Earthquake early-warning system and method based on earthquake early-warning receiving and monitoring integrated device

Abstract

The present invention relates to an earthquake early-warning system and a method based on an earthquake early-warning receiving and monitoring integrated device. The earthquake early-warning system comprises an earthquake early-warning data processing center and an earthquake early-warning receiving and monitoring integrated device. The earthquake early-warning receiving and monitoring integrated device comprises an earthquake early-warning receiving module and an earthquake monitoring module. The earthquake monitoring module and the earthquake early-warning receiving module are connected and share a communication unit and a power supply unit. The earthquake monitoring module monitors, acquires and forms the earthquake monitoring information. The formed earthquake monitoring information is transmitted to the earthquake early-warning data processing center through the shared communication unit. The earthquake early-warning receiving module receives the earthquake early-warning information sent from the earthquake early-warning data processing center, and analyzes the information to obtain the local earthquake early-warning information. On the condition that the triggering condition is met, the earthquake early-warning receiving module sends out an alarm. The earthquake early-warning data processing center also receives the earthquake monitoring information sent from other earthquake early-warning monitoring stations, and sends the earthquake early-warning information to other earthquake early-warning receiving terminals.

Description

technical field [0001] The invention relates to the field of earthquake early warning, in particular to an earthquake early warning system and method based on an integrated device for receiving and monitoring earthquake early warning. Background technique [0002] Earthquake early warning means that when an earthquake occurs, the technical system uses the communication network and the time difference between the fast but weak longitudinal wave and the slow but strong shear wave to issue an early warning and alarm before the destructive earthquake wave arrives, reducing casualties and property losses . [0003] Such as figure 1 As shown, the existing earthquake early warning system mainly includes earthquake early warning monitoring stations, earthquake early warning data processing centers and earthquake early warning receiving terminals. Among them, the earthquake early warning monitoring stations and earthquake early warning receiving terminals need to be independently co...

AI Technical Summary

Problems solved by technology

[0006] In addition, in the existing earthquake early warning system, both the earthquake early warning monitoring station and the earthquake early warning receiving terminal need communication modules, power modules, batteries, etc., which require independent construction costs and communication costs required for operation

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