Earthquake disaster information acquisition system

Abstract

The invention discloses an earthquake disaster information collection system, which mainly includes: a disaster emergency command center, a GPS comprehensive information service platform, and a disaster site collection system, and is characterized in that the disaster emergency command center communicates with 4G, GPRS or CDMA The GPS integrated information service platform is connected, and the disaster site collection system is connected with the GPS integrated information service platform through a wireless network or optical fiber. The disaster emergency command center is composed of rescue positioning monitoring, spatial information, earthquake disaster analysis and prediction, and earthquake disaster information. , the disaster site collection system is composed of a handheld disaster information collection terminal and a vehicle-mounted disaster information collection terminal.

Description

technical field [0001] The invention relates to the technical field of fitness equipment, in particular to an earthquake disaster information collection system. Background technique [0002] Earthquake disaster is a kind of extremely destructive natural disaster, often causing a lot of property loss and casualties. In the 20th century, the economic losses caused by global earthquake disasters reached 279.1 billion US dollars, accounting for 31% of the total losses of all natural disasters, and the death toll reached 1,850,635 people. [0003] At present, my country's disaster emergency command still uses the traditional working method, that is, dispatching disaster relief teams at all levels to the scene to obtain disaster information and conduct on-site command. There is a lack of two-way, real-time communication and interaction between the national command center and the on-site team. In disaster areas where communication is damaged, it is even more difficult to report the...

AI Technical Summary

Problems solved by technology

[0003] At present, my country's disaster emergency command still uses the traditional working method, that is, dispatching disaster relief teams at all levels to the scene to obtain disaster information and conduct on-site command. There is a lack of two-way, real-time communication and interaction between the national command center and the on-site team. In disaster areas where communication is damaged, it is difficult to report the on-site work situation to the national command center in a timely manner. Disaster emergency command often has a "command vacuum" situation due to communication problems

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