1) spacepipeline systems arrangement
空间管道布置
2) spatial layout
空间布置
1.
The approach considers the spatial layout and the time scheduling simultaneously,and in the whole scheduling plan period,the algorithm is divided into two parts:the first is the pre-scheduling stage,the scheduling time is separated into the continual time-slices,and the block candidate set is got via the time constraint,the initial layout sta.
该方法同时考虑了空间布置和时间调度两方面因素,在整个调度规划周期内,算法分成两部分:一是调度准备阶段,把调度时间分割成连续的时间段,并通过时间约束条件得到在每个分场地内需要组装的模块候选集,同时得到分场地的初始布局状态;二是局部调度阶段,通过深度优先树搜索的方法,在每个时间片内使用局部调度算法进行空间布置搜索,得出最优调度。
3) spatial arrangement
空间布置
1.
By introducing three-dimensional model,dyna-mic stereogram for components connected with equipment,installation and device configuration was demonstrated from multi-angles of view,which can conduce to spatial arrangement of device configuration during mineral processing plant design and improvement of efficiency and quality for design.
介绍了三维模型设计的发展现状,及在选矿厂设计中的应用,通过引入三维模型,对设备衔接作用的部构件、机组安装和设备配置作多视角动态的立体图展示,有利于选矿厂设计对设备配置的空间布置,提高设计效率及设计质量。
4) piping
[英]['paɪpɪŋ] [美]['paɪpɪŋ]
管道布置
1.
Based the characteristics of the cryogenic methanol-washing system for coal-based synhesis plant,the special piping requirements inengineering design are summarized in this artical for the designer' referrence.
根据煤制合成气低温甲醇洗涤净化工艺装置系统特点,对其管道布置在工程设计时的一些特殊要求进行总结,供工程设计人员参考。
5) Piping layout
管道布置
1.
The results showed that the improved software is suited to the piping layout design standard of China.
结果表明 ,经改进的软件能很好地适应中国标准化管道布置设计。
6) tube layout
管道布置
1.
Through the forms of drainage tubes,it makes illustration in detail on each kind of tube layout and pavement,emphasizes the skill needs of some key parts and sections,meantime,it points out the importance of coordination with equipping in construction.
根据给排水管道布置和敷设的要求及规范,说明了室内给排水管道的布置和敷设方法,通过给排水管道的组成,分别对各种管道的布置和敷设做了详细的说明,强调了一些重点部位和重点环节的技术要求,同时指出了土建一定要和安装配合的重要性。
2.
It discusses the daily drainage design from system,tube materials,appendix,venthole,tube layout and pavement as well as rain-water drainage,and analyzes problems which should be noticed during drainage design,so as to improve the general designing level of ours.
对日常的排水设计从系统、管材及附件、通气管、管道布置及敷设和屋面雨水的排出等方面进行了论述,并分析了设计中应注意的问题,以完善和提高整体设计水平。
补充资料:管道SCADA(见管道数据采集与监控系统)
管道SCADA(见管道数据采集与监控系统)
popeline supervisory control and data acquisition system
管道SCADA(PIPelinesuPervisory eontroland data aequisition system)与监控系统。见管道数据采集
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条