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    • 23. 发明授权
    • Electro-osmosis system
    • 电化学系统
    • US3657106A
    • 1972-04-18
    • US3657106D
    • 1969-06-05
    • AMERICAN BIOCULTURE
    • SMITH JACK D
    • B01D61/42B01D61/44B01D13/02C02B1/82
    • B01D61/44C02F1/4693C02F1/4698
    • A desalting system making use of electro-osmosis is similar to conventional electrodialysis arrangements in that the input solution is passed between a pair of membranes one of which is anion permeable and the other cation permeable, an applied electric field causing the anions and cations to leave the solution by migrating through the respective membranes. However, unlike conventional electrodialysis membranes, the membranes are also relatively permeable to water. The resulting flow of water toward and through the membranes materially increases the rate at which ions are transported to the membranes and correspondingly increases the rate at which ions are removed from the input solution.
    • 使用电渗的脱盐系统类似于常规的电渗析装置,因为输入溶液在一对膜之间通过,其中一个膜是阴离子可渗透的,另一个阳离子可渗透,施加的电场导致阴离子和阳离子离开 该溶液通过各自的膜迁移。 然而,与传统的电渗析膜不同,膜对水也是相对可渗透的。 所产生的水流向膜的流动物质地增加了离子被输送到膜的速率,并且相应地提高了从输入溶液中除去离子的速率。
    • 26. 发明授权
    • Drum-type electro-osmosis dehydrator capable of reducing electricity consumption by decreasing gap between positive and negative electrodes
    • 鼓式电渗脱水机能够通过减小正极和负极之间的间隙来减少用电量
    • US09028665B2
    • 2015-05-12
    • US13574904
    • 2011-09-30
    • Sang Joon Lee
    • Sang Joon Lee
    • B01D35/06C02F1/469C02F11/00B01D61/42C02F11/12
    • C02F1/4698B01D61/427C02F11/006C02F11/123C02F2201/4617
    • Provided is an electro-osmosis dehydrator, which includes a sludge supplying part disposed in a central upper portion thereof, and including a rotating part and two rollers disposed under the rotating part, a drum disposed under the sludge supplying part to receive sludge, and having a cylindrical shape rotating about an axis thereof, wherein an inner circumference of the drum is charged negatively or positively by direct current power, a caterpillar part spaced a certain distance from the drum, and moving along an endless track, wherein the caterpillar part includes a power applying part charged with polarity opposite to that of the drum by direct current power, a filtering fabric disposed under the power applying part, a caterpillar disposed under the filtering fabric, and including a plurality of holes, a vinyl part disposed between the filtering fabric and the caterpillar to prevent the sludge from passing through the caterpillar, and a chain disposed under the caterpillar, and a plurality of idle sprocket parts disposed on the inside of the caterpillar part, and engaging with the chain to drive the caterpillar part. A filtering fabric is removed from the space between positive and negative electrodes so as to decrease the gap therebetween, thereby reducing electricity consumption.
    • 提供一种电渗脱水器,其包括设置在其中央上部的污泥供给部,并且包括设置在旋转部下方的旋转部和两个辊,设置在污泥供给部下方以容纳污泥的鼓,具有 围绕其轴线旋转的圆柱形形状,其中滚筒的内圆周由直流动力负或正地充电,与鼓相隔一定距离的履带部分并沿着环形轨道移动,其中履带部分包括 通过直流电力充电与鼓的极性相反的功率施加部分,布置在功率施加部分下方的过滤织物,设置在过滤织物下方的毛毛虫,并且包括多个孔,设置在过滤织物之间的乙烯基部分 和毛虫,以防止污泥通过毛毛虫,以及设在毛毛虫下面的链条 设置在履带部分内侧的惰轮链轮零件的啮合,并与链条啮合以驱动履带部分。 从正极和负极之间的空间去除过滤织物,从而减小它们之间的间隙,从而减少电力消耗。
    • 30. 发明授权
    • Electronic osmotic dehydrator of electrophoresis style with a phase control using three-phase current
    • 电泳式电子脱水机,采用三相电流进行相位控制
    • US08349162B2
    • 2013-01-08
    • US12745323
    • 2008-06-26
    • Yeong Chae Lee
    • Yeong Chae Lee
    • B01D61/56
    • C02F11/12C02F1/4696C02F1/4698C02F2201/46125C02F2201/4617
    • The present invention relates to An electronic osmotic dehydrator of electrophoresis style with a phase control using three-phase current, and more specifically, to An electronic osmotic dehydrator of electrophoresis style with a phase control using three-phase current, which can minimize an unnecessary loss of power consumed in the rotating drum itself by emboding the applying structure of the DC power supplied to the dehydrating domain of the electro-osmotic dehydrator so that a strength of the electric field generated between the rotating drum and the caterpillar may be variably controlled depending upon a sludge volume, and improving a structure of the rotating drum to which the DC power is applied, when forming an electronic osmotic dehydrator comprising a rotating drum in the cylindrical form, a caterpillar running on an endless track at a certain space from the rotating drum and two filter cloth belts for transferring and dehydrating the sludge as wound between the drum and the caterpillar, which is a continued invention of ‘an electro-osmotic dehydrator (K.R. Patent Application No. 10-2004-007759)’, ‘an electro-dehydrator of a phase control type (K.R. Patent Application No. 10-2005-009928)’, and ‘an electro-osmotic dehydrator (K.R. Patent Application No. 10-2007-046494)’ which were already filed by the applicant of the present invention.
    • 本发明涉及使用三相电流进行相位控制的电泳型电子渗透脱水机,更具体地说,涉及使用三相电流进行相位控制的电泳式电子脱水机,能够使不必要的损耗最小化 通过实施提供给电渗脱水器的脱水区域的直流电力的施加结构,使旋转鼓本身产生的电场的强度可根据 污泥体积,并且当形成包括圆柱形状的旋转滚筒的电子渗透脱水器时,改善施加有直流电力的旋转滚筒的结构,在与旋转滚筒相距一定空间的循环履带上行驶的履带 以及两个滤布带,用于在滚筒和滚筒之间缠绕的污泥转移和脱水 毛虫,其是电渗透脱水机(K.R.)的继续发明。 专利申请号10-2004-007759),相位控制型电脱水机(KR专利申请号10-2005-009928)和电渗透脱水机(KR专利申请号10-2007-046494 ),其已经由本发明的申请人提交。