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    • 3. 发明公开
    • Means of controlling the condition of air in an enclosure
    • Mittel zur Ueberwachung des Luftzustandes in einem Raum。
    • EP0172598A2
    • 1986-02-26
    • EP85300100.6
    • 1985-01-07
    • Assaf, Gad
    • Assaf, Gad
    • F24F3/14
    • F24F3/1417A01G9/246F24F2003/144Y02A40/268
    • Air in an enclosure (13) e.g. a greenhouse, is conditioned by apparatus which includes a brine reservoir (11). a direct contact air-brine-vapor heat exchanger (12), a brine evaporator (16), and a brine circulation system for exchanging brine between the reservoir and heat exchanger (along path B), and between the reservoir and the evaporator (along path C). The apparatus also includes a condenser (17) operatively associated with the evaporator (16), a primary air circulation system constructed and arranged to exchange air between the heat exchanger and the enclosure (along path A) for drying the air in the heat exchanger, and a secondary air circulation system constructed and arranged to exchange air between the evaporator and the condenser for evaporating water from the brine in the evaporator. Water vapor produced by the brine evaporator (16) is condensed in the condenser (17) which is constructed and arranged to transfer the heat released by condensation, which is the same as the latent heat of vaporization of water evaporated from the brine by the vaporizer, to the air in the enclosure (13). A method of conditioning air in an enclosure is also disclosed.
    • 外壳(13)中的空气 温室由包括盐水储存器(11),直接接触空气 - 盐水 - 蒸汽热交换器(12),盐水蒸发器(16)和用于在储存器和热量之间交换盐水的盐水循环系统 交换器(沿路径B),以及储存器和蒸发器之间(沿着路径C)。 该设备还包括与蒸发器(16)可操作地相关联的冷凝器(17),构造和布置成在热交换器和外壳(沿路径A)之间交换空气的一次空气循环系统,用于干燥热交换器中的空气, 以及构造和布置成在蒸发器和冷凝器之间更换空气以从蒸发器中的盐水蒸发水的二次空气循环系统。 由盐水蒸发器(16)产生的水蒸汽在冷凝器(17)中冷凝,冷凝器(17)被构造和布置成传递通过冷凝释放的热量,其与通过蒸发器从盐水蒸发的水的蒸发潜热相同 到外壳(13)中的空气。 还公开了一种调节外壳中的空气的方法。
    • 5. 发明授权
    • Means of controlling the condition of air in an enclosure
    • 控制外壳条件的方法
    • EP0172598B1
    • 1991-08-14
    • EP85300100.6
    • 1985-01-07
    • Assaf, Gad
    • Assaf, Gad
    • F24F3/14
    • F24F3/1417A01G9/246F24F2003/144Y02A40/268
    • Air in an enclosure (13) e.g. a greenhouse, is conditioned by apparatus which includes a brine reservoir (11), a direct contact air-brine-vapor heat exchanger (12), a brine evaporator (16), and a brine circulation system for exchanging brine between the reservoir and heat exchanger (along path B), and between the reservoir and the evaporator (along path C). The apparatus also includes a condenser (17) operatively associated with the evaporator (16), a primary air circulation system constructed and arranged to exchange air between the heat exchanger and the enclosure (along path A) for drying the air in the heat exchanger, and a secondary air circulation system constructed and arranged to exchange air between the evaporator and the condenser for evaporating water from the brine in the evaporator. Water vapor produced by the brine evaporator (16) is condensed in the condenser (17) which is constructed and arranged to transfer the heat released by condensation, which is the same as the latent heat of vaporization of water evaporated from the brine by the vaporizer, to the air in the enclosure (13). A method of conditioning air in an enclosure is also disclosed.