Vehicle-mounted medical shelter system

Abstract

A vehicle-mounted medical shelter system comprises four sets of electric lifting mechanisms, two sets of electric lifting mechanisms are fixed to frames at the two ends of the front wall of a medical shelter body, two sets of electric lifting mechanisms are fixed to frames at the two ends of the rear wall of the medical shelter body, and the electric lifting mechanisms are used for supporting the shelter body when the shelter body gets on and gets off a vehicle and leveling the shelter body when the shelter body is used; the medical square cabin body is arranged at the upper part of the electric lifting mechanism and is communicated with the electric lifting mechanism; an equipment room, an observation room, an isolation channel, a treatment room and a chassis are arranged in the medical square cabin body, and an electric lifting mechanism and the medical square cabin body are borne on the chassis. The center of mass of the vehicle body of the medical shelter system is reasonably arranged, and the vehicle-mounted safety and the climbing performance can be improved; the robot is flexible, complete in function and high in environmental adaptability; negative pressure isolation, oxygen-enriched treatment, ICU treatment, altitude sickness, infectious disease isolation and biological prevention and control are integrated, and the emergency and severe illness treatment level under special severe conditions such as high altitude and epidemic areas is improved.

Description

technical field [0001] The invention belongs to the field of medical shelters, and in particular relates to a vehicle-mounted medical shelter system. Background technique [0002] The war environment is mostly located in plateau areas, with inconvenient transportation. After local conflicts or wars, it is difficult for the wounded and sick to be evacuated quickly. At the same time, due to the impact of the recent epidemic, there are many people who are infected. If local physical conflicts occur, it may cause new crown virus infection. In order to cope with the treatment of the wounded and sick in conflicts and wars, to avoid the rapid spread of the epidemic and to improve the adaptability of troops to change defenses, adaptive motorized field special medical units are needed. At present, the negative pressure isolation transfer cabin, oxygen-enriched treatment cabin, and ICU rescue cabin have the following technical defects: [0003] (1) The function of the cabin body is ...

AI Technical Summary

Problems solved by technology

[0003] (1) The function of the cabin body is single, and the negative pressure isolation transfer cabin is mainly for transfer isolation and has no treatment capability;

[0004] (2) The oxygen-enriched treatment cabins are mainly hyperbaric oxygen treatment cabins, which are dangerous in road transportation and have weak rescue capabilities;

[0005] (3) The ICU rescue cabin does not have the functions of negative pressure isolation and oxygen-enriched treatment, and cannot realize the multi-functional treatment needs of negative pressure isolation, oxygen-enriched treatment and ICU treatment;

[0006] (4) The negative pressure isolation transfer cabin and the oxygen-enriched treatment cabin are relatively long, which makes the arrangement of the center of mass of the entire vehicle body unreasonable, which is prone to transportation hazards, poor climbing performance, and unable to adapt to mountainous and hilly terrain. In most areas, the application environment is limited

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