Composite wood beam and production line thereof

Abstract

The invention belongs to the technical field of wood beam production, and discloses a composite wood beam and a production line thereof. The composite wood beam and the production line thereof comprise a wood beam body, and a wrapping layer is arranged outside the wood beam body. The wood beam body comprises a plurality of layers of batten groups closely arranged, the batten groups are composed ofa plurality of battens with same widths and heights in a parallel arrangement mode, and the arrangement directions of the two adjacent batten groups are perpendicular each other. The composite wood beam comprises a feeding device, a first heating and pressing device and a cloth wrapping device, the feeding device comprises a plurality of feeding channels which are arranged up and down and with uniform widths, and the feeding channels converge at the end close to the first heating and pressing device. The feeding channels comprise a plurality of grooves parallel mutually for feeding, the battens form the batten groups through the feeding channels, and the technical problem that an existing batten has low intensity is solved.

Description

technical field [0001] The invention belongs to the technical field of wood cube production, and relates to a composite wood cube and a production line thereof. Background technique [0002] Existing composite wood squares are formed by wrapping a whole piece of wood with plastic or iron sheet. The assembly line generally includes four-sided planing equipment, tractor, double-sided nailing, cutting machine and other equipment. The peripheral package needs to make molds of equal length. Production requires pressing square materials with various lengths and specifications. If the production requirements are matched, it is necessary to be equipped with molds of various lengths, which greatly increases the cost of the mold. There are also composite wood squares that use multiple pieces of waste templates to dislocate the joints, such as the invention patent with the application number: CN201711326746.1, which is fixed and connected by horizontal iron nails penetrating the templa...

AI Technical Summary

Problems solved by technology

[0002] Existing composite wood squares are formed by wrapping a whole piece of wood with plastic or iron sheet. The assembly line generally includes four-sided planing equipment, tractor, double-sided nailing, cutting machine and other equipment. The peripheral package needs to make molds of equal length. Production requires pressing square materials of various lengths and specifications. If matching production requirements, it is necessary to equip molds of various lengths, which greatly increases the cost of the mold.

There are also composite wood squares that use multiple pieces of waste templates to dislocate the joints, such as the invention patent with the application number: CN201711326746.1, which is fixed and connected by horizontal iron nails penetrating the templates, and the surface layer attached to the base core is recycled plastic. The processing methods include: Material preparation, material selection, trimming, stripping, splicing, nailing, fine planing, cladding, and cooling molding. This kind of production line has technical problems such as splicing waste templates out of order, resulting in insufficient strength of composite wood and high packaging costs of recycled plastics.

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