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    • 1. 发明申请
    • IMPROVED FLUID DISTILLATION APPARATUS AND METHOD
    • 改进的流体蒸馏装置和方法
    • WO1993023130A1
    • 1993-11-25
    • PCT/US1993004402
    • 1993-05-10
    • LEE, Naisin
    • B01D03/02
    • B01D1/06B01D1/0017B01D1/10B01D3/346B01D5/0012B01D5/0015B01D5/0069C02F1/04C02F1/10Y10S203/18
    • Several embodiments of a fluid distillation system (10) wherein each embodiment uses a primary container or chamber (22) for water or fluid to be distilled and a secondary water container or chamber(24). The two chambers (22, 24) are adjacent to each other, and the secondary chamber (24) cooperates with the primary chamber (22) to direct water vapor generated in the system to travel to a reservoir (55) for collection. The primary chamber (22) has a heater (42) therewithin near the upper surface (46) of the water carried thereby. The heater (42) is provided for generating water vapor from aerated water, whereby the water vapor when heated will pass out of water at the upper surface (46) of the water and into fluid passages (26) for flow to the reservoir (55). The secondary container or chamber (24) has no heater but carries aerated water before the water moves out of the secondary container or chamber (24) and into and downwardly along a passage (48) which leads eventually to the reservoir (55). Thus, the configuration of the primary and secondary chambers (22, 24) leads to an increase in the yield of the distilled water (57) in the reservoir (55) yet the system (10) remains relatively simple in that only a single heater (42) is used and that is in the primary chamber (22) while the secondary chamber(24) has no heater.
    • 流体蒸馏系统(10)的几个实施例,其中每个实施例使用用于待蒸馏的水或流体的主容器或室(22)和第二水容器或室(24)。 两个腔室(22,24)彼此相邻,并且辅助腔室(24)与主腔室(22)配合,以引导在系统中产生的水蒸气行进到贮存器(55)以进行收集。 主室(22)在其附近的水的上表面(46)附近具有加热器(42)。 加热器(42)被设置用于从曝气水产生水蒸汽,由此加热时的水蒸气将在水的上表面(46)处流出水,并流入流体通道(26)以流入储存器(55) )。 次级容器或室(24)没有加热器,但是在水从次级容器或室(24)移出之前并沿着最终导致储存器(55)的通道(48)向下流动并携带充气水。 因此,初级和次级室(22,24)的构型导致储存器(55)中蒸馏水(57)的产量增加,而系统(10)保持相对简单,因为只有一个加热器 (42),并且在主室(22)中,而次室(24)没有加热器。