【摘要】 新型柔性传感技术融合了电子信息、材料化学、生物科学和微纳加工等，为物联网提供智能的传感终端，将广泛应用于健康监护、互联家居、智能制造等领域。通过对新材料的开发和新机理的研究应用，柔性传感器在灵敏度、响应范围、响应时间、线性度、回滞、稳定性等基础指标上已取得长足进步，并从单一传感器拓宽到系统级研发与优化。针对近年来的热点研究问题，从多模集成传感器、仿生电子传感器、无线信号传输与供能、智能信息处理4个方面介绍新型柔性传感器的发展现状。更多还原

【Abstract】 The new flexible sensing technology integrates electronic information, material chemistry, biomedical engineering and nano-processing, to provide intelligent sensing terminals for the internet of things, which will be widely used in health monitoring, smart home, smart manufacturing and other fields. For the development of new materials and research on novel mechanisms, flexible sensors have gained much progress in basic parameters, such as sensitivity, response range, response time, linearity, hysteresis, and stability. The flexible sensing technology is not only limited to materials and devices, but also expands from a single device to system-level integrations. Aimed at the hot research issues in recent years, the development of new flexible sensors was introduced from four aspects: multimode integrated sensors,bionic electronic sensors, wireless signal transmission and energy supply, and intelligent information processing.更多还原