Space-ground-air integrated coordinated search and rescue system suitable for complex mountain scenic areas

Abstract

The invention discloses a space-ground-air integrated coordinated search and rescue system suitable for complex mountain scenic areas, and relates to the technical field of tourism safety. The three-dimensional rescue mode of multiple dimensions is erected, and a rescue auxiliary information system acts as a decision command hub so that integration and coordination of a search and rescue technology platform are facilitated, and a tourism safety guarantee technology integrated framework for the complex mountain scenic areas can be formed. Vital sign information is acquired through a front-end sign sensor, and a stable and reliable communication link is established by using the "space-air-ground" coordinated search and rescue communication system so that the problem of transmission of the search and rescue signals of the complex mountain scenic areas can be solved, finally the system is connected to a background server side to process and analyze emergency rescue decision information and thus the "space-air-ground" (integrated) coordinated search and rescue command mode for the complex mountain scenic areas is established.

Description

technical field [0001] The invention relates to the technical field of tourism safety, and specifically provides a space-ground-space integrated collaborative search and rescue system suitable for complex mountainous scenic spots. Background technique [0002] Mountainous scenic spots are frequent areas of tourism safety accidents. Due to the complex characteristics of mountainous scenic spots such as high and rugged terrain, sparse population, changeable weather, traffic congestion, and poor accessibility for sightseeing, tourists are prone to fall or fall off cliffs, get lost, disappear or lose contact, and other tourism safety accidents. In the past 10 years, there have been frequent incidents of disappearance or casualties of tourists in mountainous scenic spots across the country due to fare evasion or intentional exploration by tourists. Complex mountainous scenic spots often have a vast area, and security monitoring and field emergency measures cannot achieve full co...

AI Technical Summary

Problems solved by technology

[0006] The above-mentioned solutions in the prior art only provide location information such as GPS for personnel management and rescue, but do not provide personnel vital sign data, and are not suitable for emergency rescue of personnel in complex mountainous environments

Secondly, the above-mentioned system only uses Beidou short messages for data communication. The system is huge, expensive, and the amount of information transmitted is small. At the same time, the Beidou short message signals are obviously affected by the surrounding environment (such as the obstruction of mountain terrain)

In mountainous areas, under normal circumstances, it is often impossible to quickly determine the location of persons in distress, and cannot effectively and stably transmit data; and compared with the technical solution of the present invention, it is essentially different, and there are also significant field applicability defects, and it is not suitable for emergencies in complex mountainous scenic spots. Rescue and Command Action Decision

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