Real-time feedback-centric nurse calling system with archive monitoring using Raspberry Pi

Mohammad Sakib Mahmud, M. Majumder, A. Tushar, Md. Mahtab Kamal, Akm Ashiquzzaman, Md. Rashedul Islam
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引用次数: 6

Abstract

The relationship between nurse and patient is vital as well as vulnerable on which a significant portion of well-being of patient depends. The recent growth of Internet of Things provides the opportunity to maintain this relationship in a more secure and efficient way. From this point of view, this paper presents a system of real-time nurse calling with focus centered on nurse feedback based on patient condition. The system also includes a robust archive monitoring system for review and trend analysis. In the proposed system, patients are able to call for assistance in time of emergency by pressing a designated button. After this, the device will send a real-time message containing information about the patients bed, room, and floor number to the appropriate nurse station. Nurse will respond as soon as the message is delivered, and optionally call for help by pressing designated buttons in the device. The proposed system reduces the delay in response of nurse. Additionally, the interactions are stored in Raspberry Pi database for future analysis to improve the quality of services. The proposed system uses low-cost hardware like ATMEGA328P microcontroller and ENC28J60 Ethernet controller, and Arduino Uno.
实时反馈中心护士呼叫系统与档案监控使用树莓派
护士和病人之间的关系是至关重要的,也是脆弱的,病人的福祉的很大一部分取决于。最近物联网的发展为以更安全和有效的方式维护这种关系提供了机会。从这个角度出发,本文提出了一种基于患者病情,以护士反馈为中心的护士实时呼叫系统。该系统还包括一个健全的档案监测系统,用于审查和趋势分析。在拟议的系统中,患者可以在紧急情况下通过按指定的按钮呼叫援助。在此之后,该设备将向相应的护士站发送包含患者床位、房间和楼层号信息的实时消息。护士会在消息发出后立即回复,并可选择通过按设备上指定的按钮来呼叫帮助。该系统减少了护士的反应延迟。此外,交互将存储在树莓派数据库中,以供将来分析,以提高服务质量。该系统采用低成本硬件,如ATMEGA328P微控制器和ENC28J60以太网控制器,以及Arduino Uno。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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