连接座注塑模设计

1连接座注塑模设计目录摘要.......................................................................................................................................2绪论.....................................................................................................................................................41.1Pro/ENGINEER软件在塑料模具设计、制造中的应用......................................................41.1.1Pro/ENGINEER软件的集成制造技术......................................................................41.1.2Pro/ENGINEER的并行工程技术在模具中应用......................................................41.2Pro/ENGINEER注塑模具设计专家（参数化模架库）-EMX............................................51.2.1Pro/ENGINEEREMX中的模具设计功能可以让设计人员：..................................51.2.2Pro/ENGINEER软件在注塑模具设计的应用：......................................................51.3注塑模设计............................................................................................................................51.3.1注塑模设计功能能让模具设计工程师：................................................................5第1章连接座模具设计..............................................................................................................71.1设计任务................................................................................................................................71.2设计要求：............................................................................................................................81.3材料性能以及注塑机的选择.................................................................................................81.4连接座注射模具的设计.......................................................................................................101.4.2设计流程图：............................................................................................................121.4.3连接座的模具设计....................................................................................................131.4.4分流道设计................................................................................................................21第2章连接座模具结构设计......................................................................................................232.1.EMX项目准备.....................................................................................................................232.2定义动模和定模组件...........................................................................................................232.3加载模架..............................................................................................................................24第3章成型零件加工工艺规程编制......................................................................................303.2般常用加工工序...................................................................................................................303.3凹模的一般常用加工工序..................................................................................................30第4章注塑模具安装.................................................................................................................314.1安装......................................................................................................................................314.2塑的缺陷以及可能产生原因的分析：...............................................................................31设计小结..........................................................................................................................................34致谢...................................................................................................................................................35参考文献..........................................................................................................................................362摘要本设计题目为连接座注塑模设计，体现了典型连接座注塑模的设计要求、内容及方向，有一定的设计意义。通过对该零件模具的设计，进一步加强了设计者弯注塑模设计的基础知识，为设计更复杂的注塑模做好了铺垫和吸取了更深刻的经验。本设计运用注塑成型工艺及模具设计的基础知识，首先计算塑件的体积，为现在注塑机的选择座好准备，以确定注塑量，以便于选择注塑机型号；最后分析了注塑件的特征，确定模具的设计参数、设计要点及顶出装置的选取。模具的设计应制造方便,尽量做道使设计的模具制造容易、造价便宜。特别是比较复杂的成型零件，必须考虑是采用一般的机械加工方法加工还是采用特殊的加工方法加工。模具的设计应当效率高、安全、可靠。模具零件应耐磨耐用。关键词：注塑模浇口推力轴承推块3ABSTRACTThismoldingtoolisacupthecoverinjectsthemold,whiledesigning:1,acceptthemissionbook.2,theinvestigationdigeststheprimitivedata.3,choosetomodeltheequipments.4,draftthemoldingtoolconstructionproject.5,thediscussionoftheprojectandargument.7,drawingthemoldingtoolassemblesthediagram.8,drawthesparepartsdiagram.9,weavetowritetodesignthemanual.10,themoldingtoolmanufacturingtries.themoldanddiagrampapermodification.Theexactitudereallysettlessizepunch,die,etc.sparepartsthatmoldingtoolmodelsparepartsisadirectfactorthatcertainsystemashape,sizerelatetowiththesurfacequantityverybig,wanttobespeciallyattention.Thedesignofthemoldingtoolshouldmaketheconvenience,.oingamoldingtoolmanufacturingthatmakedesigneasyandbuildthepricecheapnesstothebest.Modelthesparepartsespeciallymorecomplicatedly,mustconsideristoadoptthegeneralmachineprocessthemethodprocessestoadoptstilltoprocessspeciallythemethodprocesses.Thedesignofthemoldingtoolshouldstheefficiencyhigh,safety,dependable.Themoldingtoolsparepartsshouldbeartowhetenduring.Key