The invention provides an unmanned aerial vehicle nest. The unmanned aerial vehicle nest comprises a charging module, a communication module, a data exchange module and a control module, wherein the charging module comprises a wireless charging device and a wired charging interface; the wireless charging device adopts a magnetic field resonance technology, and realizes energy transmission of the to-be-charged unmanned aerial vehicle by adjusting the frequencies of the unmanned aerial vehicle nest and the to-be-charged unmanned aerial vehicle; the wireless charging device further comprises an intelligent identification unit, and the intelligent identification unit is used for identifying the model, the battery capacity and the charging demand of the to-be-charged unmanned aerial vehicle and adjusting charging parameters according to an identification result. The data exchange module realizes real-time data exchange between each unmanned aerial vehicle and the unmanned aerial vehicle nest through the communication module; the control module is used for monitoring and managing the operation state, the charging condition, the unmanned aerial vehicle storage state and the communication state of the unmanned aerial vehicle nest. Multiple unmanned aerial vehicles can be charged at the same time without being limited by the number of charging interfaces, and the efficiency of charging the unmanned aerial vehicles by the nest is effectively improved.
本发明提供了一种无人机机巢,包括充电模块、通信模块、数据交换模块和控制模块;其中充电模块包括无线充电装置和有线充电接口;无线充电装置采用磁场共振技术,通过调整无人机机巢和待充电无人机的频率,实现为待充电无人机的能量传输;无线充电装置还包括智能识别单元,智能识别单元用于识别所述待充电无人机的型号、电池电量和充电需求,并根据识别结果调整充电参数;数据交换模块通过通信模块实现各无人机与无人机机巢之间实时数据交换;控制模块用于监控和管理所述无人机机巢的运行状态、充电情况、无人机存储状态和通信状态。可以同时为多架无人机充电而不受到充电接口的数量限制,有效提高机巢为无人机充电的效率。
Unmanned aerial vehicle nest
一种无人机机巢
18.10.2024
Patent
Elektronische Ressource
Chinesisch