PDF(Pubmed)
Abstract：
This study was carried out to determine the best ring size for a certain yarn count. In a ring frame with three separate rings of varying sizes, 20s/1 kW yarn was created. The spinning method used the same ring speed, twist, ring traveller, and spacer but three distinct rings with diameters of 38 mm (Ring- A), 40 mm (Ring- B), and 42 mm (Ring- C). Then, under the same testing conditions, ten samples of each yarn were examined by Uster Evenness Tester (UT-6) and compared to determine the best one. The \"Ring- C″ production yield was 0.22% and 1.34% greater than the \"Ring- B″ and \"Ring- A″ yields, respectively. Yarn breakage for \"Ring- C″ was 47.78% and 200% greater than for \"Ring- B″ and \"Ring- A,\" respectively. Yarn unevenness for \"Ring- C″ was found to be 4.15% and 4.14% higher than \"Ring- B″ and \"Ring- A,\" imperfection of yarn produced by \"Ring- B″ was 18.54% and 3.47% lower than \"Ring- C″ and \"Ring- A,\" and tenacity of yarn produced by \"Ring- B″ was 3.35% and 0.64% higher than \"Ring- C″ and \"Ring- A.\" \"Ring- C″ yarn hairiness was 10.63% and 12.31% higher than \"Ring- B″ and \"Ring- A″ yarn hairiness, respectively. According to the study of the tested report, yarn generated from \"Ring- B″ delivered optimized results in terms of both quality and output. Ring \"Ring- B″ had a lower production loss than Ring \"A\" but a higher loss than Ring \"C.\" Also, the hairiness of yarn made from \"Ring- B″ was remarkably similar to yarn made from \"Ring- A.\"
摘要：
进行这项研究是为了确定特定纱线支数的最佳环尺寸。在带有三个不同大小的独立环的环形框架中，产生20s/1kW纱线。纺纱方法使用相同的环速，twist,戒指旅行者，和垫片，但三个直径为38毫米的不同环（环A），40mm(环-B),和42毫米（环C）。然后，在相同的测试条件下，用Uster均匀度测试仪（UT-6）检查每种纱线的10个样品，并进行比较以确定最佳的一种。“环-C”产量比“环-B”和“环-A”产量高0.22%和1.34%，分别。“环-C”的纱线断裂比“环-B”和“环-A”的纱线断裂大47.78%和200%，\"分别。“环-C”的纱线不均匀性比“环-B”和“环-A”高4.15%和4.14%，“环-B”生产的纱线缺陷比“环-C”和“环-A”低18.54%和3.47%，“环-B”生产的纱线韧度比“环-C”和“环-A”高3.35%和0.64%。“环-C”纱线毛羽比“环-B”和“环-A”纱线毛羽高10.63%和12.31%，分别。根据测试报告的研究，从“环B”产生的纱线在质量和产量方面都提供了优化的结果。环“环-B”的生产损失比环“A”低，但比环“C”高。“另外，由“环-B”制成的纱线的毛羽与由“环-A”制成的纱线非常相似。
