Comprehensive cutting system for defect removal of wood-plastic plate

Abstract

The invention discloses a comprehensive cutting system for defect removal of a wood-plastic plate. The system comprises a rack, a plurality of parallel conveying belts arranged on the rack, cutting blades located between the conveying belts, a detection plate located above the conveying belts and used for detecting defects of wood plates as raw materials, a feeding roller and a limiting roller set. The wood plates as the raw materials sequentially pass through the cutting blades, the detection plate, the feeding roller and the limiting roller set. The comprehensive cutting system for the defect removal of the wood-plastic plate is used to remove the defects of the wood plates as the raw materials of the wood-plastic plate, and the quality and the defect removal efficiency of the raw materials of the wood-plastic plate can be improved. A defect cutting piece and a defect removing piece of the comprehensive cutting system share power, the structure is compact, stable delay power can be formed in the power sharing process, the whole process can be accurately and effectively carried out, and efficient and stable machining can be conveniently achieved.

Description

technical field [0001] The invention relates to the technical field of wood glue board production equipment, in particular to a comprehensive cutting system for removing defects of wood glue board. Background technique [0002] Wood plywood, also known as plywood, is a raw wood board with three or more layers that is made of raw wood that is cut into veneers or sliced ​​into thin layers, and then glued with an adhesive. And make the fiber directions of the adjacent layers of veneers be arranged perpendicular to each other and glued together. In the production process of the existing wood plywood, the quality of the thin-layer raw wood boards is uneven, and some raw wood boards have holes. To fill the holes, small wood pieces need to be manually filled into the holes. The processing efficiency is low, and when manually filling It is not easy to find a single board that fits perfectly to fill the hole, and there will be gaps after filling, which will affect the quality of the...

AI Technical Summary

Problems solved by technology

In the production process of the existing wood plywood, the quality of the thin-layer raw wood boards is uneven, and some raw wood boards have holes. To fill the holes, small wood pieces need to be manually filled into the holes, and the processing efficiency is low. It is not easy to find a single board that fits perfectly to fill the hole, and there will be gaps after filling, which will affect the quality of the thin raw wood board

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