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自己做的网站怎么发布win7,用html做卖珠宝的网站,网站流量排名查询,手机上怎么修改wordpress摘要 在婴幼儿照护领域#xff0c;为婴儿提供安全、舒适的环境对其健康成长至关重要。传统的人工照护方式不仅依赖看护者的经验与警觉性#xff0c;还存在响应滞后、照护不及时等问题#xff0c;难以满足现代家庭对精细化、智能化婴幼儿照护的需求。​ 基于 STM32F103C8T6…摘要在婴幼儿照护领域为婴儿提供安全、舒适的环境对其健康成长至关重要。传统的人工照护方式不仅依赖看护者的经验与警觉性还存在响应滞后、照护不及时等问题难以满足现代家庭对精细化、智能化婴幼儿照护的需求。​基于 STM32F103C8T6 单片机的婴儿床监测系统整合了 SY 声贝传感器、DHT11 温湿度检测模块、YS 液体检测模块、BZ 红外传感器、GP2Y10 粉尘传感器、3 个独立按键、OLED 显示屏、JQ6500 音乐播放模块、ECB02 蓝牙模块及执行设备加热片、风扇、加湿器、净化器、摇床装置等实现了婴儿床周围环境及婴儿状态的全方位监测与智能响应。系统核心功能包括通过 SY 声贝传感器检测婴儿啼哭当声音大于最大值时JQ6500 音乐播放模块自动播放音乐摇床装置启动摇晃婴儿床并通过蓝牙发送婴儿啼哭提示借助 DHT11 温湿度检测模块监测环境温湿度当温度异常时控制加热片或风扇进行加热或降温湿度异常时通过加湿器或风扇进行加湿或除湿利用 YS 液体检测模块检测婴儿是否尿床当湿度大于最大值时通过蓝牙发送提示信息通过 BZ 红外传感器检测婴儿是否在床上做起或站立若有则通过蓝牙发送提示通过 GP2Y10 粉尘传感器检测婴儿周围 PM2.5 含量超过阈值时开启净化器并通过蓝牙发送提示支持通过 3 个独立按键设置温湿度上下限、声音最大值、湿度最大值以及手动控制播放音乐、加热、降温、加湿、除湿、摇床通过 OLED 显示屏实时显示各项测量值利用 ECB02 蓝牙模块将数据传输至手机端也可在手机端设置温湿度阈值、声音最大值、液位最大值。​该系统的实现有效提升了婴儿照护的自动化与智能化水平减少了人工干预确保能及时响应婴儿的各种需求为婴儿营造安全舒适的环境为家庭照护者提供了高效、可靠的辅助工具同时为同类婴幼儿照护设备的研发提供了参考具有较高的实际应用价值。​关键词STM32F103C8T6婴儿床监测系统传感器智能响应蓝牙通信ABSTRACTIn the field of infant care, providing a safe and comfortable environment for infants is crucial to their healthy growth. Traditional manual care methods not only rely on the experience and alertness of caregivers but also have problems such as delayed response and untimely care, which are difficult to meet the needs of modern families for refined and intelligent infant care.​The baby crib monitoring system based on the STM32F103C8T6 microcontroller integrates SY sound sensor, DHT11 temperature and humidity detection module, YS liquid detection module, BZ infrared sensor, GP2Y10 dust sensor, 3 independent buttons, OLED display, JQ6500 music player module, ECB02 Bluetooth module and executive devices (heating sheet, fan, humidifier, purifier, crib shaking device, etc.), realizing comprehensive monitoring and intelligent response of the environment around the baby crib and the babys state. The core functions of the system include: detecting the babys cry through the SY sound sensor, when the sound is greater than the maximum value, the JQ6500 music player module automatically plays music, the crib shaking device starts to shake the baby crib, and sends a baby cry prompt through Bluetooth; monitoring the ambient temperature and humidity with the DHT11 temperature and humidity detection module, controlling the heating sheet or fan for heating or cooling when the temperature is abnormal, and using the humidifier or fan for humidification or dehumidification when the humidity is abnormal; detecting whether the baby wets the bed with the YS liquid detection module, and sending a prompt message through Bluetooth when the humidity is greater than the maximum value; detecting whether the baby sits up or stands on the bed through the BZ infrared sensor, and sending a prompt through Bluetooth if so; detecting the PM2.5 content around the baby through the GP2Y10 dust sensor, turning on the purifier when it exceeds the threshold, and sending a prompt through Bluetooth; supporting the setting of temperature and humidity upper and lower limits, maximum sound value, maximum humidity value through 3 independent buttons, as well as manual control of music playback, heating, cooling, humidification, dehumidification, and crib shaking; real-time display of various measured values through the OLED display; transmitting data to the mobile phone through the ECB02 Bluetooth module, and also setting temperature and humidity thresholds, maximum sound value, and maximum liquid level on the mobile phone.​The implementation of this system effectively improves the automation and intelligence level of infant care, reduces manual intervention, ensures timely response to various needs of infants, creates a safe and comfortable environment for infants, provides an efficient and reliable auxiliary tool for family caregivers, and also provides a reference for the research and development of similar infant care equipment, with high practical application value.​Keywords:STM32F103C8T6; Baby crib; Monitoring system; Sensor; Intelligent response; Bluetooth communication​目录第 1 章 绪论1.1 研究的目的及意义1.2 国内外发展情况1.3 本文主要研究内容第2章 设计思路与方案论证2.1 主要元器件选择2.1.1 主控芯片选择2.1.2 声贝传感器选择2.1.3 温湿度检测模块选择2.1.4 液体检测模块选择2.1.5 红外传感器选择2.1.6 粉尘传感器选择2.1.7 音乐播放模块选择2.1.8 显示模块选择2.1.9 蓝牙模块选择2.1.10 按键模块选择2.2整体设计方案第 3 章 硬件设计3.1 主控电路模块3.2 声贝传感器电路3.3 温湿度检测模块电路3.4 液体检测模块电路3.5 红外传感器电路3.6 粉尘传感器电路3.7 音乐播放模块电路3.8 显示模块电路3.9 蓝牙模块电路3.10 按键模块电路3.11 执行设备驱动电路第4章 系统程序设计4.1 编程软件介绍4.2 系统主流程设计4.3 独立按键4.4 OLED显示流程设计4.5 蓝牙模块子流程4.6 ADC模数转换子流程设计4.7 温湿度检测模块子流程设计第 5 章 实物测试5.1 整体实物测试5.2 声贝传感器功能测试5.3 温湿度检测模块功能测试5.4 液体检测模块功能测试5.5 红外传感器功能测试5.6 粉尘传感器功能测试5.7 蓝牙模块功能测试5.8 按键设置与显示功能测试第 6 章 总结与展望6.1 总结6.2 展望致谢参考文献附录附录一原理图附录二PCB附录三主程序