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Being the human body systematic liquid component content sensor and has fluid channel unit and

机译:作为人体系统的液体成分含量传感器并具有流体通道单元和

摘要

Being the sensor for suffering inspection component content perception in human body organizational liquid which has maikurokiyanchireba detection unit, in order to support aforementioned maikurokiyanchireba in the protein layer in order the aforementioned maikurokiyanchireba detection unit, abbreviates is parallel in the 1st baseplate, and the aforementioned 1st baseplate is formed by the gold membrane and the aforementioned gold membrane which were formed at least to one side of maikurokiyanchireba and aforementioned maikurokiyanchireba where one end is supported in the aforementioned 1st baseplate, in that surface the dextroglucose molecule in the human body organizational liquid to adsorb and the drive electrode and the aforementioned 1st baseplate which are provided in the aforementioned 1st baseplateIt is formed by position, connects to the aforementioned drive electrode, in order to resonate aforementioned maikurokiyanchireba in the direction which verticality to the aforementioned 1st baseplate is done, it is provided in the maikurokiyanchireba electrode, and the aforementioned 1st baseplate which are driven connects to the aforementioned maikurokiyanchireba electrode and it includes with the detection electrode which detects the resonance frequency of aforementioned maikurokiyanchireba. This invention furthermore, fluid channel unit, offers the method of detection of suffering inspection component content in the sensor system and the human body organizational liquid.
机译:作为具有maikurokiyanchireba检测单元的人体组织液中的受检成分含量感知用的传感器,为了在蛋白质层中支撑上述maikurokiyanchireba,以上述maikurokiyanchireba检测单元为先导,在第1基板上与上述第1平行。基板由在其上端部支撑有上述第1基板的至少一端的maikurokiyanchireba和前述maikurokiyanchireba的一侧形成的金膜和前述金膜形成,在该表面中,人体组织液中的葡萄糖分子吸附。以及设置在上述第一基板中的驱动电极和上述第一基板通过位置形成而与上述驱动电极连接,以在与铅垂方向垂直的方向上使上述马库基千奇贝琴共振。完成第一基板后,将其设置在舞ik风笛子电极中,将被驱动的上述第一基板连接到上述舞ik风琴子电极上,并具有检测上述舞ik风琴子谐振频率的检测电极。此外,本发明的流体通道单元提供了一种检测传感器系统和人体组织液中受检成分含量的方法。

著录项

  • 公开/公告号JP5112522B2

    专利类型

  • 公开/公告日2013-01-09

    原文格式PDF

  • 申请/专利权人 天津先陽科技発展有限公司;

    申请/专利号JP20100547027

  • 发明设计人 徐 可欣;栗 大超;

    申请日2008-11-26

  • 分类号G01N5/02;G01N33/543;G01N33/553;G01N33/66;C12P21/02;C12N15/09;

  • 国家 JP

  • 入库时间 2022-08-21 16:53:41

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