力敏电子织物在多学科交叉驱动下的应用拓展  

The application expansion of force-sensitive electronic fabrics driven by multidisciplinary intersection

作　　者：田明伟[1] TIAN Mingwei(College of Textile and Clothing,Qingdao University,Qingdao 266071,China)

机构地区：[1]青岛大学纺织服装学院,山东青岛266071

出　　处：《纺织高校基础科学学报》2025年第1期18-21,共4页Basic Sciences Journal of Textile Universities

摘　　要：在当今科技高速发展的时代浪潮中,可穿戴技术作为极具前瞻性与创新性的前沿领域,自20世纪60年代由美国麻省理工学院媒体实验室率先提出以来,便正式开启了其意义深远且影响广泛的技术演进征程。该技术创新性地将多媒体、传感器及无线通信等技术融合于日常使用的纺织品中,并支持手势、眼动等多种交互方式,显著拓展了人与设备之间的交互边界^([1])。历经60多年的持续探索与创新,可穿戴技术在理论研究与工程实践方面均取得显著进展,技术成熟度稳步提升,研究重点也从早期聚焦于原型技术的开拓,转向更具实际价值的应用研究,在各个领域掀起了广泛应用的浪潮^([2])。纺织品作为“人类的第二层皮肤”,与人体接触时间超过98%,这使其成为可穿戴技术的理想载体^([3])。In the current era of rapid technological development,wearable technology,as a highly forward-looking and innovative frontier field,has officially embarked on a far-reaching and widely influential technological evolution journey since it was first proposed by the Media Laboratory of the Massachusetts Institute of Technology in the 1960s.This technology innovatively integrates multimedia,sensor,and wireless communication technologies into daily-used textiles and supports various interaction methods such as gestures and eye movements,significantly expanding the interaction boundary between humans and devices^([1]).After more than 60 years of continuous exploration and innovation,wearable technology has achieved remarkable progress in both theoretical research and engineering practice.The technological maturity has been steadily improved,and the research focus has shifted from the early exploration of prototype technology to more practical application research,setting off a wave of widespread applications in various fields^([2]).

关 键 词：力敏电子织物 柔性可穿戴技术 医用智能纺织品 离电式织物触摸板 

分 类 号：TS106.89[轻工技术与工程—纺织工程]