ShapeAccelArray传感器的精度和精度测试

M. Štroner, R. Urban, J. Balek
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引用次数: 2

摘要

measureand MEMS ShapeAccelArray传感器在许多方面都是独特的新设备,它允许以其他方式确定相对位移和变形。在少数文章中对这些仪器进行了描述、测试并与现有仪器进行了比较,但除了一篇文章外,它没有从工程测量的角度进行测试,在工程测量中,精确的精度和准确度知识是进一步使用的基础。实验结果是传感器本身测量变化的精度,使用的利弊和设计的一些特点,在使用之前最好了解一下。设计并进行了实际测试,以确定传感器变形测量在垂直安装、水平安装和收敛测量三种可能的使用类型下的相对和绝对测量精度。结果表明,所测传感器具有很高的精度,在某些条件下,其精度甚至远远高于测量公司给出的精度
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Test of the Precision and Accuracy of the ShapeAccelArray Sensor
Measurand MEMS ShapeAccelArray sensors are in many ways unique and new equipment, which allows to determine the relative displacements and deformations in other ways than before. The instruments are described, tested and compared with existing instrumentation in a small number of articles, but with exception of one it was not tested from engineering surveying point of view, where the exact precision and accuracy knowledge is a basis for the further use. The result of the experiments is the accuracy of measuring changes by the sensor itself, the pros and cons of its use and some features of its design, which is good to know before using it. There were designed and performed practical tests to determine the relative and absolute measurement accuracy of the sensor deformations measurement in all three possible types of use, namely the vertical installation, the horizontal installation and the measurement of convergence. The results show high accuracy of the sensor tested, which is under certain conditions even considerably higher than that given by Measurand
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