Study on the Factors to Influence Dynamic Heat - moisture Comfort of Summer Clothing Fabrics

In this paper, the factors to influence the dynamic heat - moisture comfort of summer clothing fabrics have been studied. It is pointed out that, when the wind speed outside is high, or the air permeability is very good, the sweat of human body will evaporate mainly through turbulent diffusion. Because of the rapid sweat evaporation, human body will feel cold, and then, the difference in temperature and humidity of the micro - climatic section will be very slight. On the contrary, when the wind speed outside is slow or the air permeability is unsatisfactory, the sweat of human body will evaporate mainly through molecular diffusion, and in this case, the humidity of the micro - climatic section will be depended on the hygroscopicity of the fabric, that' s to say, the better the hygroscopicity, the lower the humidity. It is difficult for pure wool fabric to loss heat because of its giving out much heat during the course of moisture - absorption in the initial stages of sweating. For pure polyester fabric,     

Buyer - seller Relationships in Hong Kong's Clothing Industry

The aim of this study is to examine the buyer-seller re-lationship in Hong Kong's clothing industry.The initialpart investigated the industry's environment.Four hy-pothesis were developed which were based on the long-term buyer-seller relationships'features.The benefitsthat can enjoy within the stage of long-term buyer-seller relationships was the defined and suggested.     

谈服装教育的艺工结合性

服装属于应用设计的范畴,是艺术与技术的结合体。它不是两的相加,而是相互的渗透;两可以有所侧重,但绝对不能分离。服装教育要充分体现服装艺工结合的特点,树立服装整体性观念,要让服装教育为服装产业服务。这就是服装教育的教学目的。     

男短袜袜口人体截面曲率半径分布

为了研究袜口处极径以及曲率半径分布与压力的关系,通过三维人体扫描仪对30位年龄在20～22岁之间标准体型的男子踝骨以上6 cm处腿围形态进行扫描,确立袜口处腿部标准截面形态.在此基础上通过曲线拟合得到袜口标准截面形态方程,并通过极坐标变换的方式获取人体腿部标准截面曲线的极径以及曲率半径的极坐标方程,进而得到截面曲线的极径和曲率半径随角度变化的规律,为袜口处压力预测数学模型建立提供一定的参考.     

一次性医用防护服研究进展

针对我国目前医用防护服发展现状,系统综述了近几年我国一次性医用防护服的重要性能和标准。阻隔性、抗菌性、抗静电性是一次性医用防护服的重要性能,可以通过如涂覆整理剂、纤维改性等工艺对其性能进行提升。医用防护服的性能标准在不断地完善和细化,但对于便捷和舒适性能的要求仍有欠缺。纺织基柔性传感器在实现医用防护服智能化上具有广阔的应用前景,但制备成本、使用效率和传感器服用性等问题仍是巨大的挑战。     

对大型服装批发商场消防设计的思索

防火设计在技术上给予人们更安全的保障,最关键的是如何让人们提高防火意识,所以消防机关应在大型商场设计一些标语、漫画来宣传消防意识,还可以与商家合作举办一些活动来唤起人们的防火意识,这样才能真正从根本上避免火灾的发生。     

舱外航天服试验用暖体假人的研制与性能分析

研制了一种新型易拆装结构且具有多种测量模式的暖体假人,实现了针对舱外航天服特殊穿着条件下的试验测量.介绍了该暖体假人的设计原则、结构特点和拓展功能.试验表明,在不同测量模式和环境设定下,该暖体假人都具有良好的动态响应特性和测量精度.     

与服饰相关英语习语意义浅析

英语习语渗透着浓郁的西方文化气息,展示出英语民族语言文化的发展和演变。归纳并分析了与冠帽、外套、鞋靴、衣袖、手套等与服饰相关英语习语的文化意义,学习这些英语习语的文化意义对加深了解西方文化以及提高跨文化语言交际能力有很大帮助。     

A View on Wear Mechanism of Metallic Card Clothing

The wear mechanism of metallic card clothing, used in textile industry, was analyzed. A fast wear test for metallic card clothing racks was developed, which was used as collecting the wear metal particles. The failure type of card clothing was analyzed by the mean of scanning electron microscopy （SEM） and ferro-spectrum technology. The results show that the main wear mechanism of metallic card clothing is low load and high repetition interval fatigue wear caused by friction force between fiber and metal wire teeth. The appropriate quenching microstructure, which improves the wear resistance of the metallic card clothing rack is also discussed.     

瑶族传统服饰工艺的传承与发展

瑶族民间传统服饰工艺主要有纺织、染色、刺绣、织锦等。过去,瑶族传统服饰都是由瑶族妇女使用传统服饰工艺制作的。20世纪80年代后,由于受到现代化的发展和经济全球化的冲击,瑶族传统服饰工艺濒临失传。继承和发展瑶族传统服饰工艺成为保护瑶族非物质文化遗产的重要内容之一。