Mine emergency command communication and management information system

Abstract

The invention discloses a mine emergency command communication and management information system and belongs to the technical field of coal mine rescue emergency communication and safety monitoring management. The mine emergency command communication and management information system comprises an underground rescue emergency communication system, a ground emergency command system, a satellite communication system and a remote command platform; the system effectively integrates the emergency communication system, a mine wireless network system, mine internet of things and the satellite communication system for mine closed and semi-closed spaces such as a refuge chamber, and a space-ground integrated network communication platform is constructed; in addition, emergency rescue command communication and emergency management information system data can be obtained in real time, and the local storage, the transmission and the remote shared access of relevant information data are achieved. Meanwhile, dispatching command of disaster accidents, statistical analysis of rescue information, management of rescue maps, on-site management of disasters and other functions are achieved, and the mine emergency command communication and management information system has the advantages of being high in informationized degree and networked degree, maintainable, transplantable, extensible, safe, practical and the like.

Description

technical field [0001] The invention belongs to the technical field of coal mine rescue emergency communication and safety monitoring management, and relates to a mine emergency command communication and management information system. Background technique [0002] In recent years, it is still relatively common that the occasional mine accidents cause mass death and mass injury. However, the existing domestic mine rescue emergency command and management system has a single supporting technology and function, and a low degree of informatization. Once an emergency occurs, the rescue equipment and materials are not updated in time, the on-site anti-destruction ability is weak, and it is not easy for rescue consultants to timely in place. In addition, some traditional emergency management systems mostly use C / S software architecture, which leads to weak system scalability and difficulty in remote online maintenance and upgrading. The imported rescue command equipment is also rel...

AI Technical Summary

Problems solved by technology

When a disaster occurs in a mine, roadway traffic and ventilation conditions deteriorate, harmful gases such as gas and CO are seriously exceeded, high temperature, thick smoke, insufficient light and other harsh conditions may occur, and the original communication infrastructure of the mine may also be paralyzed. The underground communication is interrupted. At this time, whether the rescue command center and the rescue site can carry out two-way communication and command and dispatch with comprehensive information will have a major impact on the rescue effect.

Furthermore, most of the current rescue systems lack an emergency management information platform. Disaster data and rescue information statistics and emergency plans are analyzed and produced by manual calculation, resulting in a long-term low level of emergency command and management efficiency. It is necessary to realize the network and informatization of mine rescue command and dispatch equipment and emergency management platform based on the nationwide application

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