸及proe三维】
摘要
塑料在当今世界上无处不用,因此塑料模具有很大发展,特别是注塑模。由此可知,研究注塑模具对了解塑料产品的生产过程和提高产品质量有很大意义。 本课题主要是针对接插件的模具设计,通过对塑件进行工艺性分析和比较,最终设计出一副注塑模。该课题从产品结构工艺性及具体模具结构出发,对模具的浇注系统、模具成型部分的结构、顶出系统、冷却系统、注塑机的选择及有关参数的校核、都有详细的设计,同时并简单的编制了模具的加工工艺。通过整个设计过程表明该模具能够达到此塑件所要求的加工工艺。根据题目设计的主要任务是接插件注塑模具的设计。也就是设计一副注塑模具来生产接插件的塑件产品,以实现自动化提高产量。通过本设计,可以对注塑模具有一个较深的认识,注意到设计中的某些细节问题,了解模具结构及工作原理;通过对PROE的学习,可以建立较简单零件的零件库,从而有效的提高工作效率;通过画装配图、零件图,进一步系统深化CAD熟练程度,加深了对模具各个零件的认识。
关键字: 塑料模具,注射机,型腔,浇注系统。
Abstract
Plastic is everywhere in the world today with , Therefore has great development prospects of plastic , especially in Injection Molding ,so the study of plastic injection molds for understanding the production process and improve the quality of products have great significance. This topic mainly aims at connector mold design, Through to models to carry on the technological analysis and the comparison , This topic embarks from the product mix technology capability and the concrete mold structure , To mold's gating system, the mold formation part's structure, goes against the system, the cooling system, injection molding machine's choice and the related parameter examination, has the detailed design, Simultaneously and simple establishment mold's processing craft. Through the entire design process indicated that this mold can achieve this to model the processing craft which an institute requests. Is the teacup covers injection mold's design according to the topic design's primary mission. Is also designs an injection mold to produce the teacup to cover models a product, realizes the automation to raise the output. Through the design, injection mold can have a deeper understanding of the design notes that some of the details to understand the structure and working principle of molding .Through learning PROE, you can create a simpler components parts store, and effective improve efficiency; through painting assembly drawing, part drawings, and further deepen the CAD system proficiency, a better understanding of the various parts of mold.
Key Words: Plastic Mold, Injection Machine, Mold Cavity, Pouring System.
目 录
一、塑件的成型工艺分析 5
1.1塑件的分析 5
1.2HIPS的性能分析 5
1.3HIPS的注射成型过程及工艺参数 6
二、拟定模具的结构形式 8
2.1分型面位置的确定 8
2.2型腔数量和排列方式的确定 8
2.3注塑机型号的确定 8
三、浇注系统的设计 10
3.1主流道的设计 10
3.2 分流道的设计 11
3.3 浇口的设计 12
四、成型零件的结构设计及计算 14
4.1成型零件的结构设计 14
4.2成型零件钢材的选用 14
4.3成型零件工作尺寸的计算 14
五、 模架的确定 15
5.1模板尺寸的确定 。 15
5.2模架的尺寸的校核 15
六、排气槽的设计 17
七、脱模机构的设计 18
7.1 脱模机构的选择 18
7.2 推杆推出机构设计 18
八、模温调节系统的设计 19
8.1 温度调节对塑件质量的影响 19
8.2 冷却系统的简单计算 19
8.3冷却水道在定模和动模中的位置 20
九、导向与定位机构设计 21
十、毕业设计心得体会及总结 24
谢 辞 25
参考文献 26
【详情如下】【需要咨询购买全套设计请加QQ1459919609】
3d
asm0001.stp
Influence_of_injection_molding_parameters_on_the_e.pdf
上推板-A3.dwg
下推板-A3.dwg
主流道浇口套-A4.dwg
凸模板-A3.dwg
凹模板-A3.dwg
动模座板-A3.dwg
图纸备份
外文翻译.doc
定模座板-A3.dwg
导套-A4.dwg
导柱-A3.dwg
打印.zip
托板-A1.dwg
接插件注塑模具设计【一模四腔含说明书正文】.docx
支撑块-A2.dwg
文件清单.txt
装配图-A0.dwg
调研报告.docx