1) high level suction roadway
高抽巷
1.
In the comprehensive treatment of coal face gas in Panyi Mine, high level suction roadway above the coal seam top and embeded suction pipe were used to draw out gas, which obtained good effect.
介绍了潘一矿在综合治理采煤面瓦斯的过程中,利用在煤层顶板施工高抽巷,高抽巷内埋设抽放管路抽放瓦斯,加强抽放取得显著效果;分析了高抽巷的技术原理,层位选定及相关技术参数。
2.
The research shows that through constructing downward drilling to extract in floor suction roadway by properly using various exiting resource and technique the gas controlling problem of no high level suction roadway caused by unpunctual drivage of mining face is settled,indicates that temporal benefit and economic benefit are obtained,gas comprehensive controlling.
为解决因采掘接替而引起的工作面瓦斯综合治理中的断缺,大胆采用钻孔法替代巷道法瓦斯治理技术,妥善利用现有资源和技术条件,在底抽巷中施工下向抽采钻孔,解决了因工作面高抽巷掘进不能按期到位而带来的无高抽巷段瓦斯治理难题,并在时间和经济上取得了良好效益,完善了采煤工作面瓦斯综合治理措施,确保了工作面按期、安全、高效回采。
2) high drawing road arrangement
高抽巷布置
3) incline high-position alley pumping
倾斜高抽巷
1.
14201 in Shaqu Coal Mine were analyzed,the technical parameters to control methane by incline high-position alley pumping were opti- mized,and its control efficiency was investigated.
分析了沙曲矿14201工作面的瓦斯涌出特点,对倾斜高抽巷治理瓦斯的工艺技术参数进行了优化,观测了高抽巷治理瓦斯的效果。
4) high dip tunnel for drawing out gas
倾向高抽巷
1.
Application of high dip tunnel for drawing out gas in fully mechanized roof-caving face in No.5 coal mine in Yangquan;
倾向高抽巷在阳泉五矿综放工作面的应用
5) strike high-bleeding roadway
走向高抽巷
1.
Based on the origin and gushing features of the gas in the working face, this paper probes into the drainage of gas in neighboring beds of working face through strike high-bleeding roadway adopting which can realize continuous drainage with larger channel and higher drainage ratio and guarantee the gas in the working face not to exceed the limit.
根据综放工作面瓦斯的来源及涌出特点,探讨了采用走向高抽巷抽放综放面上邻近层瓦斯,实现大通道、大抽出率的连续抽放,保证综放工作面瓦斯不超限的技术。
6) roof high pumping lane
顶板高抽巷
1.
By using the gas drainage technology with the roof high pumping lane,the gas of native layer and near layer is effectively managed.
杏花煤矿开采30#层为高瓦斯煤层,通过采用顶板高抽巷等瓦斯抽放技术,有效治理本层及邻近层瓦斯,有效地解决了采煤工作面上隅角及回风瓦斯超限问题,实现了矿井的安全生产和高产高效。
补充资料:抽抽趔趔
1.犹言别别扭扭。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条