Energy-saving and environment-friendly airborne targeting pesticide spraying device for forestry protective engineering

Abstract

The invention discloses an energy-saving and environment-friendly airborne targeting pesticide spraying device for forestry protection engineering, which comprises a machine base assembly, connecting through holes are formed in two side wall surfaces in the machine base assembly, the connecting through holes formed in the machine base assembly are movably connected with a machine body assembly, and a mounting groove is formed in the machine body assembly; a pesticide supply assembly is fixedly connected in a mounting groove formed in the machine body assembly, a pesticide spraying assembly is fixedly connected to the upper surface of the tail end of the machine body assembly, and the energy-saving and environment-friendly airborne targeted pesticide spraying device for forestry protection engineering solves the problem that a traditional airborne targeted pesticide spraying device cannot be adaptively adjusted according to the distance of forest trees; according to the airborne targeted spraying device for forestry protection, the intelligent and automatic effect of the pesticide supply process is achieved, and the defect that the spraying angle of a pesticide nozzle of a traditional airborne targeted spraying device cannot be automatically adjusted, so that the pesticide spraying effect on forest trees is not uniform or sufficient enough is overcome.

Description

technical field [0001] The invention relates to the technical field of forestry target spraying, and more particularly relates to an airborne target spraying device for forestry protection engineering that is energy-saving and environmentally friendly. Background technique [0002] The airborne target spraying device used in forestry protection engineering is a kind of forestry plant protection machinery. It can use opto-mechanical integration to complete the automatic target-oriented and precise spraying operation on forest trees. In the process of protection, it is often necessary to spray drugs to forest trees to protect them from damage. The use of airborne target spraying devices for forestry protection projects can improve the efficiency of drug spraying. [0003] In the process of spraying medicines on forest trees at different distances, the airborne target spraying devices used in traditional forestry protection projects under the prior art often have a fixed sprayi...

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Problems solved by technology

[0003] The airborne target spraying device used in the traditional forestry protection engineering under the existing technology is in the process of spraying the forest trees at different distances, and the spraying range of the medicine is often fixed, which easily leads to different distances. The spraying effects of forest trees are not the same, and the spraying range of drugs is affected by the pressure of the nozzles of the drugs. However, the pressure of the nozzles of the airborne target spraying devices used in traditional forestry protection projects cannot be adaptively adjusted according to the distance of the trees. , and a small number of airborne target spraying devices on the market use electromagnetic valves to control the pressure of the nozzles, the response speed is slow, and they do not have the performance of rapid real-time adjustment

[0004] During the use of the airborne target spraying device used in the traditional forestry protection engineering under the existing technology, the staff often cannot detect the usage status of the dosage in the first time. When the medicine is used up, the staff cannot immediately Carry out drug supply, and the process of drug supply is very cumbersome, that is, the intelligence and automation of the drug supply process of the traditional airborne target spraying device is low, which will affect the efficiency of staff applying pesticides to forest trees

[0005] The airborne target spraying device used in the traditional forestry protection engineering under the prior art is in the process of spraying the forest with medicine, and the height of its medicine spraying is relatively uniform, which leads to the relatively single medicine receiving area of ​​the forest, and the spraying of the medicine is relatively uniform. The height is affected by the up and down spraying angle of its drug nozzle, and the airborne target spraying device used in traditional forestry protection projects cannot automatically adjust the spraying angle of its drug nozzle, resulting in an uneven and sufficient drug spraying effect on forest trees.

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