摘要
Abstract
As a crucial field of next-generation intelligent electronic technology,fiber-based wearable elec-tronic devices are becoming research focus quickly.These devices integrate multifunctional modules such as dis-plays,sensing,and energy storage modules.They not only have the characteristics of light weight,flexibility and fit to the human body,but also realize efficient interaction with human physiological signals,which is widely used in health monitoring,intelligent wear and human-computer interface.However,electrical properties,mechanical stability and volume manufacturing still face many challenges.This paper systematically analyzed the key issues in structural design,material optimization,and functional integration of fiber-based wearable electronic devices.The important directions of future development were put forward such as multi-domain cross integration and the e-lectronic system's modular design,safety,washability and long-term durability.The research provided new thoughts for the development of high performance,low cost and multifunctional-integrated intelligent fiber-based wearable electronic devices.关键词
纤维基柔性可穿戴电子设备/功能集成/健康监测/材料优化Key words
fiber-based flexible wearable electronic devices/functional integration/health monitoring/material optimization分类
轻工纺织
