Earthquake monitoring alarm system

Abstract

The invention relates to an earthquake monitoring alarm system belonging to the technical field of earthquake prediction and alarm. Monitors are placed at a deep position of stratum to form a network monitoring system which mainly monitors shake and temperature change, are connected with a ground monitoring center and an alarm playing system to release alarms in time by alarm procedure management and various media, and form an earthquake prediction and an alarm system together with an alarm receiving and playing system. The earthquake monitoring alarm system can provide certain advance time quantum disaster condition prediction and alarm for areas except an epicenter area and also can provide impending earthquake prediction for the epicenter area as far as possible so that disaster-affected area people can know that earthquakes happen at once from a few seconds to a few minutes in advance and then start to take risk avoiding measures in advance, and the purpose of saving more persons is achieved. The earthquake monitoring alarm system can continuously improve the data, enhance the accuracy rate of prediction and alarm and finally achieve the purpose of realizing imminent earthquake prediction; meanwhile, certain prevention measures can be taken for the earthquakes before the earthquakes so as to decrease casualties and reduce property loss.

Description

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AI Technical Summary

Benefits of technology

The technical effect described by this patented technology helps prevent damage from natural causes like fires or floods that may affect areas affected during an event such as firefighting. It provides more space within these areas while still providing enough safety measures against injury caused due to falls on them. Additionally, producing companies have stopped some activities after being hit with water resulting in fewer deaths compared to traditional methods. This reduces costs associated with rebuilding facilities when needed again later because they don't require extra resources beyond what was necessary if there were no problem afterwards.

Problems solved by technology

Technologies aimed at improving early warning for pest control efforts during severe weather events such as quaternary landslides caused by tsunamis were proposed earlier in Japan with proposes introducing new methods like ground motion sensors and satellite communication technology. These advancements resulted in improved accuracy over existing ways due to their use of advanced computing capabilities and efficient resource allocation. Additionally, there was a lack of adequate fundings for implementing these techniques because they could be used only after significant economic loss had happened. Therefore, technical solutions involving developing better understanding tools for future exploration needs would help advance the field of earth quake prediction.