Automatic ceramic body forming production line

Abstract

The invention relates to an automatic ceramic body forming production line which comprises a clamping transposition device, a green body forming machine, a lifting device I, a lifting device II, a lifting device III, a clamping device I, a clamping device II, a turnover device I, a turnover device II, a green body taking device, a base plate placing device, a circulatory transport mechanism and a hot air pipeline drying system, wherein a plurality of brackets are arranged on the circulatory transport mechanism; the lifting device I, the lifting device II and the lifting device III are arranged below the brackets at the middle section, the front section and the back section of the circulatory transport mechanism; the clamping transposition device is arranged beside the lifting device I; the green body forming machine is arranged on the other side of the clamping transposition device; the green body taking device is arranged at the lifting device II; and the base plate placing device is arranged at the lifting device III. The automatic ceramic body forming production line improves the production efficiency and product quality while realizing mechanization and automation of ceramic production.

Description

technical field [0001] The invention relates to the field of ceramic production, in particular to an automatic molding production line for ceramic blanks. Background technique [0002] Ceramics are utensils that use viscous materials such as clay and are fired through processes such as batching, molding, drying, and roasting. The traditional ceramic production method is that laborers directly or indirectly produce ceramics according to their fixed production steps through certain auxiliary labor tools, so that they become ceramic products with use value. However, the traditional ceramic production method requires workers to carry the forming mold and operate repeatedly, which is equivalent to the workers moving more than 20 tons of goods every day. The labor intensity is very high, thus causing labor shortages, difficulties in recruiting workers, and high labor costs; and other The degree of mechanization and automation is low, which greatly prolongs the production cycle an...

AI Technical Summary

Problems solved by technology

However, the traditional ceramic production method requires workers to carry the forming mold and operate repeatedly, which is equivalent to the workers moving more than 20 tons of goods every day. The labor intensity is very high, thus causing labor shortages, difficulties in recruiting workers, and high labor costs; and other The degree of mechanization and automation is low, which greatly prolongs the production cycle and reduces production efficiency, especially for the molding process of ceramic blanks. Due to the fatigue of human labor, it is easy to cause product quality problems during production operations. Not only the safety of production operations Sex is not guaranteed, and the continuity and continuity of ceramic production is not guaranteed

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