House beam column and profile connection structure and sleeper integration house

Abstract

The invention discloses a house beam column and profile connection structure and a sleeper integration house. The house beam column and profile connection structure comprises supporting columns (1) and cross beams (2). Two or more first through grooves (3) or first protrusions in the length direction of the supporting columns are formed in the peripheral surface of one supporting column, second protrusions (4) or second grooves are formed in the end surface of one cross beam, and the second protrusions (4) or second grooves of one or more cross beams are connected to each first through groove (3) or first protrusion in a clamped mode. The cross beams located at the same height and connected to the supporting columns in a clamped mode are connected through connection plates (5). Two connection plates are arranged at one end of each cross beam. Two connection plates at one end of one cross beam are located on two opposite surfaces of the cross beam and connected through bolts (8) penetrating through the cross beam. Through the house beam column and profile connection structure, the integration house can be fast assembled, conveniently disassembled and recycled.

Description

technical field [0001] The invention relates to the field of construction, in particular to a beam-column profile connection structure of a house and a sleeper integrated house with the structure. Background technique [0002] Traditional cast-in-place concrete frame houses have the advantages of easy material acquisition, flexible space separation, structural integrity and good rigidity. However, multiple processes such as formwork, reinforcement, pouring, and maintenance are required during construction. The construction period is long, the consumables are large, and time-consuming and laborious. In addition, construction is greatly affected by seasons and the environment, and it is not conducive to secondary recycling. [0003] In view of the disadvantages of traditional reinforced concrete frame structure houses such as cumbersome procedures, slow construction speed, large influence of seasons and environment, and inconvenient secondary utilization, etc., in projects tha...

AI Technical Summary

Problems solved by technology

However, multiple processes such as formwork, reinforcement, pouring, and maintenance are required during construction. The construction period is long, the consumables are large, and time-consuming and labor-intensive. In addition, construction is greatly affected by seasons and the environment, and it is not conducive to secondary recycling.

[0003] In view of the disadvantages of traditional reinforced concrete frame structure houses such as cumbersome procedures, slow construction speed, large influence of seasons and environment, and inconvenient secondary utilization, etc., in projects that require rapid construction, such as engineering construction and disaster relief, temporary structures are often used. Work shed solution

Although building a work shed is a feasible method, it can only be used once, and the performance of the tent built is poor in wind, rain, cold and heatstroke.

Temporary buildings built with materials such as bricks, tiles, cement, and light-weight insulation boards on the construction site not only take a long time to construct and cost high, but also have poor aesthetics and comfort. A large amount of construction waste is likely to be generated during demolition, which is not conducive to environmental protection

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