摘要：In the article on the basis of the analysis it is proved that the currently used technical means and methods of control of the mine atmosphere in coal mines during the conduct of rescue operations it is impossible to obtain complete and timely information about the gas situation in the system of mine workings of the emergency site and adjacent potentially hazardous areas. The article describes an Autonomous small-sized multichannel gas control system of a new technical level, protected by a patent for a utility model developed by LLC “Research and production center for automation of safety” (Moscow) and a Branch of “Prokopevsky paramilitary mine rescue unit” FSUE “VGSCH” EMERCOM of Russia (Prokopyevsk) in order to eliminate the noted problem of monitoring the mine atmosphere in the liquidation of the accident.
其他摘要：In the article on the basis of the analysis it is proved that the currently used technical means and methods of control of the mine atmosphere in coal mines during the conduct of rescue operations it is impossible to obtain complete and timely information about the gas situation in the system of mine workings of the emergency site and adjacent potentially hazardous areas. The article describes an Autonomous small-sized multichannel gas control system of a new technical level, protected by a patent for a utility model developed by LLC “Research and production center for automation of safety” (Moscow) and a Branch of “Prokopevsky paramilitary mine rescue unit” FSUE “VGSCH” EMERCOM of Russia (Prokopyevsk) in order to eliminate the noted problem of monitoring the mine atmosphere in the liquidation of the accident.
