Electroosmosis active waterproofing system and method

Abstract

The invention discloses an electroosmosis active waterproofing system. The electroosmosis active waterproofing system is characterized by including a cathode unit, a temperature and humidity sensor, apulse square wave generator, a switching power supply, a photoelectric isolation output driving unit, a MCU main control unit and at least one anode unit, wherein each anode unit includes a pluralityof transverse extension titanium wires and a plurality of longitudinal extension titanium wires; the cathode unit includes of a plurality of cathode grounding wires which are sequentially and orderlyburied in a cathode ditch on the outside of an underground concrete wall in a head to tail mode; and the anode unit and the cathode unit are correspondingly and electrically connected with the photoelectric isolation output driving unit. According to the electroosmosis active waterproofing system, a waterproofing method is adopted; the cathode grounding wires are used for replacing copper bars, so that water in the concrete wall can be effectively discharged, and because the structure design is reasonable, the waterproof effect is good, a large amount of energy consumption can be saved, the maintenance and replacement of parts can be greatly reduced, the long-term use cost is low, and the cost-effective ratio is high.

Description

technical field [0001] The present invention relates to an underground concrete wall waterproofing device and waterproofing method, and more specifically relates to an electroosmotic active waterproofing system and waterproofing method capable of discharging water in concrete walls through the principle of electroosmosis. Background technique [0002] The waterproofing of underground concrete wall body is the important work of building maintenance, and the shortcoming of prior art is: the waterproofing of engineering aspect mainly refers to anti-concrete structure pore seepage water, visible damp, spreading stains. A small amount is waterproof to protect the building from water vapor and moisture erosion. The materials in this area mainly include coiled materials, polyurethane and so on. The construction requirements are high and the process is complicated. No one material is omnipotent. Whether it is rigid waterproof or flexible waterproof, it requires a lot of manpower a...

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Problems solved by technology

[0002] The waterproofing of underground concrete walls is an important work for building maintenance. The disadvantages of the prior art are: the waterproofing of engineering mainly refers to the prevention of concrete structure pores from seeping water, visible damp, and stains.

[0003] In the prior art, no matter whether rigid waterproofing or flexible waterproofing is used, it is impossible to solve the problem of high humidity in a closed room or water drainage outside. For example, if a dehumidifier is used to solve the problem, an external machine is required to cooperate. Tunnels, embankments and other places cannot provide external space for installing external units at a short distance, and this method consumes a lot of energy, has a high failure rate of equipment, and has no practical value

Some businesses in the society use electrolysis to decompose water molecules, which consumes a lot of energy, has high voltage, and pollutes the air and poses a risk of re-explosion.

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