首页> 外文会议>Annual International Conference of the IEEE Engineering in Medicine and Biology Society >Design of an Enterprise-wide Physiological and Clinical Data Solution
【24h】

Design of an Enterprise-wide Physiological and Clinical Data Solution

机译:企业范围的生理和临床数据解决方案设计

获取原文

摘要

The deployment of new wireless and networked technology and advanced clinical applications has significantly increased the quality and the quantity of patient diagnostic and monitoring information throughout the patient care environment. Coupled with increasing workloads and reduced staffing, the difficulties in effectively prioritizing and handling this information have resulted in a rise in equipment-related errors, patient dissatisfaction, a potential for patient injury, and an increasing overall concern for patient safety. Concerns about this trend have prompted the Joint Commission to established seven patient safety initiatives geared to the patient environment of care, establishing methodologies and protocols to reduce the probability of errors, and to provide an enhanced level of communications. Planned deployment of advanced medical devices and supporting technologies coupled with our existing wired/wireless network infrastructure, need to consider the potential integrating clinical device, onto a unified network infrastructure providing advanced capabilities to share and effectively manage this key patient clinical information. Implementation of a Biomedical Device Information Network represents a significant advance in the management of clinical patient information, and enables device data, specifically critical patient alarms to be shared, coordinated, prioritized and sent directly to specific assigned care providers. The care giver utilizing a common hands-free wireless device can receive a prioritized audible (or a simulated voice) alarm message and utilize this same device for directed staff-to-staff or staff-to-patient communication. The Biomedical Information Network implementation identifies or associates patients with devices and consequently critical alarms, filters low priority or nuisance alarms, and eliminates the need for multiple costly communication devices. This implementation establishes an enhanced environment of care, providing increased patient safety, and a clear proactive response to the national patient safety initiatives.
机译:新无线和联网技术和高级临床应用的部署显着提高了整个患者护理环境中的患者诊断和监测信息的质量和数量。再加上工作量增加和减少人员配置,有效优先顺序和处理此信息的困难导致设备相关的错误,患者不满,患者损伤潜力以及对患者安全的巨大关注的增加。对这一趋势的担忧促使联合委员会建立了七位患者安全举措,该患者的护理环境,建立方法和协议,以降低误差的可能性,并提供增强的通信水平。计划部署先进的医疗设备和支持技术与我们现有的有线/无线网络基础设施相结合,需要考虑潜在的集成临床设备,进入统一的网络基础设施,提供高级能力,以共享和有效地管理该关键患者临床信息。生物医学设备信息网络的实现代表了临床患者信息管理中的显着进展,并且能够实现设备数据,特别是关键患者报警,以共享,协调,优先考虑并直接发送到特定的分配护理提供者。利用普通无人机无线设备的护理助理者可以接收优先声音声音(或模拟语音)报警消息,并利用相同的设备用于指导的员工或员工到患者的通信。生物医学信息网络实现识别或将患者识别或将患者与后面的临界警报相关,过滤低优先级或滋扰警报,并消除对多个昂贵的通信设备的需求。该实施建立了增强的护理环境,提供了提高的患者安全性,并对全国患者安全举措进行了明确的积极积极响应。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号