Intelligent full-automatic earthenware production device

Abstract

The invention discloses an intelligent full-automatic earthenware production device. The device comprises a mud supply conveying line, a secondary vacuum deairing machine, a mud prepressing device, amolding device, a primary drying line, a mold separation and transfer device, a mold processing device, a 1# fixed-length conveying belt machine, a 2# transfer machine, a secondary drying line, a 3# transfer machine, a 2# fixed-length conveying belt machine, a finishing device and a returned plate drying line. The intelligent full-automatic earthenware production device uses a raw material workshop for conveying mud strips, uses an automatic conveying line for joint, needs no primary producers to finish glazing or printing procedures of the mud strips from the raw material workshop, and uses program control, human-computer interface data setting, PLC control and intelligent alarm voice prompt for setting and control in the whole process.

Description

technical field [0001] The invention relates to the technical field of porcelain ware production, in particular to an intelligent automatic porcelain ware production device. Background technique [0002] At present, the production process of daily-use ceramics is generally manual from the raw material workshop to the product. After the single-machine molding, take out the mold and push it to the flatbed car to dry in the drying room for 10 hours or use a one-stage drying line to evaporate the product moisture to less than 18%. Take out the flatbed car Manually pushed to the drying room to dry for 5 hours, the moisture evaporates to less than 5% before entering the glazing or printing process, the efficiency is low, and a large number of drying rooms, flatbed trucks, and operators are used; it seriously occupies the factory space and causes waste of personnel; leads to ceramics Business operating costs are too high. Contents of the invention [0003] The invention aims at ...

AI Technical Summary

Problems solved by technology

[0002] At present, the production process of daily-use ceramics is generally manual from the raw material workshop to the product. After the single-machine molding, take out the mold and push it to the flatbed car to dry in the drying room for 10 hours or use a one-stage drying line to evaporate the product moisture to less than 18%. Take out the flatbed car Manually pushed to the drying room to dry for 5 hours, the moisture evaporates to less than 5% before entering the glazing or printing process, the efficiency is low, and a large number of drying rooms, flatbed trucks, and operators are used; it seriously occupies the factory space and causes waste of personnel; leads to ceramics Business operating costs are too high

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