Building prefabricated wall and production technology

Abstract

The invention provides a building prefabricated wall and a production technology thereof. The building prefabricated wall comprises a base column and a connecting plate arranged at the top of the basecolumn. Wind resistance columns are arranged above the connecting plate through fixing bolts. A combination wall is arranged between the adjacent wind resistance columns, positioning vertical groovesare formed above the two sides of the connecting plate, pluggable vertical grooves are formed above the two sides of the wind resistance columns, the combination wall comprises a positioning upper plate, a wall plate and a positioning lower plate, the positioning upper plate is arranged inside the adjacent positioning vertical grooves, the wall plate is arranged slow the positioning upper plate,the positioning lower plate is arranged below the wall plate, and the two end faces on the positioning upper plate are provided with pluggable blocks. Due to the base column, the connecting plate, thewind resistance columns and the combination wall, the fabricated structure is adopted, construction is convenient, compared with on-site construction, the wall is safer, prefabricated components of the building prefabricated wall are assembled and molded on site, real-time complete disassembling can be achieved, and after disassembling, secondary recycling can be achieved.

Description

technical field [0001] The invention relates to the field of building technology, in particular to a building prefabricated enclosure wall and a production process thereof. Background technique [0002] In architecture, a fence refers to a heavy vertical space partition structure, which is used to enclose, divide or protect a certain area. Generally, it surrounds the wall of the building, and the prefabricated wall is mostly made of concrete prefabricated wall panels. As the main body, in the construction process, the earthwork is still excavated on the ground first, and then the concrete is built to form the foundation column and the column, and then bricks are used between the columns to form the wall and the top, and finally the cement mortar is applied on the wall to form a whole. However, most of the existing building prefabricated fences are not safe enough for on-site construction, and the on-site workload is cumbersome and wasteful. Dust pollution and noise pollution...

AI Technical Summary

Problems solved by technology

[0002] In architecture, a fence refers to a heavy vertical space partition structure, which is used to enclose, divide or protect a certain area. Generally, it surrounds the wall of the building, and the prefabricated wall is mostly made of concrete prefabricated wall panels. As the main body, in the construction process, the earthwork is still excavated on the ground first, and then the concrete is built to form the foundation column and the column, and then bricks are used between the columns to form the wall and the top, and finally the wall is coated with cement mortar to form a whole. However, most of the existing building prefabricated fences are not safe enough for on-site construction, the on-site workload is cumbersome and wasteful, and the dust pollution and noise pollution are also relatively serious. In addition, most of the existing prefabricated fences are permanent buildings. There are also some simple fences that can play individual roles, but none of them can meet the requirements of shelter, protection, beauty, fast construction, low cost, no need to prepare materials and can achieve recycling.

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