中国医学装备2025，Vol.22Issue(9)：167-172,6.DOI:10.3969/j.issn.1672-8270.2025.09.033
重伤患者航空转运担架的设计与实现
Design and implementation of aviation transport stretcher for severely injured patients
摘要
Abstract
Objective:To develop an air transfer stretcher for severely injured patients,so as to meet the requirements of severely injured patients for rapid transport of aviation medical treatment.Methods:The guide rails of hatch of mainstream civil airliner models were analyzed through investigation.Based on the principles of modularization,integration and intelligence,a highly universal and portable aviation stretcher with the functions of rapid transport and life support was designed and developed.The design of the stretcher was verified through simulation analysis and calculation,as well as tests in laboratory,which should meet the requirements of the standards from China Civil Aviation Regulations(CCAR)-25.Results:The results of simulation analysis and tests of laboratory showed that the aviation transport stretcher,and the strength and stiffness of its structure reached to requirement of CCAR-25 standard,which was suit to the portable aviation evacuation of severely injured patients on civil airliners,and the rapid transfer between air and ground.It has the function of supporting life,and the aviation transport stretcher with high universality and convenience can enhance the safety and rescue capability of aviation evacuation system of medical treatment of aviation.Conclusion:The portable aviation stretcher with high-versatility that was researched and developed by this study can effectively solve the problems of life support,injury monitoring,and emergently rescue and treatment during the transport for severely injured patients,which improve the support ability of air-ground transportation for severely injured patients.关键词
重伤患者/航空担架/快速转运/生命支持/模块化设计Key words
Severely injured patient/Aviation stretcher/Fast transshipment/Life support/Modular design分类
医药卫生引用本文复制引用
王嘉,杜鹏,张林媛,孙业勤,卫宗敏,余孟儒,徐灿华,卢虹冰..重伤患者航空转运担架的设计与实现[J].中国医学装备,2025,22(9):167-172,6.基金项目
国家重点研发计划(2023YFF0715401) National Key R&D Program of China(2023YFF0715401) （2023YFF0715401）
