直进轮式管道疏通结构及系统设计摘要城市排水管道对于城市的整体建设来讲是重要的组成部分，为城市的健康发展奠定了良好的基础。保持排水管道的通畅与完好，确保城市功能运作的稳定，是城市管理的基本要求。小直径分支管道数量相对较多，同时与污染源直接相关，极易出现堵塞。现阶段，主要通过人工清洗的形式降低阻塞风险，工作环境非常恶劣。自动化技术是当今科学技术发展最快的方向之一，也是未来制造业的发展方向。根据管道疏浚装置的结构和分类，设计开发了排水管道疏浚淤泥机械装置，为进一步的野外试验和工业化打下了良好的基础。关键词：管道疏通结构系统设计PAGE\*MERGEFORMATIDrainageStructureandSystemDesignofDirectWheelPipelineAbstractUrbandrainagepipelinesplayanimportantroleintheprocessofurbanconstructionanddevelopment.Maintainingunobstructedandintactisthebasicrequirementofurbanfunction.Foralargenumberofsmalldiameterbranchpipelines,whichareconnectedwithtensofmillionsofpollutionsources,itisoftentheeasiesttoblock.Atpresent,inmanycases,pipelinemaintenancepersonnelarerequiredtogodowntothewellformanualcleaning,andtheworkingenvironmentisverybad.Automationtechnologyisoneofthefastestdevelopingdirectionsofscienceandtechnologyatpresent,andalsothedevelopmentdirectionofmanufacturingindustryinthefuture.Basedonthestructureandclassificationofpipelinedredgingdevice,thispaperdesignsanddevelopsamechanicaldevicefordredgingsiltindrainagepipeline,whichlaysagoodfoundationforfurtherfieldexperimentsandindustrialization.Keywords:PipelinedredgingStructureSystemDesignPAGE\*MERGEFORMATIV目录前言................................................................................................................1第1章课题研究背景与价值..........................................................................2第1.1节选题的意义与价值.....................................................................2第1.2节研究综述.....................................................................................2第1.3节课题的目的.................................................................................3第1.4节研究范围与内容.........................................................................3第1.5节研究视角与方法.........................................................................4第2章管道疏通器概述..................................................................................5第2.1节管道疏通器的结构.....................................................................5第2.2节管道疏通器的分类.....................................................................5第3章直进轮式管道疏通结构及系统方案选择..........................................6第3.1节直进轮式管道疏通结构的动力提供方案.................................6第3.2节行进方式方案.............................................................................9第3.3节管道疏通处理方案...................................................................12第3.4节控制系统方案...........................................................................14第4章直进轮式管道疏通装置设计与研究................................................17第4.1节直进轮式管道疏通装置实施方案...........................................17第4.2节管道疏通装置设计改进...........................................................23PAGE\*MERGEFORMATIV第5章直进轮式管道疏通装置系统设计....................................................25第5.1节电机的选择与计算..................................................................25...
