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| 1 | 智能可穿戴服装的应用困境及基于人工智能的解决方案显示文摘1智能可穿戴服装面对的困境近年来智能可穿戴服装的需求量越来越大,这种高科技服装制作的背后,是作为交叉学科产物的智能服装技术。这一技术是当今世界最具发展前景的前沿技术之一。融入柔性智能的可穿戴服装作为新型的便携式电子设备,在健身、运动、人机交互、状态监测、医疗保健等领域的应用越来越广泛,但在推行人工智能的可穿戴智能服装的大规模应用过程中,人们也常常会遇到一些困境。 | 夏天 | 2023 | 上海建桥学院学报2023，，3： | 0 |
| 2 | 3D interlocked all-textile structured triboelectric pressure sensor for accurately measuring epidermal pulse waves in amphibious environments显示文摘The performance degradation and even damage of the e-textiles caused by sweat,water,or submersion during all-weather health monitoring are the main reasons that e-textiles have not been commercialized and routinized so far.Herein,we developed an amphibious,high-performance,air-permeable,and comfortable all-textile triboelectric sensor for continuous and precise measurement of epidermal pulse waves during full-day activities.Based on the principle of preparing gas by acid-base neutralization reaction,a one-piece preparation process of amphibious conductive yarn(ACY)with densely porous structures is proposed.An innovative three-dimensional(3D)interlocking fabric knitted from ACYs(0.6 mm in diameter)and polytetrafluoroethylene yarns exhibit high sensitivity(0.433 V·kPa^(-1)),wide bandwidth(up to 10 Hz),and stability(>30,000 cycles).With these benefits,98.8%agreement was achieved between wrist pulse waves acquired by the sensor and a high-precision laser vibrometer.Furthermore,the polytetrafluoroethylene yarn with good compression resilience provides sufficient mechanical support for the contact separation of the ACYs.Meanwhile,the unique skeletonized design of the 3D interlocking structure can effectively relieve the water pressure on the sensor surface to obtain stable and accurate pulse waves(underwater depth of 5 cm).This achievement represents an important step in improving the practicality of e-textiles and early diagnosis of cardiovascular diseases. | Shaobo Si Chenchen Sun Yufen Wu Jingjing Li Han Wang Yinggang Lin Jin Yang Zhong Lin Wang | 2024 | Nano Research2024，17，3： | 0 |
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