Conveying device for safe conveying of engraved glass and waste gas purification

Abstract

The invention relates to the technical field of conveying equipment, in particular to a conveying device for safe conveying of engraved glass and waste gas purification. The conveying device comprises a device body and a purification block located on the right side of the device body, wherein a conveying block is fixedly connected between the purification block and the device body, and a conveying cavity with an upward opening is formed in the conveying block. According to the conveying device for safe conveying of the engraved glass and waste gas purification, through the cooperation of an exhaust fan and a connecting gas pipe, nitrogen dioxide gas generated in the glass processing process is reacted with conventional urea at a high temperature to be separated into ions and water, the glass is automatically conveyed, a neutralizer containing ionic resin is sprayed on the surface of the glass to neutralize acidic substances on the surface, the reacted part is in contact with slaked lime water to generate solidified calcium sulfite, the harmful gas and acidic substance components are separated into corresponding solid substances, and adverse phenomena caused by processing substances in the subsequent practical application process are prevented.

Description

technical field [0001] The invention relates to the technical field of conveying equipment, in particular to a conveying device for safely conveying engraved glass and purifying waste gas. Background technique [0002] After the flat glass is formed, it needs to be cut and processed. First, vertical and horizontal scratches are drawn on the surface of the flat glass, and then the longitudinal breaking machine and the horizontal breaking machine are used to break it. The edge breaking of the flat glass is . However, in the deep processing of cut glass, especially in the production process of thin glass, due to the large number of product specifications and high product quality requirements, the process layout is relatively cumbersome, and offline production is generally used, and then the glass is transferred by mobile equipment and the next moving process , making the production process of deep-processing glass discontinuous. [0003] Since most of the processing of this t...

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Problems solved by technology

However, in the deep processing of cut glass, especially in the production process of thin glass, due to the large number of product specifications and high product quality requirements, the process layout is relatively cumbersome, and offline production is generally used, and then the glass is transferred by mobile equipment and the next moving process , making the production process of deep-processing glass discontinuous

[0003] Since most of the processing of this type of glass uses a certain amount of acid solution to corrode its surface for printing, it is more convenient than the conventional direct engraving method, but the surface will form acidic sulfuric substances after processing. During the processing of this type of glass, more sulfur dioxide and nitrogen dioxide gas will be produced than ordinary glass, which will cause a large amount of exhaust gas pollution around the production plant. Long-term contact with air is likely to produce harmful gases to the human body. If a special device for handling such gases is installed in the transportation process after glass processing and molding, the quality of the glass will be effectively improved. Therefore, it is necessary to design a glass for engraving. To improve the above problems by using a transportation device for safe transportation of glass and purification of exhaust gas

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