Effects of the skin touch of wetting materials for clothing comfort and the movement functionality

为了明确润湿材料的皮肤触感对服装舒适性和运动功能性的影响，测定了润湿材料的热传递性能和服装舒适性。I）测定了夏季户外网球运动受试者的热、水传递性能和穿着舒适性。尽管受试者在热的环境中持续有规律地出汗，其中从皮肤蒸发是困难的，但证实了当衣服材料通过芯吸将汗液快速转移到衣服表面时，温度调节是有效的。在出汗很大并持续的情况下，发现具有更多聚酯的服装，而不是纤维素含量，较少粘在皮肤上，并且不会阻碍运动。在网球比赛的情况下，这是必要的，当执行服务和截击，肩膀和手臂的关节移动在充分的革命。这种复杂的动作连同肩膀和手臂的移动是经常需要的。因此，由于材料粘附在皮肤上，功能显著降低。我们可以推测这是造成不适的一个主要因素。我们发现有趣的结果，在夏季的网球衬衫的穿着舒适性的影响的材料因素方面。II）考生穿着不同的运动衬衫的三种成分。受试者在25℃、25%RH的室内升降凳上移动。以心率和胸部皮肤血流量来判断运动成绩。用左胸服装压力评价运动服与皮肤的拍粘。结果表明，纺织品的低弯曲振动性能难以使皮肤在粘附中具有，并且难以使物理性能高。为高体能运动服装的发展指明了方向。

To clear the effect of the skin touch of wetting materials for clothing comfort and the movement functionality, it was measured the heat transport properties and clothing comfort of the wetting materials.I) The heat and water transport properties and wearing comfort of subjects playing outdoor tennis in the summertime were measured. Despite the subject continuing to regularly sweat in a hot environment, where evaporation from the skin was difficult, it was confirmed that thermoregulation was efficient when the clothing materials quickly transferred sweat to the clothing surface through wicking. Where sweating is great and continues, it was found that garments with more polyester, as opposed to the cellulose content, stuck to the skin less, and did not impede movement as much. In the case of tennis game, it is necessary that when performing serves and volleys, the joints of the shoulders and arms are moved in full revolution. Such a complex movements together with the traveling of the shoulders and arms are regularly demanded. Hence, there was a notable decrease in functionality due to the material sticking to the skin. We may surmise that it was a major factor in discomfort. We found interesting results in regard to the material factors influencing the wearing comfort of the tennis shirts during the summertime.II) An examinee wears the different sports shirt of three kinds of compositions. The examinee moved in the stool going-up and down indoors set in 25℃, 25%RH. It was judged the performance of exercise using the heartbeat and the chest skin blood flow. It was evaluated clapping sticking between sports wears and the skin with the clothing pressure on left chest. As a result, that the low bending vibration properties of textiles was difficult for the skin to have in the sticking and to make a physical performance high were shown. It shows for the development guide of the high physical performance sportswear.