One-time sealing device for building water leakage

Abstract

The invention discloses a one-time sealing device for water leakage in a building, which is directly inserted into the wall body, not only capable of deodorizing and sterilizing, but also sealing water seepage gaps in the wall body through grouting. It can effectively improve the sealing efficiency of internal gaps in building walls and save costs. It is characterized in that the inner connecting pipe is placed on one end of the main body cylinder, the outer connecting pipe sleeve is placed on the inner connecting pipe, and is threadedly matched with the inner connecting pipe, and the pin cap is placed on the outer connecting pipe, and the pin cap is an annular plate-shaped structure , a rubber pad is placed on one side of the pin cap, and a hook is provided on the other side of the pin cap. The main body cylinder is provided with a plurality of diffusion holes in the axial direction, and the rubber ring is placed on the main body cylinder and is close to the main body. At the other end of the cylinder, the main cylinder is made of rigid material, the partition ring is placed on the inner ring of the pin cap, and a plurality of through holes are opened on the partition ring, one end of the connecting pipe is placed on the pin cap, and the connecting pipe is opened. The observation hole, the connecting pipe is built with a filter sponge, and the cover plate is placed on the connecting pipe.

Description

technical field [0001] The invention relates to a one-time sealing device for building water leakage, which relates to a device for sealing water leakage gaps in building walls, and belongs to the field of building construction. In particular, it relates to a device that is directly injected into the wall body, not only can deodorize and sterilize, but also can seal water seepage gaps in the wall body through grouting. Background technique [0002] At present, in the field of construction, the problem of building water leakage is often encountered. When water leakage occurs, the leaked water usually enters the wall through the ground gap, especially the bathroom leaks, and the smelly water will accumulate under the tiles on the ground, which will be suitable for the wall The growth of body mold will not only corrode the steel bars of the building and affect the supporting strength of the steel bars, but also cause the smell of the bathroom to last for a long time. Once the e...

AI Technical Summary

Problems solved by technology

[0002] At present, in the field of construction, the problem of building water leakage is often encountered. When water leakage occurs, the leaked water usually enters the wall through the ground gap, especially the bathroom leaks, and the smelly water will accumulate under the tiles on the ground, which will be suitable for the wall The growth of body mold will not only corrode the steel bars of the building and affect the supporting strength of the steel bars, but also cause the smell of the bathroom to last for a long time. Once the existing wall encounters water seepage, it needs to be repaired as soon as possible. After the traditional building leaks, Generally, the tiles or walls in the entire room will be removed, and then the gap where the water seeps down from the floor will be found. After repairing, the tiles or paint will be pasted. It is difficult to match the color of the ceramic tiles, which not only makes the interior very ugly, but also the construction is complicated and the cost is high, and it is simply blocked by painting a waterproof layer or covering the asphalt layer on the outer surface of the wall, which can only protect the wall. Or if the ground is waterproofed, the water seepage gap in the wall still cannot be treated, leaving a safety hazard and the treatment effect is not good

[0003] Although the existing grouting bolts for slopes or coal mines can also grout the interior of the slope, it is not practical to apply them to houses for plugging, and the grouting bolts are essentially used to solve the supporting function. Therefore, even if it is reduced by N times and applied to the building plugging point, it will not be able to destroy the growth environment and the required influence of the growth of the mold on the wall, and it will not be able to deodorize, and the reduced grouting anchor will not be able to solve the problem of aesthetics. The problem is that it is difficult to specialize in technology

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