The invention belongs to the technical field of unmanned aerial vehicle charging, relates to an unmanned aerial vehicle system and an unmanned aerial vehicle charging control method, and aims to solve the problem that unmanned aerial vehicle charging is inconvenient or low in flexibility. The system comprises a machine body, a battery, an undercarriage, a foot stool electric shock plate and a parking apron. A cabin for accommodating a battery is arranged on the machine body; a first positive electrode charging line, a first negative electrode charging line and a first on-off line are led out from the battery; the undercarriage is arranged on the aircraft body; the foot stand electric shock plate is arranged on the undercarriage, and a second positive electrode charging line, a second negative electrode charging line and a second on-off line are led out from the foot stand electric shock plate. The second anode charging line is connected with the first anode charging line, the second cathode charging line is connected with the first cathode charging line, and the second on-off line is connected with the first on-off line. A machine nest electric shock plate is arranged on the parking apron and is in contact with the foot stand electric shock plate; a charging management module is arranged on the parking apron, and the output end of the charging management module is electrically connected with the machine nest electric shock plate so as to control starting, shutdown or charging of the battery.
本发明属于无人机充电技术领域,涉及一种无人机系统及无人机的充电控制方法,以解决无人机充电不方便或灵活性低的问题。该系统包括机体、电池、起落架、脚架触电板和停机坪。机体上设置有容置电池的机舱。从电池上引出第一正极充电线、第一负极充电线和第一开关机线;起落架设置在机体上;脚架触电板设置在起落架上,从脚架触电板上引出第二正极充电线、第二负极充电线和第二开关机线。第二正极充电线与第一正极充电线连接,第二负极充电线与第一负极充电线连接,第二开关机线与第一开关机线连接。停机坪上设置机巢触电板,机巢触电板与脚架触电板接触;停机坪上设置充电管理模块,其输出端与机巢触电板电连接,以控制电池的开机、关机或充电。
Unmanned aerial vehicle system and charging control method of unmanned aerial vehicle
一种无人机系统及无人机的充电控制方法
14.06.2024
Patent
Elektronische Ressource
Chinesisch
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