Large-sized green brick storing method and device used in front of kiln

Abstract

A large-sized green brick storing method and device used in front of a kiln are characterized in that a green brick storing cart is sent into a lifting mechanism by an upper conveying mechanism; a green brick conveying mechanism sends green bricks into green brick storing layers of the green brick storing cart for storing; a green brick storing cart power transmission mechanism of the lifting mechanism sends the green brick storing cart into a lower transmission mechanism; the green brick storing cart is sent into a brick outlet lifting mechanism at the other end by the lower transmission mechanism; a green brick conveying device on the brick outlet lifting mechanism conveys the green bricks on the green brick storing layers onto a kiln stove green brick conveying mechanism outside the green brick storing cart; the green brick storing cart is sent back onto the upper transmission mechanism by the green brick storing cart power transmission mechanism on the brick outlet lifting mechanism. Compared with the prior art, the large-sized green brick storing method and device used in front of the kiln have the advantages of simple civil work and maintenance, and balanced storing time of the green bricks on a green brick storing machine.

Description

Technical field: [0001] The invention relates to a billet storage method and device. Background technique: [0002] The blank storage device in front of the kiln is one of the indispensable equipment in the ceramic production line. It is used to solve the contradiction between the blockage of the kiln and the empty kiln caused by the unstable quantity of bricks coming from the glaze line. When there are many bricks, they are automatically stored in the storage device. When there is a small amount, the storage device automatically releases the stored bricks to compensate, so that the kiln machine runs smoothly. [0003] The traditional billet storage machine adopts a cage-type structure. When storing billets, the bricks are sent into the billet storage machine through rollers, and the cage-type billet storage rack rises. In the rack; when the billet is discharged, the billet storage rack is lowered, and the brick is sent out of the billet storage machine through the roller. ...

AI Technical Summary

Problems solved by technology

In order to obtain a larger blank storage space, the traditional blank storage machine requires a higher vertical space, and the storage rack is also higher and the pit must be deeper. The civil engineering is complicated and the maintenance is more complicated.

Due to these reasons, the ability of a single storage machine to store adobes in the traditional way of storing adobes is limited

Another biggest problem with the existing storage method is that the bricks that enter the storage machine first cannot exit the storage machine first, which will cause product deformation and color difference due to the uneven storage time of the bricks on the storage machine

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