Development of pulse oximeter for heart rate monitoring

S. Padmini, M. Shafeulwara, K. Sharmini, V. Mridula, Ishan Kar, Kritika Raj
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引用次数: 2

Abstract

The assiduous irregularity of heart beat rate might be a omen of some stern health related issues such like Tachycardia, coronary and Artery infirmity. Therefore it is acutely crucial to keep groove of one’s health by auditing the rate of heart beat. As some customary approach like Electro-cardiogram (ECG) are already in use, but the usage is too convoluted and cumbersome. This demand for unique facile and modest heart rate scaling apparatus. This paper delineates the layout and operation of the equipment stationed on the fundamentals of Pulse Oximeter. This apparatus is prudent, user-friendly and low arduous device. The pursuance of the device was appraised and the outputs are correlated with the record of regular heart rate auditor by which the breach detected is minimum. The heart rate monitoring system uses a LM324 IC for the filtration and amplification of the signal which is to be processed further to get the output. The optical sensor consists of an IR Transmitter and a Photo Detector which is placed over the finger to measure the counting of the pulse. This low cost device is interfaced with Arduino which programs the device to display the heart rate. After the above system is allied to computer, there is a gratification to the user, they would be able to examine the condition of pulse rates. Besides the above mentioned features, the waveforms attained can be used for advertence in future. This would help the user to figure out and shot their heart pulse rate at home.The assiduous irregularity of heart beat rate might be a omen of some stern health related issues such like Tachycardia, coronary and Artery infirmity. Therefore it is acutely crucial to keep groove of one’s health by auditing the rate of heart beat. As some customary approach like Electro-cardiogram (ECG) are already in use, but the usage is too convoluted and cumbersome. This demand for unique facile and modest heart rate scaling apparatus. This paper delineates the layout and operation of the equipment stationed on the fundamentals of Pulse Oximeter. This apparatus is prudent, user-friendly and low arduous device. The pursuance of the device was appraised and the outputs are correlated with the record of regular heart rate auditor by which the breach detected is minimum. The heart rate monitoring system uses a LM324 IC for the filtration and amplification of the signal which is to be processed further to get the output. The optical sensor consists of an IR Transmitter and a Photo Detector which is plac...
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心率监测脉搏血氧仪的研制
剧烈的心律失常可能预示着一些严重的健康问题,如心动过速、冠状动脉和动脉病变。因此,通过监测心率来保持身体健康是非常重要的。一些传统的方法,如心电图(ECG)已经在使用,但使用过于复杂和繁琐。这就需要独特的轻便适中的心率测量仪。本文以脉搏血氧仪的基本原理为基础,阐述了设备的布置和操作。本仪器是一种结构紧凑、操作方便、劳动强度低的仪器。对设备的跟踪进行了评估,输出与常规心率审计员的记录相关联,通过该记录检测到的漏洞最小。心率监测系统采用LM324集成电路对信号进行滤波和放大,再对信号进行进一步处理得到输出。光学传感器由一个红外发射器和一个放置在手指上测量脉冲计数的光电探测器组成。这个低成本的设备与Arduino接口,Arduino对设备进行编程以显示心率。在上述系统与计算机连接后,用户就可以满意地检查脉搏率的状况。除上述特征外,所获得的波形可用于将来的注意。这将帮助用户在家里计算并测量他们的心率。剧烈的心律失常可能预示着一些严重的健康问题,如心动过速、冠状动脉和动脉病变。因此,通过监测心率来保持身体健康是非常重要的。一些传统的方法,如心电图(ECG)已经在使用,但使用过于复杂和繁琐。这就需要独特的轻便适中的心率测量仪。本文以脉搏血氧仪的基本原理为基础,阐述了设备的布置和操作。本仪器是一种结构紧凑、操作方便、劳动强度低的仪器。对设备的跟踪进行了评估,输出与常规心率审计员的记录相关联,通过该记录检测到的漏洞最小。心率监测系统采用LM324集成电路对信号进行滤波和放大,再对信号进行进一步处理得到输出。该光学传感器由红外发射器和放置在传感器上的光电探测器组成。
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