Real-time seismic intensity reporting method and system

Abstract

A method and system for rapidly reporting real time earthquake intensity, the method comprises steps that, systems for rapidly reporting earthquake intensity are arranged in a certain area, a plurality of systems for rapidly reporting the earthquake intensity can obtain the earthquake intensity data based on a tripartial direction accelerometer arranged therein, then the earthquake intensity data can be transmitted to the earthquake intensity rapid reporting center by a communication network to obtain the real-time earthquake intensity distributing information. The invention has low cost, high reliability, few maintenance, can improve the technical levels of real time transmission and instant publication of the earthquake intensity information and the rapid response capability of the earthquake emergent rescue, meanwhile the invention is contribute to the objective and scientific evaluation for the disaster condition after earthquake.

Description

technical field [0001] The invention belongs to the technical field of seismic observation, and in particular relates to a real-time seismic intensity rapid reporting method and a real-time seismic intensity rapid reporting system for real-time seismic intensity data collection and real-time data transmission. Background technique [0002] Public security is the cornerstone of national security and social stability. my country's public security is facing severe challenges, and it has put forward major strategic needs for science and technology. Priority themes, including major natural disaster monitoring and defense development as the 62nd priority development theme, focusing on research and development of key technologies for monitoring, early warning and emergency response to earthquakes, typhoons, rainstorms, floods, and geological disasters. The "National Earthquake Science and Technology Development Outline (2007-2020)" further clarifies the development direction and mai...

AI Technical Summary

Problems solved by technology

However, due to the large magnitude of the existing earthquake observation instruments working in the disaster area, most of the microseismometers operating in the disaster area have limited amplitude when the earthquake occurs, and the communication means of the microseismic and strong earthquake observation instruments in operation all rely on conventional communication means , such as telephone line dialing, GPRS, CMDA, etc. When the earthquake occurred, all these ground communication systems were paralyzed, resulting in the inability to transmit data to the earthquake network center in time, so the specific parameters of the earthquake in the disaster area could not be known in time, and the intensity distribution could not be drawn If the intensity distribution map of the disaster area can be quickly drawn after the earthquake, there will be no scene where the initial rescue work revolves around Wenchuan County

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