The invention discloses an unmanned aerial vehicle wireless charging magnetic coupling mechanism with high structural adaptability, and relates to an unmanned aerial vehicle wireless charging magnetic coupling mechanism. The problem that existing unmanned aerial vehicle charging equipment cannot adapt to unmanned aerial vehicle magnetic coupling mechanisms of different models and different sizes is solved. The device comprises a transmitting coil A1, a transmitting coil B1, a transmitting coil A2, a transmitting coil B2, a transmitting end nanocrystalline magnetic core, a receiving coil alpha 1, a receiving coil alpha 2, a receiving coil beta and a receiving end nanocrystalline magnetic core, the transmitting coil A1, the transmitting coil B1, the transmitting coil A2 and the transmitting coil B2 are arranged in a rectangular array to form a square transmitting coil, the transmitting coil A1 and the transmitting coil A2 are arranged diagonally, the transmitting coil B1 and the transmitting coil B2 are arranged diagonally, and the transmitting end nanocrystalline magnetic core is arranged below the transmitting coils; the receiving coils alpha 1, alpha 2 and beta are installed on an undercarriage of the unmanned aerial vehicle, and the receiving end nanocrystalline magnetic core is installed between the undercarriage and the receiving coils. The invention belongs to the technical field of unmanned aerial vehicle wireless charging.
一种强结构适应性无人机无线充电磁耦合机构,它涉及一种无人机无线充电磁耦合机构。本发明为了解决现有无人机充电设备无法适应不同型号、不同尺寸无人机磁耦合机构的问题。本发明包括发射线圈A1、发射线圈B1、发射线圈A2、发射线圈B2、发射端纳米晶磁芯,接收线圈α1、接收线圈α2、接收线圈β和接收端纳米晶磁芯;发射线圈A1、发射线圈B1、发射线圈A2、发射线圈B2呈矩形阵列设置组成正方形发射线圈,发射线圈A1与发射线圈A2对角设置,发射线圈B1和发射线圈B2对角设置,发射端纳米晶磁芯设置在发射线圈下;接收线圈α1、α2、β安装在无人机起落架上,接收端纳米晶磁芯安装在起落架和接收线圈的中间。本发明属于无人机无线充电技术领域。
Unmanned aerial vehicle wireless charging magnetic coupling mechanism with high structural adaptability
一种强结构适应性无人机无线充电磁耦合机构
2025-03-18
Patent
Electronic Resource
Chinese
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