The invention provides a sowing system of unmanned equipment and an unmanned aerial vehicle, and relates to the technical field of unmanned equipment. The sowing system comprises an auger, an outer shell, an induction device and a motor. The auger comprises a shaft rod and a spiral blade; the spiral blade is spirally wound on the shaft rod, an opening is formed in the tail end of the spiral blade, and the opening is formed between the tail end of the first blade section and the second blade section. One end of the shaft rod is in transmission connection with the motor. The sensing device and the motor are electrically connected with a controller of the unmanned equipment; the sensing device is configured to send a sensing signal to the controller after the controller receives a feeding stopping instruction, so that the controller controls the motor to stop according to the sensing signal, and therefore the shaft rod stops rotating around the axis of the shaft rod and the opening of the shaft rod faces upwards. Therefore, when the auger is in a stop state, the opening of the tail end of the spiral blade is in an upward state, and materials at the tail end of the spiral blade can be effectively prevented from falling under the action of self gravity to cause material leakage.
本发明提供了一种无人设备的播撒系统及无人机,涉及无人设备技术领域。播撒系统包括绞龙、外壳体、感应装置和电机。绞龙包括:轴杆以及螺旋叶片;螺旋叶片呈螺旋状绕设于轴杆上,螺旋叶片的尾端设置有开口,开口形成于第一叶片段的尾端与第二叶片段之间。轴杆的一端与电机传动连接。感应装置和电机均与无人设备的控制器电连接;感应装置被配置为,在控制器收到停止送料指令后,感应装置发送感应信号至控制器,以使控制器依据感应信号控制电机停止,从而使得轴杆停止绕自身轴线转动且开口朝上。这样能够保证绞龙在停止状态时,螺旋叶片尾端的开口处于朝上的状态,能够有效防止螺旋叶片尾端的物料在自身重力作用下落下而造成漏料。
Sowing system of unmanned equipment and unmanned aerial vehicle
无人设备的播撒系统及无人机
2025-03-07
Patent
Electronic Resource
Chinese
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