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    • 2. 发明授权
    • Gas contact tank
    • 气体接触罐
    • US5968352A
    • 1999-10-19
    • US169570
    • 1998-10-09
    • Lee C. Ditzler
    • Lee C. Ditzler
    • B01F5/06C02F1/78B01F3/04B01F15/02
    • B01F5/0609C02F1/78C02F2201/78Y10S261/42Y10S261/75
    • Intimate contact of water with a treatment gas is achieved by mixing the gas and water co-currently in a conduit containing static mixers, and directing the conduit into a gas contact apparatus that contains coaxial inner and outer tanks, the inner tank being open within, and shorter than, the outer tank, leaving a head space above the top of the inner tank. The conduit discharges the gas-water mixture at the base of the interior of the inner tank, permitting the water to flow upward through the annular space between the inner tank and the conduit, then over the weir formed by the open upper end of the inner tank and downward through the annular space between the inner and outer tanks. Gas is separated from the water at the head space, and treated degasified water leaves the apparatus at the base of the outer tank.
    • 水与处理气体的紧密接触是通过将气体和水共同地混合在包含静态混合器的导管中来实现的,并且将导管引导到包含同轴的内部和外部罐的气体接触装置中, 并且比外部罐短,在内部罐的顶部上方留下头部空间。 导管在内罐内部的基部排出气水混合物,允许水向上流过内罐和导管之间的环形空间,然后在内部的敞开的上端形成的堰上 罐和向下穿过内部和外部罐之间的环形空间。 气体与顶部空间的水分离,处理后的脱水水离开外罐底部的设备。
    • 5. 发明授权
    • Sealed capacitor transducer for fluid flow measurement
    • 用于流体流量测量的密封电容换能器
    • US3991614A
    • 1976-11-16
    • US650435
    • 1976-01-19
    • Lee C. Ditzler
    • Lee C. Ditzler
    • G01F1/00G01F1/20G01F23/26
    • G01F1/002
    • A transducer for measuring gravital fluid flow includes a composite weir member having a downstream Palmer-Bowlus flume section and an upstream uniform channel section. A flexible sealed envelope partially filled with dielectric fluid is disposed in the bottom of the uniform channel, and is in open flow communication with a sealed vertical column secured to the channel wall. A pair of capacitive probe electrodes are disposed within the column and the envelope. Fluid pressure of the liquid flowing in the weir forces the dielectric fluid up into the column, thereby altering the capacitive coupling of the electrodes in a manner which is a direct function of the amount of fluid flow in the weir.
    • 用于测量重力流体流动的传感器包括具有下游的Palmer-Bowlus水槽部分和上游均匀通道部分的复合堰部件。 部分填充有介电流体的柔性密封外壳设置在均匀通道的底部,与固定在通道壁上的密封垂直柱开放流动连通。 一对电容式探针电极设置在柱和外壳内。 在堰中流动的液体的流体压力迫使介质流体进入塔中,从而以与堰内流体流量直接相关的方式改变电极的电容耦合。
    • 10. 发明授权
    • Pressure regulation process for ozone generating cell
    • 臭氧发生电池的压力调节过程
    • US06372096B1
    • 2002-04-16
    • US09579339
    • 2000-05-25
    • Lee C. Ditzler
    • Lee C. Ditzler
    • H05F300
    • C01B13/11C01B2201/90
    • A system for generating ozone by corona discharge comprises a corona discharge ozone generating cell. A downstream pressure regulator is disposed downstream and coupled to the corona discharge ozone generating cell for setting and automatically maintaining a desired cell pressure for the ozone generating cell so that effects of variances caused by processing of the ozone-containing gas downstream of the ozone generating cell on ozone production by the ozone generating cell are eliminated or at least minimized. A flow control orifice is provided upstream of the ozone generating cell for controlling the flow of incoming gas to the ozone generating cell for producing the ozone-containing gas. An upstream pressure regulator is provided upstream of the ozone generating cell for maintaining an inlet pressure of the incoming gas entering the ozone generating cell. After setting the desired cell pressure in the downstream pressure regulator, the desired flow control through the flow control orifice, and a voltage level for operating the ozone generating cell, the upstream pressure regulator can be adjusted to the optimum level to maximize ozone production.
    • 通过电晕放电产生臭氧的系统包括电晕放电臭氧发生电池。 下游压力调节器设置在下游并耦合到电晕放电臭氧发生电池,用于设定和自动保持用于臭氧发生电池的期望电池压力,使得由臭氧发生电池下游的含臭氧气体处理引起的变化的影响 臭氧发生电池的臭氧产生被消除或至少最小化。 在臭氧发生电池的上游设置有流量控制孔,用于控制用于产生含臭氧气体的臭氧发生电池的进入气体的流动。 在臭氧发生电池的上游设置上游压力调节器,用于保持进入臭氧发生电池的进入气体的入口压力。 在下游压力调节器中设置所需的电池压力之后,通过流量控制孔的期望的流量控制以及用于操作臭氧发生电池的电压电平,可将上游压力调节器调整到最佳水平以最大限度地提高臭氧产生。