A method of manufacturing a framed door

Abstract

A production method of a multi-frame door includes the steps of A, selecting four solid-wood door frames, processing the end of each solid-wood door frame to obtain 45-degree chamfers with ends which form butt ends; B, making mutually matching mortises and tenons on the butt ends of the two adjacent solid-wood door frames; C, coating the surface of each tenon and the inner wall of each mortise with white emulsion; D, inserting the tenons on the butt ends of the two adjacent solid-wood door frames into the mortises; E, placing the assembled rectangular frame into a fixture; F, placing the clamped solid-wood door frame into a radio frequency heater, heating by electric wave to solidify the white emulsion which adhere the tenons and the mortises, thus obtaining the multi-frame door. The method has the advantages that the production process of the multi-frame door is simplified, production efficiency of the multi-frame door can be improved, and assembly precision is improved; the white emulsion is solidified by radio frequency heating; the method compared to the traditional heating and solidifying method is high in heating speed, even in heating, easy for control of the heating process and the like.

Description

technical field [0001] The invention relates to a manufacturing method of a framed door. Background technique [0002] The assembled frame door is a commonly used door structure. Most of the existing assembled frame doors are selected from four solid wood panels, which are sequentially butt-jointed to form the assembled frame door. [0003] When assembling the existing frame door, firstly process holes at the ends of the selected solid wood panels, specifically, process holes along the thickness direction of the solid wood panels at the butt joint position of the ends of the solid wood panels and process holes on the end faces of the solid wood panels for The machining process of the holes where the bolts pass is relatively complicated. During installation, it is necessary to embed the hardware in the corresponding holes, and then pass through the bolts. After connecting the two solid wood panels, turn the hardware and bolts to complete. The process of assembling two solid ...

AI Technical Summary

Problems solved by technology

[0003] When assembling the existing frame door, firstly process holes at the ends of the selected solid wood panels, specifically, process holes along the thickness direction of the solid wood panels at the butt joint position of the ends of the solid wood panels and process holes on the end faces of the solid wood panels for The machining process of the holes where the bolts pass is relatively complicated. During installation, it is necessary to embed the hardware in the corresponding holes, and then pass through the bolts. After connecting the two solid wood panels, turn the hardware and bolts to complete. The assembly process of two solid wood panels is time-consuming and labor-intensive. As a result, the processing efficiency of the framed door is low, and the assembly accuracy is low

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