1)complex equipment复杂装备
1.Agility-oriented production planning management system for complex equipment enterprise;复杂装备企业的敏捷化生产计划管理系统研究
2.Integrated design based-on reliability of complex equipment;基于可靠性的复杂装备综合集成设计
3.Research on Material Integrated Management Techniques for Complex Equipment Manufacturing Enterprise;复杂装备制造企业物料集成管理技术研究
英文短句/例句
1.Research on Key Technology of Diagnosis and Maintenance System for Complex Equipment;复杂装备诊断维护系统关键技术研究
2.Research on Servicing Inventory Optimized Control for Complex Equipment System;复杂装备系统保障库存优化控制研究
3.D-S Diagnosis Based on Bayes Network基于贝叶斯网络的复杂装备D-S诊断
4.Research on Material Integrated Management Techniques for Complex Equipment Manufacturing Enterprise;复杂装备制造企业物料集成管理技术研究
5.Research on the Design Method of Virtual Operation Training System for Large Complex Equipment;大型复杂装备虚拟操作训练系统设计方法研究
6.Research on the Virtual Maintenance Training Platform Technology for Large Complex Equipment;大型复杂装备虚拟维修训练平台技术研究
7.The Research of Remote Intelligent Monitoring, Diagnosis and Maintenance System for Complicated Equipment;复杂装备远程智能监测、诊断与维护系统研究
8.Research for Remote Fault Diagnosis System of Complicated Equipment Based on Multi-Agent基于多Agent的复杂装备远程故障诊断系统的研究
9.Approach on failure diagnosis knowledge acquisition in beginning stage of maintenance for complex equipments复杂装备早期维护中故障诊断知识获取方法
10.Fault Diagnosis System Study of Sophisticated Equipment Based on Case Reasoning基于案例推理的复杂装备故障诊断系统研究
11.Complex Equipment Virtual Maintenance Training Simulation Based on Process Modeling基于过程建模的复杂装备虚拟维修训练仿真
12.Research on health condition assessment method for complex equipment based on rough set and kernel space distance metric复杂装备健康状态评估的粗糙核距离度量方法
13.Research on Key Technology of Fault Diagnosis for Complex Mechatronic Equipment;复杂机电装备故障诊断关键技术研究
14.Scheduling Model of Complicated Cluster Tools with Single-Blade Robot复杂单臂机器人集束型装备调度模型
15.Analysis of the Construction of Complex Electromagnetic Environment in Equipment Support Training装备保障训练复杂电磁环境构建探析
16.Research on Integrated Logistics Support of Air Defence Equipment in Complicated Electromagnetic Environment in Battlefield;复杂电磁环境下防空兵武器装备综合保障研究
17.The study on relationship between equipment manufacturing and complex products and systems(CoPS);装备制造业与复杂产品系统(CoPS)的关系研究
18.Key Factors Analysis of CoPS in Equipment Manufacture Industry;装备制造业复杂产品研发的关键因素分析
相关短句/例句
complicated equipment复杂装备
1.Design of a remote visible maintenance system for complicated equipment;一种复杂装备可视化远程维修系统设计
2.The development circumstance of the ATS(automatic test system) and remote test and fault diagnosis for complicated equipments is introduced.简要介绍了国内外自动测试系统和复杂装备远程测试与故障诊断的发展情况,分析了远程测试与故障诊断的必要性和重要性,明确了远程诊断承担的任务和达到的目标,最后阐述了基于自动测试系统的复杂装备远程测试与故障诊断所涉及的技术。
3)complex missile weapon equipment复杂导弹装备
4)complex equipment system复杂装备系统
1.On model and simulation of complex equipment system based on colored Petri net;基于CPN的复杂装备系统维修任务建模仿真研究
2.On the basis of ABC analytical method,introducing ideas of classified control to servicing inventory for complex equipment system,we established an optimized model of inventory control.利用ABC分析法,引入对复杂装备系统保障库存分类控制的思想,建立了一种库存控制优化模型。
3.The complexity of complex equipment system itself causes to the complexity of its maintenance process.由于复杂装备系统本身的复杂性导致了复杂装备系统维修过程的复杂性。
5)complex mechanical device复杂机械装备
6)Complex electronic equipments复杂电子装备
延伸阅读
CAD中复杂线型的自定义方法折腾了一个下午就为了个自定义复杂线型的问题,晕~~~不过还好最后顺便解决,写出来大家分享一下~CAD中复杂线型的定义方法:安装ExpressTools工具.安装后启动CAD在工具栏上出现"ET扩展工具"菜单,若没有出现可以输入Expressmenu命令可以调出.分为三个步骤:1.定义形到形说明文件中(*.shp)绘制好要做为线型的图形,"ET扩展工具"菜单/"定制工具"/"制作形"命令:MKSHAPE出现以下提示选择一个".SHP"文件:<drawing.shp>:输入形一个文件名，您可以保存您的形到这个文件正在读取形文件:drawing.shp...完成。输入形名称:指定形的名称输入分辨率<124>:输入一个数字作为分辨率值插入基点:指定一点选择对象:选择直线、多段线、轻宽度多段线、圆弧、和/或椭圆对象（为了定义的效果，选择的对象被当作好像它们是一个连续的线型）命令执行完后会有相应提示,"使用SHAPE命令创建形到您的图形中。"2.将形显示出来根据前面命令的提示:"使用SHAPE命令创建形到您的图形中。"输入shape命令,输入要显示的形名,就是前面步骤中定义过的形插入到绘图区中3.利用显示出来的形定义复杂线型(*.lin)"ET扩展工具"菜单/"定制工具"/"制作线型"命令:MKLTYPE选择一个".LIN"文件::输入一个线型文件名和目录路径输入线型名称:指定一个线型名线型描述:指定线型描述线条定义起点:指定一个起点线条定义端点:指定一个端点选择对象:选择直线、多段线、轻宽度多段线、点、形、和/或文字对象命令执行结束后会提示制作成功并已加载线型文件此时可以直接使用线型文件在CAD中导入线型文件如果此线型文件在别处使用,可以通过手动加载线型来加载前面定义好的线型(在前面的步骤中,要注意生成的线型文件保存的位置)
