首页> 外国专利> METHOD OF DRY PREPARATION OF GEOLOGICAL OR TECHNOLOGICAL SAMPLES OF GOLD ORE AND PLACERS TO ANALYSIS AND INSTALALTION FOR ITS IMPLEMENTATION

METHOD OF DRY PREPARATION OF GEOLOGICAL OR TECHNOLOGICAL SAMPLES OF GOLD ORE AND PLACERS TO ANALYSIS AND INSTALALTION FOR ITS IMPLEMENTATION

机译:金矿床地质地质或技术样品干法制备及实施方法

摘要

FIELD: metallurgy.;SUBSTANCE: invention relates to field of mineral dressing and can be used at preparation of samples of poor impregnated, impregnated-stringed and particularly containing high-impregnated gold of ores and placers to analysis. In method of dry preparation of geological or technological samples of gold ores and placers to analysis dry assay, containing large gold and gold in aggregates^ are grinded and directed into middle part of classifier in the form of downcomer towards to ascending air, which is transformed by means of installation by its way of vertical row of hollow truncated cones, located by big basis upwards, forming main area of classification, located inside each hollow truncated cone at level of its less basis with similar in all hollow truncated cones rates of ascending air, additional classification area, located in annular gap, restricted by inner surface of pipe and large basis of each hollow truncated cone, and convective zone, located between two neighbouring cones. In the first and the last by way of airflow, and also in directly joined to area of feeding of initial material in additional classification areas, there are created similar rates of ascending air, maximal for whole classifier, and in the rest additional classification areas rate of ascending air successively increased top-down. Received floating fraction of dry sample is directed to sedimentation into successively installed centrifugal devices, and received sinking fraction - gold-containing concentrate - regrinded and directed to treatment, similar to treatment of initial sample. After what final gold-containing concentrate is totally, and floating fraction after blending and reduction, are directed to analysis. Method is implemented at installation, containing mill, bin with shaking feeder, classifier in the form of vertical pipe, with devices for air feeding into bottom part of pipe, devices for withdrawal of floating and sinking fractions, located correspondingly in top and bottom parts of pipe, successively installed centrifugal devices, communicated to device for withdrawal of floating fractions, devices for mixing and reduction of received floating fraction. Inside the vertical pipe of classifier it is rigidly installed vertical row of hollow truncated cones, located by large basis upwards and allowing similar height and similar less basis. The first and the last in height hollow truncated cones, and also hollow truncated cones, placed directly above and under outlet port of shaking feeder, are implemented with similar geometry and maximal large basis, and large basis of the rest hollow truncated cones are implemented as increasing top-down.;EFFECT: reduction of duration of preparation of geological or technological samples of gold ores and placers to analysis, and also increasing of trustworthiness of sampling.;8 cl, 1 dwg
机译:矿物选矿技术领域本发明涉及矿物选矿领域,并且可以用于制备浸渍不良,浸渍弦状并且特别是含有高浸渍矿石和砂金的样品。在干法制备金矿石和砂矿的地质或工艺样品以进行干法分析的方法中,将含有大量金和聚集体的金进行研磨,然后将其以降液管的形式降入分级器的中间部分,以上升空气的方式进行转化。通过垂直排成一排的空心截锥的方式进行安装,该空心截锥的位置较大,向上,形成了主要的分类区域,位于每个空心截锥的内部,其次基准面与所有空心截锥的上升空气速率相似,另外的分类区域,位于环形间隙中,受管道内表面和每个空心截头圆锥的较大基础限制,对流区位于两个相邻圆锥之间。在第一个和最后一个通过气流的方式中,以及在其他分类区域中直接连接到初始物料的进料区域中,创建了相似的上升空气速率,对于整个分类器而言是最大的,而在其他附加分类区域中,则是的上升空气从上到下依次增加。接收到的干燥样品的漂浮部分直接进入连续安装的离心设备中进行沉降,接收到的沉淀部分-含金精矿-再磨碎并直接处理,类似于初始样品的处理。在最终的含金精矿全部浓缩之后,将混合和还原后的浮选级分进行分析。该方法在安装时实施,包括磨机,带有摇动进料器的料仓,垂直管形式的分级机,用于将空气送入管底部的装置,用于将漂浮和下沉馏分排出的装置,分别位于容器的顶部和底部管道,先后安装的离心设备,与用于排出漂浮部分的设备,用于混合和减少接收到的漂浮部分的设备连通的设备。在分级机的垂直管内,刚性安装了垂直排的空心截头圆锥体,该圆锥体以较大的基础向上定位,并允许类似的高度和类似的较小基础。高度最高的第一个和最后一个空心截锥,以及直接放置在振动进料器出口上方和下方的空心截锥,以相似的几何形状实现,并且最大基数最大,其余的大空心截锥实现为从上到下增加;效果:减少金矿和砂矿的地质或工艺样品的制备时间以进行分析,并增加采样的可信度; 8 cl,1 dwg

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