基于ATmega328和GSM技术的脉冲传感器和红外MLX90614心率体温测量仪的设计

H. Hatimah, A. Gunawan, I. Paramarta
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引用次数: 2

摘要

心率和体温的测量是显示人体健康的五个生命体征中的两个。在此期间,心率测量使用听诊器或计数心率通过手腕,但这可能会导致人为错误。因此,设计了一种基于ATmega328的脉搏传感器和红外MLX90614测量心率和体温的工具,结果可以通过网站显示,患者有自己的ID,这样数据就不会与其他患者数据混合,并配有数据库,这样就可以存储患者数据。根据试验结果,对3名受试者按年龄分为5岁、9岁和23岁。设计工具和标准设备测量心率和体温的平均准确度为98.54%,体温的平均准确度为95.97%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Designing a Heart Rate and Body Temperature Measurement Tool Using Pulse Sensor and IR MLX90614 Based on ATmega328 and GSM Technology
The measurement of heart rate and body temperature are two of the five Vital Signs that indicate human health. During this time the heart rate is measured using a stethoscope or counting the heart rate through the wrist but this can cause a Human Error. So a tool is designed that can measure heart rate and body temperature using pulse sensor and IR MLX90614 besed on ATmega328 which results can be displayed through the website with patients having their own ID so that the data is not mixed with other patient data and equipped with a database so that it can store patient data. From the results of trials on 3 subjects classified according to the age of 5, 9 and 23 years. The average accuracy of heart rate and body temperature measurements between the design tools and standard equipment is 98.54% for heart rate and 95.97% for body temperature.
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