Multi-agent-box agricultural agent spraying drone

Abstract

The invention provides a multi-agent-box agricultural agent spraying drone. The unmanned aerial vehicle comprises an aerial spray system and a remote control system, the aerial spray system comprisesmultiple agent boxes, a control box, a fixing frame, a liquid pump, a pipeline system, a cantilever device and an atomization nozzle, the agent box is fixed to the cantilever device through the fixingframe, the atomization nozzle is arranged at the tail end of a side cantilever of the cantilever device, the control box and the liquid pump which are electrically connected with each other are arranged above the fixing frame, a solenoid valve is further connected between the liquid pump and the agent box separately, the agent box, the liquid pump and the atomization nozzle are communicated through a pipeline system, and the control box is in wireless connection with the remote control system. Through the arrangement of the agent boxes, by controlling the solenoid valve through an agent spraypipeline of the unmanned aerial vehicle, different agent boxes are selected, thus different agents are selected and are easily sprayed to different crops in the same flight sortie, the agent sprayingflexibility is improved, the landing frequency of the unmanned aerial vehicle is reduced, and the service life is prolonged.

Description

technical field [0001] The invention belongs to the technical field of aviation aircraft, and in particular relates to an agricultural spraying drone with a multi-drug box. Background technique [0002] The agricultural spraying drone belongs to the aviation plant protection equipment. Spraying drones can quickly and efficiently complete the control of pests and weeds. In particular, it can timely and effectively prevent and control large-scale explosive pest disasters. At the same time, it is not restricted by geographical factors. Regardless of mountains or plains, paddy fields or dry fields, the operation tasks can be completed smoothly and efficiently: Compared with ground mechanical field operations, aircraft operations also have the characteristics of reducing operating costs, leaving no rut marks and damaging crops. At present, agricultural spraying drones have been more and more widely used in the control of agricultural diseases and insect pests in my country. ...

AI Technical Summary

Problems solved by technology

This phenomenon affects the large-scale operation efficiency of spraying drones. In order to complete the spraying of different crops, it is necessary to increase the number of take-offs and landings and the number of dressing changes

These affect the efficiency while also increasing the failure rate of the equipment

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