矿仓

kuàng cāng
  • ore storage bin
矿仓矿仓
矿仓[kuàng cāng]
  1. 本系统监测破碎高压室、筛分电磁站、中细破电磁站、破碎粉矿仓电磁站进线柜和重要设备的电能质量参数,信号通过RS-485总线传送给计算机。

    The hyperbaric chamber system monitoring crushing , screening magnetic stations , stations in the electromagnetic fine broken , broken powder ore magnetic storage cabinets and an important station equipment into the line of power quality parameters , the signal transmitted through the RS-485 bus to the computer .

  2. 稀土含油尼龙衬板在矿仓的应用

    Application of rare-earth oil contained nylon liner in fine bin

  3. 溜井系统矿仓加固形式的探讨

    Discussion on lining forms of storage pockets of pass system

  4. 水压爆破拆除露天储矿仓管柱

    Demolition of Open Ore-bunker Pillars by Hydraulic Pressure Blasting

  5. 主溜井及矿仓的复合加固工艺

    Compound Reinforcement Technology for Main Ore-pass and Ore Bins

  6. 斜坡矿仓的加固研究

    A study of reinforcing mineral depository on slope

  7. 矿仓优化配矿专家决策支持系统

    Expert Decision Support System for Ore-Bin Optimization Blending

  8. 矿仓料位过程控制不稳定性分析及其改造

    Analysis of Instability of Process Control of Material Level for Ore Bin and Its Reform

  9. 有色冶炼厂房及矿仓结构破损分析与加固研究

    Breakage analysis and reinforcement research on the structure of the nonferrous smelting workshop and the ore-bin

  10. 通过对矿仓粘料原因的分析与解决粘料的实践,介绍了稀土含油尼龙衬板的使用效果

    Through the analyses of material sticking in fine bin and comparison the practices of anti sticking , the effect of rare earth oil contained nylon liner was presented

  11. 简介了大红山选矿厂中间矿仓施工图设计方案;阐述了圆筒仓支承与仓底板、基础形式的关系;

    The Working drawing scheme of surge silo of Dahongshan concentrator was introduced in brief , the relationship between the silo support , the silo base and the foundation type was described .

  12. 针对厂矿储仓固体料位监测的需求,并结合实际应用,介绍了矿仓料位计算机监督控制系统的设计及系统功能。

    According to the monitoring reguirements of the solid material level in ore bins of factories and mines and in conbination with the practical application , the design and functions of the computer monitoring system for the material level of ore bin are described .

  13. 本文在分析研究铜官山选厂矿仓及其支档结构的变形破坏特征的大量实测资料的基础上,进行了地基与基础的应力及矿仓超静定结构的受力分析。

    On the basis of observation data of deformation and failure characteristics of the bunker and the support structure , the paper discusses the stress analysis of the base and foundation of the bunker as well as the stress state of the indeterminate structure .

  14. 2000年,南钢一烧在800圆筒料仓、热返矿仓等料仓上采用该系统后,烧结机台时产量和作业率提高,取得了明显的经济效益。

    In the year 2000 , the system was applied to the 800 cylindric surge bins and hot fines bins in NANGANG № 1 sintering plant , as a result , the sinter output and the equipment operating rate were increased and the obvious benefit was obtained .

  15. 张北矿水仓工程地质条件论证与设计优化

    Demonstration and Optimum Design on Engineering Geological Conditions of Zhangbei Coal Mine Water Bin

  16. 在加固铜绿山矿成品矿仓的施工中,原用弧形模进行混凝土浇灌。

    In the construction for consolidating finished products pocket in Tonglushan Mine , Primary the arcuate shuttering was used to placing concrete .

  17. 露天矿破碎站缓冲仓的合理设置

    Rational Capacity Setting of the Storage Bin at Open - pit Crushing Station

  18. 在诸如焦化厂的许多厂矿中需要将破碎的矿料,自料仓由高处装入火车(汽车)内。

    In many workplaces , such as coking plant , broken mineral aggregates are loaded from silo to train ( vehicles ) .

  19. 分析了屯兰矿选煤厂原煤仓下电振给煤机吊挂系统损坏频繁的原因,将吊挂式改为支应安装方式,消除了环节影响。

    Analyses reason that suspension system of electrical vibration convey coal machine is breaked under cleek coal store , changes suspension system into supporting system , that dispel effect of sector .

  20. 文章对马路坪矿段740水仓工程变形原因进行了深入研究,内容涉及泵房工程地质和水文地质条件、支护结构及形式、爆轰波的影响等。

    Considering the engineering conditions on site of the 740 water storehouse , which includes hydrological and geological conditions , the structure of timbering and its methods , and the effect of blasting waves etc.

  21. 深海多金属结核开采系统的扬矿系统主要由扬矿硬管、扬矿泵、中间仓、扬矿软管等组成的长管线系统构成,其水下运动学和动力学行为,决定了深海采矿的成败。

    The lift pipe subsystem of poly-metallic nodule mining system consists of steel pipe , pump , buffer , and flexible hose , whose kinematics and dynamics performances in water are crucial factors for the achievement of the deep sea mining .