Wood board connecting structure forming machining equipment and machining method

Abstract

The invention provides wood board connecting structure forming machining equipment and a machining method. The wood board connecting structure forming machining equipment comprises a cutting mechanism, a plane grinding mechanism, a displacement mechanism and a bottom plate; the cutting mechanism and the plane grinding mechanism are mounted on the bottom plate, the cutting mechanism is located on the outer side of the plane grinding mechanism, the displacement mechanism is arranged on the opposite side of the plane grinding mechanism, and the displacement mechanism is mounted on the bottom plate. The equipment solves the problems that at present, right-angle joint of boards is achieved through manual positioning and scribing, right-angle surfaces at the joint are manually cut through a saw, then manual polishing is conducted, and then right-angle joint of the boards is achieved; the problems that in the process mode, the labor intensity of operators is large, the positioning effect is poor, particularly, large boards are not easy to treat, the levelness and perpendicularity of the cut right-angle surfaces cannot be guaranteed, the accuracy of the joint between the boards is prone to being affected, and therefore the connecting quality between the boards is affected are solved.

Description

technical field [0001] The invention relates to the technical field of panel splicing, in particular to a forming processing device and a processing method for a connection structure of wooden panels. Background technique [0002] Wooden panels are flat rectangular building material panels made into standard sizes, used in the construction industry as components such as walls, ceilings or floors; [0003] In the construction of wooden structures, two boards need to be connected to each other. Because the right-angle joint is easy to process and has strong stability, the connection between the boards is made by connecting the boards at right angles; nowadays, the right-angle joints of the boards are all manually positioned and marked. , and then manually cut out the right-angled surface of the joint with a saw, and then manually grind it, and then realize the right-angled joint of the plates; this process method not only has a large labor intensity for the operator, but also ...

AI Technical Summary

Problems solved by technology

[0003] In the construction of wooden structures, two boards need to be connected to each other. Because the right-angle joint is easy to process and has strong stability, the connection between the boards is made by connecting the boards at right angles; nowadays, the right-angle joints of the boards are all manually positioned and marked. , and then manually cut out the right-angled surface of the joint with a saw, and then manually grind it, and then realize the right-angled joint of the plates; this process method not only has a large labor intensity for the operator, but also has poor positioning effect, especially for the version. Large boards are more difficult to handle, and cannot guarantee the level and verticality of the cutting right-angled surfaces, which will easily affect the accuracy of the connection position between the boards, thereby causing quality problems in the connection between the boards; for this reason, the invention provides a wooden board Connection structure molding processing equipment and processing method

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