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    • 6. 发明授权
    • Ion selective electrode and flow type ion sensor using the same
    • 离子选择电极和流量型离子传感器使用相同
    • US4758325A
    • 1988-07-19
    • US817798
    • 1986-01-10
    • Ken-ichi KannoTetsuya GatayamaMasao Koyama
    • Ken-ichi KannoTetsuya GatayamaMasao Koyama
    • G01N27/27G01N27/28G01N27/333G01N27/403G01N27/46
    • G01N27/403G01N27/3335
    • There are disclosed an ion selective electrode comprising a polyvinyl chloride series resin plate having a through hole; conductive member disposed along the through hole; ion sensitive membrane of a polyvinyl chloride series resin membrane; and a lead wire connected to the conductive member, and the flow type ion sensor comprises a plurality of the ion selective electrodes mutually integrally associated with each other with the interposition of electrical insulating members so that through holes of the respective ion selective electrodes may define a flow passage for a liquid to be measured, and a flow type ion sensor using the same.The ion selective electrode and flow type ion sensor using the same of this invention allow the measurement in a smaller amount of the sample to be measured and are excellect in the adhesion of the ion sensitive membranes, therefore they have effects of a stable potential supply and a prolonged life time, and these industrial merits are highly great.
    • 公开了一种离子选择电极,其包括具有通孔的聚氯乙烯系树脂板; 导电构件沿着通孔设置; 聚氯乙烯系列树脂膜的离子敏感膜; 以及连接到导电构件的引线,并且流式离子传感器包括彼此一体地相互连接的多个离子选择电极,插入电绝缘构件,使得各个离子选择电极的通孔可以限定一个 用于待测液体的流路,以及使用该液体的流动型离子传感器。 使用本发明的离子选择电极和流动型离子传感器允许在较少量的待测量样品上进行测量,并且在离子敏感膜的粘附中具有优越性,因此它们具有稳定的电势供应和 寿命延长,这些工业优点非常好。
    • 9. 发明授权
    • Method and device for classifying tires
    • 轮胎分级方法和装置
    • US3939349A
    • 1976-02-17
    • US428014
    • 1973-12-26
    • Masami ShimizuMasao Koyama
    • Masami ShimizuMasao Koyama
    • C09J7/02G01N23/18G01T1/16
    • G01N23/185G01N2223/627
    • During the process of manufacturing tires, vulcanized tires are classified by the utilization of radiations into the white tire having a white rubber compound layer, or a white ribbon, and the black tire having no such white ribbon, while those tires are classified according to the external dimensions such as an inside diameter. More specifically, a radiation source provided on the side of one wallside of a tire emits radiations to the tire at a predetermined angle of inclination, while a radiation detector provided on the side of the other wallside of the tire detects the intensity of radiations which have passed through the tire, whereby the classification of tires is carried out according to the comparison of two outputs which the radiation detector produces at two predetermined relative positions of the tire and the radiation source.
    • 在制造轮胎的过程中,通过利用具有白色橡胶化合物层或白色带状物的白色轮胎的辐射和不具有这种白色带的黑色轮胎来对硫化轮胎进行分类,而这些轮胎根据 外部尺寸如内径。 更具体地,设置在轮胎的一个侧壁侧的辐射源以预定的倾斜角度向轮胎发射辐射,而设置在轮胎另一侧面的辐射检测器检测到具有 通过轮胎,从而根据辐射检测器在轮胎和辐射源的两个预定相对位置处产生的两个输出的比较来执行轮胎的分类。