Multi-pulse Concrete Electroosmotic Seepage Control System Based On Internet Of Things

The single mlti-pluse concrete seepage control device can solve the problem of underground concrete seepage effectively,so it gets a wide range of attention and a certain degree use in engineering application.However,there are also some disadvantages.Firstly,it can’t measure the degree of underground concrete’s seepage accurately,may lead to excessive drying and damage to concrete.Secondly,the single multi-pulse seepage control device requires someone to watch,data collection leading to low work efficiency;Thirdly,the working status signal of the seepage control device can not be monitored effectively.To solve the problems existing in the single multi-pulsed concrete seepage control device,a multi-pulse concrete seepage method based on the Internet of Things technology is proposed and implemented.The multi-pulsed concrete seepage device with sensor and current control unit,add Zig Bee communication module are made up of the the collection spot,the B/S architecture is used in seepage monitoring system development,the front of monitoring system uses extjs to finnish,the server uses TCP/IP network programming.The temperature and humidity data as well as seepage device work status of the collection spot will be collected and sent to the server to process,and then sent it to the front,the staff logging in front will know the temperature and humidity of the underground concrete and device working status,And operate and reverse control device via the web site remotely.Through experimental research and engineering application,the system realizes the precise monitoring of the temperature and humidity of the underground concrete and the working condition of the equipment,and achieves the dynamic management of the underground seepage control and improves the working efficiency.But there are still some issues in the power costs need to solve.