Ceramic microwave automatic forming line and ceramic forming method

Abstract

The invention relates to the field of ceramic microwave automatic forming lines and ceramic forming methods, in particular to a ceramic microwave automatic forming line and a ceramic forming method. The ceramic microwave automatic forming line and the ceramic forming method are characterized by comprising a circulated conveying line, an automatic pugging machine and an automatic forming machine, the circulated conveying line is sequentially provided with an automatic mud putting machine, an automatic mold clamping machine and a microwave drying box, the automatic pugging machine is connected with the circulated conveying line through the automatic mud putting machine, and the automatic forming machine is connected with the circulated conveying line through the automatic mold clamping machine. Manual transferring labor is not needed for joining parts between equipment of the ceramic microwave automatic forming line, the automatic degree is high, the production efficiency is high, and the space occupied by the equipment is small; by means of the ceramic forming method, the labor cost is saved, the operation accuracy is high, and the finished product rate is improved; and compared with a traditional drying manner, the microwave drying manner is good in drying uniformity, a blank body is not prone to cracking, the drying time is short, and the energy consumption is low.

Description

technical field [0001] The invention relates to the field of a ceramic molding production line and a ceramic molding method, in particular to a ceramic microwave automatic molding line and a ceramic molding method. Background technique [0002] Ceramics are common daily necessities in people's daily life. The production of ceramics goes through processes such as body forming, glazing, and firing. The body forming includes steps such as mud configuration, mud refining, feeding, forming, drying, and cleaning. The above-mentioned steps in the traditional ceramic forming process are all manually operated, but with the advent of industrialization, a large number of automated equipment are used in modern ceramic forming production, including automatic mud refining machine, mud bar fixed-length cutting machine, automatic forming machine, automatic baking machine, etc. Drying machines, etc., but in the connection link of some equipment, manual work is still required, for example: th...

AI Technical Summary

Problems solved by technology

[0002] Ceramics are common daily necessities in people's daily life. The production of ceramics goes through processes such as body forming, glazing, and firing. The body forming includes steps such as mud configuration, mud refining, feeding, forming, drying, and cleaning. The above-mentioned steps in the traditional ceramic forming process are all manually operated, but with the advent of industrialization, a large number of automated equipment are used in modern ceramic forming production, including automatic mud refining machine, mud bar fixed-length cutting machine, automatic forming machine, automatic baking machine, etc. Drying machines, etc., but in the connection link of some equipment, manual work is still required, for example: the mud blocks cut by the fixed-length cutting machine need to be manually transported to the plaster model on the conveyor line, and the plaster with built-in mud blocks The model needs to be manually transported to the automatic molding machine, and then manually moved back to the conveyor line after molding. With the continuous increase in labor costs, the traditional ceramic molding production line obviously cannot meet the needs of modern lean and automated production. Some ceramic drying technologies generally adopt hot air drying technology, and the energy sources include natural gas combustion, coal combustion and electric furnace, etc., but the long drying cycle results in slow capital turnover and poor uniformity, and the ceramic drying kiln occupies Large area, high energy consumption

Images