阅读说明：本技术 身体支撑组件 (Body support assembly ) 是由 科内利斯·弗朗西斯库斯·德拉海 埃德蒙·大卫·奥夫纳斯特 于 2019-09-27 设计创作，主要内容包括：本发明涉及一种身体支撑组件,包括(i)上缓冲区(6)和下缓冲区(7),并由隔离片材(8)分隔开。缓冲区(6、7)由可压缩材料组成,该可压缩材料在所有方向上都是可渗透空气的,(ii)用于环境空气的第一流动路径(10),该第一流动路径包括位于支撑组件的底表面(3)的空气入口开口(11)、空气置换装置(12)、第一热交换器(13)和位于支撑组件的底表面(3)的单一的或独立的空气出口开口(14),(iii)用于空气的第二流动路径,该第二流动路径包括空气入口(19)、空气置换装置(20)、第二热交换器(17),经过下缓冲区(7)、经过隔离片材(8)中的开口(23)并经过上缓冲区(6)和顶表面(2)中的多个空气出口(22)。热交换器(13、17)是位于缓冲容积(4)内的珀耳帖效应单元(16)的一部分。(The invention relates to a body support assembly comprising (i) an upper cushioning zone (6) and a lower cushioning zone (7) separated by a barrier sheet (8). The buffer zones (6, 7) are composed of a compressible material which is permeable to air in all directions, (ii) a first flow path (10) for ambient air comprising an air inlet opening (11) at the bottom surface (3) of the support assembly, an air displacing means (12), a first heat exchanger (13) and a single or separate air outlet opening (14) at the bottom surface (3) of the support assembly, (iii) a second flow path for air comprising an air inlet (19), an air displacing means (20), a second heat exchanger (17), through the lower buffer zone (7), through an opening (23) in the insulating sheet (8) and through the upper buffer zone (6) and a plurality of air outlets (22) in the top surface (2). The heat exchanger (13, 17) is part of a Peltier element (16) located within the buffer volume (4).)