塑料注射模具设计系统中英文翻译.docx

塑料注射模具设计系统中英文翻译.docx

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塑料注射模具设计系统中英文翻译

Contents

PartIForeword………………………………………………………..page3

PartIIBasedonpouldframedesignmold……………………………...page4

PartIIIMinutemoldmodule……………………………………………...page7

PartIVThetruefatelineandgoesagainstthedirection…………………..page8

PartVConclusion………………………………………………………..page10

第一部分引言………………………………………………………….….12页

第二部分基于模架设计的模具…………………………………………..13页

第三部分分模模块………………………………………………….…….15页

第四部分确定分型线和顶出方向……………………………………..…15页

第五部分结论……………………………………………………………..17页

Plasticinjectionmolddesignsystem

1.Abstract

Theprimaryobjectofthefirstediteonofthisbookwastoprovideainformationbookonstudentsstudyinginuniversity,Inadditiontofulfillingthisfunction,thisbookhasbeenusedincreasinglybythenoviceasanintroductoryguide,becauseitprogressesinsimplestagesfromtheconsoderationofbasicprinciplesandcomponentstomotedetailedewplanationofthemorecomplextypesofspecialpurposemould。

Therevisededitionhasbeendiviedintothreesections:

elementarymoulddesign,intermediatemoulddesign,amdaspectsofpractialmoulddesign.PartOnecoversmould-makingmethodsincludigstandardmouldparts.Otherprimaryconsiderationssuchasfeedsystems,partingsurfaceandmouldcoolingarealsocovered.PartTwoprogressestospecificdesignssuchassplits,suchassplits,side-core,unscrewing,underfeed,andhot-runnertypes.PartThreeisincludeschaptersontopicssuchasprocedurefordesigninganinjectionmould,checkingmoulddrawingsandworkedexamplesetc。

Inthisedition,forsizelimitationreasons,noattempthasbeenmadetoincludethemoretheoreticalaspectsofmoulddesign.topicssuchasCAD,aspectsoftheology,heattransfer,fouidflow,etc.,havebeenexcluded.Itistheauthor’sinteniontoincludetheseimportanttheoreticalsubjectsinacompanionvolumewhichismowinpreparation。

Inthewidespreadproductscopethemorewidespreaduseplasticparts,fromtheconsumptionproducttothemachinery,theautomobileandtheairplane,theinjectionmoldingcrafthadbeenrevealedfirmlyanimportantfabricationtechnology,themolddesignprocessusuallyisnewproductdevelopmentveryimportantonestep.Accordingtotheconvention,themolddesignhasbeenonevery"thedeification"art,needsmanyyearexperiences,onlythenmaytherelativefamiliarity.Becausetheinitialperiodstudiesinthisarttobequitedifficult,moreandmorefewpeopleprofitinthisdomainfromtheexperienceandontheknowledgeexpertsbody.Inordertochangethepresentcondition,oneofitsmethodshasusedthecomputer-aideddesign（CAD）system.CADtakesdailyterminologyalreadychangesintoonekindofwidespreadability,andalreadyinapplicationeducation,schoolteaching,threedimensionalmachinedesigneachdomain.Atpresent,themajorityofCADsystemcanonlyprovidethegeometricmodelingfunction,thesefunctionscanonlypromotethemolddesigngrasstodrawtheoperation,cannotprovidetheknowledgewhichthemolddesignerneeds.Therefore,many"attachment"thesoftware,forexampleIMOLD,hadalreadyformulatedthetoplevelthreedimensionalmodellingplatform,byfacilitatesmold'sdesignprocess.Thiskindofarrangementinmanyaspectsislikelyadvantageous,thethreedimensionalmodellingplatformprovidestheplug-inunittypesoftwaremodulestorehousefunction,aswellasestablishesauserinterfaceandthedesignstyle,therefore,these"optional"thedevelopmenttimeisthebigreduction.

2.Injectionmolddesign

Theinjectionmoldingapplicationtemperaturedependencechangematerialperformance,throughusesthemoldtoobtainthefinalshapeseparateparttocompleteortocompletethesizeclose.Inthiskindofprocessofmanufacture,theliquidmaterialiscompelledtofill,coagulatesinthediespacemold.first,mustcreateapatternmoldtoneedadesignmodelandcarriesthebox.First,mustcreateapatternmoldtoneedadesignmodelandcarriesthebox.Thedesignmodelhasrepresentedtheendproduct,butcarriestheboxtorepresentthemoldmodule'sbulkvolume.Theinjectionmolddesigninvolvesthemoldstructureandthefunctionconstituentwidespreadexperienceknowledge（heuristicknowledge）.Inthetypicalprocessmoldstherecentdevelopmenttobepossibletodivideintofourbigstages:

Productdesign,mold'sabilityappraisal,partdetaileddesign,insertiondiespacedesignanddetailedmolddesign.intheinitialstage,theproductconceptisin（usuallyistogetheracombinationmarketingandproject）completesbyseveralpeople.Theinitialstagemainfocalpointisanalyzesthemarkettheopportunityandtheadaptationstrategy.Inthefirststage,thecanonicalcorrelationcraftmanufactureinformationisincreasedtothedesign,designsthegeometrydetail.Theconceptualdesignusesuitablemanufactureinformationtransformsasthegoodswhichmaymake.Inthesecondstage,thedrawingofpatternsdirectionandaminutehairsbreadthbuyforuseexaminemold'sability.Otherwise,thecomponentsshaperevisesoncemore.Inthethirdstage,thecomponentsgeometryisusesfortoestablishthemoldthecoreandthediespaceshape,themoldthecoreandthediespace,willusefortoformthecomponents.Generally,thecontractionandtheexpansionneedtoperformtoconsider,likethis,inprocessesunderthetemperature,theformationwillhavethecorrectsizeandtheshape.Therunner,theflowchannel,thecoldslugwell,theventalsoneedtoperformtosupplement.Betweenthegeometrydataandtheminutemoldinformation'srelationinthispointisveryimportant.Thefourthstageandthemoldoverallmechanismarerelated,themoldoverallmechanismincludingconnectsthemoldtoarriveattheinjectionmoldingmachine,theinjectionmoldingmachineisusesinpouring,cooling,takingoutthemechanismwhichassembleswiththemold.Partsoftheheattreatmentprocess,inthepartsoftheaccessrequirementsofthehardnessAtthesametime,internalstresscontrolneededtoensurethatsparepartsprocessingofthestabilityofsize,differentmaterialsweredifferentapproach.Toolingindustryinrecentyearswiththedevelopmentofmoretypesofmaterialsused,inadditiontoCr12,40Cr,Cr12MoV,carbide,onthestrengthofsomeofthework,theharshedgeoftheconvexandconcavedie,thechoiceofanewpowderalloysteelmaterial,suchastheV10,ASP23,suchmaterialwithhighthermalstabilityandgoodstateoftheorganization.Cr12MoVresponsetothematerialparts,intheroughafterquenching,afterquenchingalotoftheworkpieceretentionstress,oreasilyleadtofinishingtheworkofcracking,sparepartsshouldbequenchedwhileitishottemper,quenchingeliminatestress.quenchingthetemperaturecontrolledat900-1020℃,andthencooledtoair-cooled200-220℃released,andthenquicklymelteddown220℃temper,itisknownasahardeningprocess,andtheintensitywillbehighwearresistance,towearFailuretoformmoldseffective.Encounteredintheproductionofsomeofthecornermorecomplexshapeoftheworkpieceandtemperingisnotenoughtoeliminatequenchingstress,beforefinishingannealingisneededtostressormultiple-agingtreatment,andfullyreleasestress.AgainstV10,APS23powderalloysteel,andothercomponentscanwithstandhightemperaturesbecauseoftempering,hardeningavailableinthesecondhardeningprocess,1050-1080℃quenchingandtemperingtemperaturereuse490-520℃andmanytimes,canbemorehighimpacttoughnessandstabilitytothecollapsingedgeasthemainformofdiefailureisapplicable.Thehighercostofsteelpowder,butitsgoodperformance,isagrowingtrendofextensiveuse.

3.Execution

ThefactindicatedthattheSolidWorksAPIconnectionhasusedtheobject-orientedmethodandtheAPIfunctionpermissionchoiceobjectlanguage,forexample:

AsprogramminglanguageVisualC++.Usingthismethod,underWindowsNT,basedonWindowsinjectionmoldthreedimensionaldesignapplicationsoftwarethroughVisualC++codeandcommercialsoftwareSolidWorks99connectiondevelopment.Thisdividesintoseveralstagesusingthemolddesignprocess,providesthemolddesignertomakethemolddesignreliablemethod.Figure3hasoutlinedthisframe.Eachstagemayregardasastand-aloneprogrammodule.SeveralunitshavesucceededuseSolidWorkstodevelop.Inthemtwotemplatemodulesandtheminutemoldmoduleasfollowsshow.

3.1basedonpouldframedesign'smold

basedonthepouldframedesign'smoldandallmodulesandthefitting,looklikeHASCO,DME,HOPPT,LKMandFUTABAmayfoundtheparametrizationstandardtemplateautomatically.Thedesignercommonlyusedmaywitheasehavecustom-madetemplate'sthiskindofpouldframe.Themainfeatureincludes:

Looksliketheprop,thespruebushing,twoboards,thesampansuchstandardpouldframemodule'susability,aswellashascustom-madethenon-standardmoldtemplate.dividesintofourmainpartsbasedonthepouldframedesign'smold,namelythecomponentstorehouse（includingstandardandnon-standardletterstorehouse）,designsinthetablethesizeactuationfunction,thestructuralrelationmanagement.Inhere,SolidWorkshasprovidedthesizeactuationfunctionis,supportsitsapplication.Figure1thedetailsintroducedbasedonthepouldframedesignmold.

（1）modulestorehouse

tostrengthenthemolddesignedcapacitydaybydayinthiscompetitionintenseworld,reducesdesignedcostandthereductionproductioncycle,reducesthemanpower,theautomationandsoonachievesthisgoalprimaryfactor.Inotherwords,usesthecomputersoftwareisveryessential.Thecomputersoftwarecanfoundeasily,therevision,analyzesthemolddesignthepart,intherenewalchangedesignmodel.Inordertoachievet