Mechanically-jointed integrated board technique for natural width beveled edge board

Abstract

The invention relates to a mechanically-jointed integrated board technique for natural width beveled edge board, which concretely comprises the following working procedures: 1), original wood boards with barks and natural width are mechanically sawn into dimension boards with standard obliquity by an edging machine along two long beveled edges of the original wood boards; 2), a plurality of dimension boards sawn through the procedure 1) are primarily arranged according to a sequence of big and small ends as well as front and back surfaces in a staggered way; then the dimension boards primarily arranged are jointed into rectangular board blocks by glue; 3) the rectangular board blocks in the procedure 2) are divided into a plurality of semi-finished boards with four trim and smooth sides and uniform specifications by a cutting machine; and 4) the plurality of semi-finished boards in procedure 3) are jointed to form an integrated board. The mechanically-jointed integrated board technique for the natural width beveled edge board can be adopted for effectively preventing multiple material consumption phenomena in the current mechanically-jointed integrated board technique from happening, and can also increase the jointing area and is beneficial to improving the jointing quality of the integrated board.

Description

technical field [0001] The invention relates to a process for machine-assembled integrated boards, in particular to a process for machine-assembled integrated boards with natural width beveled edge boards. Background technique [0002] The current machine assembled integrated board process, first of all, is to uniformly saw the natural width of the wooden board into a rectangular (ie right-angled side) specification board with a length of 50 cm, a thickness of 1 to 2 cm, and a width of 3, 4, 5, 6 or 7 cm. , and then splice each right-angled side specification board. Yet because the plank with the natural width of bark that actually draws materials is usually all a big, a small beveled edge board, so for existing technology, the bevelled edged plank machine of natural width is sawed into a rectangle In the process of standard board, multiple consumables will be produced, for example: 1) To saw the original natural width of the beveled board into a rectangular standard board ...

AI Technical Summary

Problems solved by technology

Yet because the plank with the natural width of bark that actually draws materials is usually all a big, a small beveled edge board, so for existing technology, the bevelled edged plank machine of natural width is sawed into a rectangle In the process of standard board, multiple consumables will be produced, for example: 1) To saw the original natural width of the beveled board into a rectangular standard board with equal width at both ends, it must be machine sawed along the small end of the board, This will produce a consumable; 2) In the process of machine sawing the specification plate, due to the operator's inaccurate positioning of the material, it is easy to cause bark to remain on one side of the plate after slipping, while the other side is Excessive cutting will increase the number of defective products and waste the board

In addition, the existing machine-spliced ​​integrated board process uses right-angled side specification boards for splicing, which makes the splicing area between the plates limited, which is not conducive to obtaining integrated boards with high splicing quality

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