基于IEEE 11073 SDC的静默ICU

Q4 Engineering
Martin Kasparick, Tobias Klotz, Björn Andersen, Gregor Thürk, Thomas Neumuth, Max Rockstroh, Benjamin Rother, Frank Golatowski
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引用次数: 0

摘要

在当今的医院里,患者和护理人员遭受着与警报器相关的噪音的困扰。虽然这是一个适用于所有护理领域的主题,但这一挑战与重症监护病房(icu)尤其相关。噪音会伤害病人,阻碍康复过程,甚至会导致精神错乱。对于护理人员来说,噪音造成巨大的压力水平,并与大量临床无关或虚假警报相结合,导致警报疲劳和脱敏。这些问题导致有记录的患者死亡。因此,我们提出了一个无声ICU的演示。基于分布式报警系统,床边的医疗设备不产生任何音频报警信号,只要连接远程报警通知系统并正常工作即可。ICU病床由不同厂家的设备组成。因此,标准化的互连是必要的。因此,我们使用IEEE 11073面向服务的设备连接(SDC)来创建一个来自三家不同公司的组件的跨制造商分布式报警系统。第四家公司为该演示器提供文档系统。患者和护理人员将极大地受益于无声icu和智能分布式报警系统,这些系统将基于可互操作的跨制造商环境而构建。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Silent ICU based on IEEE 11073 SDC
Abstract Patients and caregivers suffer from alarm-related noise in today’s hospitals. While this is a topic for all fields of care, this challenge is especially relevant for intensive care units (ICUs). The noise harms patients, hinders the recovery process, or can even lead to psychosis. For the caregivers, noise causes an enormous stress level and in combination with the high number of clinically irrelevant or false alarms it leads to alarm fatigue and desensitization. These problems result in documented deaths of patients. Therefore, we present a demonstrator of a Silent ICU. Based on a distributed alarm system, the medical devices at the bedside do not create any audio alarm signals, as long as a remote alarm notification system is connected and works properly. An ICU bed place consists of devices from different manufacturers. Thus, a standardized interconnection is necessary. Therefore, we use IEEE 11073 Service-oriented Device Connectivity (SDC) to create a cross-manufacturer distributed alarm system with components from three different companies. A fourth company provides a documentation system for this demonstrator. Patients and caregivers will greatly benefit from Silent ICUs and smart distributed alarm systems that will be build based on interoperable cross-manufacturer environments.
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来源期刊
Current Directions in Biomedical Engineering
Current Directions in Biomedical Engineering Engineering-Biomedical Engineering
CiteScore
0.90
自引率
0.00%
发文量
239
审稿时长
14 weeks
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