Fire rescue visual command system and method

Abstract

The invention discloses a fire rescue visual command system and method. The system comprises a helmet module, a wristband module, an unmanned aerial vehicle detection module, an attitude detection module and an emergency rescue command terminal, the helmet module is in wireless communication with the wristband module, and the helmet module, the unmanned aerial vehicle detection module and the attitude detection module are in wireless communication with the emergency rescue command terminal. The method comprises the following steps: 1, acquiring fire rescue data; and 2, judging the acquired data and transmitting the data. The system is suitable for fire rescue, can acquire relevant data of a rescue site while acquiring the condition of a fireman entering the rescue site, improves the safetyof the fireman, and avoids accident expansion.

Description

technical field [0001] The invention belongs to the technical field of firefighting and rescue, and in particular relates to a visual command system and method for firefighting and rescue. Background technique [0002] With the rapid development of my country's economy, a large number of second- and third-tier cities have begun to establish industrial parks in recent years. The emergence of industrial parks not only drives the economy and employment, but also poses many security risks. First of all, the industrial park is far away from the city and far away from the fire brigade. In the early stage, the fire can only be controlled by the miniature fire brigade in the chemical park. Secondly, the small distance between the factories in the chemical park is dangerous for factories that store flammable and explosive substances. It will be larger, and the building structure in the chemical park plant is complex and there are many people. Once the fire spreads quickly, the person...

AI Technical Summary

Problems solved by technology

At present, in terms of ensuring firefighters, some firefighting equipment with specific functions have been proposed, but in actual use, it is still found that there are deficiencies in related equipment. When the firefighters enter the fire scene, if they do not move the alarm within 30 seconds, they will send out sound and light alarms to remind the commanding personnel and nearby firefighters, which is neither accurate nor can it reflect the location of the people in distress in time; secondly, most rescue products cannot understand firefighting The situation of the personnel is also unable to accurately understand the specific situation of the fire scene.

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