Ultra-large solid wood cylinder mounting structure and mounting process thereof

Abstract

The invention discloses an ultra-large solid wood cylinder mounting structure and a mounting process thereof. The ultra-large solid wood cylinder mounting structure comprises a structural column, a telescopic adjustable counter-directional beam guiding sleeper structure, a bow tie type double-folding curved surface tenon structure, a hidden reverse hoop structure, an occlusion type detachable closing structure and a solid wood cylinder arranged on the periphery of the structural column, wherein the solid wood cylinder comprises at least two solid wood cylinder split bodies, each solid wood cylinder split body comprises a plurality of solid wood cylinder column pieces, the solid wood cylinder column pieces are spliced through the bow tie type double-folding curved surface tenon structure to form the solid wood cylinder split bodies, and the solid wood cylinder split bodies are connected through the hidden reverse hoop structure. The ultra-large solid wood cylinder mounting structure has the beneficial effects that the process is simplified, and the construction period is shortened; integral hanging connection is adopted, single-piece hanging piece connection is abandoned, mounting is convenient, and the process is simple; and meanwhile, horizontal cylinder hanging pieces are adopted, adjusting and mounting are convenient, and a large amount of construction period is shortened.

Description

technical field [0001] The invention relates to the technical field of architectural decoration, in particular to an installation structure of a super-large solid wood column and an installation process thereof. Background technique [0002] At present, the columns on the market are finished with base-layer skinned wood. On the one hand, there are organic and inorganic adhesives and other non-environmentally friendly materials, which do not meet the requirements of green buildings; on the other hand, composite wood cracks and expansion and contraction often occur, affecting appearance and performance , unable to reflect the elegant and stable style of traditional wooden components. Therefore, super-large and precious solid wood columns are used in the super-large space. Due to the super-large curved surface, the size of the original wood cannot meet the requirements, so the material must be cut, and the curved surface outsourcing and main load-bearing columns must be spliced...

AI Technical Summary

Problems solved by technology

The traditional mortise and tenon method uses conventional mortise and tenon joints. During the installation process, the stress at the corners of the components is large, resulting in huge friction, which cannot release small local stresses, and is easy to damage. Moreover, the construction is difficult, and the flatness and curvature cannot be achieved. According to the requirements, once the solid wood installation is completed, it is difficult to make fine adjustments. If a hanging system is installed on the back of each wood veneer, the material loss will be large, which will affect the installation efficiency, and it will be more difficult to uniformly adjust the verticality and roundness. In summary, various factors have brought resistance to the promotion of super-large solid wood column installation technology

Images