Tenon connection processing method for producing and processing solid wood furniture

Abstract

The invention relates to a tenon connection processing method for producing and processing solid wood furniture. The tenon connection processing method for producing and processing the solid wood furniture comprises a bottom plate, a support frame, a polishing device and a bearing device, wherein the polishing device is installed at the upper end of the bottom plate, the support frame is arrangedon the right side of the polishing device, the support frame is installed on the bottom plate, and the support frame is of a U-shaped structure. The tenon connection processing method for producing and processing the solid wood furniture can solve the problems that when an existing dovetail tenon is processed and connected, the end face and the inclined plane of the tenon cannot be polished on thesame equipment, so that the working steps of tenon polishing are increased, the polishing efficiency is reduced, the inclined planes with different inclination angles cannot be polished, and the polishing flexibility is reduced; and meanwhile, when existing equipment polishes the tenon, the polishing depth cannot be determined, the phenomenon of excessive polishing easily occurs, the tenon and atenon groove cannot be completely matched, the polishing fails, the tenon cannot be polished according to the required depth, and the polishing efficiency is reduced.

Description

technical field [0001] The invention relates to the technical field of solid wood furniture, in particular to a tenon joint treatment method for production and processing of solid wood furniture. Background technique [0002] The mortise and tenon mechanism is the main structural method of ancient Chinese buildings, furniture and other appliances. It is a connection method that uses concave and convex parts on two components. The protruding part is called tenon; the concave part is called mortise. It is mainly used in the field of construction and furniture. Mortise and tenon joints are mainly divided into three categories according to their structural effects, namely surface-to-surface connection, point-to-point connection and three-component combination connection. [0003] At present, there are usually the following deficiencies in the existing processing and connection of dovetail tenons: 1. The end face and slope of the tenon cannot be polished on the same equipment, t...

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Problems solved by technology

[0005] The present invention can solve the problem that the end face and the inclined surface of the tenon cannot be polished on the same equipment when processing and connecting the existing dovetail tenon, thereby increasing the working steps of tenon grinding and reducing the efficiency of grinding, and it cannot be used for different Grinding the inclined surface at an inclined angle reduces the flexibility of grinding; at the same time, when the existing equipment is grinding the tenon, the depth of the grinding cannot be determined, and excessive grinding is prone to occur, resulting in the tenon and the tenon groove not being fully matched. Failure, and, can not be ground according to the required depth, reducing the efficiency of grinding and other problems

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