Fire-fighting sensing network structure and fire-fighting network system

Abstract

The invention provides a fire-fighting sensing network structure and a fire-fighting network system. The fire-fighting sensing network structure comprises at least one command terminal, a plurality ofindividual soldier aggregation nodes and a plurality of functional terminals; the command terminal is connected with each individual soldier aggregation node through a local area network; each individual soldier aggregation node comprises electronic tag recognition equipment, a control chip, a first network interface assembly and a power supply; each electronic tag recognition equipment, the corresponding first network interface assembly and the corresponding power supply are separately connected with the corresponding control chip; each functional terminal comprises a second network interface assembly; and each control chip is connected with the local area network through the corresponding first network interface assembly and the second network interface assembly of the corresponding functional terminal. According to the fire-fighting sensing network structure and the fire-fighting network system, the command terminal can acquire various data of fire fighters at any time through thenetwork, and deployment and dispatching of the fire fighters are carried out. The fire-fighting sensing network structure has the advantages of good expansibility, high stability and convenience in dispatching.

Description

technical field [0001] The invention relates to the field of network systems, in particular to a firefighting combat sensing network structure and a firefighting combat network system. Background technique [0002] In fire fighting and rescue operations, the traditional single voice combat command mode has been unable to meet the requirements of fire command operations under the new situation. At the same time, various fire-specific sensor systems are constantly emerging, such as infrared temperature detection equipment, smoke detectors, and air-breather residual detectors. These equipment provide scientific data guidance for fire fighters, but at the same time, there are also complex wearing equipment and scattered and messy information. ; There is also data information such as audio communication, video collection and communication that needs to be transmitted to the on-site command center or the back-end command center in a centralized manner for combat command. Integrat...

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Problems solved by technology

[0002] In fire fighting and rescue operations, the traditional single voice combat command mode has been unable to meet the requirements of fire command operations under the new situation

At the same time, various fire-specific sensor systems are emerging, such as infrared temperature detection equipment, smoke detectors, and air-breather residual detectors. These equipment provide scientific data guidance for firefighters, but at the same time, there are also complicated wearing equipment and scattered and messy information. ; There is also data information such as audio communication, video collection and communication that needs to be transmitted to the on-site command center or the back-end command center in a centralized manner for combat command, but the equipment carried by a single firefighter is limited, and the equipment carried needs to meet the needs of firefighting operations. Therefore, how to Integrating the functions of these communication devices, integrating various communication devices, and defining network units and selecting system functions according to the actual situation of firefighting operations is a professional scientific problem that needs to be solved urgently

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