Prototype – Wearable Device for Detecting Extravasation Using Temperature Sensor and IOT Monitoring System

Niti Petranon, Naphatsawan Vongmanee, Nutthanan Wanluk, C. Pintavirooj
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Abstract

Infusion Therapy is one of the main treatments today. The Infusion Therapy can be faulty, causing the solution to leak into the surrounding area and potentially damaging the surrounding tissue, known as extravasation. In clinical practice, the medical staff is responsible for checking the status of the intravenous solution. But the leakage of the intravenous solution is difficult to detect with the naked eye. in this study We therefore offer a device for detecting intravenous fluid leaks using temperature detection. and designed the device to look like a wristwatch to reduce the worry of patients wearing it. The device simulates the occurrence of intravenous fluid leaks to simulate the occurrence of Extravasation We also use IOT Monitoring using the Blynk Platform as a model to record and assist medical staff in early detection of intravenous fluid leaks to prevent potential hazards.
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原型-使用温度传感器和物联网监测系统检测渗漏的可穿戴设备
输液疗法是当今主要的治疗方法之一。输液疗法可能有缺陷,导致溶液泄漏到周围区域,并可能损害周围组织,称为外渗。在临床实践中,医务人员负责检查静脉输液的状态。但静脉输液的渗漏是很难用肉眼检测出来的。因此,在这项研究中,我们提供了一种使用温度检测来检测静脉输液泄漏的装置。并将该设备设计成手表的样子,以减少患者佩戴它的担忧。设备模拟静脉输液泄漏的发生,模拟外渗的发生。我们还以Blynk平台的物联网监控为模型,记录并协助医护人员早期发现静脉输液泄漏,预防潜在危害。
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