Quickly-deployed total-factor intelligent mobile hospital

Abstract

The invention discloses a quickly-deployed total-factor intelligent mobile hospital. The quickly-deployed total-factor intelligent mobile hospital comprises a common inpatient area, a fever inpatient area and an information management system. The common inpatient area comprises a plurality of first cabin body units, and each first cabin body unit is formed by seamlessly splicing and connecting a plurality of first cabin bodies and a plurality of first channel cabins. The fever inpatient area is isolated from the common inpatient area, the fever inpatient area comprises a plurality of second cabin body units, and each second cabin body unit is formed by seamlessly splicing and connecting a plurality of second cabin bodies and a plurality of second channel cabins. The information management system comprises a server, a plurality of monitoring modules, a plurality of broadcast modules, a plurality of medical care talkback modules and a plurality of security modules. The server is provided with a mobile hospital management system. The plurality of monitoring modules are respectively installed in the plurality of first cabin bodies and the plurality of second cabin bodies. Therefore, the quickly-deployed total-factor intelligent mobile hospital is high in deployment capability, high in maneuverability and high in flexibility, and more patients can be treated more rapidly.

Description

technical field [0001] The invention relates to the technical field of mobile shelter hospitals, in particular to a fast-deploying all-element intelligent mobile hospital. Background technique [0002] The square cabin hospital is a rapid-deployable field mobile medical platform that integrates medical treatment and medical technology support functions with the medical shelter as the carrier. The square cabin hospital is generally composed of medical functional units, ward units, and technical support units. A modular medical equipment with multiple functions such as emergency treatment, surgical treatment, and clinical examination. Due to its good mobility, rapid deployment, and strong environmental adaptability, it can adapt to sudden emergency medical rescue tasks. Therefore, it is highly valued by various countries. [0003] When a major epidemic occurs, the surge in the number of patients will put tremendous pressure on the existing medical system, and the uneven distr...

AI Technical Summary

Problems solved by technology

[0005] 1. At present, most of the shelter hospitals are independently gathered in certain areas, and cannot carry out systematic deployment and layout according to actual needs. Some treatment functions are missing, and it is impossible to form a systematic treatment plan;

[0006] 2. At present, systematic shelters often use multiple enterprises to jointly complete the construction of the overall shelter, or there are regulations or standard parts quality variations or errors, which are prone to damage to equipment and affect the structural connection process;

[0007] 3. The simple and rough layout of the existing square cabin hospitals, without reasonable planning, leads to unreasonable treatment chains, non-standard treatment, and poor mobility and flexibility when implementing operations;

[0008] 4. The existing shelter hospitals do not have remote management and monitoring functions, and the work efficiency is low

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