单吊杆式镀板系统设计论文.doc -- 7 元

安徽工程科技学院毕业设计（论文）I单吊杆式镀板系统设计摘要在的高温镀液中进行PVC板4005003上镀铜实验，是比较危险的一项工作，因为高温镀液会散发出有毒气体，所以采用封闭操作是必要的，这里应用一楼电镀，二楼装卸比较安全。考虑电镀质量情况，要求电镀过程中镀板必须有450的旋转摆动和来回直线平动，同时注意水温的控制、溶液浓度变化和阳极铜块的充分，以达到全自动化的操作目的。本设计的完成对于电镀板件质量的研究有着重大的制导意义。通过本设计，可以得出全面提高镀板质量，提高生产效率，和镀件在溶液中的运动方式以及运动时间有很大关系。必须保证PVC板能快速、准确的和镀液充分接触，在规定时间内达到特定的要求。这就要求我们设计出高效、合理的运动装置。为了设计高效、合理的运动装置，我们必须掌握现代化的设计思想，先进的设计理论，正确的设计方法方能设计出符合要求的电镀系统。关键词单吊杆式PVC板镀铜自动化控制方超单吊杆式镀板系统设计IIDesigningofSingleSuspendersPlatingBoardBystemAbstractInthehightemperaturebathforPVCplates4005003,copperplatingexperimentsisthemoredangerousone,sincehightemperaturebathwillgeneratetoxicgasesandtheuseofclosedoperationisnecessary.Applicationofthefirstfloorhereelectroplatingandsecondrelativelysafehandling.Considerthequalityofelectroplatingandcalledelectroplatingplatingprocessmusthave450platerotatingandoscillatingbetweenstraighttranslation,payattentiontothecontroltemperature,solutionconcentrationandanodecopperblocktothefullandtoachieveafullyautomatedpurposeoftheoperation.Thecompletionofthedesignforelectroplatingplatesqualityoftheresearchisofgreatsignificancetotheguidance.Throughthedesign,itcanbecomprehensivelyimproveplatingplatequality,increaseproductionefficiency,andtheplatingsolutioninthemovementpatternsandmovementhasmuchtime.PVCplatesmustensurerapid,accurateandbathfullaccess,inaspecifiedtimetomeetspecificrequirements.Thisrequiresustodesignefficientandreasonablemovementdevices.Todesignefficient,reasonableexercisedevice,wemustgraspmoderndesignideas,advanceddesigntheory,properdesignmethodcanmeetthedesignrequirementsoftheelectroplatingsystem.KeywordssingleSuspendersPVCsheetCopperAutomationcontrol.安徽工程科技学院毕业设计（论文）III目录引言............................................................................................................................................1第1章绪论............................................................................................................................21.1论文研究的背景与内容..................................................................................................21.2论文研究的重要意义......................................................................................................2第2章镀板系统总体方案的设计..........................................................................................32.1设计的任务和要求..........................................................................................................32.1.1设计的主要任务.......................................................................................................32.1.2设计的要求...............................................................................................................32.2设计的综述......................................................................................................................32.3设计步骤..........................................................................................................................32.3.1根据目的功能确定产品规格、性能指标...............................................................42.3.2系统功能部件、功能要素的划分...........................................................................52.3.3接口的设计...............................................................................................................52.3.4综合评价...................................................................................................................52.3.5可靠性复查...............................................................................................................62.3.6试制与调试...............................................................................................................62.4传动装置的选择..............................................................................................................62.4.1传动装置选择时应考虑的因素...............................................................................62.4.2传动装置选择的原则...............................................................................................62.5运动参数的设计..............................................................................................................72.5.1实现镀板上下运动的参数设计...............................................................................72.5.2实现镀件左右平动的参数设计.............................................................................172.5.3实现镀件摆动的参数设计1、设计方案的确定.................................................21第3章零部件的润滑和密封................................................................................................253.1零部件的润滑................................................................................................................253.2零部件的密封................................................................................................................26第4章自动化控制系统的设计............................................................................................284.1液面自动控制装置气动系统的设计............................................................................284.2温度传感器.....................................................................................................................28第5章控制电路的设计........................................................................................................305.1控制电路的设计............................................................................................................30结论与展望..............................................................................................................................31致谢..................................................................................................................................33参考文献..................................................................................................................................34附录A引用的英文文献及其译文........................................................错误未定义书签。附录B主要参考文献摘要...................................................................................................35方超单吊杆式镀板系统设计IV插图清单图21机电一体化系统（或产品）（以工作机为主）的设计步骤......................................4图22链轮传动......................................................................................................................10图23链板形状规格..............................................................................................................13图24齿轮齿条传动...............................................................................................................17图25气缸的外形...................................................................................................................24图41液面控制系统图..........................................................................................................28图51控制电路图..................................................................................................................30