An Induction-Based Localisation Technique for Wirelessly Charged Drones

L. Lan, Tomamaso Polonelli, Yuan Qin, Nunzio Pucci, C. Kwan, J. Arteaga, D. Boyle, D. Yates, E. Yeatman, P. Mitcheson
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引用次数: 3

Abstract

This manuscript proposes a technique to use an inductive power transfer system to perform last-stage localisation of drones for tracking and automated landing. This system is proposed to assist the final stage of landing by solely making use of the inductive charger and avoid using vision or other external sensors which would increase cost and complexity.The simplicity of the proposed method can help widen the practical implementation of automated drones. This proposed method is demonstrated with a high frequency (6.78 MHz) inductive charging system that can deliver up to 100 W of power to a DJI M100 drone when it lands at any position on the designed one-meter diameter charging pad.
基于感应的无线充电无人机定位技术
本文提出了一种使用感应功率传输系统来执行无人机跟踪和自动着陆的最后阶段定位的技术。该系统仅利用感应充电器辅助着陆的最后阶段,避免使用视觉或其他外部传感器,这将增加成本和复杂性。所提出方法的简单性可以帮助扩大自动化无人机的实际实施。该方法通过高频(6.78 MHz)感应充电系统进行了验证,当大疆M100无人机降落在设计的直径一米的充电垫上的任何位置时,该系统可以为其提供高达100瓦的功率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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