In order to better prevent fire accidents in coal mines, this paper proposes a self-organized safety protection model for internal fires in coal mines, and analyzes and studies its constituent elements and their relationships, the formation process and evolution mechanism of the model, and the conclusion: The fire self-organizing safety protection mode includes four components:”monitoring (system platform) and dispatching agency”, “departments related to fire management”, “downhole operators” and “sensors”, which are formed under the combined action of internal and external factors ; The natural evolution of a model is actually a self-organizing evolution, and its self-organizing evolution trend is determined by its own characteristics, and the coordinated and orderly dynamic development of the natural evolution of the model is both the result of the interaction of various elements and the acceleration of the model itself The development of domestic demand, the formation and evolution of the model are also the process of self-organization of the model through the basic functions of its constituent elements, and the improvement of the reliability of the four constituent elements of the model is the driving force for the evolution of the model and the core of the evolution of the model It is the improvement of the reliability of “monitoring (system platform) and dispatching organization”. This research provides a new idea for fire prevention in coal mines.

Guangyu Sun, Fuling Yang, Dechun Ai, Zebiao Jiang, Xiangtao Kang, Zhaoyang Yu. Research on self-organized safety protection mode for internal fire in coal mine. Academic Journal of Computing & Information Science (2020), Vol. 3, Issue 4: 122-133. https://doi.org/10.25236/AJCIS.2020.030414.

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