Gas discharging system based on fuzzy control

Guodong You, Shifeng Yang, Xue Yan, Zhensheng Wang, Dejin Wang, Yongle Hou, Jisheng Li, Shufang Wang
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引用次数: 1

Abstract

The character of gas moving and air flow in heading laneway of underground coal mine was analyzed. Moreover, conventional double fuzzy control model was found to carry out two work mode, normal ventilation and gas discharging. In order to enhance the learning capabilities of the system to the environment, self-learning fuzzy model for auxiliary fan was built to tackle with normal ventilation and gas discharging problem, and SRD was applied to perform speed adjusting of the system. An experiment platform including DSP and IPM was founded to testify the control strategy. The experiment results showed that the system had a pulse function, achieved an efficient, safe, leaving no gas discharging, and the function of intelligent gas emission system was fine.
基于模糊控制的气体排放系统
分析了煤矿井下掘进巷道瓦斯运动和气流特征。此外,发现传统的双模糊控制模型实现了正常通风和排气两种工作模式。为了增强系统对环境的学习能力,建立了辅助风机的自学习模糊模型,解决了正常通风排气问题,并采用SRD对系统进行调速。建立了一个包含DSP和IPM的实验平台,对控制策略进行了验证。实验结果表明,该系统具有脉冲功能,实现了高效、安全、不留气体排放,智能气体排放系统功能良好。
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