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    • 1. 发明授权
    • Apparatus for measuring aggregation patterns on a microplate
    • 用于测量麦克风上的聚集图案的装置
    • US5234665A
    • 1993-08-10
    • US700567
    • 1991-05-15
    • Masato OhtaYasuhiko YokomoriToshiyuki FurutaHideo SudaNaoki OzawaShogo Kida
    • Masato OhtaYasuhiko YokomoriToshiyuki FurutaHideo SudaNaoki OzawaShogo Kida
    • G01N21/17G01N21/25G01N21/59G01N21/82G01N33/543
    • G01N21/253G01N21/82G01N2021/5957G01N2201/0446
    • An aggregation pattern detecting apparatus includes a microplate having a plurality of reactive vessels in which aggregation patterns are formed, a light source arranged above the microplate, and a light sensor arrangement positioned below the microplate. The microplate is removably fastened to a main body, and a movable frame is movably supported on the main body. The light source and light sensor arrangement are carried on the movable frame for movement therewith. A driving mechanism effects movement of the movable frame and is controlled by a main control section. A reference plate is provided separately from the microplate, and has a plurality of through holes therein which correspond to the reactive vessels of the microplate. The reference plate is removably fastenable to the main body at the normal operative position of the microplate. With the reference plate in this position, the distance from a starting point of the driving mechanism to the through holes of the reference plate is measured and stored in the main control section. Based on these stored distances, the main control section determines appropriate operational positions for the light sensor.
    • 聚集图案检测装置包括具有形成聚集图案的多个反应性血管的微孔板,布置在微孔板上方的光源和位于微板下方的光传感器装置。 微板可拆卸地固定在主体上,可移动的框架可移动地支撑在主体上。 光源和光传感器装置承载在可移动框架上以与其一起运动。 驱动机构实现可动框架的移动,由主控制部控制。 参考板与微孔板分开设置,并且在其中具有多个对应于微孔板的反应性容器的通孔。 参考板可移除地在微板的正常操作位置处紧固到主体。 在该位置的参考板上,测量从驱动机构的起点到参考板的通孔的距离并将其存储在主控制部分中。 基于这些存储的距离,主控制部分确定光传感器的适当操作位置。
    • 5. 发明授权
    • Method of discriminating particle aggregation pattern
    • 鉴别粒子聚集图案的方法
    • US5265169A
    • 1993-11-23
    • US775809
    • 1991-10-11
    • Masato OhtaYasuhiko YokomoriToshiyuki Furuta
    • Masato OhtaYasuhiko YokomoriToshiyuki Furuta
    • G01N21/17G01N21/75G01N21/82G01N33/543G06K9/00
    • G01N21/82G01N2021/755G01N2201/0407G01N2201/0446G01N2201/127
    • A method for identifying the presence or absence of an aggregation of particles distributed on a translucent surface includes the steps of providing a light sensing device for sensing light incident thereon and producing an output value which represents the intensity of the incident light, and identifying a first output value which is produced by the light sensing device when there is no light incident thereon. The method also identifies a second output value which is produced by the light sensing means when, with no particles present on the translucent surface, light is directed through the translucent surface onto the light sensing device. With a distribution of particles deposited on the translucent surface, light is directed through the translucent surface and onto the light sensing device, causing the light sensing device to produce a third output value. A final output value is then determined as a function of said first, second and third output values.
    • 用于识别分布在半透明表面上的颗粒的聚集的存在或不存在的方法包括以下步骤:提供用于感测入射在其上的光的光感测装置,并产生表示入射光强度的输出值,并且识别第一 当没有光入射时由光检测装置产生的输出值。 该方法还识别由光感测装置产生的第二输出值,当在半透明表面上没有颗粒存在时,光被引导通过透光表面到光感测装置上。 随着沉积在半透明表面上的颗粒的分布,光被引导通过半透明表面并且到达光感测装置,使光感测装置产生第三输出值。 然后确定最终输出值作为所述第一,第二和第三输出值的函数。
    • 6. 发明授权
    • Immunological agglutination detecting apparatus with separately
controlled supplementary light sources
    • 具有单独控制的辅助光源的免疫凝集检测装置
    • US5169601A
    • 1992-12-08
    • US516101
    • 1990-04-27
    • Masato OhtaNaoki OzawaYasuhiko Yokomori
    • Masato OhtaNaoki OzawaYasuhiko Yokomori
    • B01L3/00G01N21/82G01N33/53
    • B01L3/5085G01N21/82G01N33/5302
    • An immunological agglutination detecting apparatus including an agglutination examination plate having one or more reaction vessels each provided with a bottom face of which at least a part is slanted. A light emitting source is arranged at one side of the agglutination examination plate. A light receiver is situated on the other side thereof. Respective images of the agglutination patterns formed on the bottom faces of the reaction vessels are focussed on the light receiver through individual lenses in order to detect, by an electrical device, the agglutination patterns which are formed by the shining light from the light emitting source. In the preferred embodiment, the light emitting source is one or more rows of primary point sources, each corresponding to a particular vessel in the plate, and one or more supplementary point sources adjacent the ends of the row or rows. The intensity of the primary and supplementary light sources can be separately adjusted.
    • 一种免疫凝集检测装置,其包括具有一个或多个反应容器的凝集检查板,每个反应容器的底面至少部分倾斜。 发光源布置在凝集检查板的一侧。 光接收器位于其另一侧。 形成在反应容器的底面上的凝集图案的各图像通过各个透镜聚焦在光接收器上,以便通过电子装置检测由来自发光源的发光光形成的凝集图案。 在优选实施例中,发光源是一行或多行主要点源,每一个源点对应于板中的特定容器,以及一个或多个与行或行的端部相邻的补充点源。 主光源和辅助光源的强度可以单独调整。