Abstract

Shirts belong to the traditional classic clothing, men's shirts to grasp the details is particularly important, sleeve is an important element of men's shirts, its structure and technological form determines the quality and style of shirts. A sewing machine actuator — automatic sleeve machine cloth flip mechanism are studied in this paper. Through the cooperation of pneumatic claw and stepping motor driving synchronous belt, the clamping mechanism completes the flip and overlay of large sleeve slit. By studying the realization mode of folding function, the motion of the clamping mechanism is analyzed, the turning path is designed, the transmission scheme of clamping and flipping is designed, the structure form of the mechanism is determined, the component parameters are calculated and selected, and the mechanism simulation is carried out.

Highlights

  • 衬衣的品质, 夹布翻转机构在大袖衩片的折叠成型及与袖口裁片的配合上都起 着关键作用, 也可有效降低衬衫袖衩条折叠后的回弹, 在后续缝纫工序中可以改 善缝纫精度以及线迹的精度. 在我国自动缝制技术不成熟, 自动缝制衬衫袖衩技 术缺乏创新的背景和基础上, 本研究为改变传统手工设计和缝制袖衩的模式, 结 合全球先进自动缝制机械尤其是袖衩机这一领域的知识, 对国内目前已经落后 的袖衩缝制集成设备做出改进和再设计, 研发出的新型智能化衬衫袖衩自动缝 制设备中的夹布翻转机构, 旨在省去人工折叠及翻转袖衩条裁片的工序, 提高袖 衩条制作的生产效率. 创新设计出更加高速化, 高精度化, 全自动化的缝纫机械 设备有着极为重要的学术价值和现实意义 [1][2].

  • 自动袖衩机夹布翻转机构的设计 (DESIGN OF CLAMP FLIP MECHANISM OF AUTOMATIC SLEEVE SLIT MACHINE)

  • Yang Liye1, Mei Shun-qi1, Shu xing1, Luo wei1

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Summary

Introduction

衬衣的品质, 夹布翻转机构在大袖衩片的折叠成型及与袖口裁片的配合上都起 着关键作用, 也可有效降低衬衫袖衩条折叠后的回弹, 在后续缝纫工序中可以改 善缝纫精度以及线迹的精度. 在我国自动缝制技术不成熟, 自动缝制衬衫袖衩技 术缺乏创新的背景和基础上, 本研究为改变传统手工设计和缝制袖衩的模式, 结 合全球先进自动缝制机械尤其是袖衩机这一领域的知识, 对国内目前已经落后 的袖衩缝制集成设备做出改进和再设计, 研发出的新型智能化衬衫袖衩自动缝 制设备中的夹布翻转机构, 旨在省去人工折叠及翻转袖衩条裁片的工序, 提高袖 衩条制作的生产效率. 创新设计出更加高速化, 高精度化, 全自动化的缝纫机械 设备有着极为重要的学术价值和现实意义 [1][2]. 自动袖衩机夹布翻转机构的设计 (DESIGN OF CLAMP FLIP MECHANISM OF AUTOMATIC SLEEVE SLIT MACHINE) Yang Liye1, Mei Shun-qi1, Shu xing1, Luo wei1 1 Hubei Digital Textile Equipment Key Laboratory, School of Mechanical Engineering and Automation, Wuhan Textile University, Wuhan 430073, China meishunqi@vip.sina.com ; 1850294718@qq.com 在我国自动缝制技术不成熟, 自动缝制衬衫袖衩技 术缺乏创新的背景和基础上, 本研究为改变传统手工设计和缝制袖衩的模式, 结 合全球先进自动缝制机械尤其是袖衩机这一领域的知识, 对国内目前已经落后 的袖衩缝制集成设备做出改进和再设计, 研发出的新型智能化衬衫袖衩自动缝 制设备中的夹布翻转机构, 旨在省去人工折叠及翻转袖衩条裁片的工序, 提高袖 衩条制作的生产效率. 创新设计出更加高速化, 高精度化, 全自动化的缝纫机械 设备有着极为重要的学术价值和现实意义 [1][2].

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