Automatic glaze spraying device

Abstract

The invention relates to the technical field of ceramic production equipment and in particular relates to an automatic glaze spraying device. The automatic glaze spraying device comprises a spraying frame, a conveying assembly and a control assembly, wherein a spraying assembly which is electrically connected with the control assembly and a driving motor assembly which drives the conveying assembly are respectively arranged in the spraying frame; a rotating mechanism which is used for placing a spraying workpiece and is electrically connected with the driving motor assembly is arranged on the conveying assembly; a workpiece inlet and a workpiece outlet through which the rotating mechanism can pass are respectively formed in the left and right sides of the spraying frame; the spraying workpiece arranged on the conveying assembly is input from the workpiece inlet, is sprayed by the spraying assembly and is then output from the workpiece outlet. The device disclosed by the invention can automatically spray glaze inside and outside a ceramic product and is high in glazing quality and high in automation level.

Description

technical field [0001] The invention relates to the technical field of ceramic production equipment, and more specifically, to an automatic glaze spraying device. Background technique [0002] At present, the production of existing open-top ceramics (such as cups, bowls, pots, etc.) has basically realized the automation of the entire process of the assembly line, and its glazing process generally adopts manual glazing. [0003] Manual glazing includes two ways: manual dipping and manual spraying. Among them, manual dipping is to dip the ceramic blank into the glaze pool, and then lift the ceramic blank after a period of time. However, the thickness of the glaze in this way is large, and the glaze will fall after the porcelain blank is lifted (called "hanging" in the industry). Glaze"), resulting in uneven thickness of the upper and lower glaze, uneven glaze color, and a large amount of glaze consumption, low production efficiency; while manual spraying glaze is sprayed by w...

AI Technical Summary

Problems solved by technology

Among them, manual dipping is to dip the ceramic blank into the glaze pool, and then lift the ceramic blank after a period of time. However, the thickness of the glaze in this way is large, and the glaze will fall after the porcelain blank is lifted (called "hanging" in the industry). Glaze"), resulting in uneven thickness of the upper and lower glaze, uneven glaze color, and a large amount of glaze consumption, low production efficiency; while manual spraying glaze is sprayed by workers holding a spray gun, but this method is due to The hand-held spray gun is unstable, and it is difficult to control the overall glaze spraying time of each ceramic blank, and it is also difficult to control the uniform spraying time of each part of each ceramic blank. question

[0004] As a result, the manual glazing procedure appears incongruous

In addition, the way of manual glazing wastes glaze water, which consumes a lot of labor, high labor costs, and slow production speed.

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