Affiliation:
1. Technical University of Liberec
Abstract
Needle heatup is a big issue for apparel industry especially for automobile industry seat covers where a lot of synthetic materials are used which get damaged by needle heat at high speed of sewing machine,in this article thermocamera and thermocouple are used to measure the precise temperature of needle eye and then 100% polyester 35x3 Tex thread is taken for sewing,the lockstitch sewing machine is run at 1000rpm,2000rpm and 3000rpm respectively and the both methods are used to obtain the accurate needle temperature and finally thread tensile properties are measured before the sewing and taking out the thread from the seam precisely to get the tensile properties of thread after 10,30 and 60 seconds of continuous stitching,the article is very helpful in predicting the exact temperature of needle in lock stitch machine and getting the damage to thread by the needle heat at different speeds and different stages of sewing process.
Publisher
Trans Tech Publications, Ltd.
Reference8 articles.
1. Ukponmwan, J. O., Mukhopadhyay, A., and Chaterjee, K. N., Sewing Threads, Textile Progress, 30(3/4), 1–94 (2000).
2. Winkler, G., Modern Sewing Threads, in 4th International Seminar on Developments in Production and Application, Shirley Institute, Manchester, 1971, p.1–21.
3. Crow, R. H., and Chamberlain, N. H., The Performance of Sewing Threads in Industrial Sewing Machines, Clothing Institute Technological Report No. 21, The Clothing Institute, London, (1969).
4. Sundaresan, G., Hari, P. K., and Salhotra, K. R., Strength Reduction in Sewing Threads during High Speed Sewing in an Industrial Lockstitch machine: Part I: Mechanism of Thread Strength Reduction, Int. J. Cloth. Sci. Technol., 9(5), 334–335 (1997).
5. Sundaresan, G., Salhotra K. R., and Hari P. K., Strength Reduction in Sewing Threads during High Speed Sewing in Industrial Lockstitch machine, Part II: Effect of Thread and Fabric properties, Int. J. Cloth. Sci. Technol., 10(1), 64–79 (1998).
Cited by
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