Glass magnesium board push type three-dimensional storage device and method

Abstract

The invention provides a magnesium oxide board pushing type stereoscopic storage device comprising a longitudinal rolling conveying mechanism, a transverse rolling conveying mechanism, a transverse stereoscopic plate frame mechanism, a longitudinal stereoscopic plate frame mechanism and a baffle mechanism. According to the magnesium oxide board pushing type stereoscopic storage device provided bythe invention, efficient automatic production can be achieved conveniently, operation is simple and convenient, and production efficiency is improved greatly. The magnesium oxide board pushing type stereoscopic storage device has the specific advantages that (1) after one stereoscopic plate frame is full of magnesium oxide boards, the stereoscopic plate frame full of the magnesium oxide boards does not need to be pushed to the other position rapidly, and operation of a production line without a halt is ensured; and (2) outlets of the transverse rolling conveying mechanism and the longitudinalrolling conveying mechanism are each provided with a pit capable of holding a transverse or longitudinal stereoscopic plate frame elevating machine lifting mechanism, the occupied space is small, andcivil engineering is small during equipment installation.

Description

technical field [0001] The present invention relates to glass magnesium board production line equipment, in particular to a glass magnesium board push-type three-dimensional storage device and method, which are used in the glass magnesium board production line to output the rolled-formed glass magnesium board to the three-dimensional board for storing the glass magnesium board in the shelf. 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 twice the height of the three-dimensional shelf that holds the glass magnesium board. The three-dimensional shelf for boards, every time a board is loaded, the e...

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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) When the three-dimensional shelf is filled with glass magnesium plates At the same time, 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. Due to the heavy weight of the entire shelf, it is very difficult to implement, and even the beat of the production line needs to be extended to barely ensure that the production line does not stop. reduced productivity

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