Bolted structure for perforated wall hollow building blocks and bolted walling method

Abstract

The invention discloses a bolted walling method which is characterized by comprising the following steps: A. fixing perforated wall hollow building blocks on the ground, and connecting the adjacent end plates of every two adjacent perforated wall hollow building blocks by a lower connecting plate and a T-shaped bolt; and B. placing one perforated wall hollow building block in the middle of every two adjacent perforated wall hollow building blocks, connecting the ribbed plate of the upper building block with an upper connecting plate by a bolt, and connecting the upper connecting plate with the lower connecting plate by an insert buckle and an insert flap. By using the bolts and the connecting plates, the building blocks can be quickly connected to form a required wall, and the wall can bequickly dismantled to enable the building blocks to be usable again when the wall is no longer required, so that walling materials, such as the building blocks and the like, can be reused. The invention has the advantages of simple process, quick operation, low cost, resource saving and environmental friendliness.

Description

Technical field: [0001] The invention relates to the field of construction, in particular to a bolt connection structure of hollow blocks in a perforated wall and a bolt connection wall-building method thereof. Background technique: [0002] At present, in numerous construction sites, for reasons of safety and the like, regular walls are often built around them. But after a few short years, when the buildings inside the walls were built, the walls around them had also completed their historical mission and were "beaten with a hammer" and turned into fragments, residues and fly ash. It is a pity that this kind of thing that is intact and permanent is smashed and only used for one-time use. This not only wastes funds and increases engineering costs, but also fails to make the best use of resources, which is also a waste of resources. Finally, those smashed fragments, residues and fly ash will also pollute our environment and affect the ecological environment protection that ...

AI Technical Summary

Problems solved by technology

This not only wastes funds and increases engineering costs, but also fails to make the best use of resources, which is also a waste of resources

Finally, those smashed fragments, residues and fly ash will also pollute our environment and affect the ecological environment protection that is increasingly valued today.

[0003] The reason for these problems above is due to the limitation of the application of traditional wall-building methods.

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