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基于海训救护系统的移动监护子系统数据采集部分的研制
引用本文:苏秋玲,洪范宗,董少良,罗奕中,徐金荣. 基于海训救护系统的移动监护子系统数据采集部分的研制[J]. 医疗设备信息, 2014, 0(9): 20-22
作者姓名:苏秋玲  洪范宗  董少良  罗奕中  徐金荣
作者单位:中国人民解放军第一八零医院医学工程科,福建泉州362000
基金项目:南京军区“十二五”医药卫生课题(11MA084).
摘    要:目的:基于海训救护系统,研制移动监护子系统的数据采集部分,用于监测训练中海军战士的生理状况。方法根据设计需求,采用STM32F103ZET6嵌入式微控制器设计并实现数据采集部分。结果移动监护子系统数据采集部分可以完成心电(ECG)、血氧饱和度(SPO2)、体温(TEMP)、有创血压(IBP)等的检测。结论移动监护子系统数据采集部分可以很好地监测训练中的海军战士的生理参数,对于完善海上救护体系具有重要的参考意义。

关 键 词:海训救护系统  移动监护子系统  生理参数  数据采集

Development of Data Acquisition Section of Mobile Monitoring Subsystem Based on Rescue Medical System of Navy Training
SU Qiu-ling,HONG Fan-zong,DONG Shao-liang,LUO Yi-zhong,XU Jin-rong. Development of Data Acquisition Section of Mobile Monitoring Subsystem Based on Rescue Medical System of Navy Training[J]. Information of Medical Equipment, 2014, 0(9): 20-22
Authors:SU Qiu-ling  HONG Fan-zong  DONG Shao-liang  LUO Yi-zhong  XU Jin-rong
Affiliation:(Department of Medical Engineering, The 180th Hospital of PLA, Quanzhou Fujian 362000, China)
Abstract:Objective To develop the data acquisition section of mobile monitoring subsystem based on rescue medical system of navy training to monitor the physiological status of navy soldiers during the training process. Methods According to the design requirements, the data acquisition section was designed and implemented with embedded microcontroller STM32F103ZET6. Results Various parameters including ECG, SPO2, TEMP and IBP can be monitored with the application of the data acquisition section. Conclusion The physiological parameters of navy soldiers during the training process can be well monitored with the application of the data acquisition section, which can provide important reference information for the improvement of maritime rescue medical system.
Keywords:rescue medical system of navy training  mobile monitoring subsystem  physiological parameters  data acquisition
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