公开(公告)号：USRE35826E

公开(公告)日：1998-06-23

申请号：US417143

申请日：1995-04-05

Applicant: Michael S. Spiegel

Inventor： Michael S. Spiegel

IPC: B01J19/08 ,  C02F1/48

CPC classification number: C02F1/481 ,  B01J19/087 ,  B01J2219/0852

Abstract: A fluid treatment system .Iadd.and method .Iaddend.for changing the rates of growth of certain crystals and other solids formed within a fluid is disclosed herein. The apparatus includes a variable speed motor having a shaft, and a wheel assembly mounted on the shaft. The wheel assembly includes two circular ferro-magnetic disks separated from each other on the shaft a pre-determined distance to form a gap, and a ferro-magnetic spacer member concentrically arranged about the shaft and located in the gap between the disks. An array of magnets is concentrically arranged in a circular pattern about the shaft on the inner surface of each of the disks with the polarity of the inner pole faces of the magnets on one of the disks bang the same as each other and the polarity of the inner pole faces of the magnets on the other of the disks being the same as each other but opposite to the polarity of the inner pole faces of said magnets on the one disk. An elongated fluid conduit having a U-shaped non-magnetic portion is located in the gap formed by the disks between the inner pole faces of the magnets, the U-shaped non-magnetic portion of the conduit being hollow so as to have no obstruction for continuous fluid flow therethrough, wherein sufficient magnetic force is provided by the combination of the strength of the magnets, velocity of the fluid, and rotation of the magnets to accomplish beneficial effects on impurities in the fluid.

Abstract translation: 本文公开了一种用于改变在流体内形成的某些晶体和其它固体的生长速率的流体处理系统和方法。 该装置包括具有轴的变速马达和安装在轴上的轮组件。 车轮组件包括在轴上彼此隔开预定距离以形成间隙的两个圆形铁磁盘，以及围绕轴同心地设置并位于盘之间的间隙中的铁磁隔离件。 磁体阵列以每个磁盘的内表面上的轴为中心的圆形图案同心地布置，其中一个磁体上的磁体的内极面的极性彼此相同，并且极性 另一个磁盘上的磁体的内极面彼此相同，但是与一个磁盘上的所述磁体的内极面的极性相反。 具有U形非磁性部分的细长流体管道位于由磁体在磁体的内极面之间形成的间隙中，导管的U形非磁性部分是中空的，以便没有阻塞 为了连续流体流过其中，其中通过磁体的强度，流体的速度和磁体的旋转的组合来提供足够的磁力，以实现对流体中的杂质的有益影响。