Rescuing system used in earthquake relief site and rescue method thereof

Abstract

The invention discloses a rescuing system used in an earthquake relief site. The rescuing system comprises a user device, a signal transfer system and a disaster area rear-area decision-making command system, wherein information of the user device is transmitted to the disaster area rear-area decision-making command system through the signal transfer system, a sensor performs detection, and user vital sign data is obtained and is sent to a cloud-side in a network or wireless mode, the wireless information of a user is forwarded to the cloud-side through a wireless transfer device, and the user data is analyzed on the cloud-side. When an earthquake disaster occurs, a rescue plan is scientifically formulated according to the data sent by the user, and rapid and accurate rescue is performed according to the specific user rescue information. The rescuing system is simple in structure and operation, capable of achieving real-time transmission and low cost, good in usage effect and convenient to popularize and use. In addition, the large the number of users, more accurate the disaster situation judgment is.

Description

technical field [0001] The present invention relates to the personal position, health status and change trend notification system when the earthquake occurs and the person is trapped, the search and positioning of the on-site search and rescue, the disaster situation transmission and the earthquake resistance and disaster relief technology for the decision-making personnel of the general rear to judge, evaluate and rescue the disaster situation The invention relates to the field, specifically a rescue system and a rescue method for an earthquake relief site. Background technique [0002] Earthquake is a sudden natural disaster that endangers people's lives and properties. Usually, the losses caused by earthquakes include house destruction, traffic and communication interruption, and the formation of isolated islands in disaster areas. After the earthquake, the decision-makers were unable to understand and assess the disaster situation in the disaster area in a timely manner;...

AI Technical Summary

Problems solved by technology

After the earthquake, the decision-makers were unable to understand and assess the disaster situation in the disaster area in a timely manner; during rescue, rescuers entered the disaster area on foot to conduct life detection and search and rescue, and aftershocks often occurred. The work of life detectors and search and rescue dogs has a certain impact. If the disaster area is large, it is difficult to coordinate manpower to rescue the most needy people or coordinate personnel to carry out rescue in more serious disaster areas, thus missing the best time for rescue.

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