Spraying device with eagle eye monitoring function and application thereof

Abstract

The invention provides a spraying device with an eagle eye monitoring function, which comprises the components such as an image acquisition mechanism, a fog gun mechanism and a central control mechanism, wherein the image acquisition mechanism is used for identifying the dust production condition of a dust source site in a material pile greenhouse and sending a dust production signal; the fog gunmechanism is used for carrying out spraying and dust falling on the dust source site; and the central control mechanism is in signal connection with the image acquisition mechanism and the fog gun mechanism, and is used for receiving the dust production signal sent by the image acquisition mechanism and sending a driving signal to the fog gun mechanism to drive the fog gun mechanism to perform spraying and dust falling. According to the spraying device with the eagle eye monitoring function and the application of the spraying device, dust in air is captured by spraying small water drops, the condition of a dust generation source is judged by adopting intelligent image recognition, a fog gun is controlled to execute corresponding actions in a closed-loop mode, and efficient, energy-saving,intelligent monitoring and automatic water spraying and mist spraying can be achieved, so that unorganized dust in the production process of the material pile greenhouse is inhibited.

Description

technical field [0001] The invention belongs to the technical field of environmental protection and dust removal, and relates to a spray device with an eagle-eye monitoring function and an application thereof. Background technique [0002] The stockpiles placed in the stockyards of industries such as iron and steel, coking, mining, metallurgy, thermal power, cement, sand and gravel aggregates will generate dust under the action of wind. In order to suppress the dust pollution of the stockyard, in the prior art, a fixed greenhouse is mainly built to cover the entire stockyard, making it a closed system, which can prevent the dust from spreading to the external environment. However, in the process of unloading, stacking, shoveling, blanking, batching, belt transfer, etc., a large amount of unorganized dust will still be generated. The dust diffused in the material shed will seriously endanger human health. When dust and non-metallic dust enter the human body, it will cause po...

AI Technical Summary

Problems solved by technology

However, in the process of unloading, stacking, shoveling, blanking, batching, belt transfer, etc., a large amount of unorganized dust will still be generated. The dust diffused in the material shed will seriously endanger human health. After dust and non-metallic dust enter the human body, it will cause poisoning or even death, and at the same time, there is a risk of dust explosion due to its closed system

[0003] Therefore, the dust generated in the material shed also needs to be controlled, and the fugitive emission of dust has the characteristics of non-concentrated emission, irregularity, uncertain diffusion, and large diffusion range. They are all different. Simple water spraying can no longer meet the increasingly stringent requirements for unorganized dust control. How to design a dust suppression device that can be efficient, energy-saving, intelligently monitored, and automatically spray water spray is a problem for those skilled in the art. question

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