Measuring of Surface Shape of Cloths by Ultrasonic Sensor

S. Nishikawa, H. Niwaya, A. Shibuya, N. Aisaka
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引用次数: 2

Abstract

We have tried applying the distance mesuring technique by ultrasonic sensor to non-contact measurement of the surface shape of cloth with small curve such as wrinkle. An ultrasonic sensor used is a focusing type (dia.: 30 mm; focus:50 mm; beam dia.: lmm). It is observed that the sensor can detect the change at the level of 1 mm both in height and in interval of the curved surface and this measuring method has the possibility to obtain the fairly accurate result for the measurement of the shape of small curved surface. Also, we have tried measuring the 3-dimensional shape of garment made of some large curved surfaces. In the experiment, we measured the distance from reflecting surface by attaching a sensor (dia.: 10 mm; focus: 60 mm; beam dia.: 6 mm) at the end of the arm of drape measuring apparatus (trial model). In this measurement, the data of 3-dimensional shape of garments made of sofa and thin materials were easily detected, and the efficiency of a non-contact measuring method by the ultrasonic was proved.
用超声波传感器测量织物表面形状
我们尝试将超声波传感器距离测量技术应用于皱纹等小曲线布料表面形状的非接触式测量。所使用的超声波传感器是聚焦型(直径)。: 30毫米;重点:50 mm;梁迪亚。: lmm)。结果表明,该传感器可以检测到曲面高度和间距在1mm水平上的变化,这种测量方法对于小曲面形状的测量有可能获得相当精确的结果。我们也尝试了一些大曲面服装的三维形状的测量。在实验中,我们通过连接一个传感器(直径)来测量到反射表面的距离。: 10毫米;对焦:60毫米;梁迪亚。悬垂测量仪(试验模型)臂端:6mm。通过对沙发和薄型面料服装的三维形状数据的测量,验证了非接触式超声测量方法的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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