Building facade assembly structure and building facade forming process

Abstract

The invention proposes a building facade assembly structure and a building facade forming process, including two elastic lining boards, one side of the elastic lining board is bonded with a bio-imitative material decorative surface layer, the elastic The inner lining boards are bonded to each other, and the decorative surface layer of the bionic material is set on the rope. The structure is equipped with PVC boards, which can be applied to the curved surface design of the building to ensure a smooth streamline; after the biological woven material layer is bonded to the PVC board through the PVC adhesive, the strength of the entire structure is enhanced, and it is not easy to use in high altitudes. Fracture, even if there is a partial break, it will be bonded to the PVC board through adhesives, and there will be no fluttering with the wind, which will increase the aesthetics of the building; before erecting the facade, the assembly structure of the preset surface can be adjusted Assembled in the workshop, you only need to install the assembled structure on the rope when you arrive at the site, which is highly efficient and reduces the time for manual work at heights.

Description

technical field [0001] The invention relates to the construction field, in particular to a building facade assembly structure and a building facade forming process. Background technique [0002] In the existing architectural design, some designers pursue different styles and have different building facade requirements, such as figure 1 The exhibition hall shown is composed of a variety of continuous curved surfaces, and the wall of the building is hollowed out. The main body of the hollowed out form is shaped by steel cables, and the exterior of the steel cables needs to be provided with a decorative surface. However, in practical applications, the decoration The surface material is a bionic material with low strength. It is easy to break or collapse in a short period of time under the action of wind load at high altitude, resulting in scattered damage to the broken decorative surface materials on the entire building, and directly passes through the decorative surface. It i...

AI Technical Summary

Problems solved by technology

[0002] In the existing architectural design, some designers pursue different styles and have different building facade requirements, such as figure 1 The exhibition hall shown is composed of a variety of continuous curved surfaces, and the wall of the building is hollowed out. The main body of the hollowed out form is shaped by steel cables, and the exterior of the steel cables needs to be provided with a decorative surface. However, in practical applications, the decoration The surface material is a bionic material with low strength. It is easy to break or collapse in a short period of time under the action of wind load at high altitude, resulting in scattered damage to the broken decorative surface materials on the entire building, and directly passes through the decorative surface. It is difficult to control the curved or hyperbolic shape structure of the material laid, and the curved surface of the final architectural shape is not smooth, which violates the designer's design concept

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