Innovative Development of a Portable Medical Mechanical Mobile Charger: Converting Mechanical Energy via Acupressure for Off-Grid Applications
Kirti Yadav, Mahima Yadav, Anshul Agarwal · Asian Journal of Electrical Sciences · 2024
This study introduces a Medical Mechanical Mobile Charger, a device designed to convert mechanical energy into electrical energy using an acupressure handle and a DC motor. The primary objective is to create a portable and versatile charging solution that operates independently of traditional power sources, addressing the need for off-grid charging capabilities. The system comprises an acupressure handle connected to a DC motor, which generates electrical energy regulated through a charging circuit, ultimately delivered via a USB port to charge mobile devices. By incorporating acupressure, the charger not only facilitates energy generation but also offers potential therapeutic benefits, supporting wellness alongside practical functionality. Experimental results demonstrate the charger’s capacity to consistently provide a 5V output, effectively meeting standard mobile charging requirements. This innovation is particularly valuable for remote settings and emergency scenarios, combining convenience with health benefits.