WORKING PRINCIPLE AND INTELLIGENCE OF SMART INFUSION PUMP

S. W. Ali, M. Rehan, H. Zahid, M. Safwan, S. A. Syed, F. A. Siddiqui
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Abstract

There is a tremendous demand on the critical care resources due to the extensivespread of the ongoing coronavirus pandemic and the large number of patients requiring critical care.The efficacy of a device directly influences how long a patient lives since patients are often receivingcritical care. Smart infusion pump is a medical device that can drip fluids into the patient's body. Thisdevice is considered as one of the most safety-critical medical devices due to the way it functions andthe risks it presents. The main objective of this work is to develop an affordable infusion pump usingembedded technology. The main tactic is to develop equipment that can identify air bubbles in infusionpump tubing since even a little one might obstruct blood flow and result in mortality. This method mayprovide consumers an accurate result, making it the greatest method for identifying bubbles and savinglives.
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智能输液泵的工作原理及智能化
由于冠状病毒大流行的广泛传播和大量需要重症监护的患者,对重症监护资源的需求巨大。设备的有效性直接影响患者的寿命,因为患者通常接受危重护理。智能输液泵是一种可以将液体滴入患者体内的医疗设备。由于其功能方式和存在的风险,该设备被认为是最安全的医疗设备之一。这项工作的主要目标是利用嵌入式技术开发一种经济实惠的输液泵。主要的策略是开发能够识别输液泵管中的气泡的设备,因为即使是很小的气泡也可能阻碍血液流动并导致死亡。这种方法可以为消费者提供准确的结果,使其成为识别气泡和挽救生命的最佳方法。
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