Antitoxin and anti-drift helmet suitable for operation of plant-protecting unmanned aerial vehicle and use method of antitoxin and anti-drift helmet

Abstract

The invention discloses an antitoxin and anti-drift helmet suitable for the operation of a plant-protecting unmanned aerial vehicle and a use method of the antitoxin and anti-drift helmet. The antitoxin and anti-drift helmet comprises a helmet body, a shielding screen arranged on the helmet body, a shielding screen driving mechanism for driving the shielding screen to be opened and closed, a fog drop detecting module used for detecting the concentration of fog drops near the helmet, and a control system, wherein the fog drop detecting module comprises a fog drop monitoring sensor and a first motor; and the control system comprises a safety monitoring processor, a wireless transmission module and a power supply, and the fog drop monitoring sensor, the shielding screen driving mechanism andthe first motor are connected with a signal input end of the safety monitoring processor. With the antitoxin and anti-drift helmet provided by the invention, when fog drops drift so as to cause invasion to a drone pilot, a protection role can be played on the drone pilot, the spraying operation of the plant-protecting unmanned aerial vehicle also can be controlled, so that a pollution source is cut off from the source, and the effects of reducing the waste of pesticides and reducing the environmental pollution are achieved.

Description

technical field [0001] The invention relates to a plant protection work helmet, in particular to a poison-proof and anti-drift helmet suitable for plant protection drone operations and a use method thereof. Background technique [0002] Traditional plant protection pesticide application equipment requires pesticide applicators to shuttle in the farmland, which seriously threatens the health and safety of pesticide applicators, and the operation efficiency is low. The traditional ground spraying equipment adopts the spraying method of large shower and large capacity, and the droplet size is large, which collects and rolls off on the crop leaves, resulting in the loss and waste of pesticides, and the utilization rate of pesticides is low. In order to realize the modernization and intelligence of agriculture, it is urgent to develop an efficient plant protection operation equipment. The plant protection drone came into being under the urgent requirements of this era. It has hig...

AI Technical Summary

Problems solved by technology

But the above-mentioned device that can monitor the spray droplets in real time and isolate the face of the sprayer has not yet appeared in the existing technology. In order to overcome the above shortcomings, it is important to design a safety helmet that monitors the spray droplets in real time and responds in time. Value

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