城市铺装道路长途步行运动中紧急医疗保障系统的系统构建

Dong Jing, Yang Zheng, Jialong Ruan, Jianing Chen, Xiaohong Song
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引用次数: 0

摘要

目的 探讨城市甬路环境下应急医疗保障机制的构建范围,为特定环境下应急医疗保障机制的构建提供参考、样本数据和改进建议。方法 收集 2023 年 3 月至 4 月应急医疗保障机制的救援人员调配、救援物资配置、救援力量监测、实际救援情况、应急预案及相关规章制度制定、培训等方面的数据,并对数据进行分析。结果 (1) 徒步距离为 40 公里,道路条件为城市铺装道路。共有 1150 名正式徒步旅行者,65 人接受了医疗救治。(2)户外徒步旅行最常见的症状包括骨骼肌损伤(19.48%)、足部皮肤和软组织损伤(18.17%)、发热(2.61%)和腹泻(0.61%)。(3)3 月份,经过系统培训的 18.36%的核心医疗队员和 20.41%的急救志愿者承担起了支援远足活动的任务。4 月,承担徒步支援任务的医疗队骨干占保障队总人数的 1.23%,经过系统培训的急救志愿者占 37.04%。(4)因地制宜,采取多车救援运输模式,改装商务救援车(42.86%)与车载急救医疗单元(EMU)、普通救护车(28.57%)相结合。(5)经专家组和技术组可行性论证后投入使用的 34 种医用材料 700 余件、移动通信设备 40 套,从硬件层面保障了比赛的开展。结语 户外徒步运动应急医疗保障机制的建设需要关注环境特点、保障队伍的运行模式、人员及适应性培训、医疗保障物资的配备与调配、通讯运输能力的调配与配合、合理的保障方案等因素。经过系统培训的医疗志愿者可以承担部分户外医疗救援工作。对医疗志愿者进行活动前培训和定期再培训,可以确保户外活动的安全。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Systematic Construction of Emergency Medical Security System in Long-Distance Walking Movement on Urban Paved Roads
Objective To explore the scope of building emergency medical security mechanism in urban paved road environment, and to provide reference, sample data and improvement suggestions for building emergency medical security mechanism in such specific environment. Methods The data of rescue personnel deployment, rescue materials allocation, rescue force monitoring, actual rescue situation, emergency plan and relevant regulations setting, training and other aspects of the emergency medical security mechanism in March and April 2023 were collected, and the data were analyzed. Results (1) The hiking distance was 40km and the road conditions were urban paved roads. There were 1150 official trekkers and 65 people were treated medically. (2) The most common symptoms of outdoor hiking included skeletal muscle injury (19.48%), foot skin and soft tissue injury (18.17%), fever (2.61%) and diarrhea (0.61%). (3) In March, 18.36% of the core medical team members and 20.41% of the first aid volunteers who underwent systematic training took up the task of supporting hiking activities. In April, the core medical team personnel who undertook the task of supporting hiking activities accounted for 1.23% of the total number of the security team, and the first aid volunteers who underwent systematic training accounted for 37.04%. (4) According to local conditions, the multi-vehicle rescue and transport mode was adopted, which was combined with the modified commercial rescue vehicle (42.86%) with the on-board emergency medical unit (EMU) and the ordinary ambulance (28.57%). (5) More than 700 pieces of 34 kinds of medical materials and 40 sets of mobile communication equipment, which were put into use after the feasibility study of the expert group and the technical group, guaranteed the competition from the hardware level. Conclusion The construction of emergency medical support mechanism in outdoor walking sports needs to pay attention to environmental characteristics, operation mode of support team, personnel and adaptability training, equipment and deployment of medical support materials, deployment and cooperation of communication and transport capacity, reasonable support plan and other factors. Medical volunteers who have been systematically trained can undertake part of outdoor medical rescue work. Pre-activity training and regular re-training of medical volunteers can ensure the safety of outdoor activities.
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