Design and implementation of wearable multi-physiological parameter detection system based on flexible electrode
Shan Congmiao
Wei Ming
Zhang Yu
Yu Xinming
Shi Qingyu
Li Wan
Yu Chuang
Li Baoyu
Abstract：Whether it is the long-term health maintenance of the space station in orbit,or the research on aerospace medical issues,multiple physiological indicators reflecting human physiological functions need to be monitored.With the development of wearable physiological detection technology,the requirements for comfort,low load,and human-machine friendly during the continuous collection and detection of physiological information are becoming increasingly high.This paper designs a set of wearable multi-physiological parameter detection system based on flexible electrodes using fabric electrodes as signal sensors.The system includes hardware such as intelligent clothing and physiological signal detection modules,as well as physiological signal display and storage software,which achieves synchronous detection of multiple physiological signals such as ECG,respiration,and EMG.The design ideas,implementation method,key technologies,and results for collecting,detecting,and processing physiological signals under non-steady state conditions are introduced in this paper.The experimental results show that the system can reliably detect physiological signals such as ECG,respiration,and EMG during motion in flight.
Keywords：wearableflexible electrodesECGbreathing signalEMG
Publication Date：2024-10-15
Online Publishing Date：2025-08-15(First online date of this platform, not the publication date of the document)
Pages：8( 311-318 )