The invention relates to the technical field of wireless charging, in particular to a low-leakage magnetic flux interference omnibearing energy transfer unmanned aerial vehicle wireless charging system which comprises a transmitting module arranged on a wireless charging platform and a receiving module arranged on an unmanned aerial vehicle. The transmitting module is composed of an A-phase solenoid transmitting coil, a B-phase solenoid transmitting coil and a C-phase solenoid transmitting coil, each phase solenoid transmitting coil comprises two arc-shaped solenoid coils, and the three phases of solenoid transmitting coils are uniformly distributed on the same plane to form a complete circumference; the receiving mechanism comprises two receiving coils, and the two receiving coils are wound on two supporting legs of an undercarriage of the unmanned aerial vehicle respectively; the transmitting module mainly generates a magnetic field in the horizontal direction, almost does not generate a magnetic field in the vertical direction, and reduces leakage magnetic flux interference. Current with 120-degree phase difference is excited in a three-phase solenoid transmitting coil to generate a rotating magnetic field, and all-directional wireless energy transmission at any position and at any angle deviation is realized.
本发明涉及无线充电技术领域,具体涉及一种低漏磁通干扰的全方位传能无人机无线充电系统,包括设置在无线充电平台的发射模块和设置在无人机上的接收模块;所述发射模块由A相螺线管发射线圈、B相螺线管发射线圈和C相螺线管发射线圈组成,其中每一相螺线管发射线圈均包括两个弧形螺线管线圈,3相螺线管发射线圈均匀分布在同一平面形成一个完整圆周;所述接收机构包括两个接收线圈,两个接收线圈分别缠绕在无人机起落架的两个支脚上;发射模块主要产生水平方向的磁场,几乎不产生竖直方向的磁场,减小漏磁通干扰;在三相螺线管发射线圈中激励具有120°相位差的电流产生了旋转磁场,实现任意位置和任意角度偏移下的全方位无线传能。
Omnibearing energy transfer unmanned aerial vehicle wireless charging system with low leakage magnetic flux interference
一种低漏磁通干扰的全方位传能无人机无线充电系统
30.08.2024
Patent
Elektronische Ressource
Chinesisch
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