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    • 1. 发明申请
    • CHANGING THE TEMPERATURE OF A THERMAL LOAD
    • 改变热负荷的温度
    • WO2009150393A1
    • 2009-12-17
    • PCT/GB2009/000756
    • 2009-03-20
    • TARMAC LIMITEDRUSSELL-SMITH, Geoffrey
    • RUSSELL-SMITH, Geoffrey
    • F24F5/00F24D11/00
    • F24F5/0017F24D3/12F24D5/10F24D2220/006Y02A30/256Y02B80/40Y02E60/147
    • A method of controlling the temperature of a thermal load within a structure (50), including providing a structural member (10) which has a high thermal mass, the temperature of the thermal load being controlled by permitting thermal energy transfer between the structural member (10) and the thermal load, the method including providing the structural member (10) with at least one duct (18)for receiving a supply of air, and an outlet (26) for enabling the supply of air to flow from the duct (18) to the thermal load, so as to enable convective thermal energy transfer between the air passed along the duct (18) and the thermal load, wherein the thermal energy transfer between the air passed along the duct (18) and the thermal load is controlled by adjusting the temperature of the air passed along the duct (18), the method further including providing a conduit (32) for carrying thermal energy transfer fluid in the duct (18), the conduit (32) being in thermal contact with the duct (18) of the structural member (10) and the air passing through the duct (18).
    • 一种控制结构(50)内的热负荷的温度的方法,包括提供具有高热质量的结构构件(10),通过允许结构构件之间的热能传递来控制热负荷的温度( 10)和热负荷,所述方法包括向所述结构构件(10)提供用于接收空气供应的至少一个管道(18),以及用于使空气供应从所述管道流出的出口(26) 18)与热负荷之间的热能传递,以便能够沿着管道(18)通过的空气与热负荷之间的对流热能传递,其中沿管道(18)传递的空气与热负荷之间的热能传递是 通过调节沿着管道(18)通过的空气的温度来控制,所述方法还包括提供用于在管道(18)中承载热能传递流体的导管(32),所述导管(32)与 管道(18) e结构件(10)和通过管道(18)的空气。
    • 3. 发明申请
    • HUMIDITY CONTROL DEVICE
    • 湿度控制装置
    • WO2003065143A1
    • 2003-08-07
    • PCT/GB2003/000397
    • 2003-01-30
    • RUSSELL-SMITH, Geoffrey
    • RUSSELL-SMITH, Geoffrey
    • G05D22/00
    • B01D53/0454B01D53/0415B01D53/261B01D2253/202B01D2253/306B01D2253/311B01D2257/80F24F3/1411F24F11/52F24F2003/144F26B21/083G05D22/00
    • The invention provides a humidity control device (1) comprising an outer container (2) and an inner container (3). The outer container (2) has a plurality of ventilation holes (4). The inner container (3), containing a desiccant (10), is suspended inside the outer container (2) by a spring (7). When the desiccant (10) is dry, the spring (7) retracts and the inner container (3) is supported near the top (2c) of the outer container (2). As the desiccant (10) adsorbs moisture it increases in weight, causing the spring (7) to extend and the inner container (3) to move downwards. If the desiccant (10) is then exposed to a drier atmosphere, moisture is desorbed and the inner container (3) will move up again. A scale (12) is fixed on the inner container (3) and can be viewed through a window (11). As the inner container (3) moves up and down within the outer container (2) the scale (12) moves relative to the window (11), providing an indication of the degree of hydration of the desiccant (10).
    • 本发明提供一种包括外容器(2)和内容器(3)的调湿装置(1)。 外容器(2)具有多个通气孔(4)。 含有干燥剂(10)的内容器(3)通过弹簧(7)悬挂在外容器(2)的内部。 当干燥剂(10)干燥时,弹簧(7)缩回,内部容器(3)被支撑在外部容器(2)的顶部(2c)附近。 随着干燥剂(10)吸收水分,其重量增加,导致弹簧(7)延伸并且内部容器(3)向下移动。 如果干燥剂(10)然后暴露在更干燥的气氛中,则解吸湿气,并且内部容器(3)将再次向上移动。 秤(12)固定在内容器(3)上,可通过窗(11)观察。 当内容器(3)在外容器(2)内上下移动时,秤(12)相对于窗(11)移动,提供干燥剂(10)的水合度的指示。