Magnesium oxide board pushing type stereoscopic storage device and storage method thereof

Abstract

The invention provides a magnesium oxide board pushing type stereoscopic storage device and a storage method. The device comprises a stereoscopic storage rack assembly for storing magnesium oxide boards, a board pushing assembly for pushing the magnesium oxide boards, a baffle assembly for preventing the magnesium oxide boards from rushing out of storage racks due to inertia after the magnesium oxide boards enter the stereoscopic storage racks, and a lifting table assembly for moving the stereoscopic storage rack assembly, the board pushing assembly and the baffle assembly up and down so that the magnesium oxide boards can be fed into the stereoscopic storage racks successfully. When one stereoscopic storage rack is filled with the stored magnesium oxide boards, all the boards are pushed by the magnesium oxide board pushing type stereoscopic storage device to another unoccupied stereoscopic storage rack at a time, so that new magnesium oxide boards can be received. The effect that after one stereoscopic storage rack is filled with the magnesium oxide boards, all the magnesium oxide boards can be pushed to another unoccupied stereoscopic storage rack rapidly is achieved, the effect that a production line can be operated in a non-stop mode is achieved, and the operation efficiency of the production line is improved.

Description

technical field [0001] The invention relates to glass magnesium board production line equipment, in particular to a device for outputting roll-formed glass magnesium boards to a three-dimensional storage in the glass magnesium board production line so as to be transported to a drying workshop for drying. Background technique [0002] In the existing glass magnesium board production line, after the glass magnesium board is rolled and formed, a set of three-dimensional storage device is needed to place the glass magnesium board so that it can be sent to the drying room for drying. The three-dimensional storage device currently used is to dig a deep pit at the end of the entire production line. The depth of the pit is equivalent to the height of the three-dimensional shelf for the glass magnesium board. A hydraulic lift is placed in the deep pit. The three-dimensional shelf for boards, every time a glass magnesium board is loaded, the elevator rises a certain distance, so that ...

AI Technical Summary

Problems solved by technology

This device has the following disadvantages: 1) The tail end of the plate conveying device needs to be provided with a pit that can accommodate three lifting mechanisms, which occupies a large space and requires a large civil engineering project during equipment installation; 2) Two lifting mechanisms are fixedly installed on the flat trolley The lifting frame mechanism increases the cost; 3) When the three-dimensional shelf is full of glass magnesium boards, in order to ensure that the glass magnesium board production line does not stop, the flat trolley needs to quickly drive the three-dimensional shelf to move to another position. It is very difficult, and even need to extend the takt of the production line to barely ensure that the production line does not stop, thereby reducing production efficiency

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