Application of binocular structured light 3D measurement technology in refrigerator volume measurement

Pengli Cheng
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Abstract

In view of the difficulties of volume measurement in the evaluation of refrigerator energy efficiency grade, based on the analysis of the principle of each measurement method, combined with the characteristics of refrigerator volume measurement, the technology combining structured light and binocular vision measurement was used. The structured light adopts speckle structured light. After the scanner is calibrated, the data is collected. After the data is denoised, smoothed, and edges are extracted, the volume is calculated. The results show that the structured light 3D scanning measurement accuracy meets the measurement requirements, but there are also problems such as insufficient depth of field measurement of the scanner at the turning point of the refrigerator, and the need to paste a large number of landmarks in the area without obvious features to achieve the stitching of the measured images.
双目结构光三维测量技术在冰箱容积测量中的应用
针对容积测量在冰箱能效等级评价中的难点,在分析各测量方法原理的基础上,结合冰箱容积测量的特点,采用了结构光与双目视觉测量相结合的技术。结构光采用斑点结构光。扫描仪校准后,采集数据。对数据进行去噪、平滑和边缘提取后,计算出体积。结果表明,结构光三维扫描测量精度满足测量要求,但也存在冰箱拐弯处扫描仪景深测量不够、需要在无明显特征的区域粘贴大量地标才能实现测量图像拼接等问题。
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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