Abstract Objective To realize the continuous, dynamic and long-term acquisition of human physiological signals, the wearable integrated physiological monitoring system is designed. Methods The technology of physiological parameters acquisition and wearable technology are combined. The ECG sensor is designed by collecting the fabric electrode, and the ECG signal is extracted with a non-stick way. Based on the fabric sensor, the respiratory signal detection circuit is designed according to the impedance characteristics of biological tissue, and the peak threshold method is used to calculate the respiration rate. Based on MPU6050 six-axis motion detection integrated chip, the body movements monitoring circuit is designed. Results The system is designed to achieve the wearable integrated monitoring of ECG, respiration, body movements and other physiological parameters. Conclusions The wearable integrated physiological monitoring system realizes the long-term and the dynamic detection of the physiological parameters. The system also realizes the tracking and observation of real-time life information. As a result, the system has a broad application prospect at military medicine, rescue, sports training and rehabilitation medicine.
The Design of Wearable Integrated Physiological Monitoring System
Man–Machine–Environment System Engineering ; 2 ; 315-321
Lecture Notes in Electrical Engineering ; 456 , 2
22.08.2017
7 pages
Aufsatz/Kapitel (Buch)
Elektronische Ressource
Englisch
BRIEFS - Bio-Medical - Wearable Sensor Patches for Physiological Monitoring
Online Contents | 2000
Sensors and signal processing methods for a wearable physiological parameters monitoring system
BASE | 2017
|Sensors and signal processing methods for a wearable physiological parameters monitoring system
BASE | 2017
|Design of Multi-parameters Physiological Monitoring System
Springer Verlag | 2023
|