Novel beam, column and tiebeam structure of ancient building and manufacturing method thereof

Abstract

The invention provides a novel beam, column and tiebeam structure of an ancient building. The novel beam, column and tiebeam structure of the ancient building includes beam, column and tiebeam structures which are connected with each another by mortise and tenon joints, and the beam, column and tiebeam structure are all composed of hollow aluminum parts formed by punch forming and welding of aluminum alloy sheets. A mortise is arranged at the upper end of the beam structure, and an electric welding joint is arranged at one end of the mortise; a rabbit is arranged in the column structure; a mortise is arranged at one end of the tiebeam structure, and bolt holes are formed in the mortise; and bolt holes are further formed in the column structure. According to the novel beam, column and tiebeam structure of the ancient building, by adopting beam, column and tiebeam dies and beam, column and tiebeam structure base bodies which are machined by bolts and the aluminum alloy sheets, the cost of manufacturing the beam, column and tiebeam structures of the ancient building is reduced, and a lot of forest resources are saved; and in addition, the building dead load is lightened, the service life of beams, columns and tiebeams used as building units is prolonged greatly, and ancient buildings are kept attractive durably.

Description

technical field [0001] The invention relates to the field of antique architecture, in particular to a beam, column, and square structure suitable for antique architecture with large air humidity and temperature difference and having a decorative effect and a manufacturing method thereof. Background technique [0002] At present, antique buildings are becoming more and more popular, and the requirements of owners are getting higher and higher during the construction process. In traditional large-scale ancient buildings, a building often contains dozens of beams, columns, and square components, which requires a lot of wood. Take the hexagonal pavilion as an example, the required structural material is up to 10M 3 , from an economic point of view, the cost is very high, and the beams, columns, and squares of the wooden structure not only bear a lot of weight, which is not conducive to transportation, but also in the geographical environment with high air humidity and large annu...

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Problems solved by technology

[0002] At present, antique buildings are becoming more and more popular, and the requirements of owners are getting higher and higher during the construction process. In traditional large-scale ancient buildings, a building often contains dozens of beams, columns, and square components, which requires a lot of wood. Take the hexagonal pavilion as an example, the required structural material is up to 10M 3 , from an economic point of view, the cost is very high, and the beams, columns, and squares of the wooden structure not only bear a lot of weight, which is not conducive to transportation, but also in the geographical environment with high air humidity and large annual temperature difference, wooden structures In this environment, the service life is relatively short, and the current wood resources are scarce, and the bad weather accelerates the decay and cracking of the wood, and the fire performance is extremely poor, and the surface paint is easy to peel off and affect the appearance.

[0003] It can be seen that it is necessary to propose a beam, column, and square structure and its manufacturing method that can solve the above practical problems, so our company has designed a new type of beam, column, and square structure and its manufacturing method, which not only solves the problem of ancient buildings The problem of high cost of middle beams, columns, and squares also solves the problems that the beams, columns, and squares are easily affected by the environment and have a short service life and poor fire resistance

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