Automatic control system for ceramic raw materials

Abstract

The invention discloses an automatic control system for ceramic raw materials. The amount of the raw materials needing to be added and the amount of water further needing to be added are determined according to preset parameter information of a mud material, material adding is automatically controlled according to the amount of the raw materials needing to be added, water adding is automatically controlled according to the amount of water needing to be added, and a ball mill is automatically controlled to run on the basis of the parameter information of the mud material, so that automatic control on the material adding, water adding and running of the ball mill is realized, the problem of large error due to artificial control is avoided, the water content of ball-milled mud is met, and a ball milling time and power consumption are stabilized; and moreover, the quality of the mud obtained through the ball milling can be further guaranteed, the production efficiency is increased, and the production process quality is improved. In addition, the amount of labour used in an enterprise is also reduced, and the labour use risk and the human cost are lowered on the basis of the realization of the automatic material adding and water adding.

Description

technical field [0001] The invention relates to the technical field of ceramics, in particular to an automatic control system for ceramic raw materials. Background technique [0002] Ceramic mud slurry is obtained by mixing stone powder, sand, mud and chemical additives according to a certain ratio, and ball milling through a ball mill. [0003] Due to the variety of raw materials required for ball milling, the water content and particle size are inconsistent, and the existing conventional control is through manual feeding, due to the inconsistency of the water content measurement of raw materials entering and leaving the ball mill, the water content and fineness in the ball mill cannot be accurate. Control, so as to further prolong the ball milling time, increase the power consumption of ball milling, and also directly affect the quality of the final mud material and cannot be directly applied to the next process. Contents of the invention [0004] The technical problem ...

AI Technical Summary

Problems solved by technology

[0003] Due to the variety of raw materials required for ball milling, the water content and particle size are inconsistent, and the existing conventional control is through manual feeding, due to the inconsistency of the water content measurement of raw materials entering and leaving the ball mill, the water content and fineness in the ball mill cannot be accurate. control, thereby further prolonging the ball milling time, increasing the power consumption of the ball milling, and also directly affecting the quality of the final slurry, which cannot be directly applied to the next process

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