Diagnostic device using variation of rate of liquid flow in a capillary channelas a measurement of the concentration of an analyte of interest

• 1. 一种确定微米毛细管通道中压力与流量关系的方法 [P] . 中国专利： CN109000883B . 2020.04.21
• 2. 一种微米毛细管通道中气液相界面移动距离获取方法 [P] . 中国专利： CN109187277B . 2020.01.17
• 3. IN-LIQUID DISSOLVED GAS CONCENTRATION MEASUREMENT DEVICE, IN-LIQUID DISSOLVED GAS CONCENTRATION MEASUREMENT METHOD, SUBSTRATE PROCESSING DEVICE AND SUBSTRATE PROCESSING METHOD [P] . 日本专利： JP2014190693A . 2014-10-06

  机译： 液体溶解气体浓度测量装置，液体溶解气体浓度测量方法，基质处理装置和基质处理方法

• 4. Medicinal diagnostic apparatus for determining analyte concentration or properties of a biological liquid with controlled flow [P] . CZ20023250A3 . 2003-06-18

  机译： 用于确定流量受控的生物液体的分析物浓度或特性的医学诊断设备

• 5. Method and device for the processing of measurements of concentration gradients of liquid circulating in pipes capillaries of analysers [P] . 法国专利： FR1478783A . 1967-04-28

  机译： 用于分析仪的管道毛细管中循环的液体浓度梯度的测量的方法和装置

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• 5. On-site, parallel detection of bio-analytes in water by an integrated capillary flow based opto-microfluidic device [C] . Pires Nuno Miguel Matos, Tao Dong IEEE International Symposium on Medical Measurements and Applications . 2015
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• 7. Evaluation of the LABGEO PT10 Point‐Of‐Care Testing Device: Comparison of Analyte Measurements in Capillary Whole Blood and Lithium Heparin Whole Blood Samples With Those in Central Laboratory [O] . Jinsook Lim, Hyunjin Kim, Sun Hoe Koo, 2017
• 8. Capillary method of gas sampling under constant flow rate for the measurement of time average concentration of hydrocarbons in the atmosphere. [O] . Masao ICHINOSE, Takashi YASUOKA, Akira SAITO, 1986

• 1. Measurement of Liquid Concentration Fields Near Interface with Cocurrent Gas-Liquid Flow Absorption Using Holographic Interferometry [J] . 郭莹 ,袁希钢 ,曾爱武 . 中国化学工程学报：英文版 . 2006,第6X期
• 2. 河北省二级以上医院中心血管通路装置使用及管理状况调查 [C] . 赵改婷 ,孙秀梅 ,雷琤 . 2017中国护理管理大会 . 2017
• 3. 管路液体点流速在线流量测量装置的研制 [A] . 高明 . 2010