The system composed of hardware inspecting circuit and visual instrument software.
该系统由硬件信号检测电路和相关软件组成。
The combination of the visual instrument and WMI remotely instrument control makes it a whole distributed instrument test system.
在此基础上结合远程客户端的虚拟仪器和WMI远程仪器控制，形成了一套完整的分布式仪器的测试系统。
The experimental process and results of measuring impulse voltage and impulse current are introduced for using impulse calibration system to calibrate visual instrument.
介绍了使用冲击校准仪来标定虚拟仪器测量雷电冲击波形和操作冲击波形的试验过程和结果。
In the experiment, the method of determination of impulse scale factor of visual instrument and the effect of measuring the time parameters with visual instrument are studied.
用试验初步研究了确定虚拟仪器冲击刻度因数的方法和虚拟仪器测量时间参数的效果。
It adopts visual instrument technique and combines characteristics of dust catcher and demister to develop an effective data acquisition system, it can accomplish signal collection and processing.
采用了虚拟仪器技术，结合除尘和除雾器的特点开发了一种有效的采集系统，来完成对信号的采集和处理。
Dataflow language (DFL) is the basis of most virtual instrument oriented visual programming environment.
数据流语言是面向虚拟仪器的可视化编程环境的核心。
The main blade and the blade Angle secant Angle precision instrument by the visual display.
主锯片及割线锯片倾角由精密角度仪直观显示。
Objective To provide an effective instrument assessed the ability of children's visual motor integration in China.
目的为系统完善地评估我国儿童视觉运动整合的发育提供有效工具。
SD90762 residual chlorine measuring instrument using photoelectron colorimetric detection principle to replace the traditional visual colorimetry.
SD90762余氯测定仪采用光电子比色检测原理取代传统的目视比色法。
The automatic testing software platform provides a visual developing environment, a test resource managing tool, a test data managing tool and a instrument driver managing tool.
测试软件平台为测试系统的组建提供了可视化的测试程序开发环境、测试资源的管理、测试数据的管理和仪器驱动库的管理等工具。
This paper presents an integrated signal analytic system based on virtual instrument concept and a visual editor of instrument function.
文章提出了一种以虚拟仪器概念开发的、基于可视化仪器功能编辑的集成信号分析系统。
The relationship among visual range, minimum blind area of photoelectric transformation system, emitting energy of lasers and distance from the instrument to cooperation target was gained.
导出了能见距离、光电转换系统的最小盲区、激光器的发射能量以及仪器与合作目标间的距离四者之间的关系。
Advanced technology makes the image production, store and spread possible, and thus the artists can resort to the modern visual images as their creation material, expression instrument and art forms.
科学技术为影像的制作、储存和传播提供了先进的方法，现代影像已成为艺术家的创作媒介、表达手段和作品形式。
A measuring instrument about diffuse visual transmission density is introduced, and a numerical calculating method is discussed, which is applied in the advanced research.
本文介绍了漫透射视觉密度基准的测量装置，详细论述了该基准装置改造时光路调试中应用的数值计算方法。
Objective to develop a kind of portable subjective visual vertical (SVV) perception test instrument and a test device for otolith function.
目的研制便携式主观视觉垂直线(SVV)知觉检测仪，提供耳石器功能检测设备。
Conclusion: This instrument has a significant value for complementing the examination of visual function and diagnosing some eyes diseases.
结论：该仪器对补充视功能检查，及时发现某些眼病有一定的诊断价值。
Optimized choice of emitting energy of lasers in transmission detection instrument for visual range was studied.
本文研究了透射式能见距离测量仪所用激光器的发射能量的优化选择。
A measuring instrument about diffuse visual transmission density is introduced, and a numerical calculating method is discussed, which is applied in the advanced research.
本文介绍了漫透射视觉密度基准的测量装置 ，详细论述了该基准装置改造时光路调试中应用的数值计算方法。
A measuring instrument about diffuse visual transmission density is introduced, and a numerical calculating method is discussed, which is applied in the advanced research.
本文介绍了漫透射视觉密度基准的测量装置 ，详细论述了该基准装置改造时光路调试中应用的数值计算方法。
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