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基于FameView的浮选液位控制系统的设计和应用.docx

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基于FameView的浮选液位控制系统的设计和应用 Abstract: ThispaperpresentsthedesignandapplicationofaflotationlevelcontrolsystembasedonFameView.Theflotationprocessisanessentialunitoperationinmineralprocessing,andproperlevelcontroliscriticalforachievinganefficientandstableprocess.TheFameViewcontrolsystemprovidesareliablesolutionforreal-timelevelmonitoringandcontrol,offeringadvantagesinaccuracy,responsespeed,andstability.ThepaperintroducestheprincipleandstructureoftheFameViewsystem,aswellasitsapplicationinaflotationplant.Thesystemhasdemonstratedsatisfactoryperformanceinimprovingrecoveryandreducingreagentconsumption,suggestingitspotentialforwiderapplicationinflotationprocesses. Introduction: Flotationisawidelyusedmineralprocessingtechniqueusedforseparatingmineralsfromtheiroresbasedonsurfaceproperties.Intheflotationprocess,airbubblesareusedtoselectivelyattachtohydrophobicparticles,floatingthemtothesurfacewhileleavingthehydrophilicparticlesinthepulp.Theefficiencyandstabilityoftheflotationprocessdependonvariousfactors,includingtheparticlesize,pulpdensity,reagents,andflotationequipment.Onecriticalfactoristheflotationlevel,whichreferstotheheightofthepulpintheflotationcell.Improperlevelcontrolcanresultinpoorrecovery,productgrade,andexcessiveuseofreagents,leadingtohigherproductioncostsandenvironmentalissues. FameViewisanewtypeofcontrolsystemforfrothflotation,offeringadvantagesinlevelmonitoringandcontrol.Thesystemisbasedonanon-invasivetechnologythatusesimageprocessingalgorithmstoanalyzethesurfaceoftheflotationfrothinreal-time.TheFameViewsystemprovidesaccurate,fast,andstablecontroloftheflotationlevel,enablingoptimizationoftheflotationprocessandimprovingoverallperformance. PrincipleandstructureoftheFameViewsystem: TheFameViewsystemisanon-invasivetechnologythatusesimageprocessingalgorithmstoanalyzethesurfaceofthefroth.Itconsistsofahigh-resolutioncameramountedabovetheflotationcellandacomputersystemthatprocessesthedatainreal-time.Thecameracapturesimagesofthefrothsurface,andtheimageprocessingalgorithmsan