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TUNNEL DRIVING METHOD IN COMPLICATED MINE GEOLOGICAL AND HYDROGEOLOGICAL CONDITIONS

机译:复杂矿山地质水文条件下的隧道掘进方法

摘要

FIELD: mining.;SUBSTANCE: method involves pre-planning of tunnel route as per the data of engineering geology and topography and tunnel driving. First, according to the route of the future tunnel there determined are underground water courses, their width, depth, specific yield, distance between them and direction of water movement. Tunnel driving is performed; at that, first, infiltration tunnel of small section is drilled, and then, parallel to it there drilled is the main tunnel with some delay; pillar is left between tunnels, which through the distance determined by technological necessity is cleaved by breaking off, or the main tunnel is driven after infiltration tunnel with absorption of its section. Along the route of infiltration tunnel there arranged are recesses in its wall, into which filters for water interception and reduction of hydraulic pressure are drilled from the surface. Drilling frequency of filters are chosen depending on the number of underground water courses, their thickness and considering water abundance of confined aquifers. At top and bottom of infiltration tunnel there also arranged are upward and downward filters; at that, the water supplied from all filters is collected in water diversion terrace of infiltration tunnel and diverted to safe place on the surface.;EFFECT: reducing construction cost, controlling big water flows, reducing hydraulic water pressure, providing reliable safe and dry driving of the main tunnel and non-overhaul operation in the future.;5 dwg
机译:领域:采矿;实体:方法涉及根据工程地质和地形以及隧道掘进的数据对隧道路线进行预先规划。首先,根据未来隧道的路线,确定了地下水道,其宽度,深度,比产量,它们之间的距离以及水的运动方向。进行隧道驱动;首先,先钻探小断面的渗透隧道,然后在平行的方向钻出主隧道,但有一定的延迟。隧道之间留有支柱,通过技术上的必要性确定的距离将其劈开,或者在渗透隧道吸收其截面之后驱动主隧道。沿着渗透隧道的路径,在其壁上设置了凹槽,在地面上钻有用于截水和降低液压的过滤器。选择过滤器的钻孔频率取决于地下水道的数量,厚度和考虑承压含水层的水量。在渗透隧道的顶部和底部还布置了向上和向下的过滤器。这样,所有过滤器所提供的水就被收集到渗透隧道的引水平台中,并转移到地面上的安全位置。效果:降低了建设成本,控制了大流量的水,降低了液压水的压力,提供了可靠的安全和干燥驾驶未来的主要隧道和非大修运营。; 5 dwg

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