设计简介：
项目名：粮食环境监测(实物)
项目编号：mcuclub-dz-156
单片机：STM32F103C8T6
功能简介：
1、通过防水式DS18B20检测粮食温度值，温度值不在设定的上下值之间，进行加热或制冷，并进行声光报警
2、通过湿度传感器检测粮食湿度值，温度值不在设cici定的上下值之间，进行声光报警。当湿度大于设置的最大值，进行除湿
3、通过按键设置温湿度阈值，手动可控制加热或制冷、除湿
4、通过显示屏显示各测量数据
5、通过WIFI 模块连接手机端，手机端可获取各测量数据，设置阈值，并可控制加热或制冷、除湿
总字数：15613
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基于物联网技术的粮食存储安全检测系统设计
摘要
随着现代农业技术的发展，粮食贮存环境的监测和调控变得越来越重要。本文提出了一种基于STM32F103C8T6单片机的粮食环境监测系统，旨在实现粮食温湿度的实时监测和智能控制，以确保粮食贮存的质量和安全。该系统通过防水式DS18B20温度传感器和湿度传感器实时监测粮食的温度和湿度，并根据预设的温湿度阈值进行自动控制，以及通过手机端远程控制的方式进行操作。系统的核心功能包括：温度监测和控制、湿度监测和控制、手动设置温湿度阈值、显示数据和手机远程控制。通过DS18B20传感器实时检测粮食温度，当温度超出预设的上下阈值时，系统会自动进行加热或制冷操作，并触发声光报警。湿度传感器用于监测粮食湿度，当湿度异常时，系统会进行声光报警，且在湿度过高时，进行除湿操作。用户可以通过设备上的按键手动设置温湿度阈值，实现个性化的控制策略。此外，系统配备显示屏，可以实时显示温湿度等测量数据，方便用户了解粮食贮存环境的状态。通过WiFi模块连接手机端，用户可以远程获取各项测量数据，并通过手机应用进行温湿度阈值的设置，以及远程控制加热、制冷和除湿操作，提高了粮食环境监测和控制的智能化水平。
综上所述，本文提出的基于STM32F103C8T6单片机的粮食环境监测系统，通过传感器实时监测和智能控制，实现了对粮食贮存环境的精确管理。这对于确保粮食贮存的质量、安全和稳定性具有重要意义，同时也为农业生产提供了可靠的技术支持。随着智能技术的不断发展，本系统在粮食贮存领域具有广阔的应用前景。
关键词：粮食环境监测；STM32单片机；温度监测与控制；湿度监测与控制；手机远程控制
Abstract
With the advancement of modern agricultural technology, the monitoring and control of grain storage environments have become increasingly important. This paper proposes a grain environment monitoring system based on the STM32F103C8T6 microcontroller, aiming to achieve real-time monitoring and intelligent control of grain temperature and humidity to ensure the quality and safety of grain storage. The system utilizes waterproof DS18B20 temperature sensors and humidity sensors to monitor the temperature and humidity of the grain in real-time. It automatically controls based on preset temperature and humidity thresholds, and can be operated remotely via a smartphone application.The core functionalities of the system include temperature monitoring and control, humidity monitoring and control, manual setting of temperature and humidity thresholds, data display, and smartphone remote control. The DS18B20 sensor is used to monitor grain temperature. When the temperature exceeds the preset thresholds, the system automatically initiates heating or cooling operations and triggers sound and light alarms. The humidity sensor is used to monitor grain humidity. When humidity anomalies occur, the system activates sound and light alarms and conducts dehumidification operations during excessively high humidity.Users can manually set temperature and humidity thresholds using the device’s buttons, allowing for personalized control strategies. Additionally, the system is equipped with a display screen that shows real-time measurement data, enabling users to understand the status of the grain storage environment. By connecting to a smartphone app through a WiFi module, users can remotely access measurement data, set temperature and humidity thresholds, and control heating, cooling, and dehumidification operations. This enhances the intelligence level of grain environment monitoring and control.
In conclusion, this paper presents a grain environment monitoring system based on the STM32F103C8T6 microcontroller that achieves precise management of grain storage environments through real-time sensor monitoring and intelligent control. This system is of significant importance in ensuring the quality, safety, and stability of grain storage, while also providing reliable technological support for agricultural production. With the continuous development of smart technology, this system holds promising prospects in the field of grain storage.
Keywords: grain environment monitoring; STM32 microcontroller; temperature monitoring and control; humidity monitoring and control; smartphone remote control..
目录
基于物联网技术的粮食存储安全检测系统设计 I
摘要 I
Abstract II
第一章 绪论 7
第二章 设计思路与方案选择 10
第三章 硬件设计 15
第四章 系统程序设计 23
第五章 实物测试 33
第六章 总结与展望 39
致谢 40
参考文献 41
附录 43