Modular structure of integrated wall surface and installation method

Abstract

The invention discloses a modular structure of an integrated wall surface and an installation method. The modular structure is mainly composed of a wall plate module, linear clamping strips and a wallplate module installing measuring tool. The wall plate module is a module whole which is formed by assembling four frame lines, a wall plate and four right-angle corner connectors. U-shaped slots forclamping the wall plate are formed in one sides of the cross sections of the frame lines, and clamping slots which are provided tooth profiles and can be in interference fit with the right-angle corner connectors and the linear clamping strips are formed in the back surfaces of the frame lines. The thickness of the wall plate is in clearance fit with the U-shaped slots in the side surfaces of theframe lines. The linear clamping strips are cubic clamping strips and are in interference fit with the clamping slots with the tooth profiles in the back surfaces of the frame lines. The wall plate module installing measuring tool is a measuring tool which is similar to the linear clamping strips in thickness and provided with a groove for placing the linear clamping strips in a pre-tightening mode, the measuring tool is provided with an installing datum plane, and the distance from the central position of the groove in which the linear camping strips are placed to the datum plane of the measuring tool is equal to the distance from the outer side surfaces of the frame lines to the centers of the clamping grooves with the tooth profiles of the frame lines. The modular structure of the integrated wall surface and the installation method have the characteristics that the structure is simple, installation structure is simplified, installation operation difficulty coefficient is reduced, and labor intensity is reduced.

Description

technical field [0001] The invention relates to a modular structure and an installation method of an integrated wall that can be easily installed, and belongs to the technical field of integrated walls. Background technique [0002] At present, in the field of integrated walls, there are always two installation defects in order to realize the wall modular structure: [0003] One is that the buckle position is not parallel: in the actual installation process, if the line is drawn with a level or an ink fountain, there will be a large error, then the two lines that should be parallel to the upper and lower lines or the left and right lines will be misplaced, resulting in The wall module cannot be installed. [0004] The second is the deviation of the distance between the two straight line clips: in the actual installation process, the distance between the center of the card position around the wall module is measured in advance, and then on the wall to be installed, the same ...

AI Technical Summary

Problems solved by technology

[0003] One is that the buckle position is not parallel: in the actual installation process, if the line is drawn with a level or an ink fountain, there will be a large error, then the two lines that should be parallel to the upper and lower lines or the left and right lines will be misplaced, resulting in Wall module cannot be installed

[0004] The second is the deviation of the distance between the two straight line clips: in the actual installation process, the distance between the center of the card position around the wall module is measured in advance, and then on the wall to be installed, the same size is measured with a ruler, and the line is marked , and then fix the linear clamping strip so that the center distance of the clamping strip is consistent with the center distance of the card position of the wall module. This operation is time-consuming and inaccurate, and there is a certain error, which causes the wall module and the linear clamping strip to be clamped tightly. The timing is out of place, and even the buckle can't be pushed in

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