Assembly type cement-based wall unit allowing pipeline to penetrate through

Abstract

The invention discloses an assembly type cement-based wall unit allowing a pipeline to penetrate through. The assembly type cement-based wall unit comprises a core-pulling prefabricated batten, a top keel and a leveling ground foot, wherein the pipeline penetrates through a core-pulling hole of the core-pulling prefabricated batten, the upper end of the core-pulling prefabricated batten is connected with the top keel, the top keel is located above the core-pulling hole, the thickness of the top keel is smaller than the hole diameter of the core-pulling hole, so that a part of the core-pulling hole in the two sides of the top keel are not shielded, an open wire groove for wiring are formed above the core-pulling prefabricated batten which is not shielded, and a flared opening is formed in the upper end of the core-pulling hole of the core-pulling prefabricated batten, the pipeline can conveniently penetrate out along the flared opening from the core-pulling hole on the two sides of the top keel, the leveling ground foot for adjusting the flatness of the core-pulling prefabricated batten is inserted into the lower end of the core-pulling hole of the core-pulling prefabricated batten, and wiring spaces allowing the pipeline to penetrate into the core-pulling hole of the core-pulling prefabricated batten are reserved between the leveling ground foot and the core-pulling prefabricated batten.

Description

technical field [0001] The present invention relates to a prefabricated cement-based wall unit that can pass through pipelines, in particular to a prefabricated cement-based wall unit that can pass pipelines in the core-pulling holes of the core-pulling prefabricated slats of the original prefabricated cement-based wall unit. wall unit. Background technique [0002] In the traditional architectural decoration concept, the establishment of the wall and the establishment of the pipeline channel are two stages. Under the influence of this concept, even some current prefabricated interior construction methods have increased the speed of wall construction, but after the wall is built, the pipelines (pipelines and wires, etc.) need to be regrooved on the site. After the pipeline is buried, filling materials need to be used for filling after the pipeline is buried. The construction steps are relatively complicated and the technical ability of the construction personnel is too high...

AI Technical Summary

Problems solved by technology

Under the influence of this concept, even some current prefabricated interior construction methods have increased the speed of wall construction, but after the wall is built, the pipelines (pipelines and wires, etc.) need to be regrooved on the site. After the pipeline is buried, filling materials need to be used for filling after the pipeline is buried. The construction steps are relatively complicated and the technical ability of the construction personnel is too high, and it still takes a long period of time.

After planing the slats, the impact resistance of the slats will be reduced, and the wall structure will be damaged, and the reliability of manual on-site pipe bending and connection operations cannot be guaranteed.

Moreover, once it needs to be modified or rewired in use, it will cause further damage to the wall

Images