Basement indoor dampproof structure

Abstract

The invention discloses a basement indoor dampproof structure. The basement indoor dampproof structure comprises a wall dampproof structure, a ground dampproof structure, leading pipes and a fan, wherein the wall dampproof structure comprises a first water insulation layer, a bonding mortar layer, a heat preservation layer, a second water insulation layer, first fiberglass grid cloth, a first mask mortar layer, second fiberglass grid cloth, a second mask mortar layer, a veneer bonding layer and a decorative layer; the ground dampproof structure comprises a third water insulation layer and a fourth water insulation layer which are each provided with third water insulation monomers and fourth water insulation monomers; the leading pipes are arranged on the edge of the upper end of a wall in an embedded mode, one ends of the leading pipes are closed, and the other ends of the leading pipes extend outdoors; and the air outlet end of the fan communicates with one third water insulation monomer or one fourth water insulation monomer. According to the basement indoor dampproof structure, through the modes that outdoor underground water is blocked and actively diffuses, the outdoor underground water is effectively prevented from permeating into a basement, the indoor humidity is decreased, and through assistance of the effective heat preservation structure, indoor moisture is effectively prevented from condensing on the wall or the ground.

Description

technical field [0001] The invention relates to an indoor moisture-proof structure of a basement. Background technique [0002] The "tide" in the room is caused by two aspects: one part is caused by moisture or water vapor infiltrating the room from the outside, which is actually water leakage; the other part is the "tide" formed by the condensation of indoor air. [0003] In the existing basement indoor moisture-proof technology and application field, waterproof treatment is usually adopted, or the method of spraying moisture-proof liquid is used, that is, the method of backfilling between the basement exterior wall and the surrounding piles is used to increase the basement exterior. The rigidity of the wall, but the backfill here does not make strict requirements, and at the same time, the outer surface of the basement wall and the basement floor will be coated with certain waterproof and moisture-proof materials. That is to say, the method of "blocking" is basically used...

AI Technical Summary

Problems solved by technology

That is to say, the method of "blocking" is basically used to prevent the erosion of groundwater, but the erosion of groundwater is continuous. As time increases, the effect of waterproof and moisture-proof materials will decrease accordingly, which will directly affect the waterproof and moisture-proof effect. Fundamentally solve the indoor moisture-proof problem; and most of the materials used are not environmentally friendly and have adverse effects on human health; in addition, due to the characteristics of the materials used, the quality of the decorative surface is prone to quality problems (decorative surface delamination)

There are problems such as poor technology and low moisture-proof quality

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