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1) operational profile
操作剖面
1.
Optimizing design method of operational profile in statistical testing;
统计测试中操作剖面的一种优化设计方法
2.
In order to produce reliability test cases for real-time control software,a hybrid model based on UML is presented by analyzing the operational profile model and Markov chain model.
为了解决实时控制系统软件可靠性测试用例生成的问题,在分析操作剖面模型和Markov链模型的基础上,提出了一种基于UML的混合模型。
3.
A new approach for developing operational profile used in software reliability engineering was presented, based on UML (Unified Modeling Language) use case diagram and sequence diagram model.
探讨了由面向对象用例模型构造操作剖面的可行性 ,结合一个实例 ,详细介绍基于统一建模语言UML(UnifiedModelingLanguage)的用例图和顺序图构造操作剖面的具体方法 ,并对基于UML用例图和顺序图构造操作剖面方法的有效性进行了分析 。
2) operative-section
操作剖面
1.
Based on three existent methods, this paper combines the idea of Simplex and Operative-Section to improve the strategy for CBS construction, named SO method.
本文在现有的三种构建方法的基础上,结合了Simplex思想和操作剖面思想两种思想, 提出了一种改进的方法(SO方法)来构建基于组件的软件系统。
3) uncertainty operational profile
不确定操作剖面
4) working on plane
平面操作
5) operating interface
操作界面
1.
It provides good help,and imitates operating interface and processing movement of cutting tools.
该系统模拟了数控铣床的操作界面、刀具的运动过程以及工件加工后的效果,并提供了友好的帮助系统。
2.
The software, with user-friendly operating interfaces, can calculate the load of different types of underground spaces in different regions,and spontaneously generate design and calculation specification sheets.
该软件操作界面简单,可计算不同地区、不同工程类型的各种地下建筑的负荷,并自动生成详尽的设计计算书。
6) operating board
操作台面
1.
The paper uses the ergonomics theory to analyze the shearer operating board and redesign the operating device to reduce the probability of misoperation and improve the productive efficiency of shearer.
运用人机工程学的理论,对采煤机操作台面进行分析研究,对操纵器进行重新设计,以降低误操作概率,提高采煤机的生产效率。
补充资料：关于solidworks 中的剖面线中的剖面线
solidworks的剖面线线型定义和autocad相同,它使用了autocad的剖面线定义方法,与autocad通用.因此,可以对剖面线进行定义. 方法:修改\SolidWorks\lang\chinese-simplified\sldwks.prn 用笔记本打开该文件,添加需要的线形.如 ;; Based on AutoCAD Ver.13.0s Hatch Pattern File ;;;; solidworks 区域剖面线定义文件 :: *金属, (Iron BrickStone), ANSI Iron, Brick, Stone masonry 45, 0,0, 0,.125 *塑料, (Lead Zinc Mg), ANSI Lead, Zinc, Magnesium, Sound/Heat/Elec Insulation 45, 0,0, 0,.125 135, 0,0, 0,.125 *玻璃,AR-GLASS@1.0 45,0,0,0,0.5, 0.5,-0.5 45,0,0.1414214, 0,0.5, 0.3,-0.7 45,0.1414214,0, 0,0.5, 0.3,-0.7 *软木, Cork material@1.0 0, 0,0, 0,.125 135, .0625,-.0625, 0,.35355339, .176776696,-.176776696 135, .09375,-.0625, 0,.35355339, .176776696,-.176776696 135, .125,-.0625, 0,.35355339, .176776696,-.176776696 *无, None 删除不需要的定义类型,可以大大提高solidworks 的启动速度
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
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