Merhi, Nour
(Lebanese International University,Department of Biomedical Engineering,Lebanon)
,
Mohamad, Nour
(Lebanese International University,Department of Biomedical Engineering,Lebanon)
,
HajjMoussa, George
(Lebanese International University,Department of Biomedical Engineering,Lebanon)
,
ElSayed, Ahmad
(Lebanese International University,Department of Biomedical Engineering,Lebanon)
,
Bamashmos, Saeed H.
(Lebanese International University,Department of Biomedical Engineering,Lebanon)
,
Hamawy, Lara
(Lebanese International University,Department of Biomedical Engineering,Lebanon)
,
HajjHassan, Mohamad
(Lebanese International University,Department of Biomedical Engineering,Lebanon)
,
Ali, Mohamad Abou
(Lebanese International University,Department of Biomedical Engineering,Lebanon)
,
Kassem, Abdallah
(Notre Dame University,ECCE Department, Faculty of Engineering,Lebanon)
Commercial intelligent syringe infusion pumps nowadays have many advanced features such as drug libraries, wireless communication, and a barcode scanner. However, such intelligent devices lack the capability of measuring an infusion rate (flow) directly. The rate is a variation of volume divided by ...
Commercial intelligent syringe infusion pumps nowadays have many advanced features such as drug libraries, wireless communication, and a barcode scanner. However, such intelligent devices lack the capability of measuring an infusion rate (flow) directly. The rate is a variation of volume divided by a variation of time. Thus, commercial syringe pumps measure the diameter of disposable syringe through a linear potentiometer. Together with a distance information provided via a stepper motor's drive, a volume can be calculated. Lastly, a flow will be calculated by a division of this volume via spent time. In this paper, a direct measurement of an infused flow will be made via an LD20 (SF04) flow sensor manufactured by Sensiron company. This will improve the safety of a delivery of high risk medications through a direct flow measurement, an air-bubble detection, an occlusion detection, a temperature reading of infused drug and other features provided via the usage of LD20 flow sensor.
Commercial intelligent syringe infusion pumps nowadays have many advanced features such as drug libraries, wireless communication, and a barcode scanner. However, such intelligent devices lack the capability of measuring an infusion rate (flow) directly. The rate is a variation of volume divided by a variation of time. Thus, commercial syringe pumps measure the diameter of disposable syringe through a linear potentiometer. Together with a distance information provided via a stepper motor's drive, a volume can be calculated. Lastly, a flow will be calculated by a division of this volume via spent time. In this paper, a direct measurement of an infused flow will be made via an LD20 (SF04) flow sensor manufactured by Sensiron company. This will improve the safety of a delivery of high risk medications through a direct flow measurement, an air-bubble detection, an occlusion detection, a temperature reading of infused drug and other features provided via the usage of LD20 flow sensor.
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