The self-adaptive omnidirectional anti-offset unmanned aerial vehicle wireless charging system comprises a charging platform part and an unmanned aerial vehicle part, and the charging platform part is in mutual inductance coupling with a receiving coil resonance network according to a transmitting coil resonance network and a judging coil resonance network of the charging platform part; the wireless charging platform part transmits electric energy to the unmanned aerial vehicle part, the receiving coil resonance network outputs the electric energy, the electric energy flows into the battery charging circuit through the rectifying circuit to charge the unmanned aerial vehicle, and the unmanned aerial vehicle part judges the charging state needed by the unmanned aerial vehicle according to monitoring data and transmits state information to the charging platform part at the same time. And the charging platform part switches the charging state according to the state information to complete the omnidirectional anti-offset wireless charging operation of the unmanned aerial vehicle wireless charging system. According to the invention, optimization and improvement of the wireless charging system on multiple targets of high transmission efficiency, high anti-offset characteristic, omnidirectional anti-offset capability and the like are realized, and the wireless charging system has good practicability and application prospect in the field of wireless charging.
本发明公开一种自适应式全向抗偏移无人机无线充电系统及充电方法,包括充电平台部分和无人机部分,充电平台部分根据其发射线圈谐振网络和判断线圈谐振网络分别与接收线圈谐振网络互感耦合,用于实现无线充电平台部分向无人机部分传输电能,接收线圈谐振网络输出电能经整流电路后流入电池充电电路为无人机充电,无人机部分根据监测数据判断无人机所需充电状态,同时将状态信息传输至充电平台部分,充电平台部分根据状态信息进行充电状态的切换,完成无人机无线充电系统的全向抗偏移无线充电操作。本发明实现了无线充电系统在高传输效率、高抗偏移特性、全向抗偏移能力等多个目标上的优化提升,在无线充电领域具有很好的实用性和应用前景。
Self-adaptive omnidirectional anti-offset unmanned aerial vehicle wireless charging system and charging method
一种自适应式全向抗偏移无人机无线充电系统及充电方法
2024-01-09
Patent
Electronic Resource
Chinese
IPC: | B64U |
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