A wood structure connecting tenon manufacturing process

Abstract

The tenon manufacturing process for wooden structure connection provided by the present invention is mainly completed by a tenon manufacturing and processing equipment. The tenon manufacturing and processing equipment includes a processing shell, a cutting unit and an adjustment unit. The upper end of the processing shell is provided with a square slide. The lower end of the processing shell is provided with a linkage groove, the cutting unit is set on the inner wall of the middle part of the processing shell, and the adjustment unit is set in the linkage groove; the invention adds a cutting unit, and the cutting unit will synchronize the wooden material during cutting. One-time cutting, and the contact surface of the mortise and mortise after cutting retains the lines left by the cutting. Therefore, during assembly, the contact surface has a certain friction and locking force to ensure that the mortise and tenon splicing is fixed.

Description

technical field [0001] The invention relates to the technical field of tenon processing for wooden structures, in particular to a manufacturing and processing technology for connecting tenons of wooden structures. Background technique [0002] Tenon and mortise is a concave-convex connection that is opened on two wooden materials. The convex part is called the tenon, and the concave part is called the tenon and groove. This is the main structure of ancient Chinese buildings, furniture and other wooden instruments. The dovetail tenon and tenon structure is widely used, and it is also widely used in furniture. After the tenon and tenon structure is applied to house construction, although each component is relatively thin, it can withstand huge pressure as a whole. This kind of structure does not lie in the strength of the individual, but in the combination and support of each other. This structure has become the basic model of future generations of architecture and Chinese f...

AI Technical Summary

Problems solved by technology

[0003] However, the following problems exist in the production and processing of wooden structure tenons at present: 1. Most of the existing dovetail tenon processing machines use high-speed rotating milling cutters for cutting processing, so when cutting dovetail grooves, they need to be processed sequentially, which cannot Realize the cutting of wooden materials at one time; and after cutting with high-speed milling cutter, the contact surface of tenon and tenon will be too smooth, so it will lack friction when assembling and cannot meet the use requirements

[0004] 2. If the traditional cutting tool cannot meet the angle conditions required by the tenon and groove, the cutting tool needs to be replaced, so there is a safety hazard, and frequent tool replacement will reduce the service life of the cutting machine

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