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    • 5. 发明申请
    • METHOD OF FABRICATING INTEGRATED REFERENCE ELECTRODE
    • 制备集成参考电极的方法
    • WO2011049427A1
    • 2011-04-28
    • PCT/MY2009/000189
    • 2009-11-11
    • MIMOS BERHADLEE, Hing, WahMOHD, Ismahadi, Syono
    • LEE, Hing, WahMOHD, Ismahadi, Syono
    • G01N27/30H01L21/28G01N27/26
    • G01N27/301
    • The proposed invention proposes an improved method of fabricating reference electrode. Part of the reference electrode is fabricated, comprising: patterning and etching a first side of a glass wafer (20) to create a pair of cavities (22); characterized in that; patterning and etching a side of glass wafer to create a channel (24) to link the cavities; and depositing a layer of glass frit (26) on the second side of the glass wafer. The novelty of the invention lays in the channel (24) between two cavities and a layer of grass frit (26) the cavities. The glass frit used is preferably a relatively high porosity glass frit. Hence, an integrated reference electrode is characterized in that; the wafer is shaped to form a channel (24) that connects both cavities and a membrane of glass frit (26A) is placed between the test solution cavity and the channel.
    • 所提出的发明提出了一种制造参比电极的改进方法。 制造参考电极的一部分,包括:图案化和蚀刻玻璃晶片(20)的第一侧以形成一对空腔(22); 其特征在于: 图案化和蚀刻玻璃晶片的一侧以形成连接空腔的通道(24); 以及在玻璃晶片的第二侧上沉积一层玻璃料(26)。 本发明的新颖性在于两个空腔之间的通道(24)和一层草料(26)的空腔。 所使用的玻璃料优选为较高孔隙率的玻璃料。 因此,集成参考电极的特征在于: 晶片被成形为形成连接两个空腔的通道(24),并且将玻璃料(26A)的膜放置在测试溶液腔和通道之间。
    • 6. 发明申请
    • INTEGRATED MICROFLUIDICS SENSOR
    • 集成微流感传感器
    • WO2012091540A1
    • 2012-07-05
    • PCT/MY2011/000152
    • 2011-06-24
    • MIMOS BERHADLEE, Hing WahBIEN, Chia Sheng, Daniel
    • LEE, Hing WahBIEN, Chia Sheng, Daniel
    • G01N27/414
    • G01N27/4145
    • A FET-based sensor with integrated microfluidics components on opposite surfaces of the substrate for biological or chemical analysis with fluid manipulation capabilities. The FET-based sensors and microfluidic elements are embedded in a single chip and on a single substrate. The contact pads for the sensor are at the opposing side of the microfluidic components and sensing element. This will ensure that only components which need to be in contact with the fluid region will be exposed to the fluid boundary while the electrical and electronics components will inherently be protected from the fluid region. This eliminates the need for very reliable and leakage-free packaging material and technology traditionally required for segregation of the electrical components to the sensing and microfluidic regions.
    • 基于FET的传感器,其具有集成的微流体组件,用于在衬底的相对表面上,用于具有流体操纵能力的生物或化学分析。 基于FET的传感器和微流体元件嵌入在单个芯片和单个基板上。 传感器的接触垫位于微流体部件和感测元件的相对侧。 这将确保仅需要与流体区域接触的部件将暴露于流体边界,同时电气和电子部件将固有地保护免受流体区域的影响。 这消除了对于将电气部件分离到感测和微流体区域传统上所需的非常可靠和无泄漏的包装材料和技术的需要。