Building intelligent electric pulse impervious waterproof structure and mounting method thereof

Abstract

The invention relates to the field of building waterproofing, in particular to a building intelligent electric pulse impervious waterproof structure and a mounting method thereof. The impervious waterproof structure comprises a base layer; the base layer is provided with a active waterproof structure; the active waterproof structure comprises an impervious concrete layer arranged on the base layer, and a polyurea elastic body waterproof layer arranged on the impervious concrete layer; a waterproof coiled material layer is arranged between the base layer and the impervious concrete layer; impervious concrete is further internally provided with an intelligent electric pulse active waterproof structure; and the intelligent electric pulse active waterproof structure comprises an intelligent controller, a pipeline system which is connected with the intelligent controller and buried in the impervious concrete layer, and a detection device which is connected with the intelligent controller and is capable of detecting water content. The building intelligent electric pulse impervious waterproof structure and the mounting method thereof which are provided by the invention are capable of preventing concrete aging, rebar rusting and cracking, improving the structural durability and prolonging the service life of a building.

Description

technical field [0001] The invention relates to the field of building waterproofing, in particular to a building intelligent electric pulse anti-seepage waterproof structure and an installation method thereof. Background technique [0002] The development and utilization of urban underground space in my country has entered a stage of rapid growth. During the "13th Five-Year Plan" period, the construction volume of urban underground space in my country has increased significantly, with an average annual growth rate of more than 20%. According to incomplete statistics from 2017 to 2018, underground space and the same period The proportion of the completed area of ​​ground buildings is 17%, which was 10% before. [0003] Although the development and utilization of underground space in some cities in my country has entered a stage of rapid development, most underground space development technologies are still in their infancy. The demand for construction and development is strong...

AI Technical Summary

Problems solved by technology

[0003] Although the development and utilization of underground space in some cities in my country has entered a stage of rapid development, most underground space development technologies are still in their infancy. The demand for construction and development is strong but the system and integrity are insufficient. Relevant legislation and planning are relatively lagging behind. Water leakage, damp and mold can't be solved at all, and the air is dirty and smelly, which makes life in a healthy and comfortable underground space full of regrets

[0004] Water seepage will lead to the life of the building structure, corrosion of steel bars, increased maintenance and repair costs, and affect public construction facilities. Long-term water seepage will lead to moldy decoration materials, bad air, and water seepage will directly damage various electrical equipment, causing great losses.

[0005] The current buildings also have waterproof structures, such as plugging, membrane waterproofing, waterproof membranes, or double-spaced walls. However, the structure of the building wall has capillary pores, and the outside of the structure is in contact with the water and soil layer. The movement of water molecules will cause high humidity. However, there will still be a process from water seepage to water leakage in the structure for a long time, and the life of the current waterproof structure is generally only about 20 years, while the life of the building is 80-100 years. Therefore, when the life of the waterproof structure expires, water seepage become an inevitable phenomenon, and the cost of maintenance or replacement is very high, aiming at this defect, the present invention has made improvements

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