Column and buckle beam connection structure of prefabricated wall

Abstract

The invention discloses an upright post and buckle beam connecting structure of a prefabricated wall. The upright post and buckle beam connecting structure is characterized in that each upright post is of a square barrel structure, and upper locating holes, through which the end part of a buckle beam passes, are formed in the upper end parts of the left and right sides of each upright post and are in a right-angle trapezoid shape respectively; the cross section of the buckle beam comprises a long side, a short side, a vertical edge and an inclined edge; the long side and the short side are arranged in parallel; the vertical edge are perpendicular to the long side and the short side. The buckle beam and the upright posts of the prefabricated wall disclosed by the invention are in pin hole coordination, so that the upright posts and the buckle beam are convenient to assemble and good in detachability; meanwhile, the assemblability can be improved by adopting an incomplete corresponding shape by virtue of the right-angle trapezoid through holes and similar right-angle trapezoid sections. Meanwhile, the upright post and buckle beam connecting structure also has a fine adjustment effect, so that an upper locating edge can be matched with an embedded groove in the upper side of a wall board in an assembling manner.

Description

technical field [0001] The invention relates to the technical field of construction, in particular to a connection structure of a column and a buckle beam of a prefabricated wall with good positioning effect. Background technique [0002] At present, urban construction is being vigorously carried out throughout the country, and various construction projects are innumerable throughout the country, which require a large amount of temporary or semi-temporary walls. However, the clay bricks built by traditional techniques are heavy-duty walls, and the construction speed is extremely slow, and the walls can only be dismantled in the end, which causes a lot of waste of resources and manpower. [0003] In order to overcome the deficiencies of traditional clay brick walls, some people in modern times have proposed color steel plate fences, but the color steel plate fences are poor in usability and easy to dump. At the same time, because they belong to steel, they are easy to lose, h...

AI Technical Summary

Problems solved by technology

However, the clay bricks built using traditional techniques are heavy-duty walls, and the construction speed is extremely slow, and the walls can only be demolished in the end, which causes a lot of waste of resources and manpower

[0003] In order to overcome the deficiencies of traditional clay brick walls, some people in modern times have proposed color steel plate fences, but the color steel plate fences are poor in usability and easy to dump. At the same time, because they belong to steel, they are easy to lose, have a short aging period, and have poor wind resistance.

At the same time, the appearance is poor, it is easy to deform and pollute, it will cause great damage to the overall environment, it cannot be advertised, and the service life is short. Often large projects need multiple purchases, and the total cost is high.

[0004] The emergence of prefabricated walls overcomes the above shortcomings. Generally, prefabricated walls include wall panels, ground beams, columns and buckle beams. Inconvenient to adjust

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