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JM型建筑卷扬机设计毕业论文.docJM型建筑卷扬机设计毕业论文.doc -- 8 元

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I摘要虽如今工业水平先进,机械化程度不断提高,起重设备不断更新,但仍不能淘汰卷扬机这行之有效的机械设备。本人所研究的是JM建筑卷扬机。JM系列属慢速卷扬机。在本设计中主要对卷扬机传动部分、工作机构及卷扬机的主体部分进行设计。在传动部分采用的是二级齿轮减速器和开式齿轮传动,工作部分的卷筒采用的是焊接式卷筒。该卷扬机的主要特点是结构简单,操作方便。此机器的主要功能在建筑业的冷拉钢筋提升重物,在林业的集材工作,同时在水电、农业等行业均能被采用。该类机器的发展趋势应该向大型化、采用先进电子控制、手提式卷扬机、不带电源装置的卷扬机的方向发展。关键词卷扬机设计发展功能IIAbstractAlthoughthelevelofadvancedindustrialToday,theincreasinglymechanized,liftingequipmentconstantlyupdated,butstillcannothoistitoutofeffectivemachineryandequipment.IstudiedthebuildingisJMwinch.JMseriesisaslowhoist.Duringthedesignofthemainpartofthehoistdrive,workandthewinchthemainpartofthedesign.Inpartusingatransmissiongearreducerandtwoopengeartransmission,theworkingpartofthereelisusedinweldingreel.Themaincharacteristicsofthehoiststructureissimple,easytooperate.Theprimaryfunctionofthismachinetheconstructionindustryinthecolddrawnsteelweightsincrease,theskiddinginforestrywork,whileinthewaterandelectricity,agricultureandotherindustriescanbeused.Thedevelopmenttrendofsuchmachinestobelarge,theuseofadvancedelectroniccontrol,portablewinch,nonpowerdevicesinthedirectionofthewinch.KeywordswinchdesigndevelopmentfunctionIII目录1绪论.............................................................................................................................................11.1建筑卷扬机的发展状况.......................................................................................................11.1.1建筑卷扬机的应用........................................................................................................11.1.2建筑卷扬机的发展概况................................................................................................11.1.3国外卷扬机的概况........................................................................................................11.2建筑卷扬机的主要类型.......................................................................................................21.2.1按钢丝绳额定拉力F分...............................................................................................21.2.2按钢丝绳额定速度v分.................................................................................................21.2.3按卷筒数目分................................................................................................................31.2.4按动力源分....................................................................................................................31.2.5按传动形式分................................................................................................................31.2.6按控制方法分................................................................................................................31.2.7按用途分........................................................................................................................31.3建筑卷扬机的计算基础.......................................................................................................41.3.1建筑卷扬机工作级别与类别........................................................................................41.3.2利用等级........................................................................................................................41.3.3建筑卷扬机分类............................................................................................................42卷扬机的基本结构设计..............................................................................................................62.1电控卷扬机...........................................................................................................................62.2溜放型建筑卷扬机...............................................................................................................62.3本设计的总体确定...............................................................................................................72.4卷扬机的总体结构设计.......................................................................................................73钢丝绳的选择和卷筒的设计......................................................................................................83.1钢丝绳的选择.......................................................................................................................83.1.1钢丝绳的种类和构造....................................................................................................83.1.2钢丝绳直径的选择........................................................................................................83.2卷筒的设计...........................................................................................................................83.2.1卷筒的材料....................................................................................................................93.2.2卷筒容绳尺寸计算........................................................................................................93.2.3卷筒筒壁的厚度计算和卷筒壁的强度计算..............................................................103.3卷筒轴的设计.....................................................................................................................114减速器和开式齿轮的设计.......................................................................................................154.1电动机的选择.....................................................................................................................154.1.1选择电动机类型和机构形式......................................................................................154.1.2功率的计算..................................................................................................................154.1.3电动机功率的选择......................................................................................................15IV4.2确定传动装置的总传动比和分配传动比.........................................................................164.2.1总传动比......................................................................................................................164.2.2分配减速器的各级传动比..........................................................................................164.3计算传动装置的运动和动力参数.....................................................................................174.3.1各轴转速......................................................................................................................174.3.2各轴的输入功率..........................................................................................................174.3.3各轴的输入转矩..........................................................................................................174.4传动零件的设计计算.........................................................................................................184.4.1第一级齿轮传动的设计..............................................................................................184.4.2第二级齿轮传动的设计..............................................................................................204.5.3齿轮轴的校核..............................................................................................................224.5减速器的结构设计.............................................................................................................254.6滚动轴承的选择计算.........................................................................................................264.7减速器的润滑.....................................................................................................................274.9开式齿轮传动的设计.........................................................................................................295其他零件的设计........................................................................................................................325.1制动器的设计计算.............................................................................................................325.1.2制动器制动力矩的确定..............................................................................................325.1.2制动器的发热计算......................................................................................................335.2联轴器的设计.....................................................................................................................345.2.1联轴器转矩的计算......................................................................................................345.3吊钩、滑轮组的设计.........................................................................................................355.3.1起重吊钩......................................................................................................................355.3.2滑轮组的设计..............................................................................................................355.3.3排绳器的设计..............................................................................................................366本卷扬机的使用与维修简介....................................................................................................386.1建筑卷扬机的安装和调试.................................................................................................386.2建筑卷扬机的一般操作规程.............................................................................................386.3建筑卷扬机的维护.............................................................................................................396.4建筑卷扬机的安全技术.....................................................................................................40结论.............................................................................................................................................41致谢...........................................................................................................................................42参考文献.......................................................................................................................................43附录1.............................................................................................................错误未定义书签。附录2.............................................................................................................错误未定义书签。
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