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The introduction of the wireless power energy transmission with the green energy harvesting. Instead of creating the antenna array, the pivoting antenna (coil) structure can be used to implement the single antenna (coil) with different area or size of antenna (coil) and different turns of coil. The power energy can be transmitted wirelessly by various designed antenna (coil). By connecting to the proposed cuttable-flexural substrate power chager circuit, the original and traditional battery (ex. mercury battery) can be replaced. The size of the IOT devices can be reduced.

Produktbeschreibung
The introduction of the wireless power energy transmission with the green energy harvesting. Instead of creating the antenna array, the pivoting antenna (coil) structure can be used to implement the single antenna (coil) with different area or size of antenna (coil) and different turns of coil. The power energy can be transmitted wirelessly by various designed antenna (coil). By connecting to the proposed cuttable-flexural substrate power chager circuit, the original and traditional battery (ex. mercury battery) can be replaced. The size of the IOT devices can be reduced.
Autorenporträt
Ming-Shen Jian is een assistent-professor aan de Dept. of Computer Science and Information Engineering van de National Formosa University in Yunlin County, Taiwan vanaf 2009. Zijn huidige onderzoeksinteresses liggen op het gebied van Internet of Things (IOT), Cloud Computing, E-Learning en Intelligent System.