GIS-based method and device for management and control of internal fire-fighting equipment in buildings

Abstract

The invention provides a GIS-based method and device for management and control of fire-fighting equipment in buildings. The GIS-based method for management and control of the fire-fighting equipmentin the buildings includes the steps that a GIS map and basic information of the fire-fighting equipment on each floor of a target building are obtained; a floor plan of each floor of the target building are displayed on the GIS map; and according to the basic information of the fire-fighting equipment of each floor of the target building, the location and real-time status of the fire-fighting equipment are marked on the floor plan of each floor of the target building. According to the GIS-based method and device for management and control of the fire-fighting equipment in the buildings, the floor plan of each floor of the target building is displayed through the GIS map, and the location and real-time status of the fire-fighting equipment are marked on the floor plan of each floor of the target building, so that routing inspection staff can intuitively and clearly manage and control the fire-fighting equipment of the target building, the routing inspection work burden of the routing inspection staff is reduced, and the management and control of the fire-fighting equipment in the buildings and the fire safety of the buildings are improved.

Description

technical field [0001] This application relates to the technical field of fire safety, in particular, to a GIS-based method and device for managing and controlling fire-fighting equipment inside a building. Background technique [0002] With the continuous improvement of people's safety awareness, more and more high-rise buildings and key units will install common fire-fighting equipment. [0003] At present, the management and control of fire-fighting equipment in buildings is mainly carried out through manual inspection and inspection. Due to the large number of fire-fighting equipment in most buildings, the inspection work burden of inspection personnel is heavy. It is difficult to inspect and inspect all the fire-fighting equipment in the building. Therefore, it is easy to lead to insufficient control of the fire-fighting equipment in the building and reduce the fire safety of the building. Contents of the invention [0004] The purpose of the embodiment of the presen...

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Problems solved by technology

[0003] At present, the management and control of fire-fighting equipment in buildings is mainly carried out through manual inspection and inspection. Due to the large number of fire-fighting equipment in most buildings, the inspection work burden of inspection personnel is heavy. It is difficult to inspect and inspect all the fire-fighting equipment in the building. Therefore, it is easy to lead to insufficient control of the fire-fighting equipment in the building and reduce the fire safety of the building.

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