Multilayer plywood fully-automatic production line

Abstract

The invention discloses a multilayer plywood fully-automatic production line. The multilayer plywood fully-automatic production line comprises a fully-automatic lifting table, a horizontal feeding machine, a single sheet conveying line, a vertical feeding machine, an automatic glue applicator, a top guiding rule, a plywood conveying line, a horizontal movement guiding rule and an automatic stacking machine, wherein the conveying chains of the single sheet conveying line are provided with the horizontal movement guiding rule; the upper portion of one edge of the frame of the single sheet conveying line is provided with the top guiding rule, and the horizontal movement guiding rule and the top guiding rule achieves a positioning right angle of assembly single sheets; the frame of the singlesheet conveying line is provided with a plurality of lifting roller groups I and lifting roller groups II, which are arranged in an alternate mode, and one side of the upper portion of every lifting roller group is provided with a lifting rack. The multilayer plywood fully-automatic production line can achieve automatic single sheet gripping, automatic gluing, automatic alignment, automatic compounding, automatic stacking and fully automatic production, thereby improving the working efficiency and save a large amount of labor.

Description

Technical field [0001] The invention belongs to the technical field of automatic blank assembly machinery for plywood produced by the wood industry, and particularly relates to a multi-layer plywood automatic production line. Background technique [0002] With the rapid economic development and continuous progress of society, as well as the increase in human resource costs and the stringent national environmental protection policies, the original labor-intensive plywood processing and manufacturing industry is facing the biggest industry adjustment since the reform and opening up, and many companies are facing Because of the automation upgrade and transformation brought about by labor shortage and expensive labor; for most plywood companies, the original purely manual assembly method can no longer meet the current industry production and market needs, so the strategic goal of the entire company Reasonable adjustments and the intelligent and automated upgrade of the production tec...

AI Technical Summary

Problems solved by technology

[0002] With the rapid economic development and continuous social progress, as well as the increase in human resource costs and strict national environmental protection policies, the original labor-intensive plywood processing and manufacturing industry is facing the biggest industry adjustment since the reform and opening up, and many enterprises are facing Due to the shortage of labor and expensive labor, the automation upgrade is brought about; for most plywood enterprises, the original purely manual billet formation method can no longer meet the current industry production and market demand, so the strategic goal of the entire enterprise is carried out. Reasonable adjustments and intelligent automation upgrades to the production technology of the enterprise will make the plywood factory more core-competitive

[0003] The current status of plywood production: the current production of plywood is mainly based on small-diameter fast-growing forest wood. The original automatic panel production equipment in the world can no longer adapt to the current raw material processing and production. In order to save raw materials, during the production of plywood, The billet assembly process is basically purely manual production. Due to the increase in labor costs and the impact of labor shortages, the development of the entire plywood industry has been restricted to a large extent. Manual billet assembly is time-consuming, labor-intensive, low in efficiency, and low in automation.

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