首页> 外国专利> METHOD OF ACOUSTIC AND HYDRAULIC PULSE SOFTENING AND DISINTEGRATION OF HIGHLY PLASTIC CLAY SANDS OF GOLD-BEARING PLACERS

METHOD OF ACOUSTIC AND HYDRAULIC PULSE SOFTENING AND DISINTEGRATION OF HIGHLY PLASTIC CLAY SANDS OF GOLD-BEARING PLACERS

机译:含金砂土的高塑性黏土砂土的声压液压软化与解体方法

摘要

FIELD: technological processes.;SUBSTANCE: invention relates to mining industry and may be used to develop natural and anthropogenic high-clayey gravel deposits of minerals with high content of fine and thin gold. The method of acoustic and hydraulic pulse softening and disintegration of high-plastic clay sands of gold-bearing placers includes placer opening, formation of an accumulator, softening of clay sands with the help of water supply and subsequent filtration process, assembly of a plant of discharge hydraulic transportation of the hydraulic mixture. Hydraulic washing of sands is carried out with subsequent free-flow supply of a hydraulic mixture into the accumulator and subsequent pressure hydraulic transportation of the hydraulic mixture to the system of washing and sizing, which is coupled with an additional accumulator by means of a mechanism that supplies the sized hydraulic mixture. Periodic acoustic exposure is carried out with directed radiation of 20 kHz frequency and intensity from 5 to 10 W/cm2 to a large-sized solid component of the hydraulic mixture in the additional accumulator before and after periodical hydrodynamic exposure of pulse loads generated in case of high-voltage electric breakthrough and producing voltage with exceeding the limit strength of the solid component of the hydraulic mixture depending on its water saturation. Number of charges is determined on the basis of the specific size of the largest piece.;EFFECT: increased efficiency of damage and disintegration of clay sands of placers.;1 dwg, 1 tbl
机译:技术领域;技术领域;本发明涉及采矿业,并且可以用于开发天然和人为的高粘土砾石矿床,这些矿床具有高含量的细金和稀金。含金砂矿的高塑性粘土砂的声波和水力脉冲软化和崩解方法包括:铺砂,打开蓄能器,借助供水软化粘土砂和随后的过滤过程,组装工厂排出液压混合物的液压运输。进行液压砂洗,随后将液压混合物自由流动地输送到蓄能器中,然后将液压混合物压力液压输送到洗涤和施胶系统中,该系统通过附加的机械装置与附加的蓄能器相连提供尺寸合适的液压混合物。周期性声波暴露是在周期性流体动力学前后,通过频率为20 kHz的定向辐射和强度为5至10 W / cm 2 的附加辐射对附加蓄能器中液压混合物的大型固体成分进行的。暴露在高压电击穿情况下产生的脉冲负载,并且产生的电压超过液压混合物固体成分的极限强度(取决于其水饱和度)。装料数是根据最大块的具体尺寸确定的;效果:砂土砂的损坏和分解效率提高; 1 dwg,1 tbl

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