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METHOD FOR SELECTIVE MINING OF DIAMOND-BEARING ORES

机译:钻石矿石选择性开采的方法

摘要

FIELD: mining industry.;SUBSTANCE: invention relates to the mining industry and can be used for the development of complex-structured kimberlite deposits containing ores of various values. The method includes drilling wells, delineating sections of the ore massif. At the same time, when the wells penetrate the zone of high-value ores, local thickening of the network of wells is carried out with sampling of drilling material in depth and the subsequent delineation of the zone of ores of high value, and according to the identified intervals of inclusions of ores of anomalously high value, the drilling material is sampled, obtained by cutting circular slots in the near-wellbore space. , contouring in plan and section, followed by drilling out inclusions of ores of anomalously high value with a drilling unit with an annular face along the axis of the identified inclusions of ores of abnormally high value and trimming of drilled core of large diameter, further extraction, transportation, gentle disintegration are carried out. The development of zones of ores of medium value is carried out by mechanical means using an automated positioning system. At the same time, a buffer layer is created along the perimeter of low-value ore zones by drilling wells and high-pressure hydraulic action, the use of shaped charges for explosive loosening of low-value ore zones with coaxial placement of explosives, including an inner cavity with brine, an outer cavity with brine and cumulative cavities, providing the formation of directed flows of the gas-vapor mixture.;EFFECT: invention increases productivity and technological efficiency by ensuring the selectivity of the extraction of kimberlite ores, considering their value, as well as increasing the safety of diamonds during the extraction of kimberlite ores.;1 cl, 6 dwg
机译:田野:采矿业。物质:发明涉及采矿工业,可用于开发含有各种值的复杂结构的金伯拉特沉积物。该方法包括钻井井,描绘矿石的划分部分。同时,当井穿透高值矿石区域时,井网络的局部增厚是在深度的深度上采样和随后描绘高价值区域的钻孔,并根据通过在近井眼空间中切割圆形槽来取样钻孔的腔室夹杂物的夹杂物的夹杂物间隔。 ,在平面和截面中的轮廓,随后通过钻孔单元钻出异常高值的凹入,沿着沿着异常高值的钻孔和钻孔的钻石的凹部的轴的轴线,进一步提取,运输,轻柔的解体进行了。通过使用自动定位系统通过机械装置进行介质值的区域的发展。同时,通过钻井井和高压液压作用,使用爆炸性矿区的爆炸性松动的使用成形电荷来沿着低价矿区的周边产生缓冲层,具有爆炸物的同轴放置,包括具有盐水的内腔,具有盐水和累积腔的外腔,提供了燃气混合物的定向流的形成。;效果:考虑到金伯利矿矿石的选择性,通过确保kimberlite矿石的选择性提高了生产率和技术效率。价值,以及提高金伯利石矿石期间钻石的安全性。; 1 CL,6 DWG

著录项

  • 公开/公告号RU2751183C1

    专利类型

  • 公开/公告日2021-07-12

    原文格式PDF

  • 申请/专利权人

    申请/专利号RU2020138926

  • 申请日2020-11-25

  • 分类号E21C41/26;

  • 国家 RU

  • 入库时间 2022-08-24 20:06:36

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