Dynamical model forecasts of the atmospheric deadlock faces mines
DOI:
https://doi.org/10.15587/1729-4061.2012.5762Keywords:
mine, ventilation, graph, mine development, modelingAbstract
This article deals with the main challenges in the field of automatic control of ventilation for mining. The main purpose of this study is to reduce the accident rate and energy consumption by mining operations through the use of a system for quickly and easily management of ventilation.
Approaches to the formalization of the structure of the ventilation system in a mining enterprise graph logical formal model as part of this work were developed and were used the dynamic model equal an being invariant to the ventilation system structure were formalize. The developed model makes it possible to implement better and more rapid response to changes in atmospheric conditions in the mine shaft. Using of the results of the work can allows to solve the problem of optimal control of the state faces stub shafts, as well as to reduce energy costs of mining companies. The research results can be applied to mining operations, which one gas-hazardousReferences
- Типовое руководство по оборудованию и эксплуатации унифицированной телекоммуникационной системы диспетчерского контроля и автоматизированного управления горными машинами и технологическими комплексами (УТАС) в угольных шахтах. – 100 c.
- Granch МИС – многофункциональная свободно конфигурируемая измерительная система: официальный сайт НПФ «Гранч» [Электронный ресурс]: – 2009. – Режим доступа к странице: http://www.granch.ru.
- Уголь Донбасса, Доступ: http://coal.in.ua/gornoe-delo/ventiljacija-osvewenie-i-vodootliv/2261-sostav-i-svojstva-rudnichnogo-vozduxa.html (доступен с 2011).
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