中国医疗设备
中國醫療設備
중국의료설비
CHINA MEDICAL EQUIPMENT
2015年
8期
17-20
,共4页
洪范宗%苏秋玲%董少良%王伟%罗奕中%刘志梁
洪範宗%囌鞦玲%董少良%王偉%囉奕中%劉誌樑
홍범종%소추령%동소량%왕위%라혁중%류지량
海训%一线移动救护%搜救%实时调度%非战斗减员
海訓%一線移動救護%搜救%實時調度%非戰鬥減員
해훈%일선이동구호%수구%실시조도%비전두감원
navy training%front-line mobile rescue%search and rescue%real-time scheduling%non-combat attrition
目的 研究应用于海训的一线移动救护系统,提高一线救护的行动速率和搜救准确率.方法 结合嵌入式技术的生理参数采集技术设计可用于单兵佩戴的便携式终端,增加实时定位与无线数据传输功能,并自主研发监控中心软件实现位置信息的接收及搜救调度处理.结果 海训一线移动救护系统可以实时监控多个移动医疗终端的数据,实现海训中的24 h生理参数监测与实时救护调度.海训一线移动救护系统配置简单、操作便利、终端体积小、便于携带、即连即用,大大缩短从发现到派遣救护的时间.结论 海训一线移动救护系统能够显著降低监控端的搜救反应时间,提高搜救效率,从而减少海训战士意外受伤导致溺水伤亡的事故发生率,最大限度地降低非战斗减员,有效保障海训战士生命安全,具有极高的实用价值.
目的 研究應用于海訓的一線移動救護繫統,提高一線救護的行動速率和搜救準確率.方法 結閤嵌入式技術的生理參數採集技術設計可用于單兵珮戴的便攜式終耑,增加實時定位與無線數據傳輸功能,併自主研髮鑑控中心軟件實現位置信息的接收及搜救調度處理.結果 海訓一線移動救護繫統可以實時鑑控多箇移動醫療終耑的數據,實現海訓中的24 h生理參數鑑測與實時救護調度.海訓一線移動救護繫統配置簡單、操作便利、終耑體積小、便于攜帶、即連即用,大大縮短從髮現到派遣救護的時間.結論 海訓一線移動救護繫統能夠顯著降低鑑控耑的搜救反應時間,提高搜救效率,從而減少海訓戰士意外受傷導緻溺水傷亡的事故髮生率,最大限度地降低非戰鬥減員,有效保障海訓戰士生命安全,具有極高的實用價值.
목적 연구응용우해훈적일선이동구호계통,제고일선구호적행동속솔화수구준학솔.방법 결합감입식기술적생리삼수채집기술설계가용우단병패대적편휴식종단,증가실시정위여무선수거전수공능,병자주연발감공중심연건실현위치신식적접수급수구조도처리.결과 해훈일선이동구호계통가이실시감공다개이동의료종단적수거,실현해훈중적24 h생리삼수감측여실시구호조도.해훈일선이동구호계통배치간단、조작편리、종단체적소、편우휴대、즉련즉용,대대축단종발현도파견구호적시간.결론 해훈일선이동구호계통능구현저강저감공단적수구반응시간,제고수구효솔,종이감소해훈전사의외수상도치닉수상망적사고발생솔,최대한도지강저비전두감원,유효보장해훈전사생명안전,구유겁고적실용개치.
Objective To develop a front-line mobile rescue system for navy trainings so as to improve the response rate and accuracy of front-line search and rescue actions.Methods A wearable terminal was designed in combination with the embedded technology and physiological data acquisition technology. Equipped with the real-time positioning and wireless data transmitting functions, the system utilized a self-innovated monitoring software for the control center to receive location information and process the rescue scheduling.Results The front-line mobile rescue system could monitor multiple terminals and achieve 24-h monitor of physiological parameters and real-time rescue scheduling. With adaption of wearable terminals, this portable and easy-to-conifgure-and-operate system had proven its advantages in great reduction of dispatch time. Moreover, once connected it could be used immediately.Conclusion The front-line mobile rescue system could signiifcantly reduce the search time for monitor terminals and improve search and rescue efifciency, thereby reducing the accidental-injury-caused drowning death and injury rate for soldiers. It also minimized non-combat attrition, and effectively protected the safety of navy training staff, which had high practical utility.
