Board assembly structure

Abstract

Provided is a board assembly structure, characterized in that the structure comprises frames spliced by connection profiles, the upper side surface of the connection profile is provided with a panel installing groove, a lower end face is provided with a side plate installing groove, a panel stone is arranged in the panel installing groove and is fixed, a side plate stone is arranged in the side plate installing groove and is fixed, the frames surround the panel stones and the side plate stones to assemble stair steps. Beneficial effects of the structure are that: 1, structure is simple, production cost is low, and market competitiveness is improved; 2, the profiles are used as trimming processing of the steps, so stones are not needed to be polished and trimmed, working processes are simplified, and on-site installation and use are convenient; 3, the stones extend into the internal of the connection profile, so the connection between the stones and the connection profiles is firmer and more reliable; 4, the connection profiles and the stones in multiple styles can be designed to collocate more rich effects, so as to satisfy aesthetic requirements of more consumers.

Description

technical field [0001] The invention relates to a building material, in particular to a stair step plate assembly structure. Background technique [0002] As we all know, stairs are an important part of a building. In modern interior decoration, designers will also regard it as a key unit design and choose different grades of decoration materials to achieve a harmonious interior decoration effect. Since the staircase is a linking passage facility, there are many people walking around, so the stairs in many occasions are decorated with high hardness decorative bricks such as stone. In order to prevent smooth surface stone decorative bricks from easily slipping and falling, And the right-angled corners of stone decorative bricks are too sharp and easy to hurt people. The measures taken in the prior art are to chamfer and grind the corners on a long side of the stone, and polish this side into a corner without corners. The curved surface of the stone, and two or more square gr...

AI Technical Summary

Problems solved by technology

Due to the high hardness of the stone, the processing of the expected shape often requires careful grinding. Such operations are not only time-consuming and labor-intensive for chamfering, grinding, and grooving, but also very prone to dimensional deviations, or even scrapped as a whole. Therefore, the cost of existing stair stone materials is very high, and the anti-slip effect is poor, and it is easy to fall off, because there are usually only two or three square copper bars used for anti-slip, and these copper bars are glued in the groove with glass glue, and there are many people who step on it. Usually it will loosen and fall off within a year and a half, thus losing the anti-skid function and even affecting the appearance, so it is necessary to further improve the existing stone staircase structure

Images