设计简介:
项目名:基于单片机的粮仓环境检测的设计
单片机:STM32F103C8T6
项目编号:mcuclub-dz-028
功能简介:
1、通过火焰检测模块检测是否发生火灾,如果发生,则声光报警,并自动开启水泵进行灭火,同时通过WIFI模块将警报数据发送到手机端
2、通过MQ-135检测有害气体,如果有害气体超过设置最大值,则声光报警,并自动开启风扇进行通风
3、通过MQ-2检测烟雾,如果烟雾超过设置最大值,则声光报警,并自动开启风扇进行通风
4、通过DHT11检测环境温湿度,如果温度大于设置最大值,则声光报警,并自动开启制冷片降温;如果湿度大于设置最大值,则声光报警,则自动开启风扇除湿
5、通过红外热释电感应模块检测是否存在有害动物,如果有,则声光报警,同时通过WIFI模块将警报数据发送到手机端
6、通过按键可设置各阈值
7、通过OLED显示数据
总字数:11848
实物链接:点击跳转
设计说明书链接:点击跳转
开题报告链接:点击跳转
答辩PPT链接:点击跳转
基于STM32智能粮食存储设备的设计与实现
摘要
粮食作为人们生存的物质基础,也是国家的战略物质,粮仓存储环境是否安全尤为重要。粮食在存储过程中容易受到很多因素的影响:如粮仓的温度、湿度、气体浓度、虫害等。如果粮仓存储的环境不利于粮食的存储,则会导致粮食的品质下降,粮食生虫和粮食霉变等,更严重的可能给粮食造成污染、粮食堆积过热发生火灾等。为了保障粮食在存储过程中的安全,降低由于粮食变质带来的浪费,本文针对当前粮食在存储监控中可能存在的问题进行设计,该系统利用物联网技术、单片机技术、传感器技术进行设计,通过实物测试此次设计的粮食存储设备监测方式较多、操作监测、可远程测控、成本低,可以节约大量的资源,可提高粮仓监测的准确性和智能化管理水平。
关键词:粮食存储 物联网 粮情监测 单片机
Abstract
As the material basis of people’s survival, food is also the strategic material of the country, so whether the storage environment of granary is safe is particularly important. Grain is susceptible to many factors during storage: temperature, humidity, gas concentration, insect infestation, etc. If the environment of granary storage is not conducive to the storage of food, it will lead to the decline of food quality, food insects and mildew, more serious may cause food pollution, food accumulation overheating fire and so on. In order to ensure the safety of food in the storage process and reduce the waste caused by food deterioration, this paper designs the problems that may exist in the current food storage and monitoring. The system uses the Internet of Things technology, single-chip microcomputer technology and sensor technology to design. Through the physical test of the design of grain storage equipment monitoring more ways, operation monitoring, remote measurement and control, low cost, can save a lot of resources, can improve the accuracy of granaries monitoring and intelligent management level.
Keywords: Food storage Internet of things food situation monitoring microcontroller
目 录
摘要
Abstract
第1章 绪论
第2章 系统总体设计方案
第3章 硬件设计
第4章 软件设计
第5章 实物测试
第6章 总结展望
参考文献