智能照明系统的外文文献原稿和译文.docx

智能照明系统的外文文献原稿和译文.docx

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智能照明系统的外文文献原稿和译文

Introduction

IntroductionWiththecontinuousdevelopmentofoureconomy,rapidlyrisinglivingstandards,peopleworkingandlivingenvironmenthavebecomeincreasinglydemanding,whilethelightingsystemrequirementshavebecomemoresophisticated,thetraditionallightingtechnologyhasbeenastrongblow.Ontheonehandbecauseofinformationtechnologyandcomputertechnologychangesinlightingtechnology,providingtechnicalsupport;theotherhand,duetoenergyshortage,thestatemoreandmoreattentiononenergysavinglighting,newlightingcontroltechnologytodeveloprapidlytomeetwithByenergyconservation,comfort,conveniencerequirements.Lightingcontrollightingcontrolfromthetraditionalmanualmethod,automatedlightingcontroltotoday'sintelligentlightingcontrol.Intelligentlightingcontrolsystemisbasedoncomputercontrolledalldigitalplatform,modular,distributedbuscontrolsystem,thecentralprocessormodulescommunicatedirectlythroughthenetworkbus,thebusmakesuseoflighting,dimming,blinds,scenecontroltoachieveintelligent,andbecomeacompletebussystem.Canbebasedonchangesintheexternalenvironmentinthedeviceautomaticallyadjustthestatusofthebustoreachsafety,energyconservation,humaneffects,andcanuseinthefuture,inaccordancewiththerequirementsofusersthroughthecomputerWaytoincreaseormodifythesystem'sfunctionality,withouthavingtorelayingofcables,intelligentlightingcontrolsystem,highreliability,flexiblecontrol,lightingcontrolisthetraditionalwaycannotbedone.

ThebasiccomponentsandmonitoringthecontentsofthesystemSystemThebasiccomponentsandmonitoringthecontentsofthesystemSystemcomponents

Intelligentlightingcontrolsystemisusuallydimmermodule,switchmodule,inputmodule,thecontrolpanel,liquidcrystaldisplaytouchscreen,smartsensors,PCinterface,timemanagementmodule,handheldprogrammer,monitoringcomputer（needtobridgealargenetworkconnection）andothercomponentscomposition.

（1）Thebasicprincipleofthedimmingmoduleisamicroprocessor（CPU）ThesizeoftheopeninganglecontrolSCRtocontroltheaverageamplitudeoftheoutputvoltageto

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adjustthebrightnessoflightsources.

（2）switchmoduleiscontrolledbythepowerswitchrelayoutputtocontrollight.（3）inputmoduleistoacceptpassivecontactsignalstransmittedtothemicroprocessorviathebus.（4）Thecontrolpanelisintuitiveoperationforcontroloflightingscenesweretheparts,whichiscontrolledbyamicroprocessor,canbeprogrammedtocompleteavarietyofdifferentcontrolrequirements.Entersymbolidentifyingthemicroprocessor,afterprocessingcontrolinformationsentviathebus,tocontrolthecorrespondingdimmingofthelightsourcemoduleorswitchingmodulecontrolthedimmingorswitchcontrol.（5）Theilluminationofthesensorinterfacemoduleforconnectiontodetection,thereisdetection,motiondetectionandothersensors.（6）TimeManagementmodulecontrolsystemwithanotherdeviceonthebusinterfacetoautomatetasksandtimecontrol.MonitoringContents

（1）Thecentralcontrolsystemthroughthecentralstationandthesystemsoftwareontheswitch,dimming,clock,lighting,monitoringandmanagementofthestate.

（2）switchcontrol,bythecentralstation,localcontrolpanelforlightsforopen,closecontrol.（3）dimmingcontrol,bythecentralstation,localcontrolpanelforlightingtheilluminationfromzerotomaximumcontrol.（4）Thetimeclockcontrolsystembasedonpresettimeforlighttoopenandclosecontrol.（5）Theastronomicalclockcontrol,enterthelocallatitudeandlongitude,thesystemautomaticallycalculatethedayofthesunsettime,thistimetocontrollightingaccordingtothescenechanges.（6）Thescenecontrol,throughthecentralstation,localcontrolpanelprogramming,lightswereon,off,dimmingcontrolsettings.（7）Remotecontrol,remotecontrolviahandheldcontrolpanelwithinfraredlightfortheregionunderthecontrolturnedoff,dimmingcontrol.（8）Theilluminationsystemaccordingtotheilluminationdetectionsensordetectiondata（light,lightanddark）,inaccordancewiththepresetparameterstoautomaticallyturnonlights,turnoff,dimmingcontrol.（9）exists,motioncontrol,accordingtopresencedetection,motiondetectionsensorsandotherdetectiondata,inaccordancewiththepresetparameterstoautomaticallyturnonlights,turnoff,dimmingcontrol.（10）jointcontrol,throughtheinputmodulereceivesthevideosecuritymonitoringsystem,intrusionalarmsystems,accesscontrolsystems,automaticfirealarmsysteminthecoordinatedcontrolsignalstoswitchonthelightsourcecontrolordimmingcontrol.（11）Remotecontrol,lightingcontrolthroughtheInternetforremotemonitoringandcontrol

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system:

includinglightingboxlightingsystemparametersettingchanges;onthesystemtomonitorthestateofthesceneillumination;stateofthesystemtocontrollightingscenes.（12）Graphiccontrol,userscanusetheelectronicmapfunctionontheentireregionforvisualcontrolofthelighting,thefloorplanofthewholebuildingcanbeenteredintothesystem,andusedifferentcolorstorepresentthecurrentstateoftheregion.

Intelligentlightingcontrolsystemdatatransmission

IntelligentlightingcontrolsystemdatatransmissionIntheinternationallightingcontrolsystemdatatransmissionnetworkwithoutuniformstandards,thecurrentwayofthemaintwistedpair,powerlinecarriertransmissionandthreetypesofradiofrequencytransmission.Thesethreetransmissiondatarates,reliabilityoftransmissionisquitedifferent.twistedpairtransmissionTotwistedpairtransmissiontwistedpairtransmissionnetworkforinformation,thelayingoflinesseparatelyfornewconstruction,expansionoftheproject.ThereareinthiswayThefollowingadvantages:

（1）hardwareandsoftwareprotocolcompletelyopen,perfect,commongood.

（2）linesatbothendsoftransformerisolation,immunitytointerference,lightningprotectionperformance.（3）transmissionspeed.（4）Thesystemcapacityisalmostunlimited,thesystemwillnotincreasetheemergenceofunexpectedfailures.（5）asaninformationtransmissionmedium,alargenumberofsophisticatedequipmentforgeneraluse.PowerLineCarriertransmissionUseofelectricpowerlinecarriertransmissionofinformationtransmissionnetwork,withoutlayingasinglelinefordatatransmissionofthesignalscanbeappliedtonewconstruction,expansionoftheproject,andespeciallyforreconstructionprojects.Powerlinecarriertransmissioninthecurrentfluctuationsduetopowerlines,datatransferrateandreliabilityofdatatransmissionbyagreaterimpact,reducingefficiency.Whenthemonitoringequipmentforalongtime,noreliabledatatransmissionmaycausethesystemtoastandstill.RadiofrequencytransmissionRadiofrequencytransmissionofinformationusingwirelessradiotransmissionnetworkasthesystemcannotonlysatisfythefunctionalrequirements,indoornowiring,simpleconstruction,cansavetheconstructioninvestmentfornewconstruction,expansionoftheproject,andespeciallyforreconstructionproject.RFoperatingfrequencyconsistentwithIEEE802.11bstandards.

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Thescopeofapplicationofintelligentlightingcontrolsystem

ThescopeofapplicationofintelligentlightingcontrolsystemLightingcontrolsystemcanbeincandescent,fluorescent,energysavinglamps,quartzlampsandotherlightdimmingthelightsonalloccasionstocontroltheenvironmenttomeetavarietyoflightingrequirements.

（1）offices,schools,hospitals,factoriesandotherplacesofthelightingsystem,usingthetimecontrolsystemonthelighton,turnofftheautomaticcontrol,theuseofilluminationsensorthatautomaticallyadjuststheillumination,energyconservation.Canbethecentralmonitoringandcontrolsystemcanbeconnectedwiththeconstructionequipment.

（2）Theatre,conferencerooms,clubsandotherplacesofuseofsystemfunctionsanddimmingthesceneswitchescanbeeasilyconvertedavarietyoflightingscenarios,multipointcontrol.Lightsourcecanbecontrolledthroughthesystem,airconditioning,electricfans,electriccurtains,CanadaHeaterandotherelectricalequipment.（3）Thevenuesportsvenuesmatchrequiredbyhierarchicalcontrol,largevenueshouldbeasinglelightcontrol.（4）Themunicipalworks,squares,parksandotheroutdoorpublicplaces,thegroupusingthesystemcontrolsoftwarecancontrollightingthroughouttheregion,theuseofilluminationsensors,timeswitchestoachievelightingautomationcontrol,systemmonitoringsoftwareusingintelligentlightingcontrol.（5）areaswherestreetlightingshouldbebasedonthegeographicallocationandseasonalvariationtodetermineareasonabletimetoswitchlightsandtheskybrightnesschangesaccordingtothenecessaryamendments,theuseoflightcontrolandtimecontrolofacombinationofintelligentcontrol.（6）Landscapelightingusedinpeacetime,thegeneralholidays,majorholidaysandothercontrolmode.

TechnicalAnalysisIntelligentlightingcontrolsystem

TechnicalAnalysisIntelligentlightingcontrolsystemisasystemthroughthecontrolbustothevariousinput,outputandsystemsupportunitconnected,powercabledirectlyreceivedfromthedistributioncabinetlightingorotherelectricalload,andwithoutgoingthroughtheswitch.Donothavetoconsiderwheninstallinganycontrolrelationship,andtheninstalledinthe1LineInvestmentsavingssystemsettingsthroughthesoftwarecodeofeachunit'saddressinordertoestablishrelationsbetweenthecorrespondingcontrol.

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Comparedwiththetraditionalcontrolmethodsavesalotoftheoriginalreceiptoftheswitchtocable,butalsoshorten