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    • 55. 发明申请
    • VALVED MOISTURE BARRIER
    • 阀门水分挡板
    • WO2005042896A3
    • 2005-10-20
    • PCT/US2004036488
    • 2004-11-03
    • CUSHING VINCENT J
    • CUSHING VINCENT J
    • E06B20060101E06B7/14F24F5/00F24F11/76
    • F24F5/0075F24F11/76Y02A30/26Y02B30/92
    • Moisture barriers are provided on both sides of an insulating enclosure together with switched vents/valves such that the enclosure is always vented, and possibly flushed, to the cool side. The number of valves used may depend on the volume to be vented and the speed with which venting is desired. In the case of an overall building envelope, the envelope is vulnerable to the dynamic pressure of winds and gusts, and the invention provides ventilating duct manifolds for each enclosure that utilize wind pressures to inhibit moisture transport from the living quarters to the building envelope and to flush moisture from the building envelope enclosure.
    • 在绝缘外壳的两侧设置防潮屏障以及开关式通风口/阀门,以使外壳始终通风并且可能冲洗到冷却侧。 所用阀门的数量可能取决于要排气的体积和需要排气的速度。 在整个建筑物围护结构的情况下,该围护结构容易受到风和阵风的动态压力,并且本发明为每个使用风压的围护结构提供了通风管道歧管,以抑制从生活区到建筑围护结构的湿气传输,并且 从建筑围护结构中冲洗潮气。
    • 57. 发明申请
    • A DEVICE FOR HEATING OR COOLING OF A BUILDING
    • 一种用于加热或冷却建筑物的装置
    • WO0135029A8
    • 2001-07-19
    • PCT/SE0002182
    • 2000-11-08
    • DUNER PAALISFAELT ENGELBREKT
    • DUNER PAALISFAELT ENGELBREKT
    • E04C1/39F24D5/10F24F5/00
    • E04C1/392F24D5/10F24F5/0075Y02A30/26Y02B30/92
    • There is provided a system for heating buildings whose walls include building blocks that have through-penetrating holes. The walls also include a bottom row (10) of building blocks (101, 102) that lack through-penetrating holes and that have a longitudinally extending continuous surface (1011-1021) for interconnection of holes in the nearest overlying row (11) of building blocks, an upper row (17) with building blocks (171, 172) that also lack through-penetrating holes and that have a longitudinally extending continuous surface (1711-1721) for interconnecting holes in the nearest underlying row (16) of building blocks, so as to form a continuous heating/cooling pathway (1312-1321-1322-1331-1332) through a plurality of mutually joined building blocks that have through-penetrating holes. A heating/cooling source (180) for a heating/cooling medium can be connected to the heating/cooling pathway (1312-1332) via a coupling device (182).
    • 提供了一种用于加热建筑物的系统,其墙壁包括具有贯穿孔的构造块。 所述壁还包括缺少穿透孔的构造块(101,102)的底列(10),并且具有纵向延伸的连续表面(1011-1021),用于将最接近的上排(11)上的孔 构造块,具有构造块(171,172)的上排(17),其也缺少通孔,并且具有纵向延伸的连续表面(1711-1721),用于将建筑物的最下面的一列(16)的孔互连 从而通过具有通孔的多个相互连接的结构块形成连续的加热/冷却通路(1312-1321-1322-1331-1332)。 用于加热/冷却介质的加热/冷却源(180)可以经由联接装置(182)连接到加热/冷却通路(1312-1332)。
    • 58. 发明申请
    • A DEVICE FOR HEATING OR COOLING OF A BUILDING
    • 用于加热或冷却建筑物的设备
    • WO01035029A1
    • 2001-05-17
    • PCT/SE2000/002182
    • 2000-11-08
    • E04C1/39F24D5/10F24F5/00
    • E04C1/392F24D5/10F24F5/0075Y02A30/26Y02B30/92
    • There is provided a system for heating buildings whose walls include building blocks that have through-penetrating holes. The walls also include a bottom row (10) of building blocks (101, 102) that lack through-penetrating holes and that have a longitudinally extending continuous surface (1011-1021) for interconnection of holes in the nearest overlying row (11) of building blocks, an upper row (17) with building blocks (171, 172) that also lack through-penetrating holes and that have a longitudinally extending continuous surface (1711-1721) for interconnecting holes in the nearest underlying row (16) of building blocks, so as to form a continuous heating/cooling pathway (1312-1321-1322-1331-1332) through a plurality of mutually joined building blocks that have through-penetrating holes. A heating/cooling source (180) for a heating/cooling medium can be connected to the heating/cooling pathway (1312-1332) via a coupling device (182).
    • 本发明涉及一种用于加热建筑物的系统,其墙壁由具有通孔的积木组成。 所述壁还由不具有通孔的构件块(101,102)的下排(10)和纵向延伸的连续表面(1011,1021)构成,以建立连接 其中排(11)的孔位于正上方; 不具有通孔的构件块(171,172)的上排(17),以及用于连接到位于正上方的行(16)中的孔的连续表面(1711,1721) 以通过不具有通孔的多个相互连接的构建块形成加热/冷却通道(1312,1321,1322,1331,1332)。 用于加热/冷却介质的加热/冷却源(180)可以经由耦合装置(182)连接到加热/冷却通道(1312,1332)。