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目的对救援流程和医学保障组人员分配进行优化,为卫勤保障能力的评估提供新的手段和方法。方法采用MedModel软件,针对援潜救生医疗队人员组成和工作流程建立救治流程仿真模型,根据5种不同的伤员出水方式进行建模,分别仿真计算出各种出水方式下的平均等待时间。结果根据所建的伤员出水模型,计算各种出水方式进行平均等待时间并优化医疗资源布局,使伤员的总体等待时间均符合援潜救生医疗队的要求。结论本模型通过对援潜救生医疗队救治流程和人员配备的优化,节省了医疗资源,缩短了伤员的总体等待时间,为卫勤保障能力的评估提供新的手段和方法。
Objective To optimize the distribution of the rescue process and the medical guarantee group, and to provide new means and methods for the evaluation of medical support ability. Methods MedModel software was used to establish the rescue process simulation model for the aid rescue and rescue team and the workflow. Based on the five different methods of water emergence, the average waiting time under various water discharge modes was calculated. Results Based on the established effluent model of the wounded, the average waiting time was calculated for various effusion modes and the layout of medical resources was optimized so that the overall waiting time of the wounded patients met the requirements of the aid paramedics team. Conclusion The model saves the medical resources and shortens the overall waiting time of the wounded through the optimization of the rescue and rescue team and the staffing of the rescue team. It provides new means and methods for the evaluation of the medical support ability.