The evaluation of fabric pilling by using image - analysis technique is discussed.
探讨了应用图像分析技术对织物起球进行客观的等级评估。
The objective evaluation of fabric pilling grade based on tangential light projected image using computer vision is studied in this thesis.
本文对基于切面光照投影图像的织物起球等级的计算机视觉评定进行了系统地研究。
According to the analysis of existing evaluation and grading practice for fabric pilling, it is concluded that the core of evaluation is information acquiring and comparison.
分析现有织物起毛起球等级的评定方法，提出评定工作的实质就是信息获取和比较。
The interweave fabric of wool and silk has some excellent properties, while it has scratchiness and pilling propensity because of wool fiber's rigidity.
毛丝交织物同时具有羊毛和蚕丝的许多优良特性，但由于羊毛纤维的刚性较大，使织物有刺痒感，而且易起毛起球。
In this paper, the pilling mechanism and simulation model of pilling processes of texturizedPE filament yarn fabric are discussed.
本文探讨了涤纶低弹丝织物的起毛起球机理及起球过程的模拟模型；
Used for testing pilling of wool knitted fabric and other fabrics under no pressure.
用于毛针织物及其它织物不受压力情况下的起球试验。
The fabric is made of polyester sweater knit rib with anti pilling fleece back with ribbed knit cuffs that keep the sleeves from riding upwards.
该面料是涤纶毛衣针织罗纹，抗起毛起球，羊毛罗纹针织袖口，袖子向上骑回。
Used for testing pilling of wool knitted fabric and other fabrics under on pressure.
用于毛针织物及其它织物不受压力情况下起球试验。 。
Cashmere fiber thin and short, if the yarn count, twist, fabric structure, weave density, with properly, it is very easy to pilling.
羊绒纤维细而短小，如果纱线支数、捻度、织物结构、编织密度搭配不当，则很容易起毛起球。
The final research shows that the lower the contrast degree, the lower the entropy decreases and the higher the energy increases with decreasing the pilling of fabric.
研究表明，起球较轻的织物对应对比度较小，熵值较低，能量值较高。
Cotton satin twill fabric, soft, delicate, color fashion, elegant, no deformation, no pilling, no side effects on the human body and.
全棉贡缎斜纹面料，手感柔软、细腻、色彩时尚、典雅，不变形、不起球，对人体无人和副作用。
The results show that the poor anti - fuzzing and anti-pilling performance of milk protein knitted fabric is due to good wear resistance performance, which cause pills drop slowly.
结果表明牛奶蛋白纤维针织物干磨后抗起毛起球性能差的主要原因是纤维比较耐磨，落球较慢。
The results show that the poor anti - fuzzing and anti-pilling performance of milk protein knitted fabric is due to good wear resistance performance, which cause pills drop slowly.
结果表明牛奶蛋白纤维针织物干磨后抗起毛起球性能差的主要原因是纤维比较耐磨，落球较慢。
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