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Evaluation of an Infrared/Radiofrequency Equipment-Tracking System in a Tertiary Care Hospital

机译:三级医院红外/射频设备跟踪系统的评估

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摘要

Optimal management of assets in large hospitals is important to both cost control and patient care. A prospective controlled evaluation was conducted to determine whether an asset-tracking system using combined radiofrequency and infrared signals could increase equipment utilization, increase appropriate charge capture, and decrease personnel time spent looking for equipment. Two wards at Duke University Medical Center were randomly assigned as intervention and control. Beds, sequential compression devices (SCDs), and infusion pumps were monitored during a 6-week intervention period, preceded and followed by 6-week control periods. The system's accuracy for detecting equipment, relative to a trained surveyor, was greater than 80%. Accuracy for locating equipment to a specific room was 60–80%. With the system available, we observed increased utilization of infusion pumps but not of beds or SCDs. Nursing staff and system users had positive impressions of the system and its potential. Tracking systems can successfully locate hospital equipment and may improve utilization.
机译:大型医院资产的优化管理对于成本控制和患者护理都很重要。进行了预期的受控评估,以确定使用射频和红外信号组合的资产跟踪系统是否可以提高设备利用率,增加适当的费用捕获并减少人员花费在寻找设备上的时间。杜克大学医学中心的两个病房被随机分配作为干预和控制。在为期6周的干预期间,之前和之后的6周控制期间内,监测床,顺序压迫装置(SCD)和输液泵。相对于训练有素的测量员,该系统检测设备的准确性高于80%。将设备定位到特定房间的准确性为60–80%。使用现有系统,我们观察到输液泵利用率的提高,但床或SCD的利用率却没有提高。护理人员和系统用户对系统及其潜力产生了积极的印象。跟踪系统可以成功定位医院设备,并可以提高利用率。

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