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    • 94. 发明授权
    • Micro-climate cooling garment
    • 微气候冷却服装
    • US5415222A
    • 1995-05-16
    • US158897
    • 1993-11-19
    • David P. ColvinYvonne G. Bryant
    • David P. ColvinYvonne G. Bryant
    • A41D13/005F28D20/02F28F7/00
    • A41D13/0053F28D20/02F28D20/023Y02E60/145Y10S165/902
    • The invention relates to a cooling garment, preferably in the form of a vest that contains pouches containing a phase change material. The pouches cover less than the surface area of the vest to thereby permit evaporative cooling to occur and to contribute to the overall comfort of the wearer. An alternate embodiment includes a honeycomb structure which is contained within the pouches and which contains a macroencapsulated phase change material and allows the escape of perspiration through the garment. A heat transfer fluid is adapted to circulate throughout the pouches. The honeycomb structure is designed so that the macroencapsulated phase change material remains within designated ones of the honeycombs, but that permits the flow of the heat transfer fluid through the pouch.
    • 本发明涉及一种冷却服装,优选为背心形式,其包含含有相变材料的袋。 袋子覆盖比背心的表面积少,从而允许发生蒸发冷却并有助于穿着者的整体舒适度。 一个替代实施例包括蜂窝结构,其包含在袋内并且包含大包囊相变材料并且允许出汗通过衣服逸出。 传热流体适于在整个袋子中循环。 蜂窝结构被设计成使得大包囊相变材料保持在指定的蜂窝内,但允许传热流体流过袋。
    • 95. 发明授权
    • Heat storage means
    • 蓄热装置
    • US5114071A
    • 1992-05-19
    • US665308
    • 1991-03-05
    • Oskar Schatz
    • Oskar Schatz
    • B60H1/00F01P11/20F28D20/02
    • F28D20/023B60H1/00492F28D20/021F01P2011/205F28F2270/00Y02E60/145
    • In the context of a latent heat storage means for vehicle heating systems run on waste engine heat, comprising an inner container accommodating a storage core, an outer containing surrounding the inner one with a clearance to constitute a preferably evacuated insulating space, two ducts running from the outside through the insulating space to the inner container, of which one functions as a supply duct for a heat vehicle fluid and the other functions as a return duct therefor, and the inner container is suspended at two end walls, via a respective group of ribs with a low thermal conductivity, on the outer container, between a first end wall of the inner container and the outer container at least one spring is so arranged that it tends to change the distance apart of the opposite end walls of the inner container and of the outer container and between the container wall connecting the two end walls of the inner container and the adjacent container wall of the outer container the insulating space has its minimum thickness, the design is intended to prevent undesired displacement between the inner and outer containers and to ensure that the ribs of the suspensions at the two wall sections of the inner container are always under tension, and for this purpose the ribs, which are associated with the other, second end wall of the inner container, are able to be slid in the direction of the container wall which connects the end walls of the inner container, in relation to the inner container while perpendicularly thereto they are connected in a non-sliding manner with the inner container and between the ends, which are in engagement with the inner container, of these ribs and the inner container at least one spring is arranged, which tends to change the distance between these ends and the second end wall of the inenr container and therefore to keep the ribs under tension.
    • 在用于在废物发动机热量上运行的车辆加热系统的潜热储存装置的上下文中,包括容纳存储芯的内部容器,外部容纳围绕内部空间的内部空间,以构成优选抽真空的绝缘空间,两个管道从 外部通过绝缘空间到内部容器,其中一个用作热载体流体的供应管道,另一个用作其返回管道,并且内部容器通过相应的一组 在外部容器上,内部容器的第一端壁与外部容器之间的至少一个弹簧具有低导热性的肋布置成使得其倾向于改变内部容器的相对端壁的距离, 的外部容器之间以及连接内部容器的两个端壁的容器壁和外部容器的相邻容器壁之间的绝缘体 该空间具有最小的厚度,该设计旨在防止内部和外部容器之间的不期望的位移,并且确保内部容器的两个壁部分处的悬架的肋总是处于张紧状态,为此目的,肋 与内部容器的另一个第二端壁相关联的第二端壁能够沿着连接内部容器的端壁的容器壁的方向相对于内部容器在垂直于它们连接的方向上滑动 与内容器以及与内容器接合的端部之间的非滑动方式,这些肋和内容器布置有至少一个弹簧,这倾向于改变这些端部与第二部件之间的距离 从而使肋条处于紧张状态。