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    • 1. 发明申请
    • FLUID TREATING APPARATUS
    • 流体处理设备
    • WO1997005064A1
    • 1997-02-13
    • PCT/US1995010094
    • 1995-07-25
    • ASHBROOK, Clifford, L.
    • C02F01/20
    • C02F1/34A61L2/02B01J19/2405B01J2208/0007B01J2208/00548
    • An apparatus (10) for treating fluids by increasing the fluid's rate of diffusion, removing minerals in solution, releasing entrained gases, and destroying bacteria includes a pair of cascaded vortex nozzles (26-29) positioned in opposed relation. Each of the vortex nozzles (26-29) communicates with a fluid source (14) to receive a fluid stream which it rotates. The cascaded vortex nozzles (26, 29) feed their rotating fluid stream into the rear of the vortex nozzle (27-28) with which they are cascaded. The rotating fluid streams fed into the vortex nozzles (26-29) combine with the rotating fluid stream within each nozzle. The combined streams then circularly rotate and exit the opposed vortex nozzles (27, 28) to collide in a chamber (30). The collision between the combined rotating streams results in the breaking of the bonds holding the fluid, gases, and minerals in their molecular array.
    • 一种用于通过增加流体的扩散速度,去除溶液中的矿物质,释放夹带的气体和破坏细菌来处理流体的装置(10)包括一对相对定位的级联涡流喷嘴(26-29)。 每个涡流喷嘴(26-29)与流体源(14)连通以接收其旋转的流体流。 级联的涡流喷嘴(26,29)将它们的旋转流体流进入涡流喷嘴(27-28)的后部,与它们级联。 进入涡流喷嘴(26-29)的旋转流体流与每个喷嘴内的旋转流体流相结合。 然后,组合的气流循环地旋转并离开相对的涡流喷嘴(27,28)以在室(30)中碰撞。 组合的旋转流之间的碰撞导致在其分子阵列中保持流体,气体和矿物质的键的断裂。
    • 8. 发明申请
    • WATER-PURIFYING APPARATUS
    • 水净化装置
    • WO1996006044A1
    • 1996-02-29
    • PCT/SE1995000940
    • 1995-08-18
    • LIBRADON ABNILSSON, Bror
    • LIBRADON AB
    • C02F01/20
    • C02F1/20B01D19/0005G21F9/06
    • A water-purifying apparatus, which is especially adapted to reduce the radon content of radon-contaminated water, comprises a reactor tank (1) for treating the radon-contaminated water, a radon-releasing means (2) arranged in the upper part of the reactor tank to receive water from a first pump (3) adapted to supply water from a source of water containing radon-contaminated water, the water from the radon-releasing means accumulating in the reactor tank, an inlet duct (4) extending between the first pump and the radon-releasing means, an outlet duct (6) from the reactor tank, the outlet duct being connected to a water consumption system, and a radon-gas outlet (9) from the reactor tank. In a mixing means (11), water from the first pump (3) is mixed with water from the reactor tank (1) with the aid of a second pump (10) in order to produce such a water flow in the radon-releasing means as results in effective radon release. The radon-releasing means is in air communication (7, 34) with the surroundings of the reactor tank, so that air, via this air communication, is entrained with the water, which is supplied to the radon-releasing means via the mixing means, with a view to admixing air with the water and, hence, releasing the radon.
    • 特别适用于减少氡污染水的氡含量的净水装置包括用于处理氡污染水的反应槽(1),设置在氡污染水的上部的氡释放装置(2) 所述反应器容器从第一泵(3)接收水,所述第一泵(3)适于从含有氡污染水的水源提供水,所述水从来自积聚在所述反应器罐中的氡释放装置的水, 第一泵和氡释放装置,来自反应器罐的出口管道(6),出口管道连接到耗水系统,以及来自反应器罐的氡气出口(9)。 在混合装置(11)中,借助于第二泵(10)将来自第一泵(3)的水与来自反应器罐(1)的水混合,以在氡释放中产生这样的水流 意味着有效的氡释放结果。 氡气释放装置与反应器容器的周围空气连通(7,34),使得空气经由空气连通被夹带在水中,水被经由混合装置供应到氡释放装置 以便将空气与水混合,从而释放氡气。