使用网络负荷传感器的 Infus 液体监测系统

Riandi Gustiawan Gustiawan, Fajar Kholid, Sa'id Ainul Yaqin, Dekki Widiatmoko, Kasiyanto
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引用次数: 0

摘要

使用物联网(IoT)监测输液量的效率和精确度的提高对卫生部门尤为有益。现在,借助经济实惠的设备(如 ESP8266)和精确的传感器,可以创建智能解决方案,取代劳动密集型和容易出错的人工技术。通过使用互联网连接,服务器可轻松接收由基于 ESP8266 的系统和精确传感器收集的输液量数据。这样就可以利用网络平台远程访问实时监控。这项技术的主要优点是,即使医务人员不在患者身边,也能对患者进行充分监控。这减少了病人的注意力分散,使病人有更多时间专注于重要的医疗任务。通过使用这项技术,医护人员可以在计算和更换静脉输液袋时减少人为失误,从而提高治疗质量。当医务人员能够获得可靠的实时数据更新时,他们就能更熟练地管理静脉输液,更快地应对病人情况的变化。综上所述,这些进步代表着静脉输液管理取得了重大进展,提供了更准确、更有效、更方便的解决方案,提升了医疗保健的整体水平。
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Infus liquid monitoring system using web-based loadcell sensor
Improvements in the efficiency and precision of using the Internet of Things (IoT) to monitor infusion fluid volumes have been particularly beneficial to the health sector. It is now feasible to create intelligent solutions that replace labor-intensive and error-prone manual techniques with the aid of affordable devices like the ESP8266 and accurate sensors. Through the use of an internet connection, the server may easily receive data on the volume of infusion fluids collected by the ESP8266-based system and precision sensors. This enables remote access to real-time monitoring using a web platform. The main advantage of this technology is that it allows medical personnel to adequately monitor patients even when they are nearm not them. This reduces patient distraction and gives patients more time to focus on important medical tasks. By using this technology, healthcare personnel can improve the quality of treatment they give by reducing the chance of human error when calculating and changing IV bags. When medical staff has access to dependable and real-time data updates, they can manage IV fluid management more skillfully and respond to changes in patient situations more quickly. All things considered, these advancements represent significant strides forward in the administration of intravenous fluids, offering more accurate, effective, and conveniently accessible solutions that elevate the bar for healthcare overall
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