2019年機器人的英語單詞

2019年機器人的英語單詞篇一：機器人英語名詞RoboticsMechanism－Workshop（VocabularyI)機器人機械裝置－動手制作部分（詞匯I）TheLEGOMindstormsEV3setisdesignedtoallowbuilderstocreatedifferentrobots,vehiclesandothercontraptionswithmovingparts.樂高頭腦風(fēng)暴機器人EV3的設(shè)計允許建造者創(chuàng)造不同的機器人，車輛和其他具有移動部件的裝置。HerewelearnaboutexploringthemechanicalsideofEV3andRobotics,ratherthanprogramming.我們學(xué)習(xí)開發(fā)EV3的機械部分和機器人學(xué)，而不是編程。Machine機器Contraptions裝置BasicMechanisms基礎(chǔ)機械Gear齒輪Gearratios齒輪比Compound復(fù)合的Compoundgearsystems復(fù)合齒輪系統(tǒng)（復(fù)合齒輪組）Rotation旋轉(zhuǎn)Theangleofrotation旋轉(zhuǎn)角度Workdrives驅(qū)動器SwingMechanisms機械，機構(gòu)SwingingmechanismsReciprocate往復(fù)運動Reciprocatingmechanism往復(fù)機構(gòu)（曲拐機構(gòu)）Cam凹輪Cammechanisms凸輪機構(gòu)Intermittent間歇的Motion運動Intermittentmotion間歇運動TransmitTransmittingrotationRubberbands橡皮筋；摩擦索線Caterpillartreads履帶輪底Off-centeraxesofrotation偏心軸旋轉(zhuǎn)Joints接點，接觸點Vehicle車輛Drivingwheelswithamotor用電機驅(qū)動車輪Caster腳輪Crawlers履帶牽引裝置SuspendedwheelsSteering操縱Vibration振動FlappingwingsGrippingfingers鉗形指LiftingShootingAutomaticdoors自動門RakinguporoutCreatingwindSwingingapendulumAttachments附屬裝置Meshinggearsdiagonally嚙合斜齒輪Sensors傳感器Touchsensors觸感Colorsensors色感Pythagoreantheorem勾股定理篇二：機器人專業(yè)詞匯中英文對照ACASApplicatorCleanerAirSupply霧化器清洗器供氣pACSApplicatorCleanerSolventPilot霧化器清洗器溶劑控制閥ACSApplicatorCleanerSolvent霧化器清洗器溶劑ACVAApplicatorCleanerVacuumAir霧化器清洗器真空空氣ACDAApplicatorCleanerDryingAir霧化器清洗器干燥空氣BEARBearingAir軸承空氣BAOBearingAirOK軸承空氣正常BRAKEBrakeAirTurbine渦輪剎車空氣pBWBellWashPilot旋杯清洗控制閥BWSBellWashSupply旋杯清洗供應(yīng)AIRColorChangeAirSupply換色空氣供應(yīng)SOLColorChangeSolventSupply換色溶劑供應(yīng)CP#ColorPilot(#)=Color顏色控制閥（#）=顏色DUMPDump排放DATDriveAirTurbine渦輪驅(qū)動空氣E-STATElectrostatics靜電pIWInjectorWashPilot注射器清洗控制閥IWSInjectorWashSupply注射器清洗供應(yīng)PAINTPaint油漆PAPPurgeAirPilot沖洗空氣控制閥pCCPilotColorChange換色控制閥PCEProcessControlEnclosure工藝控制柜pDUMPPilotDump排放控制閥PDPPowerDistributionPanel配電柜PIEProcessInterfaceEnclosure工藝接口柜PREGPilotRegulator調(diào)節(jié)器控制閥PR#PaintReturn(#)=Color油漆回路（#）=顏色PS#PaintSupply(#)=Color油漆進路（#）=顏色pPSPurgeSolventPilot沖洗溶劑控制閥pTRIGPilotTrigger觸發(fā)器控制閥PTSPilotTriggerSupply觸發(fā)器供應(yīng)控制閥RPRobotPurge機器人凈化SA1ShapingAir(BellApplicator)成形空氣（旋杯霧化器）SA2ShapingAir(BellApplicator)成形空氣（旋杯霧化器）SAPShapingAirPilot成形空氣控制閥SASShapingAirSupply成形空氣供氣SCCSystemControlConsole系統(tǒng)控制柜TDPTurbineDrivePilot(BellApplicator)渦輪驅(qū)動控制閥（旋杯霧化器）TURBTurbineDriveSupply渦輪驅(qū)動供氣PurgeSystemMaintenance凈化系統(tǒng)維護-PurgeSystemDiagnostics凈化系統(tǒng)診斷-PurgeSystemTestingandCalibration凈化系統(tǒng)測試和校準-PurgeCycleTroubleshooting凈化循環(huán)排錯?ColorChangerAssembly換色器組件-ColorChangerValveMaintenance換色閥門維護?SolvAirModuleSetupandMaintenance溶劑空氣模塊設(shè)置和維護?3ValveIKGearPump3閥門1K齒輪泵-PumpBlockPressureSensor泵的壓力傳感器?ProcessControlMaintenance工藝控制維護-FluidPresetsMaintenance流體預(yù)設(shè)值維護-E-statPresetsMaintenance靜電預(yù)設(shè)值維護-PresetOverrideMaintenance強制預(yù)設(shè)值維護-ColorChangeMaintenance換色維護?Pepperl&FuchsISBSettingsPepperl&FuchsISB設(shè)置?RobotSoftwareMaintenance機器人軟件維護-I/ORe-configurationI/O重新配置-RobotFileCopy機器人文件復(fù)制-RobotSystemVariablesEditingTransducerOperations比例閥的操作-ShapingAirControl成形空氣的控制-D/QShapingAirControlModuleD/Q成形空氣控制模塊-TurbineSpeedControl渦輪速度控制-KeyenceDigitalFiberSensorKeyence數(shù)字光線傳感器?FluidCalibration-BeakerMethod流體校準–量杯的方法?SystemConfigurationMaintenance系統(tǒng)配置維護-SystemColorsMaintenance系統(tǒng)顏色維護-StylesMaintenance車型維護-OptionMaintenance選項維護-PW3SetupPW3設(shè)置機器人系統(tǒng)變量編輯-SoftwareArchive軟件存檔-BackupaRobotImage備份一個機器人鏡像-RestoreaRobotImage恢復(fù)一個機器人鏡像?PaintworksIIISoftwareMaintenancePaintworksIII軟件維護-CreatingaNortonGhost2003BootDiskSet創(chuàng)建一個NortonGhost2003啟動盤-BackingUpYourPAINTworksIIIGUI備份你的PAINTworksIIIGUI。-CopyingYourGhostImageFilestoCDs把你的Ghost鏡像文件復(fù)制到CDs。-RestoringYourPAINTworksIIIGUI恢復(fù)你的PANITworksIIIGUI。pAIRPAPPilotinputforPurgeAir凈化空氣的驅(qū)動輸入pSOLVPSPPilotinputforPurgeSolvent凈化溶劑的驅(qū)動輸入AIRCCASPurgeAirsupplyinput凈化氣源輸入SOLCCSSPurgeSolventsupplyinput凈化溶劑供應(yīng)輸入pCCPCCPilotforColorChangeroperation.Whenthisinputisenabled,thepurgeairandsolventmixturewillbedirectedtothecolorchangermanifoldasaeratedsolvent.換色器操作的驅(qū)動。這個輸入被激活時，凈化空氣和溶劑混合物會直接通向換色器多只管，像充氣的溶劑一樣。2TOutput2TSecondaryoutput(usedforApplicatorWash).Solventorairortheaeratedmixtureisalwaysavailableatthisport.Ifitisnotrequiredinthesystem,theportmustbeplugged.二次輸出（用于霧化器清洗）。在這個端口一直有溶劑、空氣或者混物。如果系統(tǒng)沒有要求，這個端口必須被塞緊。1KProcessAssemblywithaRegulator含調(diào)整器的1K工藝組件EO-4696-511-000Rev.ASheet1of1EO-4696-511-000Rev.A版第一頁/共一頁COLORCHANGER(24COLORMAX.)換色器(最多24種顏色)WASH清洗INJECTOR注射器WASH清洗PAINTENABLE噴漆激活TRIGGER觸發(fā)器BELLWASH杯頭清洗PAINT油漆SOLV/AIR溶劑/空氣AIR空氣RECOVERY回收DUMP排放2KProcessAssemblywithaRegulatorSchematic含調(diào)整器的2K工藝組件示意圖EO-4696-517-000Rev.C4Sheet1of1EO-4696-517-000Rev.C4版第一頁/共一頁COLORCHANGER(4COLORMAX.)換色器(最多四種顏色)INJECTORWASH注射器清洗PAINTENABLE噴漆激活TRIGGER觸發(fā)器BELLWASH杯頭清洗CAT架子DUMP排放FLUSH齊平AIR1空氣1SOLV/AIR溶劑/空氣WASH清洗篇三：工業(yè)機器人英文翻譯THEDEVELOPMENTOFINDUSTRIALROBOTSIndustrialrobotisarobot,itconsistsofaCAOZUOJI.Controller.Servodrivesystemanddetectionsensordeviceposition,itisakindofhumanoidoperatingautomaticcontrol,canrepeatprogramming,canfinishallkindsofassignmentsinthreedifficultiesinauthorshipspacetheelectromechanicalintegrationautomationproductionequipment,especiallysuitableformanyvarieties,beebatchflexibleproduction.Ittostabilizeandimprovetheproductquality,raiseefficiencyinproduction,improveworkingconditionsoftherapidrenewalplaysanextremelyimportantrole.Widelyusedindustrialrobotscangraduallyimproveworkingconditions,strongerandcontrollableproductioncapacity,speedupproductupdatingandupgrading.Improveproductionefficiencyandguaranteethequalityofitsproducts,eliminatedullwork,savelabor,provideasafeworkingenvironment,reducesthelaborintensity,andreducelaborrisk,improvetheproductivityofmachinetool,reducetheworkloadandreduceprocessproductiontimeandinventory,enhancethepetitivenessofenterprises.JointTypesThelistbelowshowsthetypesofjointsthatcanbeusedforindustrialrobotarms,thearmisconstructedfromeitheroneparticulargroupofjointsorabinationofthese:(1)Revolute:Revolutejointsaresimplythosethatallowrevolute,orrotarymotionbetweentwolinks;(2)Prismatic:Prismaticjointsallowlinearmotionbetweenthetwolinks;(3)BallandSocket:Ballandsocketjointsallowthreerevoluteorrotarymotionsbetweenthetwolinks.Ballandsocketjointsinrobotsareseldomusedduetoagreaterdifficultyinactivatingthem.ClassificationofRobotsRobotscanbeclassifiedbytheirjointtypesintooneofthefollowingfivegroups.Thethreegroupsclosesttotherobot’sbasewilldetermineitsclassification;theotherjointsareincludedtogivetheendeffectorgreaterflexibilityofmovement.(1)Cartesian(2)Cylindrical(3)Spherical(4)Horizontallyarticulated(SCARA)(5)Verticallyarticulated.DegreesofFreedomAmontermdefinethenumberofjointsinarobotarmisthe“DegreeofFreedom”anarmhas.Eachjointallowsrelativemotionbetweenthetwolinks,givingitonedegreeoffreedom.Whenmotionispossiblealongoraroundtwojointsthentherearetwodegreesoffreedomandsoon.Mostrobotshavebetweenfourandsixdegreesoffreedom.Asaparisonthehumanarmhassevendegreesoffreedomfromtheshouldertothewrist,butincludingthelandwhichhastwenty-twodegreesoffreedomalone!BasicRobotComponentsTherobotsystemhasaseriesofbasicponents:(1)Manipulator.(2)Controller.(3)PowerSupply.(4)EndEffector(grippers,spotorMIGweldersetc).DriveSystemsThemovementofthemanipulatoriscontrolledbyactuators,ordrivesystem.Theactuatorordrivesystemallowsthevariousaxestomovewithintheworkcell.Thedrivesystemcanuseelectrical,hydraulicorpneumaticpower.Theenergydevelopedbythedrivesystemisconvertedtomechanicalpowerbyvariousmechanicaldrivesystems.Thedrivesystemsarecoupledthroughmechanicallinkages.Theselinkages,inturn,drivetheaxesoftherobot.Themechanicallinkagesmaybeposedofchains,gearsandballscrews.Astechnologyadvances,thedevelopmentofindustrialrobot,theprocesscanbedividedintothreegenerations.Thefirstgeneration,fordemonstrationreproduce,anditmainlyconsistsofrobothandcontrolleranddemonstrationteachingmachinesposed,canpressadvanceboxtorecordinformationguideaction,thecurrentindustryrepeatedreappearanceapplicationofexecutionmost.Thesecondtofeelrobot,suchaspowerfulsleeptouchandvision,ithasforsomeoutsideinformationfeedbackadjustmentability,currentlyhasenteredtheapplicationstage.Thirdgenerationofintelligentrobotithassenseandunderstandingability,intheexternalenvironmentfortheworkingenvironmentchangedcircumstances,canalsosuccessfullypletethetask,itisstillintheexperimentalresearchphase.TheUnitedStatesisthebirthplaceoftherobot,asearlyasin1961,America'sConsolidatedControlCorpandAMFpaniesdevelopedthefirstpracticaldemonstrationemersionrobot.After40yearsofdevelopment,theUnitedStatesintheworldofroboticshasbeenintheleadposition.StillItstechnologyprehensive,advanced,adaptabilityisstrong.JapanimportedfromAmericain1967,thefirstrobotin1976later,withtherapiddevelopmentofthemicroelectronicsandthemarketdemandhasincreaseddramatically,Japanwaslaborsignificantdeficienciesinenterprise,industrialrobotsby"savior"'swele,makeitsJapaneseindustrialrobotsgetfastdevelopment,thenumberofnowwhetherrobotsorrobotdensitiesaretopoftheworld,knownasthe"robotkingdom,"said.TherobotintroducedfromGermanytimethanBritainandSwedenaboutlate1956,buttheLaborshortagescausedbywar,nationaltechnicallevelishighersocialenvironment,butforthedevelopmentandapplicationofindustrialrobotprovidesfavorableconditions.Inaddition,inGermany,forsomedangerousprescribed,poisonousorharmfuljobs,robotinsteadofordinarypeopletothelabor.Thisistheuseofrobotsexploitawiderangeofmarkets,andpromotethedevelopmentoftheindustrialrobottechnology.Atpresent,theGermanindustrialrobotstotaloftheworld,whichonlybehindtoJapan.TheFrenchgovernmenthasbeenmoreimportantrobottechnology,andthroughaseriesofresearchprogram,supportestablishedapletescienceandtechnologysystem,makethedevelopmentoftheFrenchrobotsmoothly.Ingovernmentorganizationproject,payspecialattentiontotherobotresearchbasedtechnique,thefocusisontheapplicationresearchoninrobot.Andbyindustrysupportthedevelopmentapplicationanddevelopmentofwork,bothsupplementeachother,makerobotsinFranceenterprisesdeveloprapidlyandpopularizeandmakeFranceintheinternationalindustrialmachinewithindispensableifposition.Britainsincethelate1970s,promoteandimplementadepartmentmeasureslistedsupportthedevelopmentofpoliciesandmakerobotsBritishindustrialrobotsthantoday'srobotpowersstartedtoearly,andonceinJapanhasmadetheearlybrilliance.However,atthistimethegovernmentforindustrialrobotsimplementedtheconstrainingerrors.ThismistakeinBritaindust,therobotindustryinWesternEuropewasalmostinthebottomofit.Inrecentyears,Italy,Sweden,Spain,Finland,Denmarkandothercountriesbecauseofitsowndomesticrobotsmarketingreatdemand,developmentataveryfastpace.Atpresent,theinternationalonindustrialrobotpanymainlydividedintoJapaneseandEuropeanseries.InANCHUANofJapanesearemainlytheethicalproducts,theOTC,PANASONIC,FANUC,notTWOMORE,etc.TheproductsofthepanyKAWASAKIThemainAsiaticKUKA,GermanCLOOS,Sweden'sABB,Italy’AUandAustriaIGMpany.IndustrialrobotinChinastartedinearly1970s,after30yearsdevelopment,roughlyexperiencedthreestages:inthe1970sand1980sbuddingtransplanterandtheapplicationofthe1990sinitializationperiod.Withthe20thcentury70'sworldtechnologyrapiddevelopment,theapplicationofindustrialrobotsinworldcreatedaclimax,inthiscontext,ourcountryin1972startdevelopingtheirindustrialrobots.Enterafterthe1980s,withthefurtherreformandopening,inhightechnologywavespound,ourresearchanddevelopmentofrobottechnologyfromthegovernment'sattentionandsupport,"duringtheseventhstatefunds,thankedthepartsweresetrobotandresearch,pleteddemonstrationemersiontypeindustrialrobotpletetechnologydevelopment,developedspraypaint,welding,arcweldingandhandlingrobot.,thenationalhightechnologyresearchanddevelopmentprogrambegintocarryout,afterseveralyearsresearchandmadealargenumberofscientificresearch.Successfullydevelopedabatchofspecialrobot.sincetheearly1990s,China'snationaleconomyachievetwofundamentalperiodoftransformationintoaanew