Highly automatic plate-overturning and plate-picking production line for producing large-size decorative plates

Abstract

The invention discloses a highly automatic plate-overturning and plate-picking production line for producing large-size decorative plates. The highly automatic plate-overturning and plate-picking production line comprises a material mixing machine set, a material distribution mechanism, a kiln, a kiln tail fixed roller table, a kiln furniture, a plate-picking mechanism, a deviation-correcting mechanism and an overturning mechanism, wherein a belt conveyor is disposed between the material mixing unit and the material distribution mechanism; an inlet and an outlet of a material distribution machine position of the material distribution mechanism are respectively equipped with a deviation-correcting roller table and a receiving roller table; the other end of the receiving roller table is connected with a conveying roller table in a matching manner; a kiln inlet and a kiln outlet are respectively equipped with a kiln-incoming roller table and a kiln-outgoing roller table; shuttling roller tables are disposed between the kiln-incoming roller table and the conveying roller table and are used for conveying in a matching manner; the kiln-outgoing roller table is equipped with the shuttling roller tables and the kiln tail fixed roller table which are used for conveying in a matching manner; the kiln tail fixed roller table is sequentially matched with the plate-picking mechanism and the deviation-correcting mechanism for conveying along the movement direction of rollers; and the overturning mechanism and the shuttling roller tables are also disposed between the kiln tail fixed roller table and the deviation-correcting roller table.

Description

technical field [0001] The invention relates to the technical field of a decorative plate production line, in particular to a highly automatic flap-picking production line for producing large-sized decorative plates. Background technique [0002] At present, in the traditional production line for the production of large-sized decorative panels, the low degree of automation of the production line and the large size of the decorative panels directly lead to low production efficiency of the production line and a large production burden for the enterprise. In terms of unloading bricks, after finishing the processing of the decorative panels, it is necessary to transfer the decorative panels from the roller table of the production line to the brick frame. During the handling process, it is easy to drop the decorative board or damage the corners when it is placed on the brick frame, which directly affects the production efficiency of the enterprise and increases the production bur...

AI Technical Summary

Problems solved by technology

[0002] At present, in the traditional production line for the production of large-size decorative panels, due to the low degree of automation of the production line and the large size of the decorative panels, the production efficiency of the production line is low and the production burden of the enterprise is directly caused.

In terms of unloading bricks, after finishing the processing of the decorative panels, it is necessary to transfer the decorative panels from the roller table of the production line to the brick frame. During the handling process, it is easy to drop the decorative board or damage the corner when it is placed on the brick frame, which directly affects the production efficiency of the enterprise and increases the production burden of the enterprise.

In terms of cloth, large-scale decorative panels need to be distributed multiple times at multiple levels, and the traditional production line has many problems such as low production efficiency and inaccurate control for the secondary or even multiple distribution of decorative panels.

In addition, the kiln furniture on the production line is used as a carrier in the ceramic kiln to transport the fired ceramic body. It is necessary to turn the kiln furniture over at regular intervals to avoid using the same side for a long time in order to slow down the deformation of the kiln furniture. In the production of large-size decorative panels, the specifications of the required kiln furniture are also relatively large, and it takes a lot of energy to turn over the kiln furniture to complete

[0003] Secondly, the position of the kiln furniture on the production line is directly related to the processing speed of the subsequent process. On the traditional production line, it is difficult to control the placement of the kiln furniture, which often leads to the failure of the kiln furniture to reach the corresponding working position. Its adjustment directly affects the work efficiency of the production line, and even causes damage to the decorative board body

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