.題目現(xiàn)代快速經(jīng)濟制造模具技術(shù) 專業(yè)機械制造及其自動化 班級專升本1302班 學(xué)生劉計良 學(xué)號2013040156指導(dǎo)教師劉彥二〇一五年三月十六日.appliedtobeveragecontaineryanHuangMingKaiHsuReceived:16March2010/Accepted:15June2010/Publishedonline:25June2010#Springer-VerlagLondonLimited2010econtainerTheAbstract:Thisworkappliesmodulardesignconceptstodesignatingbeverage-containerinjectionmolddesignandmanufacturing.First,theEachmoduleisfurtherdividedintoseveralstructuralunitspossessingsub-functionorsub-sub-function.Next,dimen-sionsandspecificationsofrelevantunits.Thisworkemploysacup-shapedbeveragecontainerto.experimentallyassesstheperformanceofthemodulardesignapproach.Theexperimentalresultsindicatethatthemodulardesignapproachtocostsby1923%comparedwiththeconventionalap-proach.Meanwhile,theinformationonmodularityhelpsdesignersindiverseproductsdesign.oldstothemarket.However,developingamoldformassproduc-tionrequiresconsideringnumerousfactors,includingproductgeometry,dimensions,andaccuracy,leadingtolongproductdevelopmenttime.Introducingmodular[1–4].Mean-while,ahighlevelofproductmodularityenhancesproductinnovativeness,flexibility,andcustomerservices[5].Modularityistosubdivideacomplexproductintomodulesthatcanbearethreegeneralfieldswheremodularitycouldbeimplementedincludingmodularityindesign(MID),modularityinuse(MIU),andmodularityinproduction(MIP)[8].MIDinvolvesstan-dardizingbasicstructuralunitswhichperformspecificfunctions,thusfacilitatingflexibleassemblyofvariousproducts[9,10].MIDcanrevealproductstructure,namelythetfamilyandincludebothbasicandspecificfunctions.Developingproductsdlinetobeincorporatedintoasmallandsimpleseriesoftasks..tmodulardesignanddevelopastandardoperationprocedurefordesigningdredsofcomponentsresofdesigninginjectionmoldsBasically,aninjectionmoldsetconsistsoftwoprimarycomponents,theasprueinthefemalemold.ThespruedirectsthemoltenplasticflowingofholesdrilledthroughthemoldplatesandconnectedbyhosestoformaGeneralmolddesignprocesscontainstwoparts[19]:partdesignandmoldpullingdirection,definingcoreandcavity,calculatingshrinkagerate,ringandspruebushinginsequence.ontainers.moldinsertmoldinsertafivestageprocess,asfollows:(1)productclassificationandmachinespecifications,(2)divisionofinjectionmoldsintomodulesbasedonunitsTheseindividualprocessesaredetailedbelow.emoldbaseoldnershingHottipbaseAAntainer.leldinsertctorDurationofmodularmoldHighlyefficientCcessReductionofworkingModularmolddevelopmentsFig.2Comparisonofconventionalandmodularmolddevelopmentprocesses.3.1ProductclassificationandmachinespecificationsThisstepclassifiesallofthebeveragecontainersbasedontheirsedonfunctionalityThisstepdividesamoldsetintoseveralmoduleswithindividualcontainallthefunctionsofbeverage-containerinjectionmolds.Indivisionrule,eachfunctionalmodulemustcontainatleastonemodulesafterdividingmoldsintoproductfamilies.tomultipleunitsyforeachunitFigure1illustratesthestructureofabeverage-containermoldthatincludesseveralfunctionalmodules.Thefunc-tionsofindividualmodulesarefurtherextendedtothestructuralunitviamodule.Theclampingmodulefunctionsforpreciselypositioningindividualunitsandmodulesonaninjectionmoldingmachine.Theheating.Themoldingmodulecontrolsthegeometryanddimensionalaccuracyofinjection-moldedparts.Theejectingmoduleejectsaccuratelypositioningthefemaleandmalemoldsduringmoldclosing.3.3.1GeometricaldesignofstructuralelementsStandardstructuralelementsarepreparedintosemi-finishedproductsthatfulfillthegeometricaloutlinesoffinishedproducts,thus.significantlyshorteningmanufacturingmolddeliverytime.Figure2tremainingcomponentsaremodularizedtofacilitatetheireffectivesnappliedtobeveragecontaineryanHuangMingKaiHsu#Springer-VerlagLondonLimited2010econtainer.摘要：這項工作采用模塊化的設(shè)計理念，以設(shè)計飲料容器注塑模具為例。這項研究的目的ch能代碼可以幫助有效地管理和維護產(chǎn)品和模具。關(guān)鍵詞：空白飲料容