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    • 1. 发明授权
    • Element pressing mechanism for dry chemical analysis element cartridge
    • 用于干化学分析元件盒的元件按压机构
    • US5673814A
    • 1997-10-07
    • US596078
    • 1996-02-06
    • Kaoru TerashimaSigeru Tezuka
    • Kaoru TerashimaSigeru Tezuka
    • G01N35/04B65H1/12F16F1/12G01N35/00B65H1/08
    • F16F1/128G01N35/00029G01N2035/00089G01N2035/00752
    • In a chemical analysis element cartridge, chemical analysis element pressing mechanism is inserted into a cartridge body to press a stack of chemical analysis elements in the cartridge body toward an element take-out port formed in one end of the cartridge body. The element pressing mechanism includes a stopper to be engaged with an engagement teeth formed on an inner wall surface of the cartridge body and a pressing member which presses the stack of the chemical analysis elements toward the element take-out port under the force of a coiled spring. The stopper has a slider member which is slidable relative to a shaft portion of the pressing member and the coiled spring is disposed around the slider member with its one end in abutment against the pressing member and its the other end retained by a spring retainer portion formed on one end of the slider member. A bulged portion on the outer surface of the slider member aligns an effective center of an envelope defined by the end of the coiled spring with the effective center of the spring retainer portion.
    • 在化学分析元件盒中,将化学分析元件按压机构插入到盒体中,以将一盒化学分析元件压入盒体中,朝向形成在盒体一端的元件取出口。 元件按压机构包括与形成在盒体的内壁面上的接合齿接合的止动件和在卷绕的力的作用下将化学分析元件的堆叠朝向元件取出口按压的按压部件 弹簧。 止动件具有可相对于按压构件的轴部滑动的滑动构件,并且螺旋弹簧设置在滑动构件周围,其一端抵靠按压构件,并且其另一端由形成的弹簧保持器部分 在滑动构件的一端。 滑动构件的外表面上的凸出部分将由螺旋弹簧的端部限定的外壳的有效中心与弹簧保持器部分的有效中心对准。
    • 5. 发明授权
    • Dry analytical element
    • 干分析元素
    • US5935520A
    • 1999-08-10
    • US628975
    • 1996-04-08
    • Yasushi FujisakiSigeru TezukaHikaru TsurutaOsamu Seshimoto
    • Yasushi FujisakiSigeru TezukaHikaru TsurutaOsamu Seshimoto
    • G01N33/52G01N33/48
    • G01N33/525Y10T436/112499
    • A dry analytical substantially flat film chip for use as an analytical element composed of a support, at least one reagent layer and a spreading layer laminated in this order. The chip is suitable for use as is as an analytical element for liquid samples. The chip further has means for restraining a liquid sample applied to its surface from spreading beyond a predetermined area of the surface. The restraining means may be a fused nonporous area of the spreading layer or may be a portion or area of the spreading layer which has been clogged with a hydrophobic or lipophilic material to render it nonporous. The inventive film chip, in addition, provides means for preventing fraying of the edges of the porous spreading layer as well as the prevention of the generation of fiber dust during cutting of the chip.
    • 一种用于由载体,至少一个试剂层和扩散层构成的分析元件的干燥分析性基本上平坦的薄膜芯片。 该芯片适用于液体样品的分析元件。 芯片还具有用于限制施加到其表面的液体样品扩展到表面的预定区域之外的装置。 抑制装置可以是扩散层的熔融无孔区域,或者可以是扩散层的被疏水或亲油材料堵塞以使其无孔的部分或区域。 此外,本发明的薄膜芯片提供了防止多孔扩散层的边缘磨损以及防止在切割芯片期间产生纤维粉尘的手段。
    • 6. 发明授权
    • Quantitative pipette
    • 定量吸管
    • US4929428A
    • 1990-05-29
    • US312697
    • 1989-02-21
    • Sigeru Tezuka
    • Sigeru Tezuka
    • B01L3/02G01F11/02
    • G01F11/021B01L3/0234
    • A quantitative pipette comprising a cylinder, a plunger inserted into the cylinder capable of sucking and discharging a prescribed amount of liquid by the movement of the plunger at a prescribed distance, a ratchet having plural teeth at regular intervals, a driving means for rotating the ratchet, a damping means for damping the rotation of the ratchet not faster than a prescribed speed, a ratchet-engaging means capable of engaging the ratchet to stop it so as to permit the rotation of the ratchet intermittently, a pinion rotating simultaneously with the ratchet, a rack engaging the pinion and fixing said plunger, and a rotary means for rotating from the outside said ratchet or pinion opposed to the driving force of said driving means.
    • 一种定量移液器,包括一气缸,插入该气缸中的柱塞,该柱塞能够通过柱塞的运动以规定的距离吸取和排出规定量的液体,具有规则间隔的多个齿的棘轮;用于使棘轮旋转的驱动装置 ,用于阻尼棘轮旋转速度的阻尼装置不比规定速度更快;棘爪啮合装置,其能够啮合棘轮以将其停止以允许棘轮间歇地旋转;小齿轮与棘轮同时旋转; 与所述小齿轮接合并固定所述柱塞的齿条,以及用于从与所述驱动装置的驱动力相对的所述棘轮或小齿轮的外侧旋转的旋转装置。
    • 7. 发明授权
    • Electrophoresis apparatus
    • 电泳仪
    • US4715942A
    • 1987-12-29
    • US12402
    • 1987-02-09
    • Sigeru TezukaShoichi YamamotoMasayoshi Yamamoto
    • Sigeru TezukaShoichi YamamotoMasayoshi Yamamoto
    • B01D57/02G01N27/447G01N27/28
    • G01N27/44756B01D57/02
    • An apparatus for conducting electrophoresis is fabricated by use of an electrophoresis sheet composed of two sheet members consisting of a non-conductive organic polymer film and disposed to stand facing each other, spacers having predetermined thicknesses disposed between the two sheet members at right and left edge portions, and an electrophoresis gel membrane of a uniform thickness grasped between the two sheet members. The apparatus is provided with a pair of flat plate-like supporting members for supporting the electrophoresis sheet by sandwiching it therebetween, and a spacer disposed between the electrophoresis sheet and at least one of the flat plate-like supporting members, and contacting edge portions of the electrophoresis sheet.
    • 通过使用由非导电性有机聚合物膜构成的两片片材构成的电泳片,并配置成彼此相对的方式制造电泳装置,将具有预定厚度的间隔物设置在两片片材之间的左右边缘 部分,以及夹持在两片片之间的均匀厚度的电泳凝胶膜。 该装置设置有一对平板状支撑构件,用于通过将电泳片夹在其间来支撑电泳片,并且设置在电泳片和至少一个平板状支撑构件之间的间隔件, 电泳片。
    • 8. 发明授权
    • Method of making electrophoresis sheet
    • 制作电泳片的方法
    • US4810341A
    • 1989-03-07
    • US027660
    • 1987-03-19
    • Sigeru Tezuka
    • Sigeru Tezuka
    • B01D57/02G01N27/26G01N27/447G01N27/28
    • G01N27/44704
    • A method of making an electrophoresis sheet composed of two sheet members formed of a non-conductive organic polymer film and disposed to stand facing each other, spacers having predetermined thicknesses disposed at both edge portions between the two sheet members, and an electrophoresis gel membrane of uniform thickness provided with slots extending from an upper edge portion towards a center and grasped between the two sheet members, comprises the step of forming the slots by pushing a cutting blade member against a gel membrane web before the gel membrane web is grasped between the sheet members. The cutting blade member is composed of a combination of a single linear transverse blade having a plurality of cutaway portions and disposed to extend in a transverse direction of the gel membrane web, with a plurality of linear longitudinal blades continuing to the linear transverse blade at both ends of each of the cutaway portions.
    • 一种电泳片的制造方法,其特征在于,由两片片构成的非导电性有机聚合物膜构成,并且彼此相对地配置,并且设置在两片部件之间的两个边缘部分的具有规定厚度的间隔物和电泳凝胶膜 设置有从上边缘部分向中心延伸并被夹持在两个片材之间的槽的均匀厚度包括通过在将凝胶膜网被抓住在片材之前将切割刀片部件压靠在凝胶膜网上而形成槽的步骤 会员 切割刀片部件由具有多个切口部分并且设置成在凝胶膜片的横向方向上延伸的单个线性横向刀片的组合组成,多个线性纵向刀片在两个连续的线性横向刀片处连续 每个切口部分的端部。