Humidity-Resistant Piezoelectric Nanogenerator in a Self-Powered Smart Glove for Real-Time Motion Detection and Morse Code Transmission for Remote Workers

Wearable flexible sensors have gained significant attention for their applications in bioelectronics, human–machine interaction, motion monitoring, and self-powered energy harvestingespecially in scenarios requiring real-time feedback and autonomy. In hazardous or noisy environments, such as in ind...

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Autor principal:	Ragu Sasikumar (21569230) (author)
Altres autors:	Byungki Kim (2391004) (author)
Publicat:	2025
Matèries:	Medicine Biotechnology Ecology Space Science Biological Sciences not elsewhere classified wide force range smart glove embedded reliable operation across powered smart glove morse code transmission integrated wearable systems gained significant attention resistant piezoelectric nanogenerator flexible piezoelectric nanogenerator scenarios requiring real time motion detection piezoelectric output motion monitoring zinc tungstate time feedback term reliability severely restricted sensitivity enable running ). remote workers rapid response peak voltage pdms matrix medical contexts mechanical durability knee bending interfacial polarization indicating long including finger foot tapping device achieved charge separation barium titanate 79 v 30 n
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Humidity-Resistant Piezoelectric Nanogenerator in a Self-Powered Smart Glove for Real-Time Motion Detection and Morse Code Transmission for Remote Workers

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