Urban water supply pipe network system emergency management platform

Abstract

The invention discloses an urban water supply pipe network system emergency management platform which comprises a mobile terminal APP, an ET disaster prevention brain and a maintenance service terminal, and the mobile terminal APP is used for collecting the disaster information, reporting the disaster information to the ET disaster prevention brain and carrying out maintenance feedback; the ET disaster prevention brain is used for analyzing the collected disaster information to obtain the distribution situation of the disaster situation of the whole pipe network system, making a maintenance scheduling scheme according to the disaster situation distribution, and performing dynamic optimization; and the maintenance service end is used for arranging a maintenance team to maintain the pipe network system according to a predetermined maintenance scheme and perform maintenance feedback according to the instruction of the ET disaster prevention brain. The management platform disclosed by theinvention can realize the disaster prevention management of the urban water supply pipe network system under the action of disasters so as to construct a water supply pipe network system with higher toughness and a modern city with higher toughness.

Description

technical field [0001] The invention relates to the field of urban disaster prevention, in particular to the disaster prevention management of urban water supply pipe network systems, and relates to an emergency management platform for urban water supply pipe network systems, which is beneficial to building resilient cities. Background technique [0002] With the process of urbanization, the scale of the city is getting larger and larger, and the functions of various infrastructure systems are becoming more and more complex. The "Katrina" hurricane in the United States in 2005 and the "Sandy" hurricane in the United States in 2012 rapidly It has set off a global research wave in the field of urban disaster prevention, which is a new disaster prevention concept of "resilient city". The basic concept of a resilient city can be summarized as that urban systems not only have the basic ability to resist various disasters, but also have the ability to quickly recover after being d...

AI Technical Summary

Problems solved by technology

[0004] (1) Difficulty in data collection

The difficulty in data collection is mainly caused by two aspects: first, after the disaster occurs, the damage range is wide and the damage situation is complex, and it is difficult to collect a large amount of damage data in a short period of time due to limited manpower and material resources and traditional statistical means; Most of the pipelines are buried underground, and even if they are damaged, it is difficult to detect them in a short time

[0005] (2) Difficulty in disaster analysis

Due to the lack of extensive and effective pipeline network damage data, it is very difficult to analyze the disaster situation after the disaster occurs, and it is difficult to establish a global and dynamic disaster situation analysis mechanism for the pipeline network system in a relatively short period of time, resulting in incomplete disaster situation analysis , unclear, untimely issues

[0006] (3) Resource scheduling is difficult

Due to the traditional disaster prevention and management mechanism, there is a lack of reasonable unified scheduling for the maintenance resources and maintenance teams of the pipeline network, which leads to the failure of optimal scheduling of resources, thus prolonging the maintenance time of the pipeline network and reducing the recoverability of the system. Equivalent to an indirect increase in disaster losses

[0007] (4) Disaster feedback is difficult

In fact, as an organism composed of cities, every resident is very concerned about the city's disaster prevention and relief work, and is eager to understand the restoration of infrastructure. However, traditional media cannot effectively and timely convey the progress of urban disaster relief work to every resident , which leads to unsmooth communication of the disaster situation, and the inability to give feedback on the disaster situation in a timely manner

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