日本語フィールド
著者：Hanada E., Hayashi M., Ohira A., Sawa T.題名：Improving Efficiency by Analyzing Data Obtained from an RFID Tag System for Surgical Instruments.発表情報：The 5th IEEE International Conference on Consumer Electronics – Berlin ページ: 84‐87キーワード：Surgical instruments, RFID, labor efficiency, patient safety概要：For the reusable surgical instruments, counting instruments before and after an operation and identifying each instrument when storing them in a container after sterilization are indispensable to patient safety. To improve efficiency, Shimane University Hospital introduced a system that uses RFID tags, with good results. The data obtained from the system promotes effective and efficient instrument management. This paper introduces the management of surgical instruments when using the system and introduces the results of a preliminary data analysis.抄録：The number of surgical instruments that must be managed can be up to 100 for a single operation. Careful counting before and after an operation and proper identification of each instrument being stored in a container after sterilization are indispensable to patient safety. In the past this has required a great amount of hand labor. To improve efficiency, Shimane University Hospital introduced a system called SIMSAFE that uses RFID tags. The data obtained promotes effective and efficient instrument management. This paper introduces the management of surgical instruments when using SIMSAFE and shows the results of a preliminary data analysis.英語フィールド
Author：Hanada E., Hayashi M., Ohira A., Sawa T.Title：Improving Efficiency by Analyzing Data Obtained from an RFID Tag System for Surgical Instruments.Announcement information:The 5th IEEE International Conference on Consumer Electronics – Berlin Page: 84‐87Keyword：Surgical instruments, RFID, labor efficiency, patient safetyAn abstract：For the reusable surgical instruments, counting instruments before and after an operation and identifying each instrument when storing them in a container after sterilization are indispensable to patient safety. To improve efficiency, Shimane University Hospital introduced a system that uses RFID tags, with good results. The data obtained from the system promotes effective and efficient instrument management. This paper introduces the management of surgical instruments when using the system and introduces the results of a preliminary data analysis.An abstract：The number of surgical instruments that must be managed can be up to 100 for a single operation. Careful counting before and after an operation and proper identification of each instrument being stored in a container after sterilization are indispensable to patient safety. In the past this has required a great amount of hand labor. To improve efficiency, Shimane University Hospital introduced a system called SIMSAFE that uses RFID tags. The data obtained promotes effective and efficient instrument management. This paper introduces the management of surgical instruments when using SIMSAFE and shows the results of a preliminary data analysis.