1) reception and transfer system
接收及输送系统
3) transporting system
输送系统
1.
Theory research on new deep-sea mining hydraulic transporting system
新型深海采矿水力输送系统研究
2.
This paper describes the characteristic of ACS 600 frequency converters and applied structure in the fuel oil transporting system.
为了解决这些问题,采用ACS600型变频器对燃油输送系统进行了改造,目的是通过变频器改变电机转速来调节管道燃油的流量。
3.
Based this petri net model,the scheduling problem of running process of transporting system in an typical automated high rise warehouse is studied,the process is modeled with real time control petri net and the deadlock of transporting system is analysed.
基于此 petri 网模型,对自动化立体仓库输送系统运行过程的调度问题进行研究,建立了一种典型立体仓库输送系统的实时控制的 petri 网模型,并且对系统死锁进行了研究。
4) Transportation system
输送系统
1.
This paper analyses the role that transportation systems play in supply chains of steel corporations,points out problems that exist in transportation systems in steel corporations,and sets up a standard operation flow and a communication flow for steel corporations.
分析了输送系统在钢铁企业供应链上的重要地位,指出钢铁企业输送系统目前存在的问题,规划了钢铁企业输送系统业务流程和基于标准流程的信息流,并在此基础上建立流程实时监控和阶段性控制指标体系和指标的计算公式,使钢铁企业的输送系统得到合理的规划和严格监控。
2.
A new multiqueue method with variable priority is presented to solve the real time dynamic scheduling problem of automatic transportation system in flexible electrophoresis production line.
提出可变优先级的多重任务队列方法 ,解决电泳柔性生产线自动输送系统的实时动态调度问题。
3.
The pull control of long transportation belt is a very important link in the entire transportation system.
长输送带的拉力控制是整个输送系统的一个十分重要的环节。
5) mineral transporting system
输送系统
1.
Influence of mining vehicle movement on sea mining flexible mineral transporting system;
采矿车运动对深海采矿软管输送系统的影响分析
2.
Conclusion can be drawn from the comparative research that simple mineral transporting system in not.
根据矿石输送软管的挠度变化很大的特点,采用了几何非线性有限元理论对输送系统进行力学分析;根据输送管道在采矿船和采矿车的牵引下运动,同时受到管道和管内流体重力,以及浮力作用的情况,采用有限元分别对三种参数值的输送系统进行了计算分析。
6) transfer system
输送系统
1.
Melt temperature automatic control plan in PET melt transfer system;
PET熔体输送系统中熔体温度自动控制方案
2.
A geyering experiment study in vertical cryogenic transfer system was made with liquid nitrogen as a working fluid.
为研究低温输送系统的低温垂直管路中可能出现的间歇泉现象,采用液氮为工质,进行了间歇泉现象模拟实验研究。
补充资料：接收
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