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首页> 外文会议>Conference on Color Imaging: Device-Independent Color, Color Hardcopy, and Graphic Arts Ⅵ Jan 23-26, 2001, San Jose, USA >A spectral scanner in the quality control of fabrics manufacturing
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A spectral scanner in the quality control of fabrics manufacturing

机译：光谱扫描仪在织物制造质量控制中

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The quality control of fabrics makes still use of visual assessments in cases where the highest degree of matching between batch and reference samples must be achieved, e. g. in the field of "mix-and-match" garments. The reasons for the failure of current color measuring instruments were investigated, and it was found that among others, the most important aspects were the vivid nature of a textile whose color cannot be completely described by just a single measurement, and the differences of the conditions of viewing and measuring. A multispectral scanner which was originally designed for faithfully digitizing originals such as textiles and paintings was used to measure the colors of fabric samples. Since the spectral scanner was not limited to a standard measuring geometry, assimilation of the viewing and measuring geometries was possible. The system was run through a field test in the quality control with a large manufacturer of fabrics. It turned out that, unlike with conventional spectophotometers, a very good congruence between the pass/fail decisions of the multispectral system and experienced persons could be achieved.
机译：在必须达到批次和参考样品之间最高匹配度的情况下，织物的质量控制仍使用视觉评估。 G。在“混搭”服装领域。调查了当前颜色测量仪器故障的原因，发现其中最重要的方面是纺织品的生动特性，其色彩不能仅通过一次测量就可以完全描述，并且条件的差异查看和测量。多光谱扫描仪最初是为了忠实地将纺织品和油画等原件数字化而设计的，用于测量织物样品的颜色。由于光谱扫描仪不限于标准的测量几何形状，因此可以同化观察和测量几何形状。该系统在一家大型织物制造商的质量控制下进行了现场测试。事实证明，与常规分光光度计不同，多光谱系统的通过/失败决定与经验丰富的人员之间可以实现非常好的一致性。

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