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    • 1. 发明授权
    • Method of performing measurement of hematocrit value and separate
sampling of blood component
    • 执行血细胞比容值测量和血液成分分离取样的方法
    • US4939925A
    • 1990-07-10
    • US323568
    • 1989-03-13
    • Hajime SakumaToshiyuki SasakiKatsumi Komatsu
    • Hajime SakumaToshiyuki SasakiKatsumi Komatsu
    • G01N33/483G01N33/49G01N35/10
    • G01N33/491G01N35/1011G01N2035/1025
    • A method of performing measurement of a hematocrit value and separate sampling of plasma and blood cells, simultaneously. A probe including a pair of detection electrodes each in the form of a suction nozzle, is lowered from a certain initial height into a sample vessel containing blood that has bveen separated into an upper plasma layer and a lower blood cell layer, while the probe travel distance is monitored. When the detection electrodes touch the surface of the plasma layer, the plasma is sampled into a corresponding sampling vessel through one of the electrode suction nozzles. The probe is then lowered further until the electrodes touch the surface of the blood cell layer, and the blood cells are sampled into a different sampling vessel through the other one of the suction nozzles. A total sample blood volume and the volume of the blood cells are calculated in accordance with the measured travel of the probe between the upper and lower layers, and a hematocrit value is determined from the calculated volumes.
    • 同时执行血细胞比容值的测量和血浆和血细胞的分离取样的方法。 将包括吸嘴形式的一对检测电极的探针从一定的初始高度降低到含有分为上等血浆层和下血细胞层的血液的样品容器中,同时探头行程 距离被监控。 当检测电极接触等离子体层的表面时,通过电极吸嘴之一将等离子体采样到相应的取样容器中。 然后将探针进一步降低直到电极接触血细胞层的表面,并且通过另一个吸嘴将血细胞采样到不同的取样容器中。 根据所测量的上层和下层之间的测量行程来计算总样本血液体积和血细胞的体积,并根据计算的体积确定血细胞比容值。
    • 4. 发明授权
    • Method for fabricating a magnetic therapeutic device
    • 磁疗治疗装置的制造方法
    • US06913663B2
    • 2005-07-05
    • US10256332
    • 2002-09-26
    • Katsumi Komatsu
    • Katsumi Komatsu
    • A61N2/08A61N2/06
    • A61N2/06Y10T156/10
    • A dummy member is covered with a sheet member in a manner to keep one side of the sheet member in contact with the dummy member retaining a plurality of permanent magnets in a manner that any pair of adjoining magnets are opposite in polarity. A plurality of permanent magnets are supplied to the other side of the sheet member conforming to the dummy member so as to be magnetically attracted by the permanent magnets of the dummy member whereby the therapeutic permanent magnets are positioned at predetermined places on the other side of the sheet member. Subsequently, the therapeutic permanent magnets arranged on the other side of the sheet member are fixed to the sheet member.
    • 虚拟构件以片状构件的方式覆盖,以使得片状构件的一侧与保持多个永磁体的虚拟构件接触,使得任何一对邻接的磁体的极性相反。 多个永磁体被供给到符合虚拟构件的片状构件的另一侧,以被虚拟构件的永久磁铁磁吸引,从而治疗用永久磁铁位于另一侧的预定位置 片材成员。 随后,布置在片材的另一侧的治疗用永久磁铁固定在片材上。