首页> 外国专利> Function - upper body garment to the body surfaces temperature distribution optimization and a specific body - zones - temperature level - influencing

Function - upper body garment to the body surfaces temperature distribution optimization and a specific body - zones - temperature level - influencing

机译:功能-上身服装对身体表面温度分布的优化和特定的身体-区域-温度水平-影响

摘要

The invention relates to a function of the upper body garment to the body surfaces temperature distribution over the region of the different optimization of the upper body zones.The function of the upper body garment is used for a harmonised distribution of the body surfaces temperature, for the targeted influence of temperature levels and an improved fabric - and / or muscle -, and / or organ - blood circulation in the range of critical zones of the upper body.For this purpose, the upper body or body is divided into different zones.In accordance with the upper body zones, the function of the upper body garment likewise in the corresponding function of the upper body garment - zones, which are designed so that the in the various zones materials used, or combinations of materials one of the target function corresponding, weaker or stronger heat insulation - - characteristic and / or infrared radiation reflection characteristic - - have.By means of the formed in such a way, corresponding zones of the function of the upper body garment are thus in a targeted manner the different corresponding zones of the upper body with respect to different degrees of the radiation of the generated by the body's own body infrared radiation (ir - radiation) and their reflection in focused zones of the upper body against external effects of temperature influences and isolated.n="19"
机译:本发明涉及上身衣服对上身区域的不同优化区域上的体表温度分布的功能。上身衣服的功能用于身体表面温度的均匀分布,用于在上半身的关键区域范围内,针对温度水平的目标影响以及改善的织物-和/或肌肉-和/或器官-血液循环。为此,将上半身或身体分为不同区域。根据上身区域,上身服装的功能同样在上身服装的相应功能中-区域设计成使各个区域中使用的材料或目标功能之一的材料组合具有相应,较弱或较强的隔热性能-和/或具有红外辐射反射特性-通过这种方式形成,相应因此,就上身服装的功能区而言,有针对性地是上身相对于由人体自身产生的红外辐射(ir-辐射)产生的辐射的不同程度的不同区域以及它们在人体中的反射。上半身的集中区域不受温度影响的外部影响而隔离。n=“ 19”

著录项

相似文献

  • 专利
  • 外文文献
  • 中文文献
获取专利

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号