Design of an Installation for Scanning Ore Residues

Olga O. Baryshnikova, Dmitry M. Izmestiev, Igor A. Golovkin
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Abstract

After mining, a lot of soil remains that has not been cultivated. An assessment of the appropriateness of using residues after ore mining is necessary. Ore residues may contain expensive and rare elements. The determination of the percentage composition of rare elements will allow additional processing of waste, reduce its amount and at the same time benefit from the process of cleaning the geosphere. All this makes the process of conservation and disposal of mining waste more environmentally friendly. The article discusses the process of creating a mechanism for laser scanning of ore in order to determine its chemical composition. The article discusses several different options for the design of the scanner, their advantages and disadvantages are indicated. The circuit diagram of the most efficient scanner is described in detail. Efficiency is considered according to three criteria: minimal design, lowest weight, ease of management. The chosen design has an additional advantage - one engine sets the movement to the mechanism. Previous options were driven by two electric engines.
矿渣扫描装置的设计
采矿后,留下了许多未开垦的土壤。有必要对采矿后使用残留物的适当性进行评估。矿渣可能含有昂贵和稀有的元素。确定稀有元素组成的百分比将允许对废物进行额外处理,减少其数量,同时从清洁地圈的过程中受益。所有这些都使保护和处理采矿废物的过程更加环保。本文讨论了为确定矿石的化学成分而建立激光扫描机制的过程。本文讨论了几种不同的扫描器设计方案,并指出了它们的优缺点。详细描述了最高效扫描仪的电路图。效率是根据三个标准来考虑的:最小的设计,最小的重量,易于管理。所选择的设计有一个额外的优势-一个引擎设置运动的机构。以前的选项是由两个电动发动机驱动的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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