【摘要】 纤维基可穿戴电子设备作为下一代智能电子技术的关键领域，正迅速成为研究热点。这类设备融合显示、传感、储能等多功能模块，不仅具备轻便、柔韧、贴合人体的特点，还能实现与人体生理信号的高效交互，广泛应用于健康监测、智能穿戴和人机界面。然而，其电学性能、机械稳定性和批量制造仍面临诸多挑战。系统分析了纤维基可穿戴电子设备在结构设计、材料优化和功能集成中的关键问题，并指出多领域交叉整合、电子系统模块化设计、安全性、可洗性和长久耐用性是未来发展的重要方向。这些研究为实现高性能、低成本和多功能集成的智能纤维基可穿戴电子设备提供了新思路。更多还原

【Abstract】 As a crucial field of next-generation intelligent electronic technology, fiber-based wearable electronic devices are becoming research focus quickly. These devices integrate multifunctional modules such as displays, 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 electronic 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.更多还原