Kitchen automatic fire extinguishing dynamic analog simulation platform

Abstract

A kitchen automatic fire extinguishing dynamic analog simulation platform comprises an operation table, a flame display module arranged on the operation table, a simulation fire extinguishing device, a main controller, a simulation smoke sensor and a processing module. The flame display module is used for displaying the dynamic flame and the wind direction of a corresponding fire source. The main controller is used for controlling the simulation fire extinguishing device to be started according to an alarm sound produced by the simulation smoke sensor. The simulation smoke sensor is used for producing an alarm sound according to the size of the dynamic flame. The processing module is used for setting a sensing value of the simulation smoke sensor to correspond to the size of the dynamic flame and is also used for setting the size of the dynamic flame and the wind direction. Simulation demonstration of kitchen fire extinguishing is achieved through demonstration, the burning danger of open fire simulation fire extinguishing training is avoided, and operability is high; and through kitchen fire extinguishing operation training, the kitchen fire extinguishing knowledge and skills of people are improved, and the safety of the experience training process is also ensured.

Description

technical field [0001] The invention relates to a fire simulation drill system, in particular to a dynamic simulation platform for kitchen automatic fire extinguishing. Background technique [0002] With the improvement of living standards, there are more and more kitchen supplies, and the hidden dangers of family fire safety are also increasing, and fire accidents are frequent. In order to improve people's kitchen safety awareness, kitchen fire drill technology has appeared now. Most of the existing technologies are simple demonstration teaching and video explanation. This training method cannot combine various actual fire extinguishing operations and fire fighting measures for targeted actual fire fighting. The educational effect of the training is greatly reduced, and if open flames are used for fire drills, due to the limited number of people, it is difficult to guarantee the training effect of a single experience, and open flames can easily cause burns, and it is even m...

AI Technical Summary

Problems solved by technology

In order to improve people's kitchen safety awareness, kitchen fire drill technology has appeared now. Most of the existing technologies are simple demonstration teaching and video explanation. This training method cannot combine various actual fire extinguishing operations and fire fighting measures for targeted actual fire fighting. The educational effect of the training is greatly reduced, and if open flames are used for fire drills, due to the limited number of people, it is difficult to guarantee the training effect of a single experience, and open flames can easily cause burns, and it is even more inappropriate for young people with weak self-protection awareness. Greatly limits the practical operability of fire drills

In addition, small-scale explosions are very likely to occur at the actual fire scene, and the simulation of the explosive environment is also very important training content. However, the explosion simulation technology is difficult, demanding, and risky, and it is difficult to implement in actual operation.

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