论文30页，12000余字，CAD图27张，零件工艺卡，注塑工艺卡，PROE型腔仿真加工，PROE模架图
摘要
本文就如何应用先进技术设计制造注塑模具，更新设计注塑模具的方法，解决好注塑模具设计的关键-------浇注系统、顶出系统、冷却系统侧面分型与抽芯机构的合理设计，以期与同行们一起讨论，共同努力推动注塑模具技术的发展。本文就壁挂式置物架注塑模具设计展开，根据零件的结构特点、材料特性，构思总体方案并进行方案论证。依据总体方案对注塑模具总体结构进行合理设计，然后分六个分支系统进行设计，它们分别是浇注系统、冷却系统、注塑模具零件设计、注塑零件成型零件工作尺寸计算、侧向分型机构设计与抽芯机构设计、和其它设计。其中浇注系统、冷却系统设计的是否合理是模具设计成败的关键，针对浇注系统本设计从浇注系统的组成和作用、主浇道设计、分流道设计、浇口设计、浇注系统动平衡、冷料井与拉料杆合理搭配六个方面进行设计和论证。
关键词 注塑模具 浇注系统 顶出系统 冷却系统 侧面分型与抽芯机构
Abstract
On how this text use advanced technical design make and mould plastics the mould summary, Upgrade and design method to mould plastics mould , settle well and mould plastics key of mold design ------ -Pour the system, carry and offer the system, cooling system side dividing into type and smoking the rational design of the core organization, In the hope of and discuss with colleagues together , make joint efforts and promote and mould plastics mould development of technology. This text absorb water on mould plastics cup launch, according to structure characteristic, material characteristic of part, Overall scheme of the plot and carrying on schemes to prove. The mould ensemble architecture is designed rationally to moulding plastics according to the overall scheme, Then divide the system of six branches to design, They pour the system separately, Cooling system, mould plastics mould part design, mould plastics part shaping part working size calculate, side direction person who divide organization design and release design, and other designs, organization of core,. It is rational that the ones that pour the system, cooling system and design among them are a key to the mold design success or failure, Originally designed from pouring systematic composition and function to the system of pouring, Water line design, shunt dishes of design, runner not to design, pour systematic dynamic equilibrium, cold material well with draw material pole collocate 6 designed and proved rationally mainly.
Keyword mould plastics mould pour system carry and publish the systematic cooling system side assigning to type and smoke the core mechanism
目录
0前言-------------------1
1总体设计方案论证--------------------------------3
2注塑模总体结构设计----------------------------8
3浇注系统设计---12
4注塑模零件设计------------------------------------14
5注塑成型零件工作尺寸计算----------------17
6侧向分型机构设计与抽芯机构设计----24
7其它设计-----------25
8结论-------------------26
工作小结--------------27
致谢----------------------28
参考文献--------------29
附件清单--------------30
