Rainstorm flood disaster monitoring pre-warning and emergency response system and method

Abstract

The invention relates to a rainstorm flood disaster monitoring pre-warning and emergency response system and method. The system comprises a wire / wireless network, a pre-warning emergency center master station, a pre-warning monitoring sub-station, a pre-warning emergency command center, a pre-warning emergency command sub-center, a mobile pre-warning emergency command sub-center and a mobile interaction terminal, the pre-warning emergency center master station is communicated with the pre-warning monitoring sub-station, the pre-warning emergency command center, the pre-warning emergency command sub-center, the mobile pre-warning emergency command sub-center and the mobile interaction terminal through the wire / wireless network, two-way communication is conducted on the pre-warning center master station and various kinds of pre-warning emergency terminals through the wire or wireless network, various data are analyzed and stored, and various command requests are processed. The rainstorm flood disaster monitoring pre-warning and emergency response system and method can support multiple kinds of communication networks, can achieve multiple types of data interaction, can support various types of terminals, and is high in extensibility and mobility.

Description

technical field [0001] The present invention relates to a natural disaster monitoring and early warning and emergency response management and control platform, in particular to a rainstorm and flood disaster monitoring and early warning platform for mobile operations that can support multiple networks, realize multiple types of data interaction, and support multiple types of terminals. Emergency response systems and methods. Background technique [0002] From the morning of July 21 to 2 am on July 22, 2012, a torrential rain over the weekend in Beijing caused waterlogging disasters. The average rainfall in the city was 164 millimeters, which was the largest since 1951 when there were complete meteorological records. The heaviest rainfall this time was in Hebei Town, Fangshan District, with a rainfall of 519 millimeters; the average rainfall in the urban area was 212 millimeters. Dozens of people have reportedly died in heavy rain in Beijing. In recent years, extreme meteor...

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Problems solved by technology

In this case, the early warning is generally general and rough, and the release target is not targeted, so the public does not pay enough attention to the early warning; and in emergency rescue, due to the concentrated time and scattered locations of the emergency, the emergency hotline and rescue force cannot be fully utilized. due role

[0006] The existing disaster monitoring and early warning system has the disadvantages of limited coverage of dedicated communication network, single communication method, high cost, high use and maintenance costs, and limited use. The command center cannot quickly grasp the first-hand comprehensive disaster information at the disaster site. Emergency video conference, emergency response and command decision-making cannot be carried out immediately between the center and the disaster site

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