物联网驱动的输液监控和管理系统回顾

Srashti Shukla, Dr. Yashpal Singh, Dr. Meghana Mishra
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引用次数: 0

摘要

在当今的医疗环境中,有效的静脉输液管理和监测对于保障患者安全和提高医疗水平至关重要。为了克服传统静脉滴注监测技术的弊端,本研究介绍了一种非接触式、物联网驱动的输液监测和管理系统。通过使用尖端传感器技术和物联网连接,所建议的系统结合了实时静脉点滴液位监测和控制,提供精确和持续的更新。由于收集到的数据会不断更新并传输到 Think Speak 云平台,医疗从业人员现在可以远程监控和分析病人数据。拟议的非接触式物联网驱动输液监控和管理系统集实时数据收集、云分析和紧急警报功能于一身,是医疗保健技术的一项重大改进。本发明利用物联网和云计算的强大功能,力求提高患者的整体治疗效果,优化静脉注射治疗管理,并减少人工监测工作量。为了提高患者的安全性,该系统具有基于 GSM 模块的紧急报警机制。该功能可确保护理人员及时了解任何异常情况或关键的静脉滴注水平,以便进行及时治疗。通过提供实时信号,该设备降低了因静脉注射液失效或耗尽导致的延迟反应所带来的风险。该系统的主要目标是为静脉点滴液位监测建立一个实时模型。通过采用非侵入式传感器来识别和记录点滴速度和液位,该装置可确保精确跟踪,而无需与静脉注射器械有物理接触。关键词物联网、ESP32 微控制器、生物医学、GSM、继电器、LCD 显示屏。
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Review on IoT-Driven Infusion Monitoring & Management System
Effective intravenous (IV) infusion management and monitoring are essential in today's healthcare environment to guarantee patient safety and improve the standard of care. In order to overcome the drawbacks of conventional IV drip monitoring techniques, this study describes the creation of a contactless, Internet of Things-driven infusion monitoring and management system. With the use of cutting-edge sensor technology and Internet of Things connection, the suggested system combines real-time IV drip liquid level monitoring and control, delivering precise and ongoing updates. Healthcare practitioners may now monitor and analyse patient data remotely thanks to the gathered data's constant updating and transmission to the Think Speak cloud platform. With its combination of real- time data collecting, cloud-based analytics, and emergency alert features, the proposed contactless IoT-driven infusion monitoring and management system represents a substantial improvement in healthcare technology. Using the power of IoT and cloud computing, this invention seeks to enhance overall patient outcomes, optimize IV treatment administration, and decrease human monitoring efforts. To increase patient safety, the system has an emergency alarm mechanism based on GSM modules. This feature ensures that caregivers are notified promptly of any irregularities or critical IV drip levels, allowing for prompt treatment. By providing real-time signals, the device lessens the risks related to delayed reactions to IV fluid failure or depletion. Formulating a real-time model for IV drip liquid level monitoring is the main goal of the system. By employing non-invasive sensors to identify and record the drip rate and fluid levels, this gadget assures precise tracking without having physical contact with the IV apparatus. Keywords: Internet of Things, ESP32 microcontroller, Biomedical, GSM, Relay, LCD Display.
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