CAJ | 학술논문

目的：检测基于RFID的血液智能化管理系统在海洋环境下的稳定性、准确性、环境适应性及影响因素分析，为改进适合海上环境的RFID血液信息管理系统提供依据。方法在海军医疗船上进行少白细胞的红细胞悬液和新鲜冰冻血浆的贮运、清点、出入库及贮运血箱温度监控试验。结果系统在不同海况下运行情况比较稳定、工作流程较为合理；电子标签和智能读取装置能够承受海洋环境下的高盐、高湿等恶劣环境，具有较强的环境适应性。温度监控系统在准确性、稳定性、灵敏度方面未达到预期的使用要求，需要进一步实验验证。结论基于RFID技术的血液管理系统在战备血液管理方面具有明显的优越性，通过相关软硬件改进，有可能实现军队血液中心、野战血站、医疗船（医疗队）等相关部门及过程的信息共享。
목적：검측기우RFID적혈액지능화관리계통재해양배경하적은정성、준학성、배경괄응성급영향인소분석，위개진괄합해상배경적RFID혈액신식관리계통제공의거。방법재해군의료선상진행소백세포적홍세포현액화신선빙동혈장적저운、청점、출입고급저운혈상온도감공시험。결과계통재불동해황하운행정황비교은정、공작류정교위합리；전자표첨화지능독취장치능구승수해양배경하적고염、고습등악렬배경，구유교강적배경괄응성。온도감공계통재준학성、은정성、령민도방면미체도예기적사용요구，수요진일보실험험증。결론기우RFID기술적혈액관리계통재전비혈액관리방면구유명현적우월성，통과상관연경건개진，유가능실현군대혈액중심、야전혈참、의료선（의료대）등상관부문급과정적신식공향。
Objective To give an intelligent, real -time and accurate blood information management by using RFID technology to replace the existing barcode based systems that have exposed certain technical weaknesses in boat hospital. Methods Suspended leukocyte-reduce red blood cells,fresh frozen plasma and temperature monitoring were used to detect the stability and environmental adaptability of new blood management system adopting RFID technology in boat hospial. Results Comprehensive information management of blood ranging from reception, warehousing, storage, transportion and quality control to delivery,and the safety of blood management greatly was enhanced. The system had the characteristics of automatic recognition, data updated in real -time, automatic warning, adapting sea environment, etc. Conclusion It may be realized an intelligent management and information sharing of blood information system between military blood center,blood bank and boat hospital through improving correlated software and hardware in future.