Glass production line for loading and unloading sheets fully automatically

Abstract

The invention relates to a glass production line for loading and unloading sheets fully automatically. The glass production line comprises a glass sheet loading machine, glass machining equipment anda glass sheet unloading machine. The glass sheet loading machine is arranged at the loading end of the glass machining equipment, and the glass sheet unloading machine is arranged at the unloading endof the glass machining equipment. The glass sheet loading machine comprises a sheet feeding movable arm composed of a first movable component, a second movable component and a third movable component, and through control over the sheet feeding movable arm, a sheet loading sucker is made to grab glass to achieve sheet loading fully automatically. The glass sheet unloading machine is provided witha glass upwards-turning bracket and a glass leaning bracket, and a glass finished product can be unloaded automatically and output according to arrangement requirements. The glass can be loaded automatically through the glass sheet loading machine, the glass is unloaded automatically through the glass sheet unloading machine, the complete glass production line can be formed in combination with theglass machining equipment, fully-automated production is achieved, work efficiency is improved, labor intensity is lowered, and the glass production line can be suitable for different types of glassmachining equipment and is high in universality and practicability.

Description

technical field [0001] The invention relates to the field of automatic mechanical production, in particular to a fully automatic glass production line for loading and unloading sheets. Background technique [0002] Traditional glass production lines generally require workers to manually load and unload the glass, and the unloaded glass needs to be placed in a specified way (tilted placement) to prevent the glass from falling down and being damaged or a safety accident, and it is also convenient for subsequent grasping. Take the glass; but the method of blanking by the workers has the following disadvantages: 1. The workers work frequently, resulting in high labor intensity and low blanking efficiency, which affects the work efficiency of the overall glass edging line; 2. The edge of the glass is sharp, It is easy for workers to cause damage during the handling process, and even safety accidents may occur, and the glass is a fragile product. The collision during the handling ...

AI Technical Summary

Problems solved by technology

[0002] Traditional glass production lines generally require workers to manually load and unload the glass, and the unloaded glass needs to be placed in a specified way (tilted placement) to prevent the glass from falling down and being damaged or a safety accident, and it is also convenient for subsequent grasping. Take the glass; but the method of blanking by the workers has the following disadvantages: 1. The workers work frequently, resulting in high labor intensity and low blanking efficiency, which affects the work efficiency of the overall glass edging line; 2. The edge of the glass is sharp, It is easy for workers to cause damage during the handling process, and even safety accidents may occur, and the glass is a fragile product. The collision during the handling process will easily cause damage to the glass or scratch the surface, thereby reducing the qualified rate of the glass; 3. For larger sizes The glass requires multiple workers to coordinate blanking or use specific tools for blanking, resulting in an increase in the number of workers and labor costs, or the cost of specific tools.

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