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ID:9070742
大小:1.03 MB
页数:25页
时间:2018-04-16
《自动三面切书机设计》由会员上传分享,免费在线阅读,更多相关内容在学术论文-天天文库。
1、目录第一部分过程管理资料一、毕业设计(论文)课题任务书································(3)二、本科毕业设计(论文)开题报告·····························(6)三、本科毕业设计(论文)中期报告·····························(13)四、毕业设计(论文)指导教师评阅表··························(14)五、毕业设计(论文)评阅教师评阅表··························(15)六、毕
2、业设计(论文)答辩评审表································(17)第二部分设计说明书七、设计说明书························································(1)3摘要本文主要介绍的是三面切书机工艺过程,主要工作部件的设计计算。用三把切刀切净书芯、杂质等的机器称为三面切书机。三面切书机可作为单机使用,也可以作为装订联动线中的一个机组,其区别是单机裁切高度大,联动机裁切高度小。具体设计内容包括:蜗杆减速器,直齿轮传动,曲轴,压
3、紧机构以及各种连接用零件。蜗杆减速器结构紧凑,能够实现交错轴间的传动,节约空间,并且可以利用其自锁性作为安全装置。曲轴作为时序控制系统,集中控制各个机构间的同步化。关键词:三面,曲轴,同步化IVABSTRACTInthispaper,thethreesidesofthemachinecuttingprocessandthemaincomponentsDesignandCalculation.Withallthreeoftheexoticnetmovements,impuritiessuchasthecutt
4、ingmachineknownasthethreesidesofthemachine.Designelementsincludespecific:WormReducer、Gears、Crankshaft、PinchedagenciesAndvariouspartsconnectedwiththedesign.WormReducercompactstructure,toachievestaggeredbetweenthedriveshaft,space-saving,andcanuseitsself-lock
5、ingofasafetydevice.Asacrankshafttimingcontrolsystem,centralizedcontrolofvariousinter-agencysynchronization.Keywords:threesides,Crankshaft,SynchronizationV目录第1章绪论······························································11.1切书机的构造特点·····················
6、································11.2国内切书机的技术水平················································11.3国外切书机技术发展趋势和水平·······································21.4我国切书机生产的未来之路···························································2第2章总体方案设计····················
7、······························42.1总体布局设计·············································································42.2三面切书机的工作原理································································42.3三面切书机的主要机构···············································
8、··················52.4执行机构的运动循环分析······························································7第3章设计计算························································93.1减速器的设计计算·····································
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