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首页> 外文会议>2017 International Conference on Inventive Computing and Informatics >Automated experimental procedure using sensors and Arduino
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Automated experimental procedure using sensors and Arduino

机译：使用传感器和Arduino的自动化实验程序

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摘要

This paper presents a novel method of automating experimental measurements in a laboratory environment. The acquisition and analysis of experimental data is possible using electronic sensors, open source software and hardware environment that makes the whole process simpler. This paper presents an experimental environment of testing of a centrifugal pump. However, the same approach can be extended to similar experiments that involve measurement of various parameters. In this experiment pressures, flow rate and speed that are essential parameters in a typical pump testing is measured using sensors and interfaced with the open source hardware Arduino. The advantage of using this approach is easy readability, more accurate and time saving. Different sensors that are used and calibration procedures involved are explained. The instrument chain consisting of sensors, Arduino and personal computer needed for the analysis of acquired data is explained.
机译：本文提出了一种在实验室环境中自动进行实验测量的新颖方法。使用电子传感器，开源软件和硬件环境可以进行实验数据的采集和分析，从而简化了整个过程。本文介绍了离心泵测试的实验环境。但是，相同的方法可以扩展到涉及各种参数测量的相似实验。在此实验中，压力，流速和速度是典型泵测试中必不可少的参数，是使用传感器测量的，并与开源硬件Arduino接口。使用此方法的优点是易于阅读，更准确且节省时间。解释了使用的不同传感器以及涉及的校准程序。说明了分析传感器所需的由传感器，Arduino和个人计算机组成的仪器链。

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