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    • 16. 发明授权
    • Method of producing a multistylus head device
    • 生产多头头装置的方法
    • US4219927A
    • 1980-09-02
    • US938784
    • 1978-09-01
    • Naoki FukutomiYoshiyuki TsuruKunio KawaguchiSusumu Naoyuki
    • Naoki FukutomiYoshiyuki TsuruKunio KawaguchiSusumu Naoyuki
    • G03G15/05B41J2/395G01D15/06H05K3/10
    • G01D15/06B41J2/395Y10T29/49162Y10T29/49165
    • A multistylus head device which comprises a vast plurality of insulated wires embedded in an insulating substrate having through-holes. The present multistylus device is characterized in that the insulated wires have their respective free terminals exposed on one edge of said insulating substrate and disposed in parallel at predetermined equal intervals in close proximity to each other to form electrodes and have their other terminals exposed respectively on the inner walls of said through-holes; and said other exposed terminals of the insulated wires are connected respectively to metal layers electrolessly deposited on the inner walls of the through-holes. The present multistylus head device is compact in size and excellent in reliability of terminal connection and is capable of recording a transmitted information with high density of printing. The exposed disposition of the wires at their respective free terminals in a parallel state at predetermined equal intervals are skillfully realized according to the method of the present invention. Thus, the present device can be produced at low cost, with reliability of the function of the produced device and is suitable for mass-production.
    • 一种多回头装置,其包括嵌入具有通孔的绝缘基板中的大量绝缘电线。 本发明的多级装置的特征在于,绝缘线具有各自的自由端子露出在所述绝缘基板的一个边缘上并以彼此相邻的预定相等的间隔平行设置,以形成电极并使其另一个端子分别暴露在 所述通孔的内壁; 并且绝缘线的所述其他暴露端子分别连接到无电沉积在通孔的内壁上的金属层。 本发明的多头头装置的尺寸紧凑,端子连接的可靠性优异,能够以高密度的印刷记录发送的信息。 根据本发明的方法,巧妙地实现了以预定相等的间隔在其各自的自由端子处以平行状态暴露的配线。 因此,本装置可以以低成本制造,具有所制造的装置的功能的可靠性并且适合于批量生产。
    • 17. 发明授权
    • Aspirator having dual inter-operating manipulation units
    • 具有双重操作操作单元的抽吸器
    • US06171280B2
    • 2001-01-09
    • US09385853
    • 1999-08-30
    • Masanori ImazuYoshiyuki TsuruTadashi BandouKazuya Fukuda
    • Masanori ImazuYoshiyuki TsuruTadashi BandouKazuya Fukuda
    • A61M100
    • G01N35/1079G01N35/1011
    • First and second aspirator manipulation units operate a single-pipette in a coagulation analyzer for aspirating plasma samples from both rubber-capped as well as uncapped vessels. A first holder in the first aspirator manipulation unit actually retains the pipette, while a second holder in the second aspirator manipulation unit is configured to enclose the first holder leaving a predetermined amount of play. To move the pipette toward a sample vessel in a rack that has been shifted into aspiration position, the holders in the manipulation units are inter-fitted, and are translated down. If the pipette strikes a cap, a sensing means in the first aspirator manipulation unit signals a controller to operate the first aspirator manipulation unit to back the pipette upward slightly. Thereupon, the controller, via the second aspirator manipulation unit, actuates the second holder alone to press on the first holder to stab the pipette through the cap. For this operation, the pipette tip is cut obliquely and the rim of its inner wall is specially chamfered to prevent the punctured rubber in the cap from clogging the tip. After the pipette aspirates an aliquot of the plasma sample, the controller actuates the second holder in reverse to draw the pipette out from the cap. The first aspirator manipulation unit carries out other pipette manipulation operations alone. Accordingly, the pipette is driven differentially in accordance with the capped/uncapped status of the vessel present in the aspiration position.
    • 第一和第二抽吸器操纵单元在凝血分析仪中操作单移液管,用于从橡胶盖以及未加盖的容器吸出血浆样品。 第一抽吸器操作单元中的第一保持器实际上保持移液管,而第二抽吸器操纵单元中的第二保持器构造成围绕第一保持器留下预定量的游隙。 为了将移液管移动到已经移入吸气位置的支架上的样品容器中,操作单元中的保持器相互配合并向下翻转。 如果移液管撞击帽,则第一吸气器操纵单元中的感测装置发出信号,控制器操作第一吸气器操作单元以稍微向上回吸移液管。 于是,控制器经由第二吸气器操纵单元致动第二保持器单独按压在第一保持器上以将移液管刺穿帽盖。 对于这种操作,移液管尖端倾斜切割,其内壁的边缘被特别倒角,以防止帽中的刺穿橡胶堵塞尖端。 在吸管吸出等离子体样品的等分试样之后,控制器反向驱动第二个保持器,以将吸管从盖中抽出。 第一抽吸器操作单元仅执行其他移液管操作操作。 因此,移液管根据存在于抽吸位置中的容器的封盖/未加盖状态而差分驱动。