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    • 1. 发明专利
    • Method for fractionating particulate of different specific gravity
    • 用于分离不同特定重力颗粒的方法
    • JP2005098704A
    • 2005-04-14
    • JP2001070651
    • 2001-03-13
    • Hajime Ogata肇 緒方
    • OGATA HAJIME
    • G01N33/48B04B5/02G01N33/487
    • G01N33/487
    • PROBLEM TO BE SOLVED: To provide a method for precisely fractionating particulates in a liquid containing two types of particulates of different specific gravities or more into two groups according to their specific gravity differences by a simple method in the case as of fractionating erythrocytes from blood.
      SOLUTION: Groups of particulates containing the two types of particulates having different specific gravities or more are centrifuged with a solid inclusion, having a specific gravity in an intermediate zone between the specific gravities of the groups of particulates and vertically movable with the external edge of its contact surface with the groups of particulates inscribed with a centrifuge tube, to move the particulates having a high specific gravity downward below the solid inclusion or the particulates having a low specific gravity upward over the solid inclusion through the contact surface between the inner wall of the centrifuge tube and the solid inclusion and simultaneously move the solid inclusion to an intermediate position between the groups of particulates having high and low specific gravities. The particulates having different specific gravities are thereby fractionated.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提供一种在将红细胞分馏的情况下通过简单的方法将含有两种不同比重的两种不同比重的微粒的微粒精确分馏成两组的方法 从血液。 解决方案:将含有两种具有不同比重或更大比重的两种类型的颗粒的颗粒组以固体夹杂物离心,固体夹杂物在中间区域之间具有比重,颗粒组之间的比重与外部可垂直移动 其接触表面的边缘与被分离有离心管的颗粒组一起向下移动具有高比重的高比重的颗粒向下固体夹杂物或具有低比重的微粒在固体夹杂物上方向上移动通过内部 离心管的壁和固体夹杂物,同时将固体夹杂物移动到具有高比重和低比重的颗粒组之间的中间位置。 由此分级具有不同比重的颗粒。 版权所有(C)2005,JPO&NCIPI
    • 5. 发明授权
    • Method for recovering and reproducing tinning liquid
    • 回收和再生镀锡液的方法
    • US5451323A
    • 1995-09-19
    • US219290
    • 1994-03-28
    • Kenichiro AkaoHajime OgataToshihiro KikuchiKazuo MochizukiKoji Yamato
    • Kenichiro AkaoHajime OgataToshihiro KikuchiKazuo MochizukiKoji Yamato
    • C25D21/22B01D15/04
    • C25D21/22Y10S204/13
    • A method of recovering and reproducing a tinning liquid containing Fe ions and other detrimental cations by the steps of removing cations from the tinning liquid by passing the tinning liquid or a diluted liquid of the tinning liquid through a strong-acid cation exchange resin to obtain a recovered acid, thereafter reproducing the strong-acid cation exchange resin and desorbing adsorbed cations into a solution containing an acid by passing the acid through the exchange resin to which the cations have been adsorbed, precipitating and separating Sn ions in the form of a precipitate of an Sn compound from the solution into which the cations have been desorbed while maintaining Fe ions as ions in this solution, mixing and dissolving the precipitate of the Sn compound or a compound reduced from the same in the recovered acid to reproduce and reuse the mixture of the Sn compound and the recovered acid as a tinning liquid, and discharging the solution containing Fe ions out of the system of the tinning liquid.
    • 一种通过以下步骤回收和再现含有Fe离子和其它有害阳离子的镀锡液的方法:通过使镀锡液中的镀锡液或稀释液通过强酸阳离子交换树脂,从而从镀锡液中除去阳离子,得到 回收酸,然后通过使酸通过阳离子吸附的交换树脂,沉淀并分离出沉淀形式的Sn离子,从而再生强酸阳离子交换树脂并将吸附的阳离子解吸到含有酸的溶液中 从溶液中除去阳离子的溶液中的Sn化合物,同时将Fe离子作为离子保持在该溶液中,将Sn化合物或从其回收的酸中还原的化合物的沉淀物混合并溶解以再生和再利用 Sn化合物和回收的酸作为镀锡液,并将含有Fe离子的溶液排出t系统 他镀锡液体。