JILIN AOTUO AUTOMATION EQUIPMENT LTD.

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Jilin Auto Automation Equipment Co., Ltd is a private enterprise specializing in manufacturing industrial automation equipment based on precision machinery. The company's main project is to provide non-standard automation equipment and assembly tooling and position tools for the automotive parts industry, such as production, testing and assembly. The company also has the ability......

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Temperature sensor automatic production line

High pressure oil pump press and crimp

High pressure oil pump oiling and marking

High pressure oil pump diaphragm punching machine

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Industrial automation is developing rapidly. Starting now, can it keep up with the times?

Firstintroducewhatisautomation?　　Automation(Automation)referstomachineequipment,systemorprocess(production,managementprocess)withoutthedirectparticipationofpeopleorlesspeople,accordingtohumanrequirements,throughautomaticdetection,informationprocessing,analysisandjudgment,manipulationandcontroltoachieveexpectationsThegoaloftheprocess.Automationtechnologyiswidelyusedinindustry,agriculture,military,scientificresearch,transportation,commerce,medicalcare,servicesandhouseholds.Theuseofautomationtechnologycannotonlyliberatepeoplefromheavyphysicallabor,partofmentallabor,andharshanddangerousworkingenvironments,butalsoexpandhumanorganfunctions,greatlyincreaselaborproductivity,andenhancehumanabilitytounderstandandtransformtheworld.　　Therefore,automationisanimportantconditionandasignificantsymbolforthemodernizationofindustry,agriculture,nationaldefense,andscienceandtechnology.　　Throughreadingfrommanysources,thedevelopmentofautomationinotherfieldsthatIthinkisalsoquitepowerful,suchas:　　Theofficeautomationsystemisacomprehensiveprojectinvolvingawiderangeofareas,alargeamountofcapital,andalongconstructionperiod.Inthedevelopment,itisadvisabletoimplementstepbystepandadvancegradually,soastoavoiddetoursandavoidwaste.Long-termconsiderationsshouldbegiventooveralldesign,equipmentselection,networkformation,andsoftwareconfiguration,andstrivetobenefitfromalong-terminvestment;theprogramdevelopmentshouldbecarriedoutinstages,witheasyfirstandthendifficult,rollingforward,andreservedinterfacesforexpansion.Thedesignofthesystemshouldbebasedonexistingconditions,makeuseofexistingtechnicalequipmentasmuchaspossible,andcannotblindlypursuehigh-endandhighinvestment.Microcomputernetworkinghasthecharacteristicsoflowinvestment,shortdevelopmentcycle,widechoiceofsoftwareandhardware,andconvenientexpansion.Theadvantagesofthemicrocomputernetworkcanensurethefulluseoftheexistingtools,sothatthesystemisinvestedstepbystep,graduallyexpanded,andfinallycompletedtheoverallelectronicprocessofthegrassrootsindustry　　Thedevelopmenttrendofforeignautomationtechnologyissystematization,flexibility,integrationandintelligence.　　Automationtechnologycontinuestoimprovethetechnicallevelandmarketcompetitivenessofoptoelectronics,automatedcontrolsystems,traditionalmanufacturingandotherindustries.Itintegratesandinnovateswithoptoelectronics,computers,andinformationtechnologytocontinuouslycreateandformneweconomicgrowthpointsintheindustry,whileconstantlyprovidingnewPhilosophyofmanagementstrategyforthedevelopmentoftheindustry.　　Automationincludes:processautomation,machinemanufacturingautomation,managementautomation,etc.　　Belowwemainlydiscussthedevelopmentofmechanicalautomation　　Mechanicalautomationreferstothereplacementoflaborbymachines,nomanpowerisrequiredtooperatethemachine,onlymechanicalequipmentcomponentsorenergyareneededtoautomaticallycompletethework.Inanarrowsense,itisamechanismthatusesscientificknowledgeandapplicationtoolssuchasbiochemistry,computers,communications,electromechanics,waterconservancy,andsteamtoreduceorsimplifyorreplacehumanwork.Whatwearetalkingaboutnowadaysisnottheautomaticcontrol,adjustment,compensation,andidentificationofthepast,buthigher-levelautomationsuchasself-learning,organization,maintenance,andrepair.Withtherapiddevelopmentofsocialeconomy,scienceandtechnologycontinuetoupdateandadvance,　　Sincethe1920s,mechanicalmodernizationhasdevelopedatarapidpace,andtheprogressisobvioustoall.Especiallyinrecentyearswhencomputerintegrationhasdevelopedhighly,thedevelopmentspeedofmechanicalautomationhasbeenconsiderable.However,mycountry'smechanicalautomationisstillinitsinfancy.Wearecurrentlyonlyalargeproductioncountry,notastrongcountrytechnically,andwehavefewerindependentbrands.　　Forexample,somepartsintheautomobileandotherfieldsarenotentirelyourown.Wecannotfullyautomateorimplementhigh-levelautomation.Atpresent,oureconomicproductioncanonlycreatevalueforothers.Intheprocessofthedevelopmentofmechanicalautomation,wemustconsiderournationalconditions,stepbystep,worktogethertolearncoretechnologies,avoidunnecessaryerrorsandlosses,digestandabsorbadvancedforeigntechnologiesandtransformthemintosuitableforourcountry’smodernization.Theproductiontechnologycreatesconditionsthatareconducivetoourautomation,andstrivestoentertheadvancedidealstageoftheworld'sadvancedlevelofmechanicalautomationassoonaspossible.Mechanicalautomationisatechnologyofthe21stcentury,anditisanewtechnologywithacertainfieldofscope;mechanicalautomationtechnologyisatechnologyfortheindustrytoimprovethecomprehensiveeconomicandsocialbenefitsofthemanufacturingindustry;mechanicalautomationisasystematicengineeringintheproductionprocess.Tohavecompetitivetechnologyintheworld,unifythethreeelementsofcoretime,qualityandcostofcompetition.Mechanicalautomationistoimproveproductionsafety,productionefficiency,productquality,andreducethelossofrawmaterialsandenergy.　　Thedevelopmentoftalentautomationisalsoquiterapid.　　Talent"automated"toimproveworkefficiency.Withtheprogressofthetimesandtherapidchangesinscienceandtechnology,mycountry’seconomiccon

How will industrial automation systems change? It will be different this time

Whatisthefutureofindustrialautomationsystems?Whatpossiblechangeswilltherebe?Ifthistopicispushedforward10oreven5years,itisestimatedthattherewillbeveryfewrespondents.Buttoday,moreandmorepeoplehaverealizedthatthetraditionalindustrialautomationsystemmayundergoradicalchanges,andwearecurrentlyintheearlystagesofchange.Possiblechangeswillgreatlychangetheindustrialautomationsystemarchitecturethathasbeenavailableformorethan40yearswithDCSandPLCasthecore,andthePudumodelthatwerespectasaclassicmulti-layerhierarchicalstructure.　　Fromanobjectivepointofview,thepossiblechangesinindustrialautomationsystemsaremainlyfromthepenetrationandpromotionofITtechnology;andsubjectively,theyaredeterminedbyuserneeds.　　TakePLCandDCSasexamples.Theyareallclosedsystemsforatleast20yearsaftertheirintroductioninthe1960sand1970s.Attheendofthelastcentury,itbegantobeinfiltratedbyITtechnology,andgraduallyacceptedopendevelopmentideas,introducingcommercialITtechnologyandcomponents,butlimitedbythelimitationsofITtechnologyatthetimeandthespecialrequirementsofindustrialapplications,itwasmorefragmentedAfterrepairs,theentiresystemarchitecturehasbasicallynotchanged.　　Traditionalfactoryautomationcontrolsystemarchitecture　　Sincethenewcentury,especiallyinthepastfiveyears,therapiddevelopmentofITtechnologyinnovations,especiallyinthefieldsofcloudcomputing,edge,container,microservices,time-sensitivenetworktechnology,etc.,havecreatedbetterinnovationsfortraditionalindustrialautomationsystems.Conditions,thistimemay"reallybedifferent."　　Ifinthepast,theindustrialautomationsystemwasanindependent,closedanddedicatedsystem,thenthesubsequentchangesweretograduallyintroduceITresultstoincreaseopenness;emphasizeintegrationwithITsystems,butretainindependence;andinthefuture,ThepossibletrendistobecomeasubsetoftheoverallplantITsystem,buttherearespecificapplicationrequirements.FromtheperspectiveofthedevelopmentoftheInternetofThings,theIndustrialInternetofThingshasalwaysbeenregardedasasubset,ratherthanaparallelconcept.ThisisalsothedifferencebetweenitandIndustry4.0.　　Inthefuture,majorchangesinindustrialautomationsystemsshouldoccurinthetraditionalcontrollayer.Thefunctionofthefieldlayerissensingandexecution,andtheperceptionfunctionismoreimportantinthedigitalage;theupperinformationlayerhaslowreal-timerequirements,andtodayhassuccessivelyimplementedsolutionsbasedoncloudplatforms.Andhowtochangethecontrollayer,willitbecometotallyunrecognizableorevendisappear?Therearevariousconservativeorradicalschemesonthemarket.Themostradicalideaisasolutiondirectlyfromthesensortothecloud,whilethelocaldatacollection,analysisandotherfunctionsarecompletedbytheedgeplatform.　　Real-timehasalwaysbeentheweaknessofcommercialITtechnology,andtheseemergingITtechnologieshavenotbeenabletosolvethiswell.Butjudgingfromthegeneraltrend,inthepast10or20years,theadvancementofITtechnologyinthefieldofautomationhasbeencontinuousandfaster.BasedontheextremelystrongtechnologicalinnovationpoweroftheglobalITindustryandtheresourcesthatcanbeinvested,itisnotappropriatetobeoverlypessimisticaboutthesolutionofreal-timeobstacles.TSNisagoodexample.　　ThelastthingIwanttosayisthatuserneedsarealwaysadrivingforcethatcannotbeignoredinpromotingtechnologicalprogress.Infact,itisatthetimeofmajortechnologicalchanges.ThebirthofPLCbackthencamefromtheneedsofGeneralMotors.Thebigbackgroundisthatthethirdindustrialrevolutionhascome,andcomputertechnologyisbeginningtobeintroducedintotheindustrialfield.Theyputforwardademandplan,andtheoriginalDECcompanydevelopedthefirstPLCbasedondemand.　　Today,weareatthedawnofthefourthindustrialrevolution.AverysimilarexampleisExxonMobil.BasedonthelatestITtechnologyadvancesthatcanbeapplied,theyproposedanewgenerationofDCSarchitectureandorganizedrelatedpartners.Workingtogetheronthedevelopment,promotionandapplicationofthenewsystem,thelogicbehinditisthatallDCScurrentlyonthemarketcannotmeettheirneedsintheareasoftechnologyandcost.

Industrial automation is developing rapidly. Starting now, can you keep up with the times?

Ihaveknownseveralpeoplewhodofixturedesignbefore,andtheyhavegraduallytransformedintoautomation,soIreallywanttoaskyouifthereisaprospectforswitchingtoautomationnow?　　Whatdoyouthinkofthefutureofautomation?Isittoolatetostartlearningindustrialautomation?　　Firstintroducewhatisautomation?　　Automation(Automation)referstomachineequipment,systemorprocess(production,managementprocess)withoutthedirectparticipationofpeopleorlesspeople,accordingtohumanrequirements,throughautomaticdetection,informationprocessing,analysisandjudgment,manipulationandcontroltoachieveexpectationsThegoaloftheprocess.Automationtechnologyiswidelyusedinindustry,agriculture,military,scientificresearch,transportation,commerce,medicalcare,servicesandhouseholds.Theuseofautomationtechnologycannotonlyliberatepeoplefromheavyphysicallabor,partofmentallabor,andharshanddangerousworkingenvironments,butalsoexpandhumanorganfunctions,greatlyincreaselaborproductivity,andenhancehumanabilitytounderstandandtransformtheworld.　　Therefore,automationisanimportantconditionandasignificantsymbolforthemodernizationofindustry,agriculture,nationaldefense,andscienceandtechnology.　　Throughreadingfrommanysources,thedevelopmentofautomationinotherfieldsthattheeditorthinksisalsoquitepowerful,suchas:　　Theofficeautomationsystemisacomprehensiveprojectinvolvingawiderangeofareas,alargeamountofcapital,andalongconstructionperiod.Inthedevelopment,itisadvisabletoimplementstepbystepandadvancegradually,soastoavoiddetoursandavoidwaste.Long-termconsiderationshouldbegiventotheoveralldesign,equipmentselection,networkformation,andsoftwareconfiguration,andstrivetobenefitfromalong-terminvestment;theprogramdevelopmentshouldbecarriedoutinstages,witheasyfirstandthendifficult,rollingforward,andreservedinterfacesforexpansion.Thedesignofthesystemshouldbebasedonexistingconditions,makeuseofexistingtechnicalequipmentasmuchaspossible,andcannotblindlypursuehigh-endandhighinvestment.Microcomputernetworkinghasthecharacteristicsoflowinvestment,shortdevelopmentcycle,largechoiceofsoftwareandhardware,andconvenientexpansion.Theadvantagesofthemicrocomputernetworkcanensurethefulluseoftheexistingtools,sothatthesystemisinvestedstepbystep,graduallyexpanded,andfinallycompletedtheoverallelectronicprocessofthegrassrootsindustry　　Thedevelopmenttrendofforeignautomationtechnologyissystematization,flexibility,integrationandintelligence.　　Automationtechnologycontinuestoimprovethetechnologicallevelandmarketcompetitivenessofoptoelectronics,automatedcontrolsystems,traditionalmanufacturingandotherindustries.Itsintegrationandinnovationwithoptoelectronics,computers,andinformationtechnologycontinuetocreateandformneweconomicgrowthpointsfortheindustry,andatthesametimecontinuetoprovidenewPhilosophyofmanagementstrategyforthedevelopmentoftheindustry.　　Automationincludes:processautomation,machinemanufacturingautomation,managementautomation,etc.　　Belowwemainlydiscussthedevelopmentofmechanicalautomation　　Mechanicalautomationreferstothereplacementofmanuallaborbymachines,nomanualoperationofthemachineisrequired,andonlymechanicalequipmentcomponentsorenergysourcesareneededtoautomaticallycompletethework.Inanarrowsense,itisamechanismthatusesscientificknowledgeandapplicationtoolssuchasbiochemistry,computers,communications,electromechanics,waterconservancy,andsteamtoreduceorsimplifyorreplacehumanwork.Whatwearetalkingaboutnowadaysisnotthepreviousautomaticcontrol,adjustment,compensation,andidentification,butahigherlevelofautomationsuchasself-learning,organization,maintenanceandrepair.Withtherapiddevelopmentofsocialeconomy,technologyisconstantlyupdatedandadvanced,　　Sincethe1920s,mechanicalmodernizationhasdevelopedatarapidpace,andtheprogressisobvioustoall.Especiallyintherecentyearswhencomputerintegrationhasbeenhighlydeveloped,thedevelopmentspeedofmechanicalautomationhasbeenconsiderable.However,mycountry'smechanicalautomationisstillinitsinfancy.Wearecurrentlyonlyalargeproductioncountry,notastrongcountrytechnically,andwehavefewerindependentbrands.　　Forexample,somepartsintheautomobileandotherfieldsarenotcompletelyourown.Wecannotfullyautomateorimplementhigh-levelautomation.Atpresent,oureconomicproductioncanonlycreatevalueforothers.Intheprocessofthedevelopmentofmechanicalautomation,wemustconsiderournationalconditionsandmakeprogressstepbystep.Wewillworktogethertolearncoretechnologies,avoidunnecessaryerrorsandlosses,anddigestandabsorbadvancedforeigntechnologiestobesuitableforourcountry’smodernization.Theproductiontechnologycreatesconditionsthatareconducivetoourautomation,andstrivestoentertheadvancedidealstageoftheworld'sadvancedlevelofmechanicalautomationassoonaspossible.Mechanicalautomationisatechnologyofthe21stcentury,anditisanewtechnologywithacertainfieldofscope;mechanicalautomationtechnologyisatechnologyforindustrytoimprovethecomprehensiveeconomicandsocialbenefitsofmanufacturing;mechanicalautomationisasystematicengineeringintheproductionprocess.Itisnecessarytohaveacompetitivetechnologyintheworld,andunifythecoretime,qualityandcostofcompetition.Mechanicalautomat