外文翻译--多用途组合机床.doc

英文原文Multi-purposeaggregatemachine-tooltimeRegardingthemulti-purposeaggregatemachine-tools,intheindustrialfieldhasmanynamestodescribeit,like“themultitaskinginstallment”,“themulti-purposeenginebeds”,“themulti-procedureproductionsystem”andsoon,itmaybecalledtheprocessingdomaintrulythenova,mayreducethecost,thesimplifieddisposition,andhasmaintainedintheUSterritoryproduces.Inthepastonlythenusedthedutywhichmanymachineoperationscouldcomplete,nowmayconcentratetoanenginebedonprocessescompletes.Asaresultofmarketdemandsunceasingchange,theproductlifecycleisreducingunceasingly,todaysmarketmoreintensedemandmultitaskinginstallmentconcept.Carriesoutthefineprofitmanagementwhentheentireproductionenvironment,comparedtohavingnotconcentratedthecomponentsprocessingtoamachineoncompletesafinerprofit.Sometraditionsmanufacturingindustrymanufacturerthoughtthatthemulti-purposeaggregatemachine-toolsaretoocomplex,verydifficulttofindtheappropriateoperatorsalsothedifficultprobleminnovatesonthespotontheinsufficiencyforthemetalworkingBasicprincipleandintheProductionworkshoprelatednewenginebedusesolutionaspecttraining.IntuitiontypetechnicalcontrolTheequipmentuse“carriesoffthequantityofheat”thetypedesign,hasdifferentmaterialwhichthelathebed,thesteelinessstraightlinerollingguide,onthesteelinessrevolvingtoolboxsaddle,theequipmentuses,allthesecombinemakeanenginebedtogether.Thesewiththethermalconductivity,thevolumeexpansionarerelated.Alldifferentsizesthingcanbythedifferentspeedgrowth.Asaresultofthisreason,needstomakethehotfriendlyenginebed,withtheaimofknowinggivesoffheattheweakpointinwhere,cancompensatethroughthereasonableenginebeddesign.Thepartistheentirejourneymovement.Theenginebedglideproducesrubsandtransformhotly.Themachiningproducesthehotfilingsfalltothedifferentplace,therefrigerantcanmixintheentireprocessinwhich.Willpresentthedifferenttemperatureprovincecontinuallyonthecuttingtool,willthereforealsohavemanythingstohavetheinfluencetothethermostability.Thecuttingtooltechnologyturnedthemulti-purposeaggregatemachine-toolshashadthemillingandcuttingpower“theversatilemachine”.Accordingtothematerialintroducedthatthemostremarkablecharacteristicisintheseenginebedwholehastheintuition.Theanti-collisionpreservationtechnologywasalreadymature,incertaincircumstances,evenifusesthemanualoperationpattern,canalsoavoidtheoccurrencewhichcollides.Becausethecontrolsoftwarehastheverygoodintuition,theuseroperationfriendlydegreeunceasinglyisalsoenhancing.Believethemulti-purposeaggregatemachine-toolsbyitssurvivabilityworld-wideinthemoredifferentprocessingscenes.Theoff-lineprogrammingoptimizationandtheNCautomaticcontrolsystemsformationalreadymadethistechnologytobeeasiertoaccept,whenthereforeusestheprocedurewhentheenginebed,doesnotneedtospendmanytimetune-upprocedureandconfirmedthatsomepartdoesnothavethequestion.Ifcomponentsneedtoprovidethehighandlowtworevolvingtoolboxsaddlesimultaneouslytocarryontheroughmachining,inthiskindofsituationtheprogrammingisquitedifficult,becauseitneedstworevolvingtoolboxsaddlesalsotofeed.TheAdMacsystemmayrealizetoolrestsautomaticprogrammingwhichsimultaneouslyfeedstothese,andcancausethecorrectmainaxlespeed,thecorrectfeedrateandsoonallparameterstorealizethesynchronization.OkumaCorporationscollisionavoidancesystemdesignbasedonactualprocessingoperatingmodeanti-collisionsimulation,therefore,iftheoperatorhasinstalledthewrongcuttingtoolorhasestablishedthewrongparameter,thecontrolsystemwillexamineandpreventstheenginebedtoentertheprocessingcondition.ThroughcooperateswiththeSiemens,INDEXCorporationmayprovidethe3Dpatternnow“thehypothesizedenginebed”,hascustom-madeaccordingtosomespecificmodelsenginebed.Theresultindicatedthatthesimulationprocessesnotonlythefabricatedpartsandtheactualendproductissimilar,istheone-to-onecopysimply.Theintuitiontypecontrolinterface,thesimulationaswellasothersoftwaretechniqueareprogressive,themoreProductionworkshopshaveopenedwidethefrontdoortothemulti-purposeaggregatemachine-tools,butifdoesnothavethecorrespondingknowledgetotrainandtosolvethequestioncreativity,themanufacturerisalsoverydifficulttorealizeandthefulluseadvancedenginebedflexibilityaspectsuperiority.Theworkwhichdoestothemachinearemore,themachinewillbemorecomplex,alsoneedstohavethestrongerskillpersoncorrespondinglytobeabletooperateit.Ifmachinistpastonedayoperated3enginebeds,thenhehasthiskindofmulti-purposeenginebednow,mightproducemorecomponents.Moreimportantly,hemaydrawsupportfromsoftwareshelptocausetheproductionefficiencytobehigher,regardingtransformationprocessingcomponentspreparation,mayalsoestablishtheprocessingcraftplan.Becausethereplacementcomponentsneedtolower3mainaxles,thereforebeforereplacingthecomponents,theworkshopshouldprocessasfaraspossiblemanycomponents.Regardingthemulti-purposeenginebeds,thetransformationcomponentsspeedisquick,theproductionbatchoftimeintervalisshorter,thestockislower,theproductionefficiencyishigher.Canusemulti-purposeenginebedssomeworkshopsfully,veryquickwilldiscoverthepostfunctiontheunification.Now,aworkshopmayonlyuseanoperator,anadjusterandaprogrammingteacher,inthefuturethese3workdefinitelymaydobyaperson.Inthetraditionalpostdescriptionthemachinistwilltransitbecomesonetoadjustengineer,ifthisengineerthefamiliarcomponentsprocessingprogramming,thatwerealsomoreideal.Regardingsuchtransformation,traininghasbeensimple,solongastrains1individualline,butisnot3individuals.Lookingfromthelongviews,thiswillprovidetothepeoplethehigherpostdegreeofsatisfaction.Whenadjustsengineertoberesponsibletoprocesstheprogramming,andpaysattentiontothecomponentsprocessingpersonallytimetheentireprocess,hecompletelyhasbecomethiscomponentscontrol.Inaddition,butshouldalsomakesmoreeffortinthecuttingtoolchoiceandtheprogrammingaspect,mustmakeanymodelthemulti-purposeaggregatemachine-tooltosucceed,theworkshopneedstoprovidetheskilledmachinist,hasabilityandcompletesmanykindsofoperationsnimbly.Therefore,crosswisetrainingwasatanytimeinthepastmoreimportant.Regardedasthemillingandthelatheworkthedifferentbelongstotheirtime.Regardingpersonnelwhowillprogram,willunderstandtheenginebedandcontrolsit,thiswillbetheirabilitymanifestation.Thecuttingtoolwillchoosemostpeoplenottoinstallthepassengervehicletiretotheracecaron,butprocessedthecuttingtooltohavesuchsituation.Thecuttingtoolshouldmatchwiththenewenginebed,isconceivablyredundantonthenewenginebedusestheoldcuttingtooltotheproductionefficiencyinfluence.Inordertomatchthemulti-purposeaggregatemachine-tools,thenewcuttingtoolandthecuttingtooladaptertechnologywasalreadydeveloped.Atpresenttheindustrialfieldisdevelopingthedevelopmenttheprocessingcuttingtool,maycompletetheturningontheidenticaltoolrest,boringanddrillstruncatestheprocessing,isonlyprocessesthephasetodifferfromregardingtheworkpieceangle.Theprocessingoperatesthedifferenceevenconfusesisunclear.Thenewprocessingcuttingtoolmaycompletethemillingandtheturning.Themachineryautomationtechnologyfirststartsfromthe1920sinthemachinemanufacturecoldfinishingproductioninenormousquantitiesprocesstodeveloptheapplication,afterinthe60s,toadaptthemarketdemandandthechange,fortheenhancementmachine-buildingindustrytothemarketnimblerapidreactionsability,startstoestablishthevariableautomationproductionsystem,namelyrevolvesthecomputertechnologytheflexibleautomation.Itisinthemanufacturesysteminvariableorinthechangesmallsituation,themachineryequipmenteitherproductionmanagementprocessthroughtheautomaticdetection,theinformationprocessing,theanalysisjudgmentrealizestheanticipatedoperationorsomekindofprocessautomatically,andcanfrommakeonekindofcomponentstotransformautomaticallytomakesanotherkindofdifferentcomponents.Thesocialpracticeprovedthatunderthiskindofdefinitionsmanufacturesystemautomationandthecontemporarymajorityenterprisesarenotactuallyaccommodating.Thecontemporarysocietyalsonotinthescienceandtechnology,thematerialandthepersonnelaspectpreparestorealizethisautomatedcondition,insistssuchtodoonlymeetsthewastedeffort.Thiskindofsituationisnotexceptionalregardingtheseparateproductionmethodsmachine-buildingindustry,thedifficultycanbigger.Theaggregatemachine-toolfuturedevelopmentmoreusetransmissionsandsoonvariablespeedmotorandballbearingguidescrew,willsimplifystructure,thereductionproductionmetre；Usesthenumericalcontrolsystemandtheheadstock,thejigautomaticreplacementsystem,enhancesthecraftcontrollability；Aswellasintegratestheflexiblemanufacturesystemandsoon.中文译文多用途组合机床对于多功能组合机床，在工业领域有许多名字来描述它，如“多任务处理装置”，“多功能机床”，“多工序生产系统”等，它确实可称为加工领域的新星，可降低成本，简化配置，和一直保持在美国本土生产。在过去，只有使用多机操作才能完成的任务，现在可以集中到一