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I毕业设计(论文)任务书毕业设计（论文）题目：电磁振动盘的设计及制造设计(论文)的基本内容：1、电磁振动盘的设计；2、电磁振动盘的制造；3、毕业论文1份；4、外文资料翻译1份。毕业设计（论文）专题部分：题目：设计或论文专题的基本内容：学生接受毕业设计（论文）题目日期第周指导教师签字：年月日东北大学毕业设计（论文）摘要II摘要电磁振动盘是解决零件自动化上料难题的主要部件，近些年随着中国生产自动化水平的不断提高，其广泛应用于电子、五金、塑胶、医药、食品、玩具、文具、日常用品的制造等各个行业。优秀的振动盘设计可以提高劳动生产效率、保证加工精度、降低生产成本等。在当今激烈的市场竞争和机电一体化的趋势下，企业对效率，精度提出了更高的要求，也就是对振动盘的设计有更高的要求。本文参照传统振动给料机的设计方法进行了振动盘的设计。首先根据要输送的物料确定振动盘的直径，根据物料的质量，输送速度计算所需的激振力，根据激振力选择电磁铁，最后根据要输送的物料设计料盘。关键字：振动机械，电磁铁，振动给料，螺旋给料东北大学毕业设计（论文）AbstractIIIAbstractTheelectromagneticvibratingscrewfeederisthemaincomponentstosolvetheproblemofautomatedfeedingtheparts.RecentyearswithChinathecontinuousimprovementofthelevelofproductionautomation,itwidelyusedinelectronics,metal,plastic,pharmaceutical,food,toys,stationery,dailynecessitiesmanufacturingindustry.Excellentelectromagneticvibratingscrewfeederdesigncanimprovetheefficiencyoflaborandproduction,toensureaccuracy,reduceproductioncosts.Thetrendoftoday'sfiercemarketcompetition,andmechanicalandelectricalintegration,thecompaniesputforwardhigherrequirementsforefficiencyandaccuracy,italsohavegreaterdemandsonthedesignoftheelectromagneticvibratingscrewfeeder.Thisarticlereferstothedesignoftraditionalvibratingfeedertothedesignoftheelectromagneticvibratingscrewfeeder.Accordingtotransportmaterialstodeterminethediameteroftheelectromagneticvibratingscrewfeeder,Wecalculatetherequiredexcitationforceaccordingtothequalityofthematerialsandthetransmissionspeed.WeselectelectromagnetaccordingtotheexcitingforceFinally,accordingtothetransportationofmaterialstodesignthereel.Keywords:oscillatingmachinery，electromagnet，vibratoryfeed，screwfeeder东北大学毕业设计（论文）目录III目录毕业设计(论文)任务书.............................................................................................I摘要....................................................................................................................................IIAbstract..........................................................................................................................III第1章绪论...................................................................................................................11.1振动盘简介..........................................................................................................11.2振动盘分类..........................................................................................................11.3振动盘结构..........................................................................................................11.4给料机工作原理.................................................................................................31.5本文的主要工作.................................................................................................42.动力学参数的设计与计算...................................................................................52.1设计原始数据......................................................................................................52.2输送速度的计算.................................................................................................52.3电磁振动给料机的力学模型及计算.............................................................72.4振动输送参数选择...........................................................................................102.4.1物料抛料指数D的选择.............................................................................102.4.2动力系数K的选择....................................................................................112.5本章小结............................................................................................................11第3章电磁学参数的设计与计算..................................................................123.1电磁铁参数计算...............................................................................................123.1.1电磁铁结构..................................................................................................123.1.2铁芯结构设计..............................................................................................133.1.3电磁铁衔铁设计..........................................................................................14东北大学毕业设计（论文）目录IV3.1.4电磁铁吸力的计算......................................................................................143.2本章小结............................................................................................................16第4章振动盘的结构设计..................................................................................174.1机械结构设计准则.........................................................................................174.2弹簧板的设计..................................................................................................174.3上座及底盘的设计...........................................................................................194.4橡胶减震脚垫的设计......................................................................................204.5振动盘给料量控制器的设计.........................................................................214.5.1振动盘给料量的调节..................................................................................214.5.2振幅调节器的几种类型........................................................