矿业安全与环保
礦業安全與環保
광업안전여배보
MINING SAFETY & ENVIRONMENTAL PROTECTION
2013年
3期
47-49
,共3页
邓军%张群%金永飞%郑学召
鄧軍%張群%金永飛%鄭學召
산군%장군%금영비%정학소
矿井火灾%束管%监测系统%关键技术%采空区
礦井火災%束管%鑑測繫統%關鍵技術%採空區
광정화재%속관%감측계통%관건기술%채공구
mine fire%bundle tube%monitoring system%key technologies%goaf
从JSG-8型矿井火灾束管监测系统的基本原理入手,分别对气样传输时间、气样分析中滞后时间和处理方法,以及井下束管测点布置方案、系统的智能化设计等关键技术进行了分析,可为束管监测系统在现场的正确使用和准确监测提供参考依据.
從JSG-8型礦井火災束管鑑測繫統的基本原理入手,分彆對氣樣傳輸時間、氣樣分析中滯後時間和處理方法,以及井下束管測點佈置方案、繫統的智能化設計等關鍵技術進行瞭分析,可為束管鑑測繫統在現場的正確使用和準確鑑測提供參攷依據.
종JSG-8형광정화재속관감측계통적기본원리입수,분별대기양전수시간、기양분석중체후시간화처리방법,이급정하속관측점포치방안、계통적지능화설계등관건기술진행료분석,가위속관감측계통재현장적정학사용화준학감측제공삼고의거.
Starting from the basic principle of JSG-8 mine fire bundle tube monitoring system, this paper made an individual analysis on the key technologies such as the transmission time of gas samples, the delay time in gas sample analysis and its handling method, the layout of bundle tube monitoring point, the intelligent design of the monitoring system and so on, this thus provided a reference basis for the correct application and accurate monitoring of the mine fire bundle tube monitoring system.