Resource information acquisition method and device based on firefighting rescue

Abstract

The invention relates to a resource information acquisition method based on firefighting rescue. The resource information acquisition method comprises the following steps: acquiring alarm position information; generating a peripheral resource checking request based on the alarm position information, transmitting the peripheral resource checking request to a server, and enabling the server to acquire corresponding peripheral resource information according to the peripheral resource checking request; receiving the peripheral resource information fed back from the server, and loading corresponding peripheral resource marks on a map according to the peripheral resource information. By adopting the resource information acquisition method, a rescue plan maker can visibly understand peripheral resource information in the alarm position, the rescue plan making difficulty can be reduced, and the rescue plan making efficiency can be improved. In addition, the invention further provides a resource information acquisition device based on firefighting rescue.

Description

technical field [0001] The invention relates to the technical field of firefighting, in particular to a method and device for acquiring resource information based on firefighting and rescue. Background technique [0002] The fire is ruthless, and the fire often brings huge and irreparable losses to people's lives and property. When a fire occurs, if a fire rescue plan can be formulated more quickly and reasonably, the losses caused by the fire will be minimized. However, the formulation of fire rescue plans often needs to refer to the surrounding feature information of the fire place to a large extent. [0003] In the traditional method, fire rescue planners often can only know the surrounding features of the fire place through some chart data or textual description. Obviously, in this case, it is necessary to require rescue plan planners to have very rich experience, for example, they are very familiar with the geographical environment, and when they know the place where ...

AI Technical Summary

Problems solved by technology

[0004] Obviously, the traditional method has very high requirements for the personnel who formulate the rescue plan, and it is very difficult for those who are not very familiar with the geographical environment

In addition, because it is not intuitive to understand the surrounding features of the fire site based on text or chart data, it will reduce the efficiency of rescue plan formulation

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