棉纺混抓棉技术现状及全唛混抓棉技术的创新与突破
2024-02-23 10:52:30   来源：   评论：0 点击：

  关键词：抓棉；混棉；排包；连续喂送；强制性混和；随机性混和；全唛混抓；棉块级小质量单元
中图分类号：TS103.2            文献标志码：A            文章编号：1001-9634(2024)01-0057-08
 
收稿日期：2022-12-07；修回日期：2023-06-06
作者简介：倪  远（1955—），男，上海人，高级工程师，主要从事棉纺织技术、纺织机械方面的研究。
   
Abstract:In order to improve the efficiency and blending uniformity of cotton  blending and plucking in the cotton opening and cleaning process，the principle of mandatory blending and dispersive blending of raw fiber in spinning production，and the influence of uneven blending on spinning quality are described，and the shortcomings of existing plucking and blending machinery and technologies in functions，fiber variety adaptability and spinning production quality are analyzed.The new concept and mode of real-time full mark cotton blending are put forward，the architecture model of real-time full mark cotton blending machine is constructed，and compared with several technical and economic projects of existing cotton plucker.It is pointed out that the existing plucker and cotton plucking and blending technology are mainly plucking cotton，rough cotton assorting，and can not meet the fine blending requirements of the mandatory blending phase.Real-time full mark cotton blending machine，is mixing and assorting first，both mixing and plucking，plucking driving mixing，accurate plucking，fine blending，accurate ratio，while additional a number of important functions.Research and development of real-time full mark cot ton blending machine is in line with the technical progress and development requireme-nts of the industry，conducive to the transformation and upgrading of spinning production technology.Through systematic optimization，improvement and adaptation of the entire spinning process,real-time full mark cotton blending machine can give full play to its greater advantage potential.
Key Words:cotton plucking；cotton blending；bale arrangement；continuous feeding；mandatory blending；random blending；full mark cotton blending and plucking；small mass unit of cotton mass scale
 
参考文献：
[1] 东华大学.纺纱学课件：第三章原料选配与混合[Z].
[2] 德国特吕茨施勒.德国特吕茨施勒公司T-Blend型精细混合线产品样本[Z].
[3] 立达集团.瑞士立达公司A81型精细混棉机产品样本[Z].