Dehumidification system based on electroosmosis pulse and dehumidification method of the dehumidification system

Abstract

The invention relates to the technical field of waterproofing of buildings and discloses a dehumidification system based on electroosmosis pulse and a dehumidification method of the dehumidification system in order to effectively solve the problems about water and moisture resistance of an underground layer of a building. The dehumidification system based on electroosmosis pulse disclosed by the invention comprises an anode wire, a cathode bar, an anode current monitoring module, a comparison circuit and a main machine, wherein the anode wire is embedded into the wall of a to-be-measured structure body and is used for conducting anode current to the wall of the to-be-measured structure body; the cathode bar is inserted into soil which has a set distance away from the wall of the to-be-measured structure body; the anode current monitoring module is used for generating anode current according to a monitor instruction and sending the anode current to the anode wire and is further used foracquiring the changing current data in the circuit and sending the changing current data to the comparison circuit; the comparison circuit is used for comparing the changing current data with a preset threshold value, obtaining the drying information of the to-be-measured structure body according to a comparison result and sending the drying information of the main machine; and the main machine is used for generating the monitor instruction, also receiving the drying information and optimizing the monitor instruction according to the drying information.

Description

technical field [0001] The invention relates to the technical field of building structure waterproofing, in particular to an electroosmotic pulse-based dehumidification system and a dehumidification method thereof. Background technique [0002] With the rapid development of society, there are more and more buildings of various types and higher and higher. However, most underground space development technologies are in the initial stage. In real life, water seepage often occurs in the underground layer. When water seepage occurs in the walls or other structures of the underground layer, it is easy to cause damp and moldy problems, and further make The ambient air where people live becomes dirty, reducing the quality of people's daily life. In addition, severe water seepage will also bring other disadvantages, such as corroding buildings or steel bars, increasing maintenance costs, and shortening the structural life of buildings. [0003] At present, people generally prevent...

AI Technical Summary

Problems solved by technology

In the above-mentioned traditional methods, the method of establishing an overhead floor and adopting sandwich wall construction is simply to reduce the effect of moisture intrusion, which will cause more market losses for the building; the construction method of asphalt coil or polypropylene cloth auxiliary construction is simple and rough , waterproof but not damp; using a high-power dehumidifier or a central air-conditioning dehumidification system based on electroosmotic pulses only reduces the moisture content of the air, and has no protective effect on the building structure

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