A deformation-resistant wooden door panel structure

Abstract

This utility model discloses an anti-deformation wooden door panel structure, including a frame, within which three door panels are snap-fitted together, with a support plate snap-fitted between every two door panels. The frame includes two vertical panels and two horizontal panels, with a double mortise and tenon assembly between the two vertical panels and the two horizontal panels. The two ends of the two support plates are snap-fitted to the opposite sides of the two vertical panels. The double mortise and tenon assembly includes eight first tenons respectively located at the ends of the two vertical panels and the two horizontal panels, and eight first mortises respectively located at the ends of the two vertical panels and the two horizontal panels. This utility model, through the double mortise and tenon assembly, allows the inclined surface at one end of the vertical panel to be joined with the inclined angle at one end of the horizontal panel, and the two sets of first tenons and first mortises to be snap-fitted together. Separate splicing and installation reduces the weight of each panel, increases stress dispersion at the fixing points, facilitates installation, makes the structure more stable, and reduces the risk of door panel deformation.

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