外文翻译--基于Solidworks软件的液压集成块设计.doc -- 5 元

hydraulicpressureintegrationblockdesignBasedonSolidworkssoftware1SummarizeIncomparingthelargeandcomplexhydraulicsystem,thechipcantakefulladvantageoftheuseofavarietyofhydrauliccomponents,enablingamorecompactstructure,sealbetter,easytoinstallanddebug.However,adedicatedchipisstrong,surfacemounthydrauliccomponentsandmorecomplexholesinvalvebody,therefore,inaccordancewiththehydraulicschematicdiagramofthelogicoftherequirementsofreasonablycorrectchipdesignisadifficultandrequirehighaccuracyjob.ChipdesigntosolvetwomajorproblemsFirst,thedesignofbodypartsandcheckingSecond,inspectionoftheassemblystructure.Expressionpatternoftwodimensionalengineeringdesignmethods,reliesonthehumanbraintocarryouttwodimensionaldrawingsandthreedimensionalspace.Betweenstructure,designisinefficientanderrorprone,andsomeerrorsinthedrawingsfounditdifficult,ifonlyintheprototypecreatedbythatenterprisewouldleadtoeconomiclosses,delaysinproductdevelopmenttime.Therefore,theuseofthreedimensional.Parametricdesignsoftware,designmethodsandmeanstocarryoutupgradingoftheproblemasfaraspossible,wasfoundatthedesignstage,toavoidmistakesAtthesametimeintheseries,multimodeldesignofhydraulicmachinery,thedesignparametersofthedesigngreatlyareimprovedtheefficiency.2ThreedimensionalparametricmechanicaldesignsoftwareIntroductionWiththecomputersoftwareandhardwaretechnology,therapiddevelopmentemergedinanumberofparametersofthreedimensionalmechanicaldesignsoftware,apowerfulandrepresentativeofUG,PROE,suchas,SolidworksisacountrySOLIDWORKSdevelopedthemechanicaldesignofthreedimensionalparameterssoftware,whichisbasedonWindowsofathreedimensionalmodelingcapabilitieswithpowerfulmappingandengineering,physicalrenderingofcomputersoftware,whichcombinestheUGandPROEcharacteristicsofthreedimensionalmodelingsoftware,theuseofmoresimpleandconvenient.Itisbasedonthepartsofthethreedimensionalsolidmodelingfeaturesoftechnology,canbephysicalassembly,motionanalysis,animationdesign,threedimensionalentitycanautomaticallygeneratetwodimensionalengineeringdrawings.Canalsobeaseparatetwodimensionalgraphicdesign,suchasthehydraulicsystemschematicdrawing,thesystemprovidesasimilartwodimensionalgraphicsAUTOCADmodulescanbedirectlydrawnengineeringdrawings.3chipthreedimensionalparametricdesign1Featurebasedchipdesignofthevalvebodyisinstalledonavarietyofhydrauliccomponents,anditsinternalschematicdiagraminaccordancewiththerequirementsofthehydraulicsystemtoachievethevariouscomponentsconnectedbetweentheoilRoadThecomplexityoffunctionblocksisthekeychipdesign.Valvedesigncharacteristicsbasedonmodeling,thebasicbodyisarectangularbody,thesurfaceofhydrauliccomponentstoinstall,sotheholeonthebodyisthemaindesignfeatures.Poresizeandhydrauliccomponentsofthepath,hasbeenstandardized,andholeholesubblindhole,respectively,constituteabodyofthehole,installscrew,processholeandholelevel.Designedtocreatethedesignfeaturesofthelibraryfeatures,bodypartsinthemodeling,thecalldatabasefeatures,addedtothebasicbody,so,partsofthedesignprocessthatischaracteristicofthegenerationprocess.Andthecharacteristicsofthetreepartsonrecord,easytomodify,greatlyacceleratethespeedofmodeling.2ValveinspectionofholesSolidworkssoftwarewiththeestablishmentofthebodyisarealisticthreedimensionalentitiesoftheparts,itwillbeconvenient,visuallychecktheholelocationandtherelationshipbetweentheholewiththehydraulicsystemschematicdiagramofthelogicoftherequirementsofthelocationofthemountingholewiththedesignrequirements,asisthephysicalparametersofthemodel,modifyiteasily.Inordertofacilitatethesoftwarecanbeusedtoobservethedisplay.1toentitiesonthesiteoftruncatedblocklineofsight,youcandirectlydisplaythechanneltotheinternalbody2theuseofwireframemodelperspectiveshowsthatcanbeobservedfromthewholethereisthespatialdistributionofholes3hasnothingtodowiththesiteinspectionorothercharacteristicsoftheholecompression,thatis,donotshowthatlineinordertoavoidexcessivedisruptionofpeoplesattention.3threedimensionalhydrauliccomponentsoftheestablishmentoftheTreasuryToinstallthevalveonavarietyofhydrauliccomponents,suchaspluginvalve,solenoidvalve,proportionalvalve,allkindsofpipejointsandsoon,canbedesignedtoestablishadatabaseofhydrauliccomponents,withreferencetothepartsofthebusinessorprofessionalmanufacturerplansmodelofproductsamples.ComponentssuchasValvesCartridgeValves,itisbythevalvecore,valveseatsandotherbasiccomponents,isactuallyasubassemblystructure,asaresultofhydrauliccomponentshasbeenthepathofstandardizationandstandardized,itcanbethemainpathparametersintheassemblycall.4theoverallstructureofthevirtualassemblyTheoveralldesignofthechipcanbedesignedfromthebottomupapproach,andhydraulicvalvecomponentsfromthelibraryouttotheassemblyenvironment,installedinaccordancewiththeconstraints,togeneratearealisticvirtualassemblystructure.Designerstoobservetheuseofperspectivetransformallpartsoftheassemblytocheckthecorrectnessofthedesign.Ifthedesigncanbemodifiedintimefortheparts,astheassemblyisassociatedwiththepartsdrawingandsparepartscanalsobemodifiedatthesametime.1checkthedesignisreasonable,whetherornottherightsizeparts,assemblyofcomponentsdidnotinterfereinbetween2thehydrauliccomponentsinthespacelayoutandaccuracyoftherationalityoftheentirechipinthemachinesinstallationlocationisappropriate3oftheassemblyafterthemotionanalysisofhydrauliccomponents,suchascartridgevalvespoolofthetrip,thentransferredunderthescopeofthetrip4canbegeneratedbytheexplosionmap,toshowtheassemblyrelationsbetweenparts,tofacilitatethedesign,manufactureandinstallationofthetechnologyexchangebetween,thevarioussectorstoreducethepossibilityoferror5theoutputoftwodimensionalengineeringdrawingsOrasaresultoftheproductionofcommonlyusedtwodimensionalengineeringdrawings,andsointhreedimensionalsoftwaretodesignpartsoftheprocessingtotheoutputoftwodimensionalmapandtheassemblydrawing,Solidworkssoftwarecanautomaticallygeneratethestandardviewoftheproject,butalsocangenerateotherview,suchastoview,partialview,axonometricmap,youcanviewonawholegenerationtocarryoutcuttingandpost,semipostmortem,postladder,rotateorsectioncutawayviewoftwodimensionalengineeringdrawingsofthedimensioningisautomatic,asaresultofthreedimensionalentitiesmodelandtwodimensionalengineeringdrawingsandtheassociatedparameter,ifoneofthemthesizeofthemodification,asthelinkage.Therelationshipbetweenthetwowillbemodified.Twodimensionalcanbelikeanyothereditingsoftware,asmarkedonthegraphroughness,sizeorshape,suchastolerance,thelayers,linesettings,printoutmapsorexportdwg,bmpgraphicsfiles,andothergraphicsortexteditingsoftwarefordataexchange.4DesignExampleCeramicTilebodyofhydraulicformingmachineisspecialequipment,workonthemainpistondrivenmodeofthepowdertothepressure,theworkof12to18beats/min,systempressureof15MPa,afterthebooster,themainhydrauliccylinderworkingpressureof30MPa,highpressurehydraulicsystemrequirements,flow,andforthefaster,betterreliability.Pressinaccordancewiththehydraulicsystemcontrolfunctions,designedtopluginthreemainhydraulicvalvechipcomponents①valvefunctionofcomponentsIformingprocessinaccordancewiththerequirementsofthemaincontrolpiston.Theworkofrepression.Inaworkingcycle,thedrivemodeforthesoftreduction,in3timestheweightofpressureandrepression②IIvalvecomponentsofthefunctionistocontroltheriseinthemainpiston,downandspeedadjustment③valvefunctioncomponentIIIisthetopmodeandthepierisexpected.Iparticipateinthedesignofthecompressor6004200tfromatotalofeightkindsofmodels,aseriesof600designwithapencildrawing,1000to1200usingtwodimensionalsoftwaredesign,from1600tthebeginningofthefivemodelswiththreedimensionalparametersSolidworksdesignsoftware.Significantlylowererrorrate,designefficiencygreatlyincreased,sothattheintroductionofnewproductsfaster,createabettereconomicefficiency.5ConclusionHydraulicManifoldsoftwareusingthreedimensionaldesignparameters,theestablishmentofvirtualassemblystructure,theanalysisbecomesintuitiveobservation,asfaraspossible,designerscanidentifyproblemsatthedesignstageinordertobeabletoshakeofftheheavygraphicswork,tofocusonstructureoffunctionalanalysisandthinkingtoensuredesignquality,enhancethedesignefficiencyandtoavoidlossofendoflifeproducts.Solidmodelcanbeobservedwithdifferentpointofview,sothatbodytocheckthecorrectnessofholesbecomeintuitiveandreliable.Interference