Packing device and method suitable for large-size glass

Abstract

The invention discloses a packaging device and method suitable for large-size glass. When the packaging device is used, two-way rotation of a screw driving motor drives two guide vertical sliding rods on two internal thread moving blocks to move close to or away from each other synchronously; the opening and closing movement of the two sets of side glass folding, sucking and adjusting supporting arm assembly arm plates is achieved through the synchronous approaching or departing movement of the two guide vertical sliding rods on two adjusting supporting arm plates, and the distance between two sets of edge glass collecting and packaging adsorption support assemblies and glass collecting and packaging carrying main frame assembly is adjusted through the opening and closing movement of the two sets of side glass folding, sucking and adjusting supporting arm assembly arm plates; in this way, the distance between the glass collecting and packaging carrying main frame assembly and the two sets of edge glass collecting and packaging adsorption support assemblies is adjusted, and therefore the requirement for carrying and placing glass of different sizes in a collecting and packaging mode is met; and when the device is used, two adsorption time sequences and strokes for improving the quality of packed products are included.

Description

technical field [0001] The invention belongs to the technical field of manufacturing flat glass substrates, and in particular relates to a large-size glass wrapping device and method. Background technique [0002] In the liquid crystal manufacturing industry, product receiving and packaging is an important link. The quality of receiving and packaging products directly determines the yield rate of products, and is also one of the factors that indirectly affect product quality. With the continuous improvement of customer and user requirements, The original system can no longer meet the requirements of use, especially the fluctuation of market prices and the continuous improvement of customers' quality requirements have forced enterprises to increase production capacity and losses. [0003] The existing technology has the following problems: when the glass plate is packaged, the glass plate is transported and placed on the package rack through the external mechanical arm and th...

AI Technical Summary

Problems solved by technology

[0002] In the liquid crystal manufacturing industry, product receiving and packaging is an important link. The quality of receiving and packaging products directly determines the yield rate of products, and is also one of the factors that indirectly affect product quality. With the continuous improvement of customer and user requirements, The original system can no longer meet the requirements of use, especially the fluctuation of market prices and the continuous improvement of customers' quality requirements have forced enterprises to increase production capacity and reduce losses.

[0003] The existing technology has the following problems: when the glass plate is packaged, the glass plate is transported and placed on the package rack through the external mechanical arm and the suction cup. When facing glass packages of different sizes, there is no controllable self-adaptive adjustment The advanced glass receiving and handling device cannot avoid stabilizing the position of the glass plate when it is packaged and transported under the premise of increasing the production capacity (the output volume remains the same when the glass plate is made thinner), and it cannot reduce the glass plate during the package and transport process loss caused

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