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如何判断网站做的关键词,江门招聘网最新招聘,阀门网站设计,建设工程公司组织架构图人体输液智能监测系统的设计与实现 摘 要 随着医疗技术的不断进步和人们对健康管理的日益重视#xff0c;人体输液智能监测系统的需求愈发迫切。为此#xff0c;本文设计并实现了一款基于STM32F103C8T6单片机的便携式人体输液智能监测系统。 该系统集成了多个功能模块#…人体输液智能监测系统的设计与实现摘要随着医疗技术的不断进步和人们对健康管理的日益重视人体输液智能监测系统的需求愈发迫切。为此本文设计并实现了一款基于STM32F103C8T6单片机的便携式人体输液智能监测系统。该系统集成了多个功能模块包括液位检测、颜色传感器和红外对管用于实时监测输液瓶的液体剩余量、检测回血现象和调整液体流速。通过心率血氧检测模块实时监测患者生理参数一旦检测到异常情况如液体耗尽、回血或心率血氧异常系统会通过声光报警提醒医护人员并自动关闭输液开关。系统还支持通过按键设置和调节流速并通过OLED显示屏实时显示测量数据。此外具备蓝牙通信功能可将数据发送至手机端实现远程监控和控制提高输液过程的智能化和便捷性。该系统的设计与实现不仅提升了人体输液监测的效率和准确性也为便携式人体输液智能监测系统的进一步优化和升级提供了有益的探索具有广泛的应用前景。关键词人体输液 智能监测 STM32 液位检测 蓝牙通信AbstractWith the continuous advancement of medical technology and the increasing emphasis on health management, the demand for intelligent monitoring systems for human infusion has become increasingly urgent. Therefore, this article designs and implements a portable human infusion intelligent monitoring system based on STM32F103C8T6 microcontroller.The system integrates multiple functional modules, including liquid level detection, color sensors, and infrared tubing, for real-time monitoring of the remaining liquid level in infusion bottles, detecting blood reflux phenomena, and adjusting liquid flow rate. Real time monitoring of patient physiological parameters through the heart rate and blood oxygen detection module. Once abnormal conditions are detected, such as fluid depletion, blood return, or abnormal heart rate and blood oxygen, the system will alert medical staff through sound and light alarms and automatically turn off the infusion switch. The system also supports setting and adjusting flow rate through buttons, and displaying measurement data in real-time through an OLED display screen. In addition, it has Bluetooth communication function, which can send data to the mobile phone for remote monitoring and control, improving the intelligence and convenience of the infusion process.The design and implementation of this system not only improves the efficiency and accuracy of human infusion monitoring, but also provides useful exploration for further optimization and upgrading of portable human infusion intelligent monitoring systems, with broad application prospects.Keywordshuman infusion Intelligent monitoring STM32 Liquid level detection; Bluetooth communication目录一、 绪论一 研究背景及意义二国内外研究现状三系统研究内容二、 系统需求分析及总体方案设计一 系统总体设计二主要模块方案选择三、 硬件设计一主控电路模块二液体触发模块电路设计三颜色检测模块电路四红外对管模块电路设计五心率血氧检测模块电路六按键模块电路七显示电路模块八声光报警模块电路九步进电机模块电路十蓝牙模块电路四、 系统程序设计一软件主程序设计二液位检测软件程序设计三回血检测软件程序设计四流速检测软件程序设计五心率血氧检测软件程序设计六显示模块软件程序设计七蓝牙模块软件程序设计五、实物制作与功能测试一实物制作与组装二液位测控实物测试三回血测控实物测试四流速测控实物测试三心率血氧测控实物测试四蓝牙实物测试总结与展望参考文献致谢