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Technological Developments in the Clothing Industry

机译:服装行业的技术发展

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摘要

Recent technological developments in clothing production equipment have centred around machinery for knitting, linking, pleating, decorating and embroidering. In particular, new computerised flat knitting machines have enabled knitwear to be created in one piece without the need for linking or sewing. In linking, an intelligent machine has been developed which features an easy-to-use screen and an intelligent camera. In pleating, a Japanese machine has been invented which takes the physical strain out of the pleating process. In decorating, Barudan has produced a machine which makes it possible to cross-seam embroidery on the legs of finished jeans for the first time. TPM Germany has launched a machine which can perform many printing and finishing operations, while several companies have developed special systems for lasering patterns on to jeans. In embroidery, Barudan has introduced one of the first triple combination machines, Brother has developed a machine which allows applique to be attached at the same time as mainstream embroidery, and Koma-Tech has invented a machine to produce three-dimensional fuwari embroidery. In the area of electronic textiles, Fraunhofer IZM and TU Berlin have developed an interactive dress which is able to "translate" movements of the body into visual patterns of light by using electronic stretchable circuit boards. King's Metal Fiber Technologies and AiQ Smart Clothing have jointly produced garments which utilise specially developed electronics for lighting, sound, heating, solar panel recharging and body monitoring. And G24 Innovations has introduced dye-sensitised thin-film solar cells, which provide enough power for smart textiles to be used effectively in garments. In the field of anti-counterfeiting technology, a number of companies have introduced "textile DNA". Schoeller Technologies has developed DNAtex—a unique code which can be applied to chemicals, fibres, fabrics and finished products and identified by using a scanner—and Amann has launched Blue Sky Technology, a treatment which enables sewing thread to be identified using a laser pen. In other areas, Shapely Shadow has launched a new form of mannequin—called RealForms—which can be moulded by an item of clothing, thus enabling observers to see the effect which tight clothing has on the skin. Smartfiber has developed SeaCell active plus, a health enhancing cellulose fibre. Inocatec has developed Inocatex, a patch of material designed to be incorporated into the gusset of women's panties to alleviate premenstrual pain and eliminate odour, and HT Concept has developed Reflect Line Gold, a waterproof breathable temperature-regulating polyurethane membrane which also provides stability.
机译:服装生产设备的最新技术发展集中在针织,链接,打褶,装饰和刺绣的机器上。尤其是,新型的计算机横机已经使针织服装可以一件一件地生产,而无需链接或缝制。通过链接,开发了一种智能机器,该机器具有易于使用的屏幕和智能相机。在打褶中,发明了一种日本机器,其消除了打褶过程中的物理应变。在装饰方面,巴鲁丹(Barudan)生产了一种机器,该机器可以首次在成品牛仔裤的腿上交叉缝制刺绣。德国TPM推出了可以执行许多印刷和涂饰操作的机器,而多家公司已经开发了将激光图案印刷到牛仔裤上的特殊系统。在刺绣方面,巴鲁丹(Barudan)推出了首批三合一绣花机,兄弟公司(Brother)开发了一种可以在主流绣花的同时贴花的机器,而科马技术公司(Koma-Tech)发明了一种可以生产三维fuwari绣花的机器。在电子纺织品领域,弗劳恩霍夫(Fraunhofer IZM)和柏林工业大学(TU Berlin)开发了一种交互式服装,该服装能够通过使用电子可伸缩电路板将身体的运动“转化”为视觉的光图案。 King's Metal Fiber Technologies和AiQ Smart Clothing联合生产了采用专门开发的电子产品进行照明,声音,加热,太阳能电池板充电和人体监测的服装。 G24 Innovations推出了染料敏化薄膜太阳能电池,该电池为智能纺织品提供了足够的动力,可有效地用于服装。在防伪技术领域,许多公司引入了“纺织品DNA”。 Schoeller Technologies开发了DNAtex,这是一种可用于化学药品,纤维,织物和制成品的独特代码,可使用扫描仪进行识别。Amann推出了Blue Sky Technology,该技术可使用激光笔识别缝纫线。在其他领域,Shapely Shadow推出了一种新的人体模型,称为RealForms,可以用一件衣服成型,从而使观察者可以看到紧身衣服对皮肤的影响。 Smartfiber开发了SeaCell active plus,一种增强健康的纤维素纤维。 Inocatec已开发出Inocatex,这是一种材料贴片,旨在加入女性内裤的角撑中,以减轻经前疼痛并消除异味,HT Concept开发了Reflect Line Gold,这是一种防水透气的温度可调节聚氨酯膜,也可提供稳定性。

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