毕业设计（论文）说明书设计题目：花盆注射模专业机械设计制造及其自动化摘要近些年来，在我国,模具工业的发展十分的快速。其中尤其是塑料注塑模的制品，随着模具制造业的发展，热流道技术也得到了十分广泛的应用。它具有质料来源广,价格对比下惠而不费,通性出色等表征。它在电脑、手机、汽车、电机、家用产品等制造中具有极其重要的作用，注射成形是成形热塑件的显要法门，据此它的动用层面广阔。把塑料原料放入料筒中加热熔化是注射成形的方法，采用一些加压工具，比如柱塞或者螺杆等等，使熔化的塑料经过喷嘴在较高压力的推动下注入模具的型腔中，经过冷却以及凝固等阶段，然后脱模，我们想要的塑料制品就诞生了。我的毕业设计题目是花盆的注塑模，塑料花盆具有份量轻、色泽和图案丰饶、耐老化、强度较高、打造方便、价钱便宜等长处，完全可以取而代之陶土花盆、也是花盆毫无疑问的发展方向。本文讨论了塑料花盆注塑模的设计规划过程，介绍了花盆注射模成型工艺，以及注射模具的结构和工作的原理。规定了分型面，浇口结构，顶出机构，选取了注射机，筹划了零件大小，归因于该产品企划为大批量推出，就此模具要有相当高注塑速率，来保证成本加盟。出于塑件工艺性能要求，注塑模中必须要有负责冷却的东西，在我的模具设计中也进行了统筹。关键词:热流道;注射模;花盆;模具设计;AbstractInrecentyears,therapiddevelopmentofmoldindustryinchina,especiallyintheplasticinjectionmoldingproducts,withthedevelopmentofmoldmanufacturing,hotrunnertechnologyhasalsobeenverywiderangeofapplications,Ithasawidesourceofrawmaterials,relativelythelowprices,excellentperformancecharacteristics,Ithasaveryimportantroleinthemanufactureofcomputers,automotiveelectrical,householdproducts,injectionistheprimarymeansofformingthermoplastic,thereforeitswidelyused.Methodofinjectionmoldingistheplasticmaterialintothemeltedbarrel,withaplungerorscrewasaheatingtooltomeltathighpressurethroughthemuzzleintothemoldcavityaftercoolingandsdificationstagesofheating,Outfromthemold,aplasticproductswewant.Mypraduactiondesigntopicisapotofinjectionmold,plasticflowerpothastheadvantagesoflightweightrichcolorpatterns,agingresistancehighstrengthconvenientmanufactureandlowprice,Istheidealsubstituteofclaypots,potsistheinevitabledirectionofdevelopment.Thedesignprocessoftheinjectionmouldfortheplasticflowerpotsarediscussedinthepaper,theflowerpotinjectionmoldingprocessandinjectionmoldstructureandworkingprincipleofdeterminethetypeface,gatestructureejectionmechanism.choiceofinjectionmoldingmachine,designthepartsize.Becausetheproductformassproduction.Sothemoldhaveahighinjectionefficiencytoensureinvestment,Becausetheplasticprocessperformancerequirementsofinjectionmoldcoolingsystemmustbehave,Inmydesignalsohavedesign.Keywords:Hotrunner;Injectionmold;Flowerpot;Molddesign;目录第一章塑料花盆塑件的工艺分析................................31.1塑件成形工艺分析.......................................31.2模具结构的分析.........................................41.3塑件体积和质量计算.....................................4第二章塑件成形工艺参数确定................................5第三章注射模结构设计....................................63.1确定成形方法...........................................63.2型腔数目和排列形式.....................................63.3分型面的设计...........................................73.3.1分型面设计........................................73.3.2排气槽设计........................................73.4浇注系统设计...........................................73.4.1主流道设计........................................83.4.2分流道设计............
