基于物联网的智能奶瓶

感知层课程设计论文2015年12月24日论文题目：基于物联网的智能奶瓶学院：电子工程学院年级：2012专业：物联网工程姓名：董云地学号：20124370指导教师：甄佳奇I摘要婴儿时期是人一生中最至关重要的时期之一，但同时也是最脆弱的时期，为了照顾自己的宝贝，父母都操碎了心。奶粉，是婴儿最主要的食物，但是精准控制好温度，光靠双手去衡量显然是不够的。随着单片机技术的飞速发展，在其推动下，现代的电子产品几乎渗透到了社会的各个领域，有力地推动了社会生产力的发展和社会信息化程度的提高，同时也使现代电子产品性能进一步提高。本文以Atmega16为核心控制芯片，人体电阻传感器，DS18B20为温度传感器，语音合成模块，通过人体电阻传感器实时监测有没有人触摸奶瓶，如果有触摸通过语音合成模块告诉主人，奶的温度。关键词物联网；超级奶瓶；温度；DS18B20;语音合成模块；人体电阻传感器IIAbstractTheinfantperiodisoneofthemostimportantperiodinlife,butalsothemostvulnerableperiod,inordertotakecareoftheirbaby,parentsarebrokenheart.Thebabymilkpowder,isthemainfood,buttheprecisecontrolofthetemperature,lightonhishandstomeasureisclearlynotenough.WiththerapiddevelopmentofSCMtechnology,underitsimpetus,themodernelectronicproducts,almostpenetratedintoallareasofsociety,astrongimpetustothedevelopmentofsocialproductivityandtheimprovementofsocialinformation-baseddegree,simultaneouslyalsomakesthemodernelectronicproductstofurtherimprovetheperformance.ThispapertakesAtmega16asthecorecontrolchip,resistanceofhumanbodysensor,DS18B20asatemperaturesensor,aspeechsynthesismodule,theresistanceofhumanbodysensorforreal-timemonitoringofanyonetouchthebottle,ifthereisatouchtotelltheownerthroughthespeechsynthesismodule,thetemperatureofthemilk.KeywordsTheInternetofthings;superbottles;temperature;DS18B20;speechsynthesismodule;thehumanbodyresistancesensor目录摘要............................................................................................................................................IAbstract...................................................................................................................................II前言...........................................................................................................................................1第一章作品的整体介绍.........................................................................................................11.1作品的实物展示........................................................................................................21.2功能和作品元件介绍................................................................................................31.2.1功能简述.........................................................................................................31.2.2人体电阻传感器.............................................................................................31.2.3温度传感器.....................................................................................................31.2.4语音合成模块.................................................................................................31.2.5微控制器.........................................................................................................41.3实现的功能................................................................................................................5第二章硬件设计方案及分析.................................................................................................52.1系统的硬件组成及框图............................................................................................52.1.1硬件组成.........................................................................................................52.1.2硬件系统框图.................................................................................................52.2各模块介绍................................................................................................................62.2.1控制模块.........................................................................................................62.2.2温度采集模块.................................................................................................72.2.3人体电阻传感器.............................................................................................72.2.4语音合成模块.................................................................................................7第三章系统的软件设计及编程.............................................................................................73.1软件框图设计............................................................................................................73.2编程设计....................................................................................................................73.2.1温度采集...........................................................................................................73.2.2单片机串口初始化........................................................................................10结论.........................................................................................................................................11参考文献.................................................................................................................................12附录一.....................................................................................................................................13致谢.........................................................................................................................................21毕业论文题目（五号楷体居中书写）1前言婴儿时期是人一生中最至关重要的时期之一，但同时也是最脆弱的时期，为了照顾自己的宝贝，父母都操碎了心。婴儿足月出生时已具有较好的吸吮吞咽功能，颊部有坚