Building waste residue sintering-free embedded pipeline groove brick and using method thereof

Abstract

The invention discloses a building waste residue sintering-free embedded pipeline groove brick and a using method thereof, which belong to the technical field of wall body bricks and installation technology thereof. The pipeline groove brick comprises a brick body, wherein the brick body is provided with a groove; the end part of the groove is provided with a preserved layer; and the thickness of the preserved layer does not surpass 8 millimeters. Moreover, a method for installing a conduit on the brick body by using the groove brick is provided. The pipeline groove brick can be taken as an ordinary wall building brick as well as the building waste residue sintering-free embedded pipeline groove brick which is matched with a pipeline; simultaneously, the pipeline groove brick is convenient to transport, a small number of building wastes is produced, a small amount of flying dust is produced, construction efficiency is high, energy is saved and environment is protected; and the pipeline groove brick is particularly suitable for wall body construction occasions for assembling pipelines.

Description

technical field [0001] The invention relates to a wall brick, especially a construction waste sinter-free pre-embedded pipeline trough brick which facilitates the installation of line pipes on the wall. The invention also relates to a sinter-free pre-embedded pipeline trough brick using the construction waste slag Method of installing conduit on masonry. Background technique [0002] The conventional construction method for laying PVC wire pipes and switch boxes and socket boxes concealed on the brick wall is: after laying bricks, use a cutting machine to cut pipe grooves and junction box holes, and then fill the smooth grooves and holes with mortar after piping and installing boxes. With the extensive use of hollow bricks and 100mm single brick walls in high-rise buildings, the disadvantages of this construction technology are becoming more and more prominent: (1) The wire grooves are scattered in each floor and room of the entire building, and the marking, cutting, slag re...

AI Technical Summary

Problems solved by technology

With the extensive use of hollow bricks and 100mm single brick walls in high-rise buildings, the disadvantages of this construction technology are becoming more and more prominent: (1) The wire grooves are scattered in each floor and room of the entire building, and the marking, cutting, slag removal and lap joint Power supply, handling equipment, etc. consume a lot of labor, materials and energy; (2) the grooves on the brick wall are heavily polluted by dust; (3) the consistency of the size of the grooves is difficult to control, and it is easy to affect the structural quality; (4) the hollow bricks Larger pores and voids will make it very difficult for civil plastering; (5) Cracks are likely to occur at the junction of post-plastering cement mortar and brick body, which will affect the quality of the building, etc.

[0003] Later, bricks were also cut into grooves at the construction site, and the quality of the wall structure was improved, but the construction efficiency was still not high. First, it was necessary to calculate the number of bricks to be cut on site according to the amount of line pipes, which was time-consuming and required to configure on-site cutting. Grooved implements

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