Energy-saving environment-friendly glaze fetching device

Abstract

The invention discloses an energy-saving environment-friendly glaze fetching device, belonging to the technical field of domestic ceramics. The energy-saving environment-friendly glaze fetching device which comprises a glaze water bucket and a bracket, wherein the glaze water bucket comprises a bucket opening, a bucket body and a bucket bottom, wherein the bucket opening and the bucket bottom have the same size and shape; and the glaze water bucket is arranged on the bracket. The device is characterized in that the bottom of the glaze water bucket is also provided with an impeller; the lower part of the outside of the glaze water bucket is provided with an electromotor for driving the impeller to rotate; the electromotor is connected with the impeller through a shaft with an oil seal; and the glaze fetching device is also provided with a movable filter unit. By arranging the impeller and movable filter unit, the glaze water can be prevented from stratification and precipitation by stirring, and the movable filter unit can be conveniently utilized to remove the rotten billet in time, thereby reducing the cleaning frequency of the glaze water device, greatly reducing the glaze water pollution, saving the glaze water energy and enhancing the glaze water utilization ratio and quality stability.

Description

technical field [0001] The invention relates to the technical field of daily-use ceramics, in particular to an energy-saving and environment-friendly glaze scooping device in ceramic production. Background technique [0002] In the current production of daily-use ceramics, the glaze devices used in the glaze removal process are very common and simple devices that can be used to store glaze water. However, due to the low concentration of glaze water and light specific gravity during the production of glaze water, it is easy to separate layers. The composition of the glaze water will also change accordingly, which will affect the quality of the product. At the same time, due to improper operation in the glaze removal process, rotten blanks fall into the glaze water from time to time. If the rotten blanks are not cleaned up in time or the cleaning is not clean, the product sludge defects will be increased. In order to reduce the impact of the above situation on product quality...

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Problems solved by technology

[0003] Therefore, the existing glaze removal device has the disadvantages that the glaze water is easy to precipitate and stratify, and it is inconvenient to clean up after the rotten blank falls into it, thus affecting the quality of the glaze water. In order to ensure the quality of the glaze water, the glaze removal device needs to be cleaned every day, and the cleaning procedures are cumbersome. The high frequency reduces the production efficiency. In addition, cleaning will waste water resources and pollute the environment. The disadvantages of cleaning

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