A remote control flying plant protection machine spraying system

Abstract

A remote-control flight plant protection machine pesticide spaying system comprises an electronic regulator, wherein a power source end of the electronic regulator is externally connected with a battery, an input end of the electronic regulator is electrically connected with a signal receiver, an output end of the electronic regulator is electrically connected with a power source end of a pesticide pump, an input end of the pesticide pump is connected with a pipette, an end of the pipette is arranged in a pesticide barrel, an output end of the pesticide pump is connected with a pesticide spraying device through a pesticide conveying pipe, and the signal receiver is connected with a remote controller in a wireless mode. The remote-control flight plant protection machine pesticide spaying system is simple and compact in structure, the electricity volume supplied to the pesticide pump is regulated through the electronic regulator, the amount of pesticide sucked by the pesticide pump changes while the flight speed of a plane changes, and therefore supply change of the pesticide amount of the pesticide spraying device is achieved.

Description

technical field [0001] The invention relates to a spraying system of a remote-controlled flying plant protection machine. Background technique [0002] The remote-controlled flying plant protection machine is small in size but powerful in function. It can carry 8-10 kilograms of pesticides and spray pesticides at low altitudes. It can complete the operation of one mu of land per minute, and its spraying efficiency is 30 times that of traditional manual labor. The aircraft adopts intelligent control, and the operator controls it through the ground remote control. The remote control flying plant protection machine has low operating height, less drift, can hover in the air, and does not need a special take-off and landing airport. The downward airflow generated by its rotor helps to increase the penetration of the fog flow on the crops, and the control effect is good. At the same time, the spraying Operators avoid the danger of being close to pesticides, and remote control of ...

AI Technical Summary

Problems solved by technology

Since the medicinal liquid is sprayed from the nozzle, it directly acts on the crops, and most of them have defects such as different spraying concentrations before and after the medicinal liquid, uneven spraying, and low degree of atomization of the medicinal liquid.

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