血压测量在手腕PPG和心电图中的应用

I. H. Kusumah, M. Artiyasa, Al-Bukhori, M. Khoiri, Ahmad Defi Ramadhan, Supiyandi
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引用次数: 1

摘要

常规的血压测量技术采用听诊和示波法进行有规律时间间隔的连续血压监测。技术的发展越来越复杂,使其更容易以各种方式和兴趣,特别是在研究测量血压和心脏,各种传感器用于帮助测量血压,即使用MXP5050DP传感器,脉搏心率传感器作为光电脉搏描记器(PPG)。来自Sparkfun ECG的AD8236传感器。这项研究使用了一个放在手腕上的传感器。LED光束检测手腕区域,由一系列接收器接收,然后由NodeMCU ESP8266微控制器以每分钟节拍(bpm)的形式处理成数字数据。经过NodeMCU ESP8266处理的数据会通过Ubidots物联网网站将数据发送到云服务器,以显示信号输出。而AD8232传感器则使用电极来进行心率监测系统,采用三电极传感器,同样在这种情况下,它将通过应用手腕电极来研究,分析输出信号是否可以用于血压。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Blood Pressure Measurement using in Wrist PPG and ECG
Continuous blood pressure monitoring with regular time intervals is used by auscultatory and oscillometric that conventional measurement techniques. The development of technology is increasingly sophisticated and makes it easier in various ways and of interest, especially in the research of measuring blood pressure and heart, various sensors used to help measure blood pressure, namely using the MXP5050DP sensor, Pulse Heart Rate Sensor as a Photoplethysmograph (PPG). AD8236 sensor from Sparkfun ECG. This study uses a sensor that is placed on the wrist. The beam of LED light detects the wrist area received by a series of receivers and then processed into digital data in the form of beats per minute (bpm) by the NodeMCU ESP8266 microcontroller. The data that is processed by NodeMCU ESP8266 will send data to the cloud server using the Ubidots IoT website to display the signal output. And the AD8232 sensor uses electrodes for a heart rate monitoring system using three-electrode sensors, also in this case it will research by applying the wrist electrode to analyze whether the output signal can be used for blood pressure.
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