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    • 1. 发明授权
    • Duplex pipette
    • 双重移液器
    • US4734261A
    • 1988-03-29
    • US823320
    • 1986-01-28
    • Teruaki KoizumiYoshio SaitoOsamu Seshimoto
    • Teruaki KoizumiYoshio SaitoOsamu Seshimoto
    • B01L3/02G01N35/10G01N1/14G01N1/16G01N1/26
    • G01N35/1067B01L3/0217G01N2035/1069
    • A duplex pipette comprises a housing, a pair of cylinders separately formed in the housing to extend substantially in parallel to each other, first and second piston members each having a lower end portion slidably received in one of the cylinders and a handle portion projecting outside the cylinder, and a pair of pipette tips mounted on the lower end of the housing by way of a connecting member, each of the pipette tips having a passage which communicates one of the cylinders with the outside of the housing. The connecting member is arranged so that the distance between the distal ends of the pipette tips can be changed. One of the piston members is arranged to be movable separately from the other piston member and the other piston member is arranged to be movable only together with said one piston member.
    • 双相移液管包括壳体,一对气缸,其分别形成在壳体中以基本上彼此平行的方式延伸;第一和第二活塞构件,每个活塞构件具有可滑动地容纳在一个气缸中的下端部分;以及手柄部分, 气缸,以及通过连接构件安装在壳体的下端上的一对移液管尖端,每个移液管吸头具有将气缸中的一个与壳体的外部连通的通道。 连接构件被布置成使得移液管尖端的远端之间的距离可以改变。 活塞部件中的一个被布置成可以与另一个活塞部件分离地移动,另一个活塞部件被布置成仅与所述一个活塞部件一起移动。
    • 5. 发明授权
    • Ionic activity measuring device
    • 离子活度测量装置
    • US4783251A
    • 1988-11-08
    • US945644
    • 1986-12-23
    • Osamu SeshimotoAkira YamaguchiYoshio Saito
    • Osamu SeshimotoAkira YamaguchiYoshio Saito
    • G01N27/30G01N27/26
    • G01N27/307
    • An ionic activity measuring device comprises ion selective electrodes, porous liquid distributing members for distributing a reference solution and a sample solution to the ion selective electrodes, a frame for housing the ion selective electrodes and the porous liquid distributing members and provided with a pair of liquid feed holes for feeding the reference solution and the sample solution to the porous liquid distributing members, and a porous bridge for achieving electrical conduction between the reference solution and the sample solution fed in drops to the liquid feed holes. The porous bridge is disposed in a recess formed in the surface of the frame so that the depth of the recess is not smaller than the height of the porous bridge. End portions of the porous liquid distributing members are protruded to regions under the liquid feed holes so that the fed solutions may enter from side faces of the end portions. The porous bridge may extend at positions deviated from centers of the liquid feed holes. The frame may be provided with holes for insertion of potential measuring probes, and air discharging holes.
    • 一种离子活性测量装置,包括离子选择性电极,用于将参考溶液分散的多孔液体分配部件和样品溶液到离子选择性电极,用于容纳离子选择性电极和多孔液体分配部件的框架,并具有一对液体 用于将参考溶液和样品溶液供给到多孔液体分配构件的进料孔,以及用于实现将参比溶液和样品溶液滴入液体进料孔之间导电的多孔桥。 多孔桥设置在形成在框架的表面中的凹部中,使得凹部的深度不小于多孔桥的高度。 多孔液体分配构件的端部突出到液体供给孔下方的区域,使得供给的溶液可以从端部的侧面进入。 多孔桥可以在从液体供给孔的中心偏离的位置延伸。 框架可以设置有用于插入潜在测量探针的孔和排气孔。
    • 7. 发明授权
    • Dual pipette device
    • 双吸管装置
    • US4801434A
    • 1989-01-31
    • US938192
    • 1986-12-05
    • Keishiro KidoYoshio SaitoTakashi KoizumiOsamu Seshimoto
    • Keishiro KidoYoshio SaitoTakashi KoizumiOsamu Seshimoto
    • B01L3/02G01N35/10
    • B01L3/0217G01N35/1067G01N2035/1069
    • A dual pipette device comprises a pair of housings joined rotatably around a vertically extending axis or disposed for lateral movement, a pair of cylinders disposed respectively at lower sections of the housings, a pair of piston members extending vertically, supported by the housings or the cylinders, and respectively having lower end portions vertically slideable in the cylinders, and dropping tip fitting sections disposed at lower end of the housings or the cylinders so that the dropping tip fitting sections communicate with the cylinders. The piston members are provided with a lock member for locking them to each other when the housings are rotated or laterally moved and the distance between the piston members becomes not larger than a predetermined distance, so that the piston members are vertically slideable integrally with each other.
    • 双移液管装置包括一对围绕垂直延伸的轴线可转动地设置或设置用于横向运动的壳体,一对分别设置在壳体的下部的气缸,一对垂直延伸的活塞构件,由壳体或气缸 并且分别具有在气缸中可垂直滑动的下端部,以及设置在壳体或气缸的下端的下降尖端配合部分,使得下降尖端配合部分与气缸连通。 活塞构件设置有锁定构件,用于当壳体旋转或横向移动并且活塞构件之间的距离不大于预定距离时彼此锁定,使得活塞构件彼此一体地竖直滑动 。
    • 8. 发明授权
    • Method and device of measuring ion activity
    • 测量离子活性的方法和装置
    • US4789435A
    • 1988-12-06
    • US896888
    • 1986-08-14
    • Osamu SeshimotoYoshio Saito
    • Osamu SeshimotoYoshio Saito
    • G01N27/30
    • G01N27/307
    • In a method of measuring ion activity of a liquid sample comprising steps of spotting a reference liquid and the liquid sample on surfaces of ion-selective membranes, respectively, of at least a pair of ion-selective electrode sheets which is electrically insulated from each other, said ion-selective membranes being provided on the top of said ion-selective electrode sheets; and measuring a potential difference between the ion-selective electrodes under the conditions that both liquids are electrically connected to each other by a bridge, the improvement wherein:said each ion-selective electrode sheet is arranged upside down in such a manner that the ion-selective membrane is positioned on the lowest side;andsaid each liquid spotted from the upper side is temporarily conveyed downwardly to the lower level than the surface of the ion-selective membrane or the spotting is done on the lower level than the surface of the ion-selective membrane, and then conveyed upwardly to the surface of the ion-selective membrane through an upward passage which has a side wall being clear of the surface of the ion-selective membrane under the condition that no capillary phenomenon occurs in the clearance between the top of said side wall and the surface of the ion-selective membrane, so as to reach the surface of the ion-selective membrane.
    • 在测量液体样品的离子活性的方法中,包括分别在至少一对离子选择性电极片彼此电绝缘的离子选择膜的表面上分离参考液体和液体样品的步骤 所述离子选择膜设置在所述离子选择性电极片的顶部; 并且在两个液体通过桥接器彼此电连接的条件下测量离子选择性电极之间的电势差,其改进在于:所述每个离子选择电极片以这样一种方式被布置成: 选择性膜位于最下面; 并且将从上侧点出的每个液体暂时向下传送到比离子选择膜的表面更低的水平,或者在比离子选择膜的表面更低的水平上进行点样,然后向上输送到 通过向上通道的离子选择性膜的表面,其具有侧壁在离子选择性膜的表面之外,在所述侧壁的顶部和表面之间的间隙中不发生毛细现象的条件下 离子选择性膜,以到达离子选择膜的表面。
    • 9. 发明授权
    • Method and device of measuring ion activity
    • 测量离子活性的方法和装置
    • US4684445A
    • 1987-08-04
    • US881815
    • 1986-07-03
    • Osamu SeshimotoMituharu NirasawaMasaaki TerashimaYoshio Saito
    • Osamu SeshimotoMituharu NirasawaMasaaki TerashimaYoshio Saito
    • G01N27/28G01N27/406G01N27/30
    • G01N27/333
    • In a method of measuring ion activity of a liquid sample comprising steps of spotting a reference liquid and the liquid sample on surfaces of ion-selective membranes, respectively, of at least a pair of ion-selective electrode sheets which is electrically insulated from each other, said ion-selective membranes being provided on the top of said ion-selective electrode sheets; and measuring a potential difference between the ion-selective electrodes under the conditions that both liquids are electrically connected to each other by a bridge, the improvement wherein:said each ion-selective electrode sheet is arranged upside down in such a manner that the ion-selective membrane is positioned on the lowest side; andsaid each liquid spotted from the upper side is temporarily conveyed downwardly to the lower level than the surface of the ion-selective membrane, and then conveyed upwardly to the surface of the ion-selective membrane so as to reach the surface of the ion-selective membrane. A device employable in the method is also disclosed.
    • 在测量液体样品的离子活性的方法中,包括分别在至少一对离子选择性电极片彼此电绝缘的离子选择膜的表面上分离参考液体和液体样品的步骤 所述离子选择膜设置在所述离子选择性电极片的顶部; 并且在两个液体通过桥接器彼此电连接的条件下测量离子选择性电极之间的电势差,其改进在于:所述每个离子选择电极片以这样一种方式被布置成: 选择性膜位于最下面; 并且将从上侧点出的每个液体暂时向下输送到比离子选择性膜的表面更低的水平,然后向上输送到离子选择性膜的表面,以到达离子选择性膜的表面, 选择性膜。 还公开了可用于该方法的装置。