Intellectual Fire Fighting Systems Integration Of Coal Mine

Until now China Coal Mine doesn't have a whole perfect system, which services the fire monitoring and appraising method, the decision support for rescuing disaster during mine fire period and the fire control systems. The reasons are that heterogeneous systems contribute to the disperse state of various fire fighting systems, and the difficult sharing of systems information resources, device resources and management resources. An effective approach to solve these problems is to adopt integration technique. Through integration heterogeneous systems are united and manipulated under a uniform platform, which can reduce fire prediction period, can reduce wrong alarm, can enhance the devices management ability and can optimize devices cooperation. According to the development of Coal Mine' fire prevention technique and information technology, the demands and feasibility of integration in Coal Mine fire fighting systems are analyzed. To meet the demands of integration model, a intellectual management system integration method is proposed, which is made up of sub-system distribution layer and integration management layer, and which can solve heterogeneous systems integration problem. The integration management platform based on this model has characteristics of stability, credibility and easy configuration, also can provide management ability of various form and increment potential, such as network based remote devices control, automatic roll polling, linkage control, combination operation, etc. In order to develop the integration management platform, in the thesis we study on several application technologies. (a) heterogeneous sub-fire control systems integration technologies, namely, the sub-system equality interlinkage technology of system integration management platform, and opening protocol interface. (b) implementation technology in the core layer of integration management platform. This thesis analyzes concretely the core layer implementation technologies of auto roll polling equipment, supervisory control equipment, linkage control, etc. (c) access technology of integration platform for the client computer. Based on the research achievement of system integration technologies, this thesis provides a solution project to solve the shortage of fire monitoring and appraising system, the shortage of cooperation control among fire prevention systems, and low intellect caused by lack of sharing of systems resources, etc. Coal Mine Intellectual Fire Fighting System has many functions such as Coal Mine Fire Intellectual Prediction, Automatic producing Decisions support for rescuing, which can automatically be put in practice, can guide safety evacuation, and can organize multi-system cooperation. The studies on Coal Mine Intellectual Fire Fighting Integration System and on the potential of current coal mine fire prevention technique, will enhance the coal mine fire prevention and rescue ability, promote coal mine safety construction, and will achieve good benefits of society and economy.