City waterlogging prevention system

Abstract

The invention provides a city waterlogging prevention system which comprises a detection device and an Internet of Things control center. The detection device comprises sensors, a signal processing unit and a signal transmission unit, wherein the sensors are arranged on a drain port, comprise a water depth sensor and a water flow speed sensor and are used for collecting water depth data and water flow speed data, the signal processing unit is used for obtaining the collected data of the sensors, and the signal transmission unit transmits the data which present the blocking situation to the Internet of Things control center. The Internet of Things control center is used for responding to the data which present the blocking situation, and the responses comprise the steps of giving an alarm and conducting control strategy adjustment on a drainage system or informing relative staff. The city waterlogging prevention system can detect the blocking situation automatically and respond to the blocking situation in time, greatly reduces labor cost, and can obtain waterlogging information timely and accurately.

Description

【Technical field】 [0001] The invention relates to the technical field of automatic detection, in particular to an urban waterlogging prevention system. 【Background technique】 [0002] The drainage system is an important infrastructure of a modern city, and it is also the backbone project of urban drainage. In order to continuously improve people's material living standards, protect the ecological environment and achieve sustainable development strategies, my country will also build a large number of drainage systems. The drainage system itself is designed Rationality is important, but once the drainage system is designed and constructed, it will cost a lot to transform it to enhance the drainage capacity. Therefore, improving the supporting works of the drainage system is another important task to enhance the urban drainage capacity. [0003] Usually, when there is a large amount of precipitation, the drainage system is prone to poor drainage and traffic jams. In severe cases...

AI Technical Summary

Problems solved by technology

[0003] Usually, when there is a large amount of precipitation, the drainage system is prone to poor drainage and traffic jams. In severe cases, it may even cause significant loss of personnel and property. Especially when the sewer is blocked, manual judgment and manual telephone repairs are required. Spotting Poor Drainage Areas

When the waterlogging disaster occurs, this method is not enough in terms of response speed and processing efficiency. If personnel are on duty, the cost and workload will be too large, and it will not be fully implemented.

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