Upright structure of timber architecture and upright structure and foundation connecting method

Abstract

The invention discloses an upright structure of a timber architecture and an upright structure and foundation connecting method. The upright structure of the timber architecture and the upright structure and foundation connecting method solve the disadvantage of the background technology that there is no mature architecture upright connecting mode in China. The upright structure of the timber architecture and the upright structure and foundation connecting method are characterized in that a hollow A is formed in a toothed plate 2, and a connecting hole is formed in the end; a baffle plate 6 is connected with the joint between two upright cores 3; each of three vertical surfaces of each upright core is connected with two toothed plates 2; four auxiliary seal plates 4 are respectively connected with the upright cores 3; a connecting steel disc 8 is cast in a concrete pier 13, and connecting holes 9 and 10 expose out of the concrete pier 13; a foundation bolt 19 is embedded in a prefabricated ground pile 16; a connecting plate 11 is arranged on the prefabricated ground pile 16, and a fastening base plate 17 and a fastening screw cap 18 are connected and fixed with the foundation bolt 19. The upright structure of the timber architecture has advantages of beautiful appearance, modular design, simple structure and good stress effect. The segmented mode of the upright enables the stress continuity to be improved, the upright module connecting surface is far away from the floor surface, and the stress concentration is avoided. All the uprights are the same in size, the production and assembly are easy to perform, and the interchangeability is strong.

Description

technical field [0001] The invention relates to B64D in the international patent classification, in particular to a column structure of a wooden structure building and a connection method with the foundation. Background technique [0002] At present, the modern wooden structure buildings in China are mainly light frame wood structures, mainly imported from some countries such as Canada and Europe. The beam-column structure is a force-transmitting system with large span beams and columns as the main structural form. Both vertical load and horizontal load are borne by the beam-column structure system and finally transmitted to the foundation. Because most of the traditional wooden structures adopt the mortise and tenon connection method, although the structure of this method is still good, the construction and construction period is long, and the construction cannot be carried out quickly, resulting in slow commissioning and high construction costs; and future repair and maint...

AI Technical Summary

Problems solved by technology

[0002] At present, the modern wooden structure buildings in China are mainly light frame wood structures, mainly imported from some countries such as Canada and Europe. The beam-column structure is a force-transmitting system with large span beams and columns as the main structural form. Both vertical load and horizontal load are borne by the beam-column structure system and finally transmitted to the foundation.

Because most of the traditional wooden structures adopt the mortise and tenon connection method, although the structure of this method is still good, the construction and construction period is long, and the construction cannot be carried out quickly, resulting in slow commissioning and high construction costs; and future repair and maintenance is a big problem

[0003] In addition, at present, there is no mature connection method between building columns and foundations in China. The existing column connections have poor connection effects, such as finger-jointed wood bonded with glue, which has a short lifespan and high environmental requirements; After the columns are connected, the appearance will be affected, such as the columns connected with steel sleeves; some connection procedures are too complicated, resulting in high costs, such as joinery connections such as mortise and tenon joints

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