Brick storage system for semi-finished bricks and brick storage method

Abstract

The invention relates to a semi-finished tile storage system and a semi-finished tile storage method. The semi-finished tile storage system comprises a first tile storage chain group, a second tile storage chain group, a tile discharger, a tile feeder, transfer trolleys and tile storage pier strips, wherein the tile storage pier strips are arranged between the first tile storage chain group and the second tile storage chain group and connected with the first tile storage chain group and the second tile storage chain group, a crossbeam slide rail of the tile discharger is perpendicular to the first tile storage chain group and is arranged above the same, a crossbeam slide rail of the tile feeder is perpendicular to the second tile storage chain group and is arranged above the same, the transfer trolleys translate on arranged guide rails, transfer semi-finished tiles on the first tile storage chain group to the tile storage pier strips and can also transfer the semi-finished tiles on the tile storage pier strips to the second tile storage chain group. The semi-finished tile storage system is fewer in device and low in maintenance cost and is small in wear and high in bearing capacity by means of chain conveyance, and semi-finished tile storage capacity is enhanced; since the trolleys are used for transferring in a tile storage line, high safety is achieved and deviation and breakage are avoided.

Description

technical field [0001] The invention relates to the technical field of tile processing equipment, in particular to a brick storage system and a brick storage method for semi-finished bricks. Background technique [0002] In the polishing and glazed tile production line, the next process after the kiln is fired is the polishing process, but because the processing capacity of the polishing process is much greater than the production capacity of the kiln, and the internal stress changes of the tiles lead to the instability of the brick shape, if the direct connection Polishing not only wastes polishing capacity, but also causes great damage to polishing. Therefore, under normal circumstances, the two processes of firing and polishing are separated. The semi-finished bricks fired in the kiln are stored in specially-made brick storage racks. After accumulating to a certain amount or placing them for a certain period of time, the polishing machine is used to polish the glazed surf...

AI Technical Summary

Problems solved by technology

[0004] This way of storing bricks requires multiple motors, and the maintenance cost is high; moreover, the belts of the wire rack are worn out, and the replacement is cumbersome, costing money and labor; moreover, the number of bricks stored in the wire rack is limited, and the number of bricks stored is limited by the power of the motor and the bearing capacity of the belt; Because the semi-finished bricks move forward on the belt driven by the motor, the force on the belt is uneven, and the semi-finished bricks will shift forward. The longer the brick storage line, the more the deviation, so the length of the brick storage line is controlled. , there is also the risk of semi-finished bricks offset hitting the track and causing damage

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