机电一体化技术及其应用研究外文文献翻译中英文翻译外文翻译.docx

机电一体化技术及其应用研究外文文献翻译中英文翻译外文翻译.docx

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机电一体化技术及其应用研究外文文献翻译中英文翻译外文翻译

毕业设计（论文）外文翻译

题目钢筋机切断机仿真设计

专业名称机械设计制造及其自动化

班级学号078105119

学生姓名涂志军

指导教师邢普

填表日期2011年4月6日

Electromechanicalintegrationtechnologyanditsapplication

Anelectromechanicalintegrationtechnologydevelopment

Mechatronicsisthemachinery,micro-,control,aircraft,informationprocessing,andothercross-disciplinaryintegration,anditsdevelopmentandprogressdependsontheprogressoftechnologyanddevelopment,themaindirectionofdevelopmentofadigital,intelligent,modular,andhumannature,miniaturization,integration,withsourceandgreen.

1.1Digital

Microcontrollerandthedevelopmentofanumberofmechanicalandelectricalproductsofthebase,suchasthecontinuousdevelopmentofCNCmachinetoolsandrobots,andtherapidriseofthecomputernetworkforthedigitaldesignandmanufacturingpavedthewayfor,suchasvirtualdesignandcomputerintegratedmanufacturing.Digitalrequestelectromechanicalintegrationsoftwareproductswithhighreliability,easyoperability,maintainability,self-diagnosticcapabilities,andfriendlyman-machineinterface.Digitalwillfacilitatetherealizationoflong-distanceoperation,diagnosisandrepair.

Intelligent1.2

Mechanicalandelectricalproductsthatrequireacertaindegreeofintelligence,itissimilartothelogicalthinking,reasoningjudgement,autonomousdecision-makingcapabilities.Forexample,intheCNCmachineincreaseinteractivefeatures,setupIntelligentI/Ointerfaceandintelligentdatabasetechnology,willuse,operationandmaintenanceofbringgreatconvenience.Withfuzzycontrol,neuralnetwork,gray,wavelettheory,chaosandbifurcation,suchasartificialintelligenceandtechnologicalprogressanddevelopmentandthedevelopmentofmechanicalandelectricalintegrationtechnologyhasopenedupavastworld.

Modular1.3

Aselectromechanicalintegrationproductsandmanufacturerswidevarietyofresearchanddevelopmentofastandardmechanicalinterface,dynamicinterface,theenvironmentinterfacemoduleselectromechanicalintegrationproductsisacomplexandpromisingwork.Ifthedevelopmentissettoslowdown.VVVFintegratedmotordriveunitwithvision,imageprocessing,identificationandlocationofthemotorfunctions,suchasintegratedcontrolunit.Thus,inproductdevelopment,design,wecanusethesestandardsmodularunitquicklydevelopnewproducts.

1.4Network

Asthepopularityofthenetwork,network-basedremotecontrolandmonitoringofvarioustechnicalascendant.Theremotecontroldeviceitselfistheintegrationofmechanicalandelectricalproducts,fieldbustechnologytohouseholdappliancesandLANnetworkpossible,useahomenetworktoconnectvarioushomeappliancesintoacomputerasthecenterofcomputerintegratedappliancessystem,sothatpeopleinthehomecanbefullenjoymentofthebenefitsofvarioushigh-tech,therefore,electromechanicalintegrationproductsshouldbenodoubtNorthKoreanetworks.

1.5humanity

Electromechanicalintegrationoftheend-useproductistargeted,howtogivepeopleelectromechanicalintegrationofintelligentproducts,emotionandhumanityisbecomingmoreandmoreimportant,electromechanicalintegrationproductsinadditiontoimprovingperformance,italsourgedthecolor,shapeandsoonandenvironmentalcoordination,theuseoftheseproducts,orforapersontoenjoy,suchashomerobotisthehigheststateofhuman-machineintegration.

1.6miniaturization

Micro-fineprocessingtechnologyisanecessityinthedevelopment,butalsotheneedtoimproveefficiency.MEMS（MicroElectronicMechanicalSystems,orMEMS）referstoquantitiescanbeproducedbythemicro-collectionagencies,micro-sensors,microactuatorsandsignalprocessingandcontrolcircuituntilinterface,communicationandpowerisoneofthemicro-devicesorsystems.Since1986theUnitedStatesatStanfordUniversitydevelopedthefirstmedicalmicroprobe,1988attheUniversityofCalifornia,Berkeleydevelopedthefirstmicro-motor,bothathomeandabroadinMEMStechnology,materialsandmicro-mechanismmuchprogresshasbeenmade,thedevelopmentofallsortsMEMSdevicesandsystems,suchasthevariousmicro-sensors（pressuresensors,micro-accelerometer,micro-tactilesensor）,variousmicro-component（micro-film,micro-beam,microprobes,micro-link,micro-gear,micro-bearings,micro-pump,microcoilandmicro-robot,etc.）.

1.7Integration

Integrationincludesamutualpenetrationofvarioustechnologies,andintegrationofvariousproductsofdifferentstructuraloptimizationandcomposite,andincludedintheproductionprocessatthesametimeprocessing,assembly,testing,management,andotherprocesses.Inordertoachievemorevariety,smallbatchproductionofautomationandhighefficiency,thesystemshouldhaveamoreextensiveflexible.Firstsystemcanbedividedintoseverallevels,allowingthesystemtofunctiondispersed,andsecurityandcoordinationwithotherpartsoftheoperation,andthenthroughsoftwareandhardwareatvariouslevelswillbeorganicallylinkedtoitsoptimalperformance,themostpowerful.

1.8withsourceof

Electromechanicalintegrationreferstotheproductitselfwithenergy,suchassolarcells,fuelcellsandlarge-capacitybattery.Asonmanyoccasionsnotbeabletouseelectricity,whichcampaignsforthemechanicalandelectricalintegrationproducts,hasauniquepowersourcecomeswiththebenefits.Sourceswiththeintegrationofmechanicalandelectricalproductdevelopmentdirectionof.

1.9Green

Thedevelopmentoftechnologyinpeople'slivesbroughtgreatchangesinthematerialatthesametimehasalsobroughtrichresources,deteriorationoftheecologicalenvironmentconsequences.Therefore,peoplecallingfortheprotectionoftheenvironment,regression,andachievingsustainabledevelopmentintheconceptofgreenproductssuchcallshaveemerged.Greenproductsislow-power,low-woodconsumption,clean,comfortable,coordinationandutilizationofrenewableproducts.Initsdesign,manufacture,useanddestructionofhumanbeingsshouldbeinlinewithenvironmentalprotectionandhealthrequirements,electromechanicalintegrationofgreenproductsismainlyreferstotheuseoftimeisnotpollutetheecologicalenvironment,attheendofproductlife,andregenerationofdecompositionproducts.

2electromechanicalintegrationintheapplicationoftechnologyintheironandsteel

Intheironandsteelenterprises,theintegrationofmechanicalandelectricalsystemsareatthecoremicroprocessor,thecomputer,industrialcomputer,datacommunications,displaydevices,metersandthecombinationoftechnologiessuchasorganic,assembledbythemergermeansfortherealizationofalarge-scaleintegratedsystemcreateconditionsforeffectiveintegration,enhancedsystemcontrolprecision,qualityandreliability.Electromechanicalintegrationtechnologyintheironandsteelenterprisesinthemainlyusedinthefollowingareas:

2.1IntelligentControlTechnology（IC）

Asalarge-scaleironandsteel,high-speedcontinuousandthecharacteristicsofthetraditionalcontroltechnologiesencounteredinsurmountabledifficulties,itisnecessarytoadoptveryintelligentcontroltechnology.Controltechnologiesincludeintelligentexpertsystem,neuralandfuzzycontrol,intelligentcontroltechniquesinsteelproductdesign,manufacturing,control,productqualityanddiagnosticequipment,andotheraspects,suchasblastfurnacecontrolsystem,electricfurnaceandcontinuouscastingplant,steelrollingsystem,steelmaking-Castingintegratedschedulingsystem-rolling,coldrolling,etc..

2.2DistributedControlSystem（DCS）

DistributedcontrolsystemusesacentralcommandforthecontrolofanumberofTaiwan-sitemonitoringandintelligentcomputercontrolunit.Distributedcontrolsystemscanbetwo,threeormorelevels.Usingcomputerstoconcentrateontheproductionprocessmonitoring,operation,managementanddecentralizedcontrol.Withmonitoringandcontroltechnologies,andthefunctionsofdistributedcontrolsystemmoreandmore.Notonlycanbeachievedcontroloftheproductionprocess,butalsocanbeachievedonlineoptimization,theproductionprocessreal-timescheduling,productionplanningstatisticalmanagementfunctions,asameasurement,control,integrationoftheintegratedsystem.DCScontrolfunctionswithdiversefeaturesandeasyoperation,thesystemcanbeextended,easymaintenanceandhighreliabilitycharacteristics.DCSisdecentralizedandcentralizedcontrolmonitoring,fault-minor,andthesystemhasthechainprotectionfeatures,theuseofmanualcontrolsystemfailureoperationalmeasures,thesystemishighlyreliable.Distributedcontrolsystemandcentralizedcontrolsystemcomparedtotheirmorefunctional,withahigherlevelofsecurity.Isthelarge-scaleintegrationofmechanicalandelectricalsystemsmaintrend.

2.3OpenControlSystem（OCS）

OpenControlSystem（OpenControlSystem）isthedevelopmentofcomputertechnologyledbythenewstructureconcept."Open"meansastandardfortheexchangeofinformationinorderconsensusandsupportthisstandarddesignsystems,differentmanufacturersproductscanbecompatibleandinteroperable,andthesharingofresources.Industrialcontrolsystemsthroughopencommunicationnetworksothatallcontrolequipment,management,computerinterconnections,toachievecontrolandmanagement,administration,integrateddecision-making,throughfieldbustothesceneandcontrolroominstrumentationcontrolequipmentinterconnectedtoachieveintegratedmeasurementandcontrolof.

2.4ComputerIntegratedManufacturingSystem（CIMS）

CIMSisthei