Land-aviation dual-use unmanned-aerial-vehicle-borne intelligent firefighting technology for traditional villages

Abstract

The invention discloses a land-aviation dual-use unmanned-aerial-vehicle-borne intelligent firefighting technology for traditional villages. The method comprises the following steps of (1) positioninga fire location: a fire emergency dispatching integrated platform acquires a location of an ignition point in the earlier stage through detecting and reporting manners and generates a planning routeaccording to a coordinate point of the ignition point, and a dual-use unmanned-aerial-vehicle-borne compressed air foam system (CAFS) firefighting device arrives at the ignition point along the planning route so as to carry out firefighting; and (2) detecting a fire behavior: a dual-use unmanned aerial vehicle detects temperature and smog concentration within a certain range through an airborne temperature sensor and an airborne smog sensor, and an airborne camera is matched to shoot a fire picture and carries out information interaction with the fire emergency dispatching integrated platformthrough wireless communication. The land-aviation dual-use unmanned-aerial-vehicle-borne intelligent firefighting technology for the traditional villages is simple in framework, the fire behavior is detected based on an unmanned aerial vehicle technology, specific cross firefighting can be realized, and the fire behavior control ability is high.

Description

technical field [0001] The invention relates to the field of unmanned aerial vehicle fire extinguishing technology, in particular to an intelligent fire extinguishing technology carried by a traditional village, army and aviation dual-purpose unmanned aerial vehicle. Background technique [0002] As a new type of industrial technology, UAV firefighting has been widely used in various fields. In China, many firefighting agencies have successfully used UAVs to detect and monitor fires and throw rescue supplies. The effect is very obvious. In the Tianjin explosion accident rescue, various departments also used drones to conduct high-altitude investigations on the accident scene, which provided a part of the reference for rescue decision-making. The overall solution of accurate, intuitive and comprehensive fire scene analysis data can make on-site rescue work better. Timely information, on the basis of this, there are very few fire-fighting drones that can perform tasks near the...

AI Technical Summary

Problems solved by technology

In the Tianjin explosion accident rescue, various departments also used drones to conduct high-altitude investigations on the accident scene, which provided a part of the reference for rescue decision-making. The overall solution of accurate, intuitive and comprehensive fire scene analysis data can make on-site rescue work better. Timely information, on the basis of this, there are very few fire-fighting drones that can perform tasks near the fire, and few people dare to touch them due to technical, engineering, and funding problems. Experts believe that with the popularization of science and technology, drones have gradually entered