模拟输注系统的设计与应用
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摘要
目的为实现输注泵运行参数的数字化实时采集以及自动化后处理,开发了一套模拟输注系统,辅助护理人员便捷地管理多个输注泵,可以随时获取更加精准的累积输液量。方法对于配置了信息输出接口模块的输注泵,利用数据采集器自动采集输注参数;对于没有配置信息输出接口模块的输注泵,实现输注参数的"半自动"采集。进而系统能够计算出任意时刻的输液累积入量。结果立足于各级医疗机构内输注泵硬件配置现状,成功开发出一套能够兼容各种型号、各种配置的输注泵的模拟输注系统。结论该系统拥有较强的灵活性和兼容性,能够实现任何机型输注泵无障碍的数据采集,并且可以方便地集成到重症监护管理系统或者输液管理系统,为患者液体管理决策提供了智能、可靠的辅助手段。
Objective In order to realize the digital real-time acquisition and the automatic post-processing of the operation parameters of infusion pumps, a set of analog infusion system was developed to assist the nurses to manage multiple infusion pumps conveniently and gain the more accurate cumulative infusion volume at any time. Methods For the infusion pumps with the information output interface module, the data acquisition unit was used to automatically collect the infusion parameters. For the infusion pumps without the information output interface module, the semi-automatic collection of the infusion parameters was realized by artificial assistance.Thus, the system could calculate the cumulative infusion volume of any time. Results Based on the status of the hardware configuration of the infusion pumps in medical institutions at all levels, a set of analog infusion system which could be compatible with various types and various configurations of infusion pumps had been developed successfully. Conclusion Having high flexibility and compatibility, the system can realize the data acquisition of any type of infusion pumps without obstacle.And it can be easily integrated into intensive care management system or infusion management system, providing an intelligent and reliable auxiliary means for the patient's liquid management decision.
Objective In order to realize the digital real-time acquisition and the automatic post-processing of the operation parameters of infusion pumps, a set of analog infusion system was developed to assist the nurses to manage multiple infusion pumps conveniently and gain the more accurate cumulative infusion volume at any time. Methods For the infusion pumps with the information output interface module, the data acquisition unit was used to automatically collect the infusion parameters. For the infusion pumps without the information output interface module, the semi-automatic collection of the infusion parameters was realized by artificial assistance.Thus, the system could calculate the cumulative infusion volume of any time. Results Based on the status of the hardware configuration of the infusion pumps in medical institutions at all levels, a set of analog infusion system which could be compatible with various types and various configurations of infusion pumps had been developed successfully. Conclusion Having high flexibility and compatibility, the system can realize the data acquisition of any type of infusion pumps without obstacle.And it can be easily integrated into intensive care management system or infusion management system, providing an intelligent and reliable auxiliary means for the patient's liquid management decision.
引文
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[16]侯明扬,张铄,熊威,等.智能输液系统的设计[J].中国医疗设备,2018,33(4):61-64.
[2]陈惠群,张鸿飞,徐世元.老年患者围术期容量管理的优化[J].广东医学,2018,39(9):1269-1272.
[3]刘睿,霍霞,郑雅钏,等.电子出入量系统应用与传统出入量记录方法效果观察[J].全科护理,2018,16(3):360-361.
[4]谢峰,庄静文,吴萍,等.输液泵和注射泵质量控制体系的初步探讨[J].中国医学装备,2017,14(8):36-38.
[5]刘晓华,刘振临,周传坤,等.输液泵使用风险因素调查分析及管理对策研究[J].医疗卫生装备,2017,38(12):138-141.
[6]徐波,叶碧玲,万素珍,等.数字化输液管理系统对护理人力资源的影响[J].实用医学杂志,2015,31(13):2224-2226.
[7]叶碧玲,曾丽,张蕾.数字化自动输液管理系统在ICU应用的效果评价[J].中国医疗设备,2015,30(7):148-149.
[8]赵巍,李中鹏,祁美丽.重症监护临床信息系统的建设与应用[J].现代医院管理,2016,14(1):81-83.
[9]周泉志,邹庆辉,陆建雄,等.输液泵及注射泵质量控制管理方案探究[J].中国医疗设备,2015,30(10):140-142.
[10]林志坤,黄岩,夏雨佳,等.医用注射泵和输液泵的校准注意事项[J].计量与测试技术,2018,45(3):42-43.
[11]梁秋怡,聂柳斌.注射泵工作原理和故障维修[J].医疗装备,2017,(23):96-97.
[12]李大鹏,孙遥,郑峰.质量控制检测技术在医用输液泵中的应用[J].中国医学物理学杂志,2016,33(6):639-642.
[13]朱伟,严郁,成志标,等.基于Wi-Fi技术的输注工作站设计与研制[J].中国医疗设备,2017,32(4):118-120.
[14]任凌云.输液泵及输液增温器在肠内营养中的应用[J].中国医药导报,2010,7(10):156.
[15]郝安琪,唐雯琦,郑西川.基于标准化的ICU信息系统集成与应用分析[J].医疗卫生装备,2018,39(7):73-77.
[16]侯明扬,张铄,熊威,等.智能输液系统的设计[J].中国医疗设备,2018,33(4):61-64.