Automatic production line and production method of vacuum glass

Abstract

The invention relates to an automatic production line of vacuum glass. The automatic production line comprises a material loading platform, a furnace entering track used for conveying the material loading platform, m edge-sealing furnaces which are sequentially connected, m conveyor chains which are in one-to-one correspondence with the m edge-sealing furnaces and are located below the m edge-sealing furnaces, n conveying trailers, a trailer track used for conveying the conveying trailers, a material unloading platform, and a furnace exiting track used for conveying the material unloading platform, wherein the first conveying trailer loaded with the vacuum glass is placed on the material loading platform, the material loading platform moves along the furnace entering track to convey the first conveying trailer to an inlet of the first edge-sealing furnace; all the conveying trailers are subjected to at least one item of treatment of warming up, heat preservation and cooling respectively in the m edge-sealing furnaces, are sequentially discharged out through the m edge-sealing furnace, and are conveyed onto the material unloading platform non-synchronously, and the material unloading platform conveys all the conveying trailers leaving the m edge-sealing furnace along the furnace exiting track. The invention also relates to an automatic production method of the vacuum glass.

Description

technical field [0001] The invention relates to the field of vacuum glass manufacturing, in particular to an automatic production line and production method of vacuum glass. Background technique [0002] There are many domestic enterprises engaged in the production of vacuum glass, and other countries are also conducting research on large-scale production of vacuum glass. The existing domestic equipment for the production of vacuum glass basically uses old-fashioned single edge-banding furnaces, which take about 6-10 hours to produce vacuum glass with edge-banding furnaces, which results in low production capacity, high power consumption, and waste of resources. Existing foreign production lines have high energy consumption and high production costs. Contents of the invention [0003] Therefore, the present invention provides an automatic production line and production method of vacuum glass, which are used to improve production efficiency and reduce energy consumption. ...

AI Technical Summary

Problems solved by technology

The existing domestic vacuum glass production equipment basically adopts the old-fashioned single edge-banding furnace, and it takes about 6-10 hours to produce the vacuum glass of the edge-sealing furnace, which leads to low production capacity, high power consumption, and waste of resources.

Existing foreign production lines have high energy consumption and high production costs

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