Intelligent pipe network water saving monitoring system of Internet of Things

Abstract

An intelligent pipe network water saving monitoring system of the Internet of Things comprises an intelligent pipe network water saving monitoring center, a data collector, an intelligent pipe network monitoring device, a water meter, a water pressure gauge, an electronic control valve, an intelligent human body micro-electronic sensor and a numerical control manager. The intelligent pipe network water saving monitoring center is in both-way connection with the data collector and the intelligent pipe network monitoring device, and the intelligent pipe network monitoring device is connected with the water meter, the water pressure gauge and the electronic control valve. The data collector is in both-way connection with the numerical control manager. The intelligent human body micro-electronic sensor is connected with the numerical control manager. The change situation of the number of users can be detected in real time, the working condition of a pipe network can be accurately judged and the deflation, water overflowing, liquid dropping and liquid leaking faults of the pipe network and the specific positions of the faults can be found timely according to the monitored pipe network water supply volume, the pipe pressure and other parameters, a pipe network maintainer is informed to carry out maintaining, control is carried out through a computer, water supply of the fault pipe network is stopped remotely, the maintainer is assigned to carry out maintaining timely, and the leak rate of the pipe network is reduced to the minimum.

Description

technical field [0001] The invention relates to a water-saving monitoring system for an intelligent pipe network of the Internet of Things. Background technique [0002] The leakage of water supply and drainage pipe network has always been an urgent problem to be solved in countries all over the world. [0003] According to a survey by the United Nations, 60% of the drinking water pipes in some cities in developing countries are severely corroded, and a lot of water is lost due to mains running, leaking, dripping and other reasons. For example, the water consumption of the water supply network in Manila, the capital of the Philippines, is close 58% of its total water supply. The situation of pipeline network leakage in developed countries is slightly better, but there are also serious leakage phenomena. The leakage rate of the pipeline network in the United States and the United Kingdom is 12%. Even in Singapore, which has better management measures, there are still some pr...

AI Technical Summary

Problems solved by technology

[0007] The technical problem to be solved by the present invention is to overcome that the traditional pipe network detection technology can only monitor the water consumption and pipe pressure of the pipe network, but cannot detect the user's activities, and it is difficult to find out the leakage fault of the pipe network in time, even if it is found In order to prevent running, emitting, dripping and leaking faults, the leaking pipeline cannot be shut down in time, the maintenance response is slow, and the amount of water wasted is large. Provide a method that can detect changes in the number of users in real time, combined with monitoring the water consumption of the pipe network, pipe pressure and other parameters. Accurately judge the working status of the pipe network, and timely find and display the leakage fault and specific location of the pipe network, which is convenient for maintenance, and can shut down the faulty pipe network in real time, so that the leakage rate of the pipe network is reduced. Network water saving monitoring system

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