CAJ | 학술논문

着重探讨了瓦斯突出预警实现流程，影响煤与瓦斯突出的危险信息的获取、读取方式、预警综合系统各个子系统功能设计以及预警系统和监控系统的网络连接方式，并在郭庄煤业瓦斯灾害较为严重的掘进工作面得到应用。结果表明：瓦斯地质预警系统可以对工作面瓦斯涌出和瓦斯地质相关信息进行读取、分析、判断，通过瓦斯预警指标的计算和相应的预警准则及时的发布相应等级的预警，预警结果较为正确可靠，给瓦斯灾害应急响应预留了充足时间。
착중탐토료와사돌출예경실현류정，영향매여와사돌출적위험신식적획취、독취방식、예경종합계통각개자계통공능설계이급예경계통화감공계통적망락련접방식，병재곽장매업와사재해교위엄중적굴진공작면득도응용。결과표명：와사지질예경계통가이대공작면와사용출화와사지질상관신식진행독취、분석、판단，통과와사예경지표적계산화상응적예경준칙급시적발포상응등급적예경，예경결과교위정학가고，급와사재해응급향응예류료충족시간。
The paper focuses on the implementation procedure of warning system for gas emission. In addition, its discussion also includes the access to dangerous information of coal and gas outburst, information retrieval, warning comprehensive system, functional design of each subsystem, network connection mode of warning system and control system, and the application in the driving face which suffers from severe gas hazards in Guozhuang Mine. The results show that the gas geology warning system could read, analyze, and evaluate the relative information on gas emission and gas geology. By the calculation of gas warning index and warning grade timely issued by corresponding warning criteria, the warning results were proved to be correct and reliable, which could reserve the sufficient time for emergency response for gas hazards.