Technological method, pressing machine equipment and system for ceramic tile formation

Abstract

The invention discloses a technological method, pressing machine equipment and system for ceramic tile formation. The technological method for ceramic tile formation comprises the following steps that 1, materials are distributed outside a pressing machine, wherein a die cavity of a lower die located outside the pressing machine is filled with the materials, and the die cavity is filled with powder through limitation of material distribution equipment; 2, pressing is conducted inside the pressing machine, wherein the lower die is moved under an upper die, and the upper die moves downwards to conduct stamping, so that a green tile is obtained; 3, a tile is discharged out of the pressing machine, wherein the lower die is moved out of the pressing machine, the green tile is ejected out of the die cavity through an ejection device at the bottom of the die cavity, and the pressed green tile is pushed to a transfer line through the material distribution equipment. By means of the technological method for ceramic tile formation, idle-hour-free linkage among different procedures is achieved, ceramic tile formation efficiency is effectively improved, and the method is applicable to formation of thin tiles of the large specification. The invention further provides the pressing machine equipment and system for ceramic tile formation. By means of the pressing machine equipment and system for ceramic tile formation, material distribution and tile discharging can be conducted outside the pressing machine, and tile discharging efficiency of a production line of the system is improved by one time or more.

Description

technical field [0001] The invention relates to the technical field of ceramic bricks, in particular to a ceramic brick molding process method and press equipment and system used therefor. Background technique [0002] The present known ceramic tile forming process is that the mold is fixed on the working table of the press, the lower mold is fixedly arranged in the press, and the working table at the bottom of the mold is provided with an ejector device, which is connected with the lower die core. Connected, and can drive the lower core to move up and down. The upper die is fixed on the moving beam, driven by the main oil cylinder, and presses the powder into bricks. For the preparation of ceramic thin bricks or thin plates, the material distributing process is carried out in the press, and the material distributing device is directly inserted into the working space of the press to fill the powder into the frame of the lower mold, and at the same time, the mold that has be...

AI Technical Summary

Problems solved by technology

[0003] The realization of material distribution, pressing and pushing in the press greatly affects the pressing efficiency of the press, and the production of large-sized adobes by large-tonnage presses generally uses the short side of the adobe as the pushing side, and the resistance is relatively large when pushing, and its The pushing force cannot be evenly applied to the adobe, especially when producing large-scale ceramic thin bricks or thin plates, the thin bricks are prone to cracks or bulges in the middle. This ceramic brick molding process is not suitable for large-scale thin bricks or Forming of thin plates, the yield of large-scale thin bricks or thin plates is not high, and the production efficiency is low

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