Green brick edge scraping machine with high edge scraping efficiency

Abstract

The invention discloses a green brick edge scraping machine with the high edge scraping efficiency. The green brick edge scraping machine comprises a main rack, a conveying module and an edge scraping module, the conveying module is arranged above the main rack, the edge scraping module is arranged in the center of the main rack, and the edge scraping module is composed of an edge scraping rack, synchronizing mechanisms, a lifting mechanism, a baffle mechanism and a scraper mechanism. The synchronous mechanisms are arranged on the two sides of the edge scraping rack and connected with the main rack, the lifting mechanism is arranged in the center of the edge scraping rack and placed in the center of the main rack, the baffle mechanism is arranged at the top of the edge scraping rack, the scraper mechanism is arranged on the left side of the edge scraping rack, and sliding grooves are formed in the left side and the right side of the main rack. The synchronous scraping operation can be achieved by arranging the synchronizing mechanisms, the problem that parallel work and simultaneous scraping of multiple machines cannot be achieved when an edge scraping machine works is better solved, the edge scraping module is arranged, and the lifting mechanism, the baffle mechanism and the scraper mechanism are arranged in the edge scraping module, so that green bricks are subjected to edge scraping operation.

Description

technical field [0001] The invention belongs to the technical field of ceramic processing, and in particular relates to a brick edge scraping machine with high scraping efficiency. Background technique [0002] In the production of ceramic wall and floor tiles, after the brick body has been glazed, there will be excess glaze on the edge of the brick body, which needs to be scraped before entering the next process. If the excess glaze material is not treated, it is likely to be fired in the kiln. When the front edge of the brick is in contact with other bricks, the tiles will be bonded to each other. Therefore, it is necessary to scrape the edge after glazing to avoid the bond between the bricks and cause waste and defective products. [0003] The current edge scraping machine cannot realize effective synchronous edge scraping operation. The existing edge scraping machine cannot realize the parallel operation of multiple machines while working, which will cause the subsequent...

AI Technical Summary

Problems solved by technology

[0003] The current edge scraping machine cannot realize effective synchronous edge scraping operation. The existing edge scraping machine cannot realize the parallel operation of multiple machines while working, which will cause the subsequent production process to be too slow and reduce work efficiency, which is not in line with the current factory production. demand, and there is no baffle mechanism in the traditional edge scraping machine, the failure to fix the working position of the adobe will cause the scraping edge of the adobe to deviate and cause the product to be scrapped. When the scraping operation is required, the scraper mechanism is often needed. However, the existing scraper mechanism often uses a grinding wheel to scrape the edges, and when using the grinding wheel to scrape the bricks, a large amount of dust will often be generated to pollute the working environment and affect the quality of the product.

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