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The knitting methods for seamless garments based on four-needle bed computerized flat machine
Textile Research Journal ( IF 1.6 ) Pub Date : 2021-08-16 , DOI: 10.1177/00405175211035139
Lisha Lu 1 , Gaoming Jiang 1 , Guangjun Wu 1
Affiliation  

Seamless garments reducing the cutting and sewing processes are created using seamless knitting technology. This type of garment, being less dependent on labor, is knitted as a whole and makes a great contribution to improving production efficiency. More importantly, seamless garments are more comfortable and natural compared with those styles produced by traditional technology. However, the techniques of seamless garments are huge and complex, making the pattern design process more difficult. In addition, the seamless knitting technology has great restrictions to the styles with rich shapes due to the limitation of the devices. Therefore, how to knit more complex styles using seamless knitting technology still faces great challenges. For these reasons, this study extensively investigated the knitting principle of seamless garments and proposed six knitting models for different kinds of garments. Then the transformation methods from 3D style to 2D pattern were explored respectively based on the knitting characteristics of each model. Finally, by package programming in the SDS-ONE APEX design system, the actual knitting for six types of garments was conducted on the computerized flat knitting machine. The results showed that different types of seamless garments have significant differences in the pattern design and the approaches proposed above can make different kinds of garments using seamless knitting technology.



中文翻译:

基于四针床电脑横机的无缝服装编织方法

使用无缝针织技术制作的无缝服装减少了裁剪和缝纫过程。这种服装对劳动力的依赖较少,整体针织,对提高生产效率有很大的贡献。更重要的是,与传统技术生产的款式相比,无缝服装更舒适、更自然。然而,无缝服装的技术庞大而复杂,使得图案设计过程更加困难。另外,无缝针织技术由于设备的限制,对造型丰富的款式也有很大的限制。因此,如何利用无缝针织技术编织出更复杂的款式仍然面临着巨大的挑战。由于这些原因,本研究广泛研究了无缝服装的编织原理,并针对不同种类的服装提出了六种针织模型。然后根据每个模型的编织特点分别探索了从3D样式到2D图案的转换方法。最后,通过SDS-ONE APEX设计系统中的包编程,在电脑横机上进行了六种服装的实际编织。结果表明,不同类型的无缝服装在花样设计上存在显着差异,上述方法可以使用无缝针织技术制作不同种类的服装。然后根据每个模型的编织特点分别探索了从3D样式到2D图案的转换方法。最后,通过SDS-ONE APEX设计系统中的包编程,在电脑横机上进行了六种服装的实际编织。结果表明,不同类型的无缝服装在花样设计上存在显着差异,上述方法可以使用无缝针织技术制作不同种类的服装。然后根据每个模型的编织特点分别探索了从3D样式到2D图案的转换方法。最后,通过SDS-ONE APEX设计系统中的包编程,在电脑横机上进行了六种服装的实际编织。结果表明,不同类型的无缝服装在花样设计上存在显着差异,上述方法可以使用无缝针织技术制作不同种类的服装。

更新日期:2021-08-16
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