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基于STM32的无线运动监测装置设计

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为了能够稳定采集、记录并显示使用者的心电信息、体表温度和运动信息,采用STM32F103C8T6单片机设计控制系统。系统由温度传感器、六轴陀螺仪、心电检测等模块组成,采用电池供电并使用稳压模块。设计算法通过接触式温度传感器LMT70和高精度模拟前端芯片ADS1292实现对人体运动信息的监控。ADS1292通过采集生物电信号再经过滤波算法处理可以将使用者的心电信号传入控制器。读取MPU6050加速度传感器数据得到使用者的行走路程,再根据步频得到步数从而达到计步要求。通过无线模块同步上传,实现各种数据在服务器端达到更加直观的显示。通过实际测试表明,所采用的方案实际有效,实现了心率监测、运动计步等设计要求。
Design of wireless motion monitoring device based on STM32
In order to collect,record and display the user's ECG information,the body surface temperature and the movement information stably,the control system is designed with STM32F103C8T6 single chip microcomputer.The system is composed of temperature sensor,six axis gyroscope,ECG detection module and so on.The design algorithm realizes the monitoring of human movement information through the contact temperature sensor LMT70 and high-precision analog front-end chip ADS1292.ADS1292 can transmit the user's ECG signal to the controller by collecting the bioelectrical signal and processing it with filtering algorithm.Read the MPU6050 acceleration sensor data to get the user's walking distance,and get the number of steps according to the step frequency,so as to meet the step counting requirements.Through the wireless module upload synchronization,achieve a variety of data in the server to achieve more intuitive display.The actual test shows that the scheme is effective and meets the design requirements of heart rate monitoring and motion measurement.

motion monitoringSTM32LMT70temperature sensorMPU6050

胡徐胜、刘娟、陶彬彬

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马鞍山市无线传感网与智能感知工程技术研究中心,安徽马鞍山 243031

皖江工学院电气信息工程学院,安徽马鞍山 243031

马鞍山职业技术学院电气信息工程学院,安徽马鞍山 243031

运动监测 STM32 LMT70 温度传感器 MPU6050

2025

天津理工大学学报
天津理工大学

天津理工大学学报

影响因子:0.307
ISSN:1673-095X
年,卷(期):2025.41(2)