插座上壳注塑模具的设计(含CAD零件装配图,Proe三维图)★

插座上壳注塑模具的设计(含CAD零件装配图,Proe三维图)★(设计说明书13700字,CAD零件装配图12张,Proe三维图)
摘要：塑料工业是当今世界上增长最快的工业门类之一，而注塑模具是其中发展较快的种类。因此，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。本设计介绍了插座上壳注射成型的基本过程，对注塑产品提出了基本的设计原则；详细介绍了塑件成型工艺设计，注射机的选择，浇注系统的的设计，成型零件的结构设计，脱模推出机构的设计，冷却系统的设计的过程。并对标准模架的选择也作了相应的介绍。通过本次设计，使我掌握了注塑模具设计的全过程，同时也提高了运用CAD绘制复杂装配图的能力。
关键词：塑料；注塑模具；模具结构
 

目录
第一章 绪论                                                                       1
第二章  工艺方案及分析                                                            4
2.1 设计塑件时必须考虑的几个方面的问题                                         4
2.2 尺寸和精度                                                                 4   
2.3 工件的形状及尺寸                                                          4
2.4 工件的臂厚                                                                5   
2.5工件材料                                                                   5
2.5.1 工件材料的选择                                                       5
2.5.2 工件材料性能分析                                                     5
2.5.3  ABS成型塑件的主要缺陷及消除措施                                    6   
第三章 模具结构形式的拟定                                                         7
3.1 确定型腔数量及其排列方式                                                  7
3.2 模具结构形式的确定                                                        7
第四章  工件的体积估算和注射机型号的选择                                          9
4.1 估算零件体积和投影面积                                                   9
4.2锁模力                                                                    9
4.3选择注射机及注射机的主要参数                                              9
4.4注塑机的校核                                                              9
第五章 浇注系统的设计                                                            11
5.1 主流道衬套的设计                                                          11   
5.2 冷料井和拉料杆的设计                                                      12
5.3 分流道的设计                                                              12   
5.4 浇口的设计                                                                13   
第六章  成型零部件的设计                                                         15
6.1 分型面的确立                                                              15   
6.2 排气槽的设计                                                              16   
6.3 成型零件的结构设计                                                        16   
6.3.1  型腔的结构设计                                                     16
6.3.2  型芯的结构设计                                                     16
6.3.3  成型零件的尺寸计算                                                 16
第七章  合模导向机构的设计                                                       18
7.1 导柱的设计                                                                18   
7.2 导套的设计                                                                18   
第八章  塑件脱模机构的设计                                                       19
8.1 推出机构的设计                                                            19   
8.2 复位的设计                                                                19   
8.3 脱模过程                                                                  19   
8.4 模架的设计                                                                19   
第九章  冷却系统的设计                                                           21
9.1 冷却管道的影响                                                            21
9.2 冷却时间的计算                                                            21
9.3 冷却道开设原则                                                            21
9.4冷却水道的结构                                                            22
第十章  模具的装配                                                               23
10.1 组件型腔和型芯与模板的装配                                              23
10.2 推杆的装配要求                                                          23
10.3 模具总装配程序                                                          23
10.4 该模具的装配要求                                                        24
10.5 模具的装配工艺                                                          24
第十一章  结论                                                                   25
参考文献                                                                         26
致   谢                                                                          27