全自动洗衣机控制系统设计（西门子）说明书[带图纸].doc

西安航空职业技术学院毕业设计论文1西安航空职业技术学院毕业设计（论文）论文题目：全自动洗衣机控制系统设计（西门子）所属系部：航空制造工程系指导老师：学生姓名：专业：数控技术西安航空职业技术学院制年月日西安航空职业技术学院毕业设计论文2西安航空职业技术学院毕业设计（论文）任务书题目：全自动洗衣机控制系统设计（西门子）任务与要求：1.按照下面的流程图用PLC实现全自动洗衣机控制，写出详细设计控制过程。2.绘制功能流程图，梯形图，I/O接线图，并写出语句表。3.绘制A1图纸一张，包括梯形图、I/O接线图4.用相应的编程软件模拟调试。时间：2011年11月1日至2012年3月1日共13周所属系部：航空制造工程系学生姓名：周康学号：09103107专业：数控技术指导单位或教研室：航空制造工程系系部教研室指导教师：杨保香职称：讲师西安航空职业技术学院制年月日西安航空职业技术学院毕业设计论文3毕业设计(论文)进度计划表日期工作内容执行情况指导教师签字2012.11.1-201112.1调研报告和设计图的完成2011.12.2-2012.1.51到3章的设计2012.1.6-2012.2.124到6章的设计和结束语、致谢、参考文献的完成2012.2.13-2012.3.1对所做的设计的进一步完善教师对进度计划实施情况总评签名年月日本表作评定学生平时成绩的依据之一。西安航空职业技术学院毕业设计论文4全自动洗衣机控制系统的设计摘要：随着社会经济的发展和科学技术水平的提高，家庭电器全自动化成为必然的发展趋势。全自动洗衣机的产生极大的方便了人们的生活。洗衣机是国内家电业唯一不打价格战的行业，经过几年的平稳发展，国产洗衣机无论在质量上还是功能上都和世界领先水平同步。纵观洗衣机市场，高效节能、省水、省电、环保型洗衣机一直在市场上占主导地位。该论文就怎样利用PLC来控制全自动洗衣机进行了调查，对其中软件设计、硬件设计等问题进行了分析和研究，实现了全自动洗衣机的正常运行和强制性停止功能。关键词：PLC全自动洗衣机控制EntireautomaticwashercontrolsystemdesignAbstract:Alongwiththesocialeconomydevelopmentandthescienceandtechnologylevelenhancement,thefamilyelectricapplianceentireautomationbecomestheinevitabledevelopmenttendency.Entireautomaticwasherproductionenormousconveniencepeopleslife.Thewasheristhedomesticelectricalappliancesindustrydoesnotonlyhittheprofessionwhichthepricefights,passesthroughseveralyearsteadydevelopment,thedomesticallyproducedwasherregardlessofinqualityorinfunctionallwithworldleadinghorizontalsynchronization.Looksoverthewashermarket,thehighlyeffectiveenergyconservation,theprovincewater,theprovinceelectricity,theenvironmentalprotectionwashercontinuouslyoccupythedominantpositioninthemarket.HowdoesthispaperstudycontrolstheentireautomaticwasherusingPLC,toquestionandsoonsoftwaredesign,hardwaredesignhascarriedontheanalysisandthediscussion,hasrealizedtheentireautomaticwashernormaloperationandcompulsorystopsthefunction.Keyword:PLCentireautomaticwashercontrol西安航空职业技术学院毕业设计论文5目录1.概述···································································72.课题任务分析··························································82.1整体功能介绍······················································82.2设备控制要求·······················································83.控制系统的设计························································93.1控制系统框图······················································93.2控制系统对应设备及实现功能·····································93.3控制系统原理·····················································104.硬件电路设计·························································114.1系统的选型························································114.2CPU单元设计····················································134.3硬件接线图·······················································144.4通讯方式·························································144.5储存模块·························································154.6电池模块·························································154.7通讯模块····························································155.软件的设计5.1I/O分配·························································175.2流程图····························································185.3源程序····························································205.4程序运行过程分析···············································29