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METHOD FOR AUTOMATED COMPLEX DEVELOPMENT OF ORE AND NONMETALLIC DEPOSITS

机译:矿床与非金属矿床自动复杂开发方法

摘要

FIELD: mining.;SUBSTANCE: method involves general-purpose robot-aided mobile complexes for production, extraction, preparation and processing of mineral raw material and concentrates, a unit of automated control of operation of a mining mill, a technical system for advancing, current and prompt reception of mining and geological information. Fully automated reception of mining and geological information is performed based on build-up of a digital model using a software, cyclic-flow destruction of hard rocks and half-rocks by means of a safe shallow blast-hole drill-and-fire system and flow-through soft rocks - by means of a mechanical method, adaptive and deep differentiated separate mechanised extraction and loading of mineral and rock mass of different categories, types and grades, through-type separate ore preparation in all technological operations, selective primary benefication of mineral raw material using an adaptive gravitational technology and a physical and chemical combined technology, separate processing of concentrates at the final stage using metallurgical methods.;EFFECT: improving development efficiency of small ore and non-metallic deposits of gold, lead, stannum and other mineral deposits.
机译:领域:采矿。物质:该方法涉及用于矿物原料和精矿的生产,提取,制备和加工的通用机器人辅助移动复合体,采矿厂运行的自动控制单元,先进的技术系统,当前和及时接收采矿和地质信息。基于数字模型的建立,使用软件进行全自动的采矿和地质信息接收,并通过安全的浅层爆破钻孔和发射系统对硬岩石和半岩石进行循环流破坏,以及流过的软岩-通过机械方法,对不同类别,类型和品位的矿物和岩体进行自适应和深微分离的机械化提取和装载,在所有技术操作中进行直通型分离选矿,对矿石进行选择性初选矿物原料采用自适应重力技术和物理化学结合技术,在最后阶段使用冶金方法对精矿进行单独处理;效果:提高金,铅,锡和其他金属的小矿石和非金属矿床的开发效率矿藏。

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