Architectural decorative panel guided by tapered bearing column and clamping frame and method for attaching same

Abstract

The invention provides a building decorative panel utilizing tapered bearing pillars and having clamping rack guidance capability and an attachment method of the building decorative panel. The building decorative panel is attached to a building body by virtue of an attachment adhesive layer and is provided with a back plane and a front plane, wherein the back plane faces towards the attachment adhesive layer and the front plane is opposite to the back plane; the middle position of the back plane is provided with an adhesive layer filling groove; the adhesive layer filling groove extends from the horizontal direction and is inwards sunk from the back plane; one end, which is positioned in the horizontal direction, of the adhesive layer filling groove is provided with an opening, and the other end of the adhesive layer filling groove is sealed; the central position of the adhesive layer filling groove is uniformly and fixedly provided with multiple bearing pillars along the horizontal direction; the tapered bearing pillars are in a triangular prism shape and can be conveniently inserted into the attachment adhesive layer; the heights of the parts, extending out of the back plane, of the bearing pillars are at least half of the thickness of the attachment adhesive layer.

Description

technical field [0001] The invention belongs to the field of construction, and in particular relates to a construction decoration panel guided by a tapered bearing column and a clamping frame and an attachment method thereof. Background technique [0002] The attachment process of building panels often affects the future performance and safety performance of building panels. Especially for heavy building panels that need to be attached in a vertical orientation, the adhesive force of the attachment often needs to meet the requirements of safety and stability. [0003] However, the adhesive force between the back of some existing panels and the adhesive layer is often only achieved through approximately planar contact, which is likely to cause cracks and the entry of dust and impurities to cause detachment. Moreover, even if some concave-convex structures are formed on the back of some panels to increase the adhesion, it is still difficult to meet the requirements in some ca...

AI Technical Summary

Problems solved by technology

[0003] However, the adhesion between the back of some existing panels and the adhesive layer is often only achieved through roughly planar contact, which is likely to cause cracking and the entry of dust and impurities to cause detachment

Moreover, even if some concave-convex structures are formed on the back of some panels to increase the adhesion, it is still difficult to meet the requirements in some cases, such as the gravity of the panel is large, or the requirements for adhesion are high.

Moreover, the process of some adhesion methods is complicated, which easily reduces work efficiency

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