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针对袜子压力舒适性的研究现状,分析人体和袜子自身两方面对袜子压力舒适性的影响,从客观研究方法和理论研究方法两方面总结了国内外关于袜子压力舒适性的主要研究方法及研究成果,并探讨袜子压力舒适性的研究趋势,指出未来研究方向集中在功能性压力袜的动态压力预测、压力分布预测、开发工艺及理论方面,为袜子开发及压力舒适性的研究提供参考。 相似文献
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开发了一种基于LabVIEW虚拟仪的袜品压力测定系统,探讨不同于服装压力测试的袜品压力测试方法。系统采用轻便、可挠、薄片且灵敏的FlexiForce压力传感器,高精度调理模块处理前端信号,并借助LabVIEW语言开发了可对仪器进行操作的系统应用软件,包括数据的采集、分析、保存、回放等功能。用此系统测量袜子作用于石膏脚模上不同部位的袜压,并结合理论公式分析这几个部位的袜压分布情况,为考察和评价袜子的舒适性提供了新的测试手段。 相似文献
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运动服装产品的舒适性要求及面料开发运用 总被引:3,自引:0,他引:3
通过分析运动服装产品的防水透湿、压力舒适、接触舒适等服用舒适性指标,进而举例说明以舒适性为基础的功能性运动服装面料的开发和运用现状。 相似文献
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在N.R.S.Hollies的心理量表技术基础上,发展了一种新的心理量表技术应用于着装实验来评价服装的穿着舒适感觉。通过因子分析从复杂的心理感知反应中提炼出3个独立感觉因子(热湿舒适因子、接触舒适因子、压力舒适因子),并就感觉因子与整体舒适感觉之间的关系进行了分析,同时用线性统计和BP神经网络等方法分别建立了服装整体舒适感觉的预测模型。结果表明:热湿舒适因子、接触舒适因子、压力舒适因子对感觉舒适性的贡献率分别为33.695%、29.114%、17.011%,它们包含了10项感觉描述语;BP神经网络的预测精度高于线性统计模型。 相似文献
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Socks are one of the most important clothes in people’s daily life. This study aimed at the problems existing in the wearing of socks, took the top part of men’s socks as research object, and the contact between human body and socks as elastic contact. The position and shape of skin, soft tissue, and bones in lower leg cross section were acquired through non-contact three-dimensional human scanning and CT scan. Based on these, finite element model of the lower leg cross-section and top part of socks were established for the first time, respectively. Because wearing socks is a continuous process, consequently, we defined the maximum time putting on the sample socks as 12?h in this research work, and then divided the periods of dressing time into six stages, which were instantaneous, 1?h, 2?h, 4?h, 8?h, and 12?h, respectively. After simulating the distribution of pressure and displacement of the top part of socks in dressing using ANSYS software, we divided the lower leg cross section into 12 equal regions according to angle considering the displacement distribution, and then obtained the area shrinkage of each region in six periods of times by calculation. According to the tendency of area shrinkage distribution, the top part of men’s sock could be designed with a different degree of elasticity in diverse regions combined with subjective pressure comfort during the course of sock design. All these solutions are of great significance to the optimization design of socks and can provide theoretical basis for the structural improvement of functional socks and the prediction of clothing pressure. 相似文献
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袜口处标准腿截面曲线形态是研究袜口压力舒适性的前提和基础,也是袜口优化设计的关键。文章通过三维人体扫描仪对人体内侧脚踝点水平向上6cm处腿部形态进行扫描,应用Matlab软件将腿截面曲线按照直角坐标系每5°为一点等分为72个点,并在此基础上定义点坐标值,将所得的所有腿截面曲线 和 分别取平均值,得到袜口处标准腿截面曲线72点坐标。运用SPSS曲线拟合得到袜口处腿截面曲线的二次方程,曲线方程的建立为袜口处压力数学模型的构建提供了基础数据。文章还对袜口处标准腿截面曲线周长进行了求解,这一结论为男短袜原始袜口围度的改良设计以及袜口面料弹性伸长率的选取提供了理论参考。 相似文献
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Since less air circulation occurs at feet in shoes than the other parts of the body, many people have foot-related problems as a result of faulty sock choice. Socks are generally expected to have better comfort properties than the other garments, and accordingly the industry continuously searches for various types of raw materials in order to accomplish the consumers’ comfort-related demands. In this study, our aim was to investigate the comfort properties of socks made from seacell fiber, which has a relatively wide range of application in medical textiles due to its skin and anti-inflammatory properties. For comparison reasons, the comfort properties of socks made from modal, bamboo, soybean cotton, and viscose fibers were also studied. Finally, the hybrid AHP-TOPSIS method was used to decide the best sock option in terms of the properties under discussion. 相似文献
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羊毛袜不仅能通过吸收水蒸气来抑制液体水滴的形成,它相对迟钝的毛细作用能力还能更快地将汗滴传递到鞋帮上,从而加速其挥发。另外,羊毛纤维还可以很好地抵制微生物的污染,锁住和钝化鞋腔内产生的不良气味,这些性能给穿着者带来其他纤维材料袜子所不具备的舒适性和保健性。 相似文献
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服装舒适性包含3个潜在的独立感觉因子:热湿舒适因子、触觉舒适因子、压力舒适因子。压力舒适性作为服装总体舒适性的一部分,对服装舒适性有积极影响。医学研究认为过大的服装压力对人体健康有害,因此服装和面料的设计应满足着装者基本运动的需要。着装的压力舒适性研究是服装穿着舒适性研究中相对新的领域。论述了服装压力舒适性的研究范畴,服装压力的产生原理以及服装的合体性与压力舒适性之间的关系。并具体阐述服装压力舒适性的主、客观评价方法。同时进一步论述了国内外对于该领域的研究进展及其研究意义。 相似文献