井底水仓,shaft sump
1)shaft sump井底水仓
2)spoil bunker井底渣仓
1.The design of the spoil disposal system for the construction of the large and long tunnel tunneled through the inclined shaft is described emphatically herein,which includes the design of the spoil disposal through the inclined shaft with the railed transportation and the designs for both the arrangement of the machineries and thespoil bunker at the crossing of the main tunnel and the shaft.其主要内容为采用有轨运输的斜井施工出渣形式设计,机械设备的配套及主支洞交叉段井底渣仓的设计。
3)shaft coal pocket井底煤仓
1.This article briefly analysed the design ofshaft coal pocket,and particularly expounded the impacts of design on construction.在对井底煤仓设计简要分析的同时,着重从井底煤仓设计对施工的影响进行论述,并结合实例,对井底煤仓设计进行改进,力求施工工艺更趋简单,更符合实际使用要求。
英文短句/例句
1.Research on Visualized Computer Simulation and Appraisal of Pit bottom Coal Bunker Capacity可视化计算机模拟与煤矿井底煤仓容量的核定研究
2.Application of Anti-well Drilling Rig to Main Shaft Coal Bunker Construction in Xinyi Coal Mine反井钻机在新义煤矿主井煤仓施工中的应用
3.Raise construction for vertical coal bunker:technical practice in shaft wall water leakage prevention and control立井煤仓反井施工及井壁防渗漏水技术的实践
4.Cause Analysis and Resolution of Mine Coal Bunker Jam矿井煤仓堵塞的原因分析和解决方法
5.Code for design of chambers around pit-bottom of coal mine煤矿矿井井底车场硐室设计规范
6.Design and Construction of Inclined High-capacity Bunker for Tinpot Coal under High Stress and through Multi-layer in Deep Mine深井穿层大容量倾斜劣质煤煤仓设计与施工
7.Improve Design About Clear Storehouse Applicance Four Arris Awl Tpey Bottom Catch Coal Storehouse in Jiexiu Coal Washing Plant介休洗煤厂受煤坑四棱锥底清仓器的改进设计
8.Study on Water Sump Level Monitoring System of Central Pumping House under Mine煤矿井下中央泵房水仓水位监测系统的设计
9.A consolidating technology of pouring starch into bottom board to cut off water in coal pitJiaozuo coal industry group Fang-Zhuang coal mine;井下煤层隔水底板注浆堵水加固技术
10.Bunker [coal]料斗,浅仓 [煤]
11.Research and Development of Forecast System for Water Inrush from Mine Coal Bed Floor Based on GIS基于GIS的矿井煤层底板突水预测系统研发
12.Numerical Simulation Research on Water-burst from Floor in Full-mechanized Caving Mining Thick Coal Seam in Deep Mine深井厚煤层综放开采底板突水数值模拟研究
13.Grouting Control Technology for Water Inrush from Seam Floor in East Mine of Gequan Mine葛泉矿东井煤层底板突水注浆治理技术
14.Hydraulic Characteristics of Limestone Aquifer in Ji Group Coal Floor and Its Impact to Coal Mine Water Filling in No.12 Mine of Pingdingshan Coal Mining Group Corporation平煤十二矿己组煤层底板灰岩水赋存规律及对矿井充水影响
15.II1 Coal Floor Seepage Field Pattern and Water Control Measures in Ningzhuang Pit, Liyuan Coalmine平煤梨园矿宁庄井二_1煤层底板渗流场规律及防治水对策
16.In indined or horizontal shafts, conveyer belts are frequently used for this purpose. at the bottom of the shaft is a sump, a pit which collects water.在斜井和平峒中，常用带式运输机来完成这个工作。井底有一个水仓，用来集水。
17.Design of Intelligent Monitor of Water Inrush from Coal Floor Based on Acoustic Emission Characteristic of Moisture Coal-rock基于含水煤岩声发射特性的矿井底板突水智能监测仪设计
18.The Hydrogeological Conditions of the Strata Under No.9 Coal Seam of Zhaigou Coal Field寨沟井田二水平9号煤层底部岩层水文地质条件分析究与应用
相关短句/例句
spoil bunker井底渣仓
1.The design of the spoil disposal system for the construction of the large and long tunnel tunneled through the inclined shaft is described emphatically herein,which includes the design of the spoil disposal through the inclined shaft with the railed transportation and the designs for both the arrangement of the machineries and thespoil bunker at the crossing of the main tunnel and the shaft.其主要内容为采用有轨运输的斜井施工出渣形式设计,机械设备的配套及主支洞交叉段井底渣仓的设计。
3)shaft coal pocket井底煤仓
1.This article briefly analysed the design ofshaft coal pocket,and particularly expounded the impacts of design on construction.在对井底煤仓设计简要分析的同时,着重从井底煤仓设计对施工的影响进行论述,并结合实例,对井底煤仓设计进行改进,力求施工工艺更趋简单,更符合实际使用要求。
4)sump[英][s?mp][美][s?mp]矿井水仓
5)bottom intake of infiltrationwell井底进水
6)hold well舱底水井
延伸阅读
井底水窝排水井底水窝排水drainage at shaft bottomJilt州j shaiwo闪15旧l井底水窝排水(drainage at shaft bottom)保证矿井提升作业正常进行的辅助设施之一。井底水窝排出的水，一般经水沟流人水仓.井底水窝排水通常设置两台小型卧式离心泵，其中一台工作，一台备用.也有采用气动膜片泵、喷射泵、气动或电动潜水泵的。井底水窝空间小，作业条件差，水泵一般实行自动控制。井底水窝除承接井筒淋水外，还承接由提升容器撒落的粉矿。因此，井底水窝排水必须与井底粉矿清理设施统一考虑，使之互相协调。井底水窝排水方式与井筒类型、水窝深度有关。针井井底水窝排水与竖井井底水窝排水基本相同。后者是这样排水的:当利用卧式离心泵排水时，如水窝较深，水泵一般设置在开凿于井壁的专用俐室内或简易平台上，如水窝较浅，水泵吸上高度能满足要求时，可将水泵放在马头门的巷道内;如井底水窝设有专门的粉矿清理斜巷时，可将水泵设在斜巷或附近的用室中。当利用气动膜片泵、喷射泵、气动或电动潜水泵排水时，要按照各种泵的不同技术要求，将其置于水窝内的适当位置。(刘凡文)
