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125MN水改油挤压机改造关键技术研究.docx

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125MN水改油挤压机改造关键技术研究 Title:ResearchonKeyTechnologiesfortheModificationofa125MNWatertoOilSqueezePress Abstract: Themodificationofa125MNwatertooilsqueezepressinvolvesimprovingitsefficiency,accuracy,andsafety.Thispaperpresentsacomprehensiveanalysisofthekeytechnologiesrequiredforthesuccessfulmodificationofthepress.Thestudyfocusesontheenhancementofthehydraulicsystem,structuralimprovements,andintelligentcontrolstrategies.Byimplementingthesekeytechnologies,theperformanceandapplicabilityofthe125MNpresscanbesignificantlyenhanced,leadingtoimprovedproductivityandoperationalsafety. Keywords:squeezepress,modification,hydraulicsystem,structuralimprovements,intelligentcontrol Introduction: The125MNwatertooilsqueezepressiswidelyusedinindustriessuchasmetallurgy,metalforming,andchemicalengineering.However,withevolvingrequirements,itisessentialtomodifyandupgradethepresstoimproveitsoperationalefficiency,accuracy,andsafety.Thispaperaimstoinvestigatethekeytechnologiesinvolvedinthemodificationprocess. 1.EnhancementofHydraulicSystem: Thehydraulicsystemplaysacrucialroleintheperformanceofthesqueezepress.Toimproveitsefficiencyandaccuracy,thefollowingtechnologiescanbeimplemented: 1.1UpgradeofHydraulicPump: Theexistinghydraulicpumpmayneedtobereplacedormodifiedtoincreaseitsworkingpressureandflowrate.Thiswillensurethatthepresscangeneratesufficientforceandmaintainastableoperation. 1.2IntegrationofProportionalControlValve: Byintegratingaproportionalcontrolvalve,thepresscanachieveprecisecontroloftheoilflowandpressure,resultinginimprovedaccuracyandrepeatability.Thistechnologyalsoenablestheimplementationofintelligentcontrolstrategies. 2.StructuralImprovements: Thestructuralimprovementsaimtoenhancetherigidity,stability,anddurabilityofthesqueezepress.Keytechnologiesinthisareainclude: 2.1OptimizationofFrameStructure: Finiteelementanalysiscanbeconductedtooptimizetheframestructure,improvingitsstrengthandreducingtheoverallweight.Thiswillnotonlyincreasetheload-bearingcapacitybutalsoreduceenergyconsumptionandp