Automatic splicing device for long medium plate of multilayer wood-based panel

Abstract

The invention discloses an automatic splicing device for a long medium plate of a multilayer wood-based panel. The automatic splicing device comprises a rear conveyor device, a processing device and asingle-plate conveyor device, and the rear conveyor device is fixedly connected one end of the processing device; the single-board conveyor device is fixedly connected with the other end of the processing device, and the rear conveyor device is internally provided with a first fixing bracket fixedly; the first fixing bracket is internally provided with a belt rotatably, and the inner top end of the processing device is fixedly provided with a guard plate; the guard plate is internally provided with a butt conveyor device fixedly, and one end of the guard plate is movably provided with a fixedlength cutter; and the other end of the guard plate is movably provided with edge lifting cutters, and the bottom end of the butt conveyor device is rotatably provided with glue line pressing coolingwheels of which the lower ends are fixedly provided with heating butt blocks. According to the automatic splicing device, the production efficiency can be improved, and labors are saved; and the costis saved, and the product quality is improved.

Description

technical field [0001] The invention relates to the technical field of wood-based panel processing equipment, in particular to an automatic splicing device for long and middle panels of multi-layer wood-based panels. Background technique [0002] The production method of the existing multi-layer wood-based panel length is manual assembly, and the specific process is the following steps: the first step is to cut and saw the 1270mm*630mm veneer into two veneers of 840mm*630mm and 420mm*630mm; the second The first step is to saw the two ends of the 1270mm*630mm veneer flat into a 1260mm*630mm veneer; the third part is to manually splice the sawed veneer with 1 piece of 840mm*630mm, 1 piece of 420mm*630mm, and 3 pieces of 1260mm*630mm veneer into a 2520mm* The 1260mm whole sheet is bonded with wet adhesive tape at the seam of the veneer to grow the middle board. There are many shortcomings in the existing technology, such as low production efficiency and a large number of person...

AI Technical Summary

Problems solved by technology

[0002] The production method of the existing multi-layer wood-based panel length is manual assembly, and the specific process is the following steps: the first step is to cut and saw the 1270mm*630mm veneer into two veneers of 840mm*630mm and 420mm*630mm; the second The first step is to saw the two ends of the 1270mm*630mm veneer flat into a 1260mm*630mm veneer; the third part is to manually splice the sawed veneer with 1 piece of 840mm*630mm, 1 piece of 420mm*630mm, and 3 pieces of 1260mm*630mm veneer into a 2520mm* The 1260mm whole sheet is bonded with wet adhesive tape at the seam of the veneer to grow the middle board. There are many shortcomings in the existing technology, such as low production efficiency and a large number of personnel. All rely on manual splicing. The average output per person per day is 300 sheets at most. ; The quality is not stable, it is difficult to ensure the joints are tight manually, and the adhesive tape is not firmly bonded and the board is easy to fall apart; the material is wasteful, and the actual length of the length can only reach 2480mm, but the length of the splicing can reach 2520mm, and each sheet wastes 1260mm*40mm , basically every 70 pieces of long and middle panels are wasted for every splicing, so an automatic splicing device for multi-layer wood-based panels is needed to solve the above problems

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