基于物联网、android通知系统的患者输液监测系统

Akbar Sujiwa, Risqi Rahmat Dianto
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引用次数: 1

摘要

输液是各种医院或保健中心的许多患者所需要的医疗需求之一。输液是一种病人可以快速或缓慢连续地将液体或药物引入体内的方法。因此,护士必须定期对输液进行人工监控,以确保输液状态。本研究采用的实验方法是通过增加几个功能,使护士更容易监控患者的输液情况。使用的输液监测系统设备基于物联网(IoT)和Android通知系统。这项研究有望更实际地监测输液情况,并且可以随时随地使用手机进行监测。为了在本研究中展示这个工具,作者使用Nodemcu用于处理数据,也用于连接到互联网。然后使用的传感器是作为输液量测量工具的称重传感器和作为输液液滴检测工具的光电二极管传感器。然后,来自传感器的计算数据被发送到Firebase, Firebase充当数据库,之后,它将通过研究人员创建的android应用程序通过手机访问和监控。从研究人员制作的工具的测试结果和比较工具的测试结果来看。这些测试的平均准确度差约为2%。(抽象)
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INFUSION MONITORING SYSTEM FOR PATIENTS BASED ON THE INTERNET OF THINGS (IOT) WITH ANDROID NOTIFICATION SYSTEM
Infusion is one of the medical needs that are needed by many patients in various hospitals or health centers. Infusion is a way in which a patient can introduce fluids or drugs into the body quickly or slowly and continuously. Therefore, nurses always monitor the infusion manually and periodically to ensure the condition of the infusion fluid.   The experimental method used in this study was by adding several features to make it easier for nurses to monitor patient infusions. The Infusion Monitoring System device used is based on the Internet of Things (IoT) with the Android Notification System. This research is expected to be able to monitor infusions more practically and can be monitored mobile using cellphones anywhere and anytime.  To present this tool in this study, the author uses Nodemcu used to process data and also serves to connect to the internet. Then the sensors used are the Load cell sensor as a measuring tool for infusion volume and the Photodiode sensor as a detection tool for infusion fluid droplets. Then the calculation data from the sensor is sent to Firebase which acts as a database, and later it will be accessible and monitored via mobile phones through an android application created by the researcher. From the test results of the tools that the researcher made and the testing of comparison tools. The average of these tests gets an accuracy difference of approximately 2%. (Abstract)
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