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    • 11. 发明授权
    • Heating system
    • 加热系统
    • US3993244A
    • 1976-11-23
    • US633482
    • 1975-11-19
    • Don A. Taylor
    • Don A. Taylor
    • F24D5/02
    • F24D5/02
    • An improved heating system is disclosed including a heat-generating means and plenum, a conventional ducting system interconnecting the heat-generating means to one or more air discharge registers, particularly characterized in the utilization of a heat exchanger adjacent the heat-generating source and a heat exchanger adjacent the air discharge register, with said heat exchangers being interconnected by a heat-conducting tube carrying a quantity of thermally conductive liquid so as to utilize the improved conductivity of the liquid to minimize heat loss between the heat-generating source to the register. The invention discloses utilization of the heat-conducting tube either externally or internally of a conventional ducting system. Further, the tube is disclosed in a modification as being comprised of a plurality of segments interconnected by a slip-joint or sleeve which controls the transfer of heat between adjacent segments of the tubing. Another form of the invention is also disclosed wherein the first heat exchanger is in the heat-generating source, the conventional ducting is disposed with, and the register is connected directly to the heat-generating source by the heat-conducting tube. In this form of the invention blower means are provided adjacent the air discharge outlet.
    • 公开了一种改进的加热系统,其包括发热装置和增压室,将发热装置与一个或多个空气排放寄存器相互连接的常规管道系统,其特征在于利用邻近发热源的热交换器和 热交换器与空气放电寄存器相邻,其中所述热交换器由承载一定数量导热液体的导热管互连,以便利用改进的液体导电性来最小化发热源与寄存器之间的热损失 。 本发明公开了在常规管道系统的外部或内部对导热管的利用。 此外,在一个变型中公开了一种管,其由多个通过滑接或套管互相连接的段组成,该滑动接头或套管控制管道的相邻段之间的热传递。 还公开了另一种形式的本发明,其中第一热交换器位于发热源中,常规管道与发电源一起设置,寄存器通过导热管直接连接到发热源。 在本发明的这种形式中,鼓风装置邻近排气口设置。
    • 12. 发明授权
    • Particle filled self-conformable cushion and method of making same
    • 颗粒填充自适应垫及其制作方法
    • US3971839A
    • 1976-07-27
    • US204972
    • 1971-12-06
    • Don A. Taylor
    • Don A. Taylor
    • A47G9/00B29C67/00D04H1/54B29C6/02
    • A47G9/00B29C67/00
    • A quantity of discrete particles of thermo-meltable material are heated to melt those particles at the surface of the charge for a predetermined distance inwardly of the charge. The particles remote from the surface of the charge remain in original and unmelted condition. While the melted particles are in a melted condition molding pressure is applied to the exterior of the charge to shape the melted material into a covering encapsulating, at least in part, the unmelted particles. In a further embodiment the particles remote from the surface of the charge may under heat and pressure be superficially tacked together.
    • 加热一定数量的可热熔材料的离散颗粒,以将电荷表面的那些颗粒熔化在电荷内部预定距离。 远离电荷表面的颗粒保持原始和未熔化的状态。 当熔融的颗粒处于熔化状态时,成型压力被施加到电荷的外部,以将熔化的材料成形成至少部分地未熔化的颗粒的覆盖物。 在另一个实施例中,远离电荷表面的颗粒可以在加热和压力下表面粘合在一起。