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1本科毕业论文（设计）论文题目基于SolidWorks的电除尘器振打装置设计学生姓名所在院系机电学院所学专业机电技术教育导师姓名完成时间摘要2本文分析国内外振打装置技术的研究现状和电除尘器振打装置的工作原理，确定了采用既结合了我国的实际情况，又具有普遍性的侧部挠臂锤振打的设计方案。针对目前侧部挠臂锤振打存在的一些问题提出改进设计方法。本文利用Solidworks快速建立机械零件的三维实体绘图和三维装配这种功能强大的计算机辅助绘图和设计软件，对侧部挠臂锤振打装置的各个组成部分进行实体造型设计与装配，较完善的对侧部挠臂锤振打装置的结构展示和设计。关键词电除尘器振打装置特征装配3AbstractThispaperanalyzesthetechnologyathomeandabroadvibrationdeviceresearchandelectrostaticprecipitatorrappingdeviceworkingprinciple,identifiedusingacombinationofboththeactualsituationofourcountry,butalsohasuniversalflexiblesidearmvibrationhammerdesign.Sideviewofthecurrenttorsionarmvibrationhammersomeissuestoimprovethedesignmethod.Inthispaper,theuseofSolidworksmechanicalpartstoquicklycreatethethreedimensionalgraphicsandthreedimensionalentities,suchpowerfulassemblyofcomputeraidedgraphicsanddesignsoftware,theoppositearmoftheDepartmentoftorsionvibrationhammerdevicetocarryoutthevariouscomponentsofthesolidmodelingdesignandassembly,betterDepartmentoftorsioncontralateralarmvibrationhammerdevicetodisplaythestructureanddesign.KeywordsElectrostaticprecipitator（ESP）vibrationdeviceCharacteristicsAssembly目录41引言................................................62电除尘器振打装置分析与设计...............................72.1振打装置的原理和工作过程....................................72.2振打装置设计方案分析........................................72.3Solidworks软件的选择.......................................93振打装置造型设计过程....................................93.1造型设计分析................................................93.2振打锤造型设计..............................................93.2.1设计分析..............................................93.2.2销造型设计............................................93.2.3夹板造型设计.........................................103.2.4锤头造型设计.........................................113.3振打锤臂造型设计...........................................113.3.1设计分析.............................................113.3.2锤臂造型设计.........................................113.4振打轴造型设计.............................................133.4.1设计分析.............................................133.4.2轴一的造型设计.......................................133.4.3轴二的造型设计.......................................153.4.4轴三的造型设计.......................................163.5振打轴承造型设计...........................................163.6连接件造型设计.............................................183.6.1联轴套造型设计........................................183.6.1螺母和螺栓实体造型....................................184振打装置的虚拟装配.....................................194.1装配分析...................................................194.2振打锤、振打锤臂和螺栓的装配...............................194.3振打轴的装配...............................................204.3总装配仿真.................................................21结束语................................................22
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