本發明提供一種按壓式流體傳輸暨檢測裝置，其包含頂板、第一試劑存放腔室、第二試劑存放腔室、檢體流入腔室、檢測腔室、通口以及氣體出孔。第二試劑存放腔室之一端與第一試劑存放腔室以第一流路連通。檢體流入腔室與第二試劑存放腔室之另一端以第二流路連通。檢測腔室之一端與檢體流入腔室以第三流路連通。通口用以容置按壓式驅動單元，且通口以第四流路連通檢測腔室之另一端，而氣體出孔以第五流路連通通口。藉此，本發明可透過按壓式驅動單元即可抽取檢體及檢驗試劑使之混合並進行反應，以達到快速判讀檢測結果的目的。
The present disclosure provides a press-based fluidic transportation and diagnosis device. The press-based fluidic transportation and diagnosis device includes a top plate, a first reagent storage chamber, a second reagent storage chamber, a sample inflow chamber, a detection chamber, a port and a gas outlet hole. One end of the second reagent storage chamber is communicated with the first reagent storage chamber by a first flow path. The sample inflow chamber is communicated with the other end of the second reagent storage chamber by a second flow path. One end of the detection chamber is communicated with the sample inflow chamber by a third flow path. The port is used for accommodating a push-based driving unit, and the port is communicated with the other end of the detection chamber by a fourth flow path, and the gas outlet hole is communicated with the port by a fifth flow path. Accordingly, the present disclosure can make the sample and the test reagent mix and react through the push-based driving unit, so as to achieve the purpose of interpreting the test result quickly.
- 按壓式流體傳輸暨檢測裝置及溶液比色分析檢測方法
- 國立清華大學 (Patent applicant)台灣基督長老教會馬偕醫療財團法人馬偕紀念醫院 (Patent applicant)鈆靚 戴 (Inventor)黃振煌 (Inventor)𣈯竣 程 (Inventor)善恆 張 (Inventor)
- TWN
- Patent
- I7813304
- 111119153
- 23/05/2022
- 01/12/2023
- 21/08/2023
- Traditional Chinese