Φ2000封闭式圆盘给料机毕业设计说明书

沈阳建筑大学毕业设计(论文)I摘要圆盘给料机是一种使用广泛的连续式容积加料设备，能均匀连续地将物料喂送到下一设备中。其工作原理为圆盘中部有一位于接料仓下口而高度可调的下料套筒，物料从下料套筒和圆盘的间隙中漏散出来，并被刮板从圆盘上刮落下来。它在整个烧结生产工艺流程中是必不可少的，它使混合料具有足够的透气性，以获得较高的生产率。圆盘给料机有不同类型与规格，我设计的题目是“包钢烧结Φ2000封闭式圆盘给料机”，采用单电动机传动方式。具有承载量大；运转平稳可靠；结构简单；容易维修；管理方便；检修周期长等特点。在这次设计中，我完成了以下工作：设计方案选择与确定；电动机的选择；主要零部件的设计与校核；确定了维修维护方案。关键词：烧结；圆盘给料机；电动机传动；三级减速器沈阳建筑大学毕业设计(论文)IIAbstractThediskfeedermachineisonekindofusewidespreadcontinuoustypevolumefeedingequipment,itcantheuniformandcontinuityfeedthematerialdeliversinthenextequipment.Itsprincipleofworkhasforthediscmiddleoneislocatedatmeetsthebunkerendopening,andthehighlyadjustableyummytreatssleeve,thematerialleaksfromtheyummytreatssleeveandindisc'sgapdisperses,andblowsbythescraperthematerialfromthediscfallsdown.Intheentireagglutinationtechniqueofproductionflowonisessential,itenablestheblendtohavetheenoughpermeability,obtainsthehighproductivity.Thediscfeedingenginehasdifferenttypeandthespecification,thetopicIdesignis“BaotouSteelsinteringφ2000theencloseddiscfeedingengine”,adoptthelistelectricallyoperatedenginedrivemethod.Ithascharacteristicssuchasthebigload-berringcapacity;revolutionsteadyreliable;simplestructure,easytoservice,managesconveniently,overhaullongperiodandsoon.Inthisdesign,Ihavecompletedthefollowingwork:choinganddeterminedthedesignproposal;choosestheappropriateelectricmotor;designedandexaminedthemainsparepart;determinedtheappropriateservicemaintenanceplan.Keyword:sintering；diskfeeder；motordrive；thirdclassreducer沈阳建筑大学毕业设计(论文)III目录摘要...................................................................IAbstract................................................................II第一章绪论..............................................................11.1给料机的分类..........................................................11.1.1带式给料机..........................................................11.1.2板式给料机..........................................................11.1.3刮板给料机..........................................................11.1.4链式给料机..........................................................21.1.5圆盘给料机..........................................................21.1.6螺旋给料机..........................................................31.1.7叶轮给料机..........................................................31.1.8振动给料机..........................................................41.1.9往复给料机..........................................................51.2圆盘给料机的发展状况..................................................61.3烧结生产车间的工艺流程及主要生产设备..................................61.3.1烧结生产工艺流程....................................................61.3.2烧结生产主体设备....................................................71.4烧结生产中圆盘给料机的作用、类型及特点................................9沈阳建筑大学毕业设计(论文)IV1.4.1作用................................................................91.4.2类型................................................................91.4.3特点................................................................91.5本文设计内容.........................................................10第二章分析计算........................................................112.1确定传动方案.........................................................112.1.1敞开式圆盘给料机...................................................112.1.2封闭式圆盘给料机...................................................112.1.3方案的确定.........................................................122.2电机的选择..........................................................132.2.1选择电机的类型.....................................................132.2.2选择电动机容量.....................................................132.2.3电动机转速的选择...................................................142.2.4电动机型号的确定...................................................152.3传动比的分配.........................................................152.3.1总传动比是.........................................................152.3.2分配传动装置各级传动比.............................................152.4传动装置的总体布置...................................................152.5计算传动装置的运动和动力参数.........................................162.5.10轴的计算（电机轴）..............................................16沈阳建筑大学毕业设计(论文)V2.5.21轴的计算（斜齿轮轴）............................................162.5.32轴的计算（锥齿轮轴）............................................162.5.43轴的计算（直齿圆柱齿轮轴）......................................172.5.54轴的计算（立轴）................................................17第三章传动零部件的设计计算............................................183.1齿轮的设计计算与校核...............................................183.1.1斜齿圆柱齿轮的设计...............................................183.1.2圆锥齿轮的设计...................................................233.1.3直齿圆柱齿轮设计.................................................283.2轴的设计计算与校核.................................................313.2.1斜齿轮轴的设计...................................................313.2.2锥齿轮轴的设计...................................................363.2.3直齿轮轴的设计...................................................403.2.4立轴的设计.........................................................453.3键的校核............................................