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    • 5. 发明授权
    • Method for the electrochemical analysis of electrolytic components in a
sample liquid
    • 样品液体中电解质成分的电化学分析方法
    • US4838999A
    • 1989-06-13
    • US233329
    • 1988-08-17
    • Hans-Peter HaarHermann EdelmannHorst HerrmannJoachim Thiery
    • Hans-Peter HaarHermann EdelmannHorst HerrmannJoachim Thiery
    • G01N27/28G01N27/403G01N27/416G01N33/487G01N35/10
    • G01N27/4035G01N2035/1062
    • The present invention provides a device for the electrochemical analysis of electrolytic components in a sample liquid (58), especially of a body fluid, with a selective measurement electrode (20) for a kind of ion to be analysed, a reference half cell, which includes a conducting-off element (30) cooperating in the operational state with a reference electrolyte (56), and a voltage measurement device (34) for the measurement of the voltage between the measurement electrode and the conducting-off element (30), wherein the measurement electrode (20) is arranged on a pipe (22) provided with a sucking-in opening (23) for the sample liquid (58), the conducting-off element (30) of the reference half cell being arranged on the pipe (22) in such a manner that it directly contacts a liquid (56) present therein, the conducting-off element (30) thereby being arranged in the pipe (22) in the sucking-in direction behind the measurement electrode (20), a sucking-in device (36) being provided through which a sample liquid (58) can be sucked in and, together with a liquid reference electrolyte present in the pipe (22) or previously sucked in, is transportable subsequent to this in the same direction in the pipe (22) and the voltage measurement device (34) is activatable in a measurement operational state in that the sample liquid (58) contacts the measurement electrode and the reference liquid (56) contacts the conducting-off element (30) and both liquids are in contact with one another, making possible an ion exchange.
    • 本发明提供一种用于电化学分析样品液体(58)中特别是体液的电解质成分的装置,其具有用于要分析的一种离子的选择性测量电极(20),参考半电池,其参考半电池 包括在操作状态下与参考电解质(56)配合的导通元件(30)和用于测量测量电极和导通元件(30)之间的电压的电压测量装置(34) 其中,所述测量电极(20)设置在设置有用于所述样品液体(58)的吸入口(23)的管道(22)上,所述参考半电池的导通元件(30)布置在 (22)直接与其中存在的液体(56)接触,所述导通元件(30)由此在测量电极(20)后方的吸入方向上布置在管道(22)中, ,提供穿过的吸入装置(36) 可以将样品液体(58)吸入,并且与管(22)中存在或预先吸入的液体参比电解质一起在管道(22)中沿相同方向传输,并且电压测量 装置(34)可以在测量操作状态下激活,因为样品液体(58)接触测量电极并且参考液体(56)接触导通元件(30)并且两种液体彼此接触,使得 可能进行离子交换。
    • 6. 发明授权
    • Photometric analysis apparatus for a liquid
    • 液体光度分析仪
    • US4676952A
    • 1987-06-30
    • US603521
    • 1984-04-24
    • Hermann EdelmannManfred PaschKarlheinz MannStephan SattlerHans-Peter Haar
    • Hermann EdelmannManfred PaschKarlheinz MannStephan SattlerHans-Peter Haar
    • B04B5/04G01N21/07G01N21/27G01N35/04G01N21/13
    • B04B5/04G01N21/07G01N2035/0465Y10T436/111666Y10T436/114165
    • A photometric liquid analysis apparatus of the centrifugal analysis type uses insert elements having an elongated body, an optical measurement chamber near one end of the elongated body and a positioning trough on one side of the elongated body. The photometric liquid analysis apparatus has a rotor for rotating the insert elements to photometric means for photometric analysis of a liquid then in the optical measurement chamber of the insert element during the rotation of the rotor. The rotor has radial guiding chambers, each having an opening at an end thereof adjacent the outer periphery of the rotor and a configuration for receiving one of the insert elements with its positioning trough on a lateral side thereof and adjacent the outer periphery of the rotor. A fixed element on the rotor is on a lateral side of each guiding chamber circumferentially spaced from the positioning trough of the insert element therein when the insert element is initially received in the guiding chamber and an adjustment device moves the received insert element circumferentially into a second position engaging the fixed element with the positioning trough thereof.
    • 离心分析型的测光液分析装置使用具有细长体的插入元件,靠近细长体的一端附近的光学测量室和在细长体的一侧上的定位槽。 测光液分析装置具有转子,该转子用于在转子旋转期间将插入元件旋转到光度测量装置,用于光学分析液体,然后在插入元件的光学测量室中。 转子具有径向引导室,每个引导室在其邻近转子的外周的端部具有开口,以及用于在其横向侧并且邻近转子的外周接收其中一个插入元件的构造。 当插入元件最初被容纳在引导室中时,转子上的固定元件在每个引导室的横向侧面上与插入元件的定位槽周向间隔开,并且调节装置将接收到的插入元件周向地移动到第二 将固定元件与其定位槽接合的位置。
    • 7. 发明授权
    • Blood lancet device for withdrawing blood for diagnostic purposes
    • 用于诊断用于抽血的血液刺血针装置
    • US5318584A
    • 1994-06-07
    • US987612
    • 1992-12-09
    • Hans LangeDirk BockerHermann EdelmannWolfgang RudingerHerbert Argauer
    • Hans LangeDirk BockerHermann EdelmannWolfgang RudingerHerbert Argauer
    • A61B5/151A61B5/15A61B17/32
    • A61B5/15194A61B5/150022A61B5/150183A61B5/150412A61B5/15113A61B5/15117A61B5/1513
    • Blood lancet device for withdrawing blood for diagnostic purposes, in which with the aid of a lancet drive (3) in a housing (1) a lancet holder (6) with a lancet (34) positioned in it and moveable along a predetermined, straight puncture path is moved until the tip (35) of the lancet emerges from the outlet (84), in order to produce a wound in a body part adjoining the outlet (84). The lancet holder (6) also serves to retract the lancet (34) into a position in which the tip (35) is again positioned within the housing (1).In order to make possible a puncture involving especially little pain, the lancet drive (3) has a rotary/sliding transmission system (4) whose input side (16) is formed by a transmission member which is rotatable about an axis of rotation parallel to the predetermined puncture path. This input-side transmission member (5) of the rotary/sliding transmission system is coupled with the elastic drive element (9) of the lancet drive (3) and converts a torque transmitted to the transmission member (5) into a longitudinal displacement in the direction of the predetermined puncture path, which is transmitted to the lancet holder (6).
    • 一种用于诊断用于抽出血液的血液针刺装置,其中借助于壳体(1)中的刺血针驱动器(3),具有定位在其中的刺血针(34)的刺血针​​保持器(6),并且可沿着预定的直线 穿刺路径移动直到柳叶刀的尖端(35)从出口(84)出来,以便在与出口(84)相邻的主体部分中产生卷绕。 柳叶刀套(6)还用于将柳叶刀(34)缩回到其中尖端(35)再次位于壳体(1)内的位置。 为了使可能的穿刺特别小的疼痛,刺血针驱动器(3)具有旋转/滑动传动系统(4),其输入侧(16)由传动构件形成,该传动构件可绕平行于 预定穿刺路径。 旋转/滑动传动系统的输入侧传动部件(5)与柳叶刀驱动装置(3)的弹性驱动元件(9)相连接,并将传递到传动部件(5)的转矩变换为纵向位移 传送到柳叶刀套(6)的预定穿刺路径的方向。
    • 9. 再颁专利
    • Blood lancet device for and method withdrawing blood for diagnostic
purposes
    • 用于诊断目的的血液刺血针装置和方法取出血液
    • USRE35803E
    • 1998-05-19
    • US609627
    • 1996-03-01
    • Hans LangeDirk BockerHermann EdelmannWolfgang RudingerHerbert Argauer
    • Hans LangeDirk BockerHermann EdelmannWolfgang RudingerHerbert Argauer
    • A61B5/151A61B5/15A61B17/32
    • A61B5/15194A61B5/150022A61B5/150183A61B5/150412A61B5/15113A61B5/15117A61B5/1513
    • Blood lancet device for withdrawing blood for diagnostic purposes, in which with the aid of a lancet drive (3) in a housing (1) a lancet holder (6) with a lancet (34) positioned in it and moveable along a predetermined, straight puncture path is moved until the tip (35) of the lancet emerges from the outlet (84), in order to produce a wound in a body part adjoining the outlet (84). The lancet holder (6) also serves to retract the lancet (34) into a position in which the tip (35) is again positioned within the housing (1). In order to make possible a puncture involving especially little pain, the lancet drive (3) has a rotary/sliding transmission system (4) whose input side (16) is formed by a transmission member which is rotatable about an axis of rotation parallel to the predetermined puncture path. This input-side transmission member (5) of the rotary/sliding transmission system is coupled with the elastic drive element (9) of the lancet drive (3) and converts a torque transmitted to the transmission member (5) into a longitudinal displacement in the direction of the predetermined puncture path, which is transmitted to the lancet holder (6). .Iadd.A method for withdrawing blood for diagnostic purposes using the blood lancet device is also presented..Iaddend.
    • 一种用于诊断用于抽出血液的血液针刺装置,其中借助于壳体(1)中的刺血针驱动器(3),具有定位在其中的刺血针(34)的刺血针​​保持器(6),并且可沿着预定的直线 穿刺路径移动直到柳叶刀的尖端(35)从出口(84)出来,以便在与出口(84)相邻的主体部分中产生卷绕。 柳叶刀套(6)还用于将柳叶刀(34)缩回到其中尖端(35)再次位于壳体(1)内的位置。 为了使可能的穿刺特别小的疼痛,刺血针驱动器(3)具有旋转/滑动传动系统(4),其输入侧(16)由传动构件形成,该传动构件可绕平行于 预定穿刺路径。 旋转/滑动传动系统的输入侧传动部件(5)与柳叶刀驱动装置(3)的弹性驱动元件(9)相连接,并将传递到传动部件(5)的转矩变换为纵向位移 传送到柳叶刀套(6)的预定穿刺路径的方向。 还提出了使用血液穿刺装置进行诊断的血液提取方法。