This paper presents a wireless energy link for wearable applications. The proposed link exploits a magnetic coupling between two resonators fabricated by using a conductive non-woven fabric for the conductive parts and leather as substrate, thus resulting in a prototype that can be easily embedded in wearable accessories such as fashion bags. Experimental data referring to a prototype working in the ISM band (433.05 - 434.79 MHz) demonstrate a power transfer efficiency of about 69 %.
A wearable wireless energy link
MONTI, GIUSEPPINA;CORCHIA, LAURA;TARRICONE, Luciano
2015-01-01
Abstract
This paper presents a wireless energy link for wearable applications. The proposed link exploits a magnetic coupling between two resonators fabricated by using a conductive non-woven fabric for the conductive parts and leather as substrate, thus resulting in a prototype that can be easily embedded in wearable accessories such as fashion bags. Experimental data referring to a prototype working in the ISM band (433.05 - 434.79 MHz) demonstrate a power transfer efficiency of about 69 %.File in questo prodotto:
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