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    • 2. 发明申请
    • Biopsy device and container for biopsy device
    • 活检装置和活检装置容器
    • US20060116603A1
    • 2006-06-01
    • US11281200
    • 2005-11-16
    • Takami ShibazakiHiromi Sanuki
    • Takami ShibazakiHiromi Sanuki
    • A61B10/00
    • A61B10/0096A61B10/06A61B2010/045
    • A biopsy device includes an catching member that is able to catch and release a living sample, a sheath through which the catching member is able to be inserted, and a container that stores the living sample. The container includes a container portion that is able to contain a sample preservation reagent and the living sample, a first removable insertion portion connected detachably and liquid-tightly to an end portion of the sheath, through which the catching member is able to be removably inserted from an outside of the container to the container portion, and a second removable insertion portion through which the catching member is able to be removably inserted from the container portion to an outside of the container in a liquid-tight manner.
    • 活检装置包括能够捕获和释放活体样品的捕获构件,能够插入捕获构件的护套和存储活体样品的容器。 容器包括容纳部分,其能够容纳样品保存试剂和活体样品,第一可移除插入部分,其可拆卸地和液密地连接到护套的端部,捕获构件可以通过该第一可移除插入部分可移除地插入 从容器的外部到容器部分,以及第二可移除插入部分,捕获构件能够以液体方式从容器部分可移除地插入到容器的外部。
    • 5. 发明授权
    • Stool sample processing method and stool sample processing container
    • 粪便样品处理方法和粪便样品处理容器
    • US08597954B2
    • 2013-12-03
    • US12944260
    • 2010-11-11
    • Yasuo TanigamiKazue NakajimaTakami Shibazaki
    • Yasuo TanigamiKazue NakajimaTakami Shibazaki
    • G01N33/48
    • C12Q1/6806A61B10/0038A61B10/0096C12N15/1003C12N15/1006
    • The present invention relates to a stool sample processing method and stool sample processing container the a stool sample processing container provided with a stool collection tool, a suspending solution holding portion and a processing solution holding portion, wherein stool sample preparation solutions consisting of a suspending solution and a stool sample processing solution are respectively housed in a suspending solution holding container and a processing solution holding container, after first mixing a stool sample with the suspending solution and suspending therein, a sealant is released into the suspending solution holding container by pressing on the lower portion of the processing solution holding container, and the resulting stool suspension mixes with the stool sample processing solution that stabilizes the nuclide acid.
    • 本发明涉及一种粪便样品处理方法和粪便样品处理容器,该粪便样品处理容器设置有粪便收集工具,悬浮液保持部分和处理溶液保持部分,其中粪便样品制备溶液由悬浮液 和粪便样品处理溶液分别容纳在悬浮液保持容器和处理液保持容器中,首先将粪便样品与悬浮液混合并悬浮在其中后,将密封剂按压在悬浮液保持容器中 处理液保持容器的下部,并且所得到的粪便悬浮液与稳定核素酸的粪便样品处理溶液混合。
    • 6. 发明授权
    • Biochemical examination apparatus and biochemical examination method
    • 生化检查仪器及生化检查方法
    • US07920733B2
    • 2011-04-05
    • US11880657
    • 2007-07-23
    • Yuichiro MatsuoTakami ShibazakiYuko Saida
    • Yuichiro MatsuoTakami ShibazakiYuko Saida
    • G06K9/00G03B7/00
    • G01N21/6456G01N21/6452
    • First, image capturing is performed in the exposure time of ExpStart. If the maximum intensity value of all the pixels of an image is smaller than TransStart, the exposure time is increased and the image capturing is performed again. After that, increase in the exposure time and the image capturing are repeatedly performed until the maximum intensity value of all the pixels of the captured optical image becomes equal to or greater than TransStart. When the maximum intensity value becomes equal to or greater than TransStart, image data is transferred to a computer to be recorded on the hard disk, and the number of images recorded is counted. Subsequently, the increase in the exposure time, the image capturing, transfer and record of the image data, and count of the number of images recorded are repeatedly performed. The image capturing is finished when the minimum intensity value in an area of the fluorescent image that is smaller than the entire area becomes larger than TransEnd, the number of images recorded becomes larger than TransPicts, or the exposure time becomes longer than MaxExpTime.
    • 首先,在ExpStart的曝光时间内执行图像捕获。 如果图像的所有像素的最大强度值小于TransStart,则曝光时间增加,再次执行图像拍摄。 之后,重复执行曝光时间和图像拍摄的增加,直到拍摄的光学图像的所有像素的最大强度值变为等于或大于TransStart。 当最大强度值变得等于或大于TransStart时,将图像数据传送到计算机以记录在硬盘上,并记录所记录的图像数。 随后,重复执行曝光时间的增加,图像捕获,图像数据的传送和记录以及记录的图像数量的计数。 当荧光图像的小于整个区域的区域中的最小强度值变得大于TransEnd时,完成图像捕获,记录的图像数量变得大于TransPicts,或者曝光时间变得比MaxExpTime长。
    • 7. 发明申请
    • Biochemical examination appartatus and biochemical examination method
    • 生化检查和生化检查方法
    • US20080018778A1
    • 2008-01-24
    • US11880657
    • 2007-07-23
    • Yuichiro MatsuoTakami ShibazakiYuko Saida
    • Yuichiro MatsuoTakami ShibazakiYuko Saida
    • G03B7/00
    • G01N21/6456G01N21/6452
    • First, image capturing is performed in the exposure time of ExpStart. If the maximum intensity value of all the pixels of an image is smaller than TransStart, the exposure time is increased and the image capturing is performed again. After that, increase in the exposure time and the image capturing are repeatedly performed until the maximum intensity value of all the pixels of the captured optical image becomes equal to or greater than TransStart. When the maximum intensity value becomes equal to or greater than TransStart, image data is transferred to a computer to be recorded on the hard disk, and the number of images recorded is counted. Subsequently, the increase in the exposure time, the image capturing, transfer and record of the image data, and count of the number of images recorded are repeatedly performed. The image capturing is finished when the minimum intensity value in an area of the fluorescent image that is smaller than the entire area becomes larger than TransEnd, the number of images recorded becomes larger than TransPicts, or the exposure time becomes longer than MaxExpTime.
    • 首先,在ExpStart的曝光时间内执行图像捕获。 如果图像的所有像素的最大强度值小于TransStart,则曝光时间增加,再次执行图像拍摄。 之后,重复执行曝光时间和图像拍摄的增加,直到拍摄的光学图像的所有像素的最大强度值变为等于或大于TransStart。 当最大强度值变得等于或大于TransStart时,将图像数据传送到计算机以记录在硬盘上,并记录所记录的图像数。 随后,重复执行曝光时间的增加,图像捕获,图像数据的传送和记录以及记录的图像数量的计数。 当荧光图像的小于整个区域的区域中的最小强度值变得大于TransEnd时,完成图像捕获,记录的图像数量变得大于TransPicts,或者曝光时间变得比MaxExpTime长。
    • 9. 发明授权
    • Focus detecting apparatus for focusing on surface of transparent substance
    • 用于聚焦在透明物质表面上的聚焦检测装置
    • US07868279B2
    • 2011-01-11
    • US12328243
    • 2008-12-04
    • Takami Shibazaki
    • Takami Shibazaki
    • G02B7/04
    • G02B21/245
    • The focus detecting apparatus comprises an objective lens, a point light source which irradiates illumination light for generating a focusing signal to a transparent substrate through the objective lens, a mask means having a first shading part for shading one of areas of the luminous of the illumination light, and a photodetector having two light receiving parts, wherein the mask means is formed so as to have a shape similar to one of light receiving parts in the photodetector, and has a second shading part that intercepts a part of luminous flux passing through another area so that reflected light from one of the surfaces may enter into the two light receiving parts, and reflected light from another surface may pass through an area which is located off the light receiving part arranged at one of the areas, when a focus of the objective lens is positioned near one of surfaces out of the first or second surface in the transparent substrate.
    • 焦点检测装置包括物镜,点光源,其通过物镜照射用于产生聚焦信号到透明基板的照明光;掩模装置,具有第一遮光部分,用于遮蔽照明的发光的区域之一 光和具有两个光接收部分的光电检测器,其中所述掩模装置形成为具有与所述光电检测器中的光接收部分中的一个相似的形状,并且具有遮断部分通过另一个的光通量的第二遮光部 使得来自其中一个表面的反射光可以进入两个光接收部分,并且来自另一表面的反射光可以穿过布置在其中一个区域处的光接收部分上的区域, 物镜位于透明基板中的第一或第二表面之外的一个表面附近。