矿井设计优选是一个多系统不相容问题。
Optimization of mine design plan is a multisystem incompatible problem.
从而有利于生产管理和矿井设计选用合理的方案。
It is advantageous to the management of production and selecting reasonable plan in mine design.
对今后的矿井设计、建设和生产均有一定的指导意义。
It has instructional significance to mine design, construction and production henceforth.
文章采用多目标决策法进行近水平煤层矿井设计的最优化。
This paper demonstrates the optimization of the nearly flat seam underground coal mine planning by the multi-objective decision-making method.
最后给出了软件系统在矿井设计与通风安全管理中的应用实例。
Finally application instance of design and ventilation safety management in coal mine were shown.
正确预测瓦斯涌出量，对于指导矿井设计和安全生产有重要意义。
Precisely predicting the amount of gas emitted from the coal face is of great importance in the design of mine and production safety.
本文利用一种新的方案评判法——关联分析法，来评判矿井设计方案。
A new project assessment method, correlation analysis, is applied to assess the project in coal mine design.
根据涌水量预计结果，为矿井设计排水方案的最优化选择提供科学依据。
Finally, according to the result, it provides scientific basis for the optimization selection of mine design drain scheme.
对矿井设计、管道安装、建筑构件及计算机辅助设计都有着重要的意义。
This is of important significance for mine design, conduit assemble, structural member and computer aided design.
正确预测瓦斯涌出量，对于指导矿井设计和煤矿安全生产有重要的现实意义。
Accurate prediction of gas emission is of great practical significance in guiding mine design and ensuring work safety in coal mines.
据调查，当前矿井设计过程中，遇到该类求解问题时，多是通过作图法粗略求解。
According to the investigation, during the current mine designing, when meet such problems mostly solve it by the method of making diagram.
矿井设计是一项复杂的系统工程。具有多目标、多因素的特点，要求以多目标、多准则进行优化。
The mine design is a complex system project. It has the properties of multi-goal and multi factor, and must be optimized by multi-goal and multi-criterion.
提出一种用专家系统的不精确推理来得出评估结果的新方法，此方法可以应用于煤层的评估及矿井设计前的模拟。
This way can be used not only in the field of spontaneous combustion risk assessment in coal seam, but also in simulation before designing.
ZZS6 0 0 0 / 17/ 37A型四柱支撑掩护式液压支架是专为“高产高效”矿井设计的综采支护设备。
ZZS6000/17/37A four pillars chock-shield is fully-mechanized support equipment that is designed for high output and efficiency mine.
针对矿井喷浆机器人设计的要求，对机器人大臂端点位置进行运动分析。
Being directed against the demand of the mine guniting robot's design, do the active analysis to the situation of robot's arms end.
该分配方法的研究，可为矿井通风系统可靠性优化设计提供一条新的研究思路。
The research of these distribution methods could provide a new way of thinking for optimized reliability design of the mine ventilation system.
采用的控顶设计方法可以在类似矿井条件下推广应用。
The roof control design method may be used in mines with similar conditions.
介绍了一种实时在线矿井突水监测科氏力质量流量计的设计。
This paper introduces the design of a Coriolis mass flowmeter for the on-line monitoring of water inrush in mine.
其可靠性研究是优化矿井通风设计，保障安全生产和日常管理的一项重要任务。
Its reliability research is an important task that optimizing the mine ventilation design, guarantee safe production and daily management.
通风系统可靠性分配是优化矿井通风系统可靠性设计、保障安全生产和日常管理的一项重要指标。
The reliability distribution of ventilation system is an important index when optimizing the reliability design of mine ventilation system and insuring production safety and routine management.
采用的控顶设计方法可以在类似矿井条件下推广应用。
The roof-control design method adopted can be applied in the similar mine.
本文详细地论述了矿井提升设备优化设计问题。
The paper discusses the problem on optimum design of mine hoisting equipment.
不断优化巷道布置方式，降低巷道掘进率，是矿井开采设计过程中的一项非常重要任务。
Optimizing roadway arrangement way unceasingly, reducing the tunnel drivage ratio is an important task in the mine mining design process.
由于煤矿系统无功补偿和谐波污染问题日趋严重，设计了以矿井直流提升机为负载的TCR无功补偿系统。
Due to the problem of reactive power compensation and harmonic pollution becoming serious in mine system, TCR reactive compensation system for load of mine DC elevator was designed.
阐述了矿井通风机改造的气动设计及其强度计算与试验。指出了其经济效益，并谈及了几点体会。
Aerodynamic design and strength calculation and test of transformation for fan in mine are set forth. Its economic benefits are pointed out. points for experience are described.
也是优化矿井通风设计、促进安全生产的一项重要任务。
And so is one of the important tasks to optimize mine ventilation design and to accelerate safe production.
介绍矿井提升精确位置显示系统的设计。
This paper introduce the design of accurate position display system for mine hoisting.
对煤矿安全生产、矿井优化设计和计算结果的可视化具有指导意义。
The purpose of this paper is to fulfill virtual mine system. It has significance to mining safety, mine optimum design and visualization etc.
对煤矿安全生产、矿井优化设计和计算结果的可视化具有指导意义。
The purpose of this paper is to fulfill virtual mine system. It has significance to mining safety, mine optimum design and visualization etc.
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