Mobile ICU

Abstract

The invention discloses a mobile ICU which comprises an ambulance body and a carriage arranged in the ambulance body, a storage cabinet assembly used for storing disposable medical supplies is arranged on the front carriage wall of the carriage, a blood heating instrument and an oxygen supply device are further arranged in the storage cabinet assembly, and a workbench is formed on the upper portion of the storage cabinet assembly. A plurality of containing tables are arranged in the middle of the left compartment wall of the compartment, a first infusion pump, a second infusion pump, a movable breathing machine, a sputum aspirator, a movable ECMO machine and a defibrillator are placed on the containing tables respectively, an instrument box and a foot nursing seat are arranged on the rear portion of the left compartment wall of the compartment, and the instrument box is used for containing surgical instruments. A plurality of folding seats are arranged on the right compartment wall of the compartment at intervals, and a folding sickbed is placed in the middle of the compartment. According to the mobile ICU, the ICU function of comprehensively monitoring and treating critical patients on site and in the transferring process can be achieved, the ICU moves forwards to the front of a hospital to participate in treatment, and the risk in the transferring process is reduced so that the possibility of pursuing better treatment can be achieved.

Description

technical field [0001] The invention relates to the field of medical mobile ICU, in particular to a mobile ICU. Background technique [0002] According to the data, if 11,000 critically ill patients in a certain area need to be transferred between hospitals every year, if only ordinary ambulances are used for transfer, 484 patients will die within 12 hours of transfer; if transfer is carried out by professionals, only 66 patients died. A professional echelon of personnel, with the necessary equipment, can save more than 400 lives per year. At first glance, it might seem creepy. The transport itself could pose such a risk to critically ill patients. However, if you think about it carefully, there is so much room for risk reduction during the transshipment process. Today, with the development of medicine, the proportion of critically ill patients is increasing, the number of examination and treatment methods is increasing and the distribution is uneven, and the demand for ...

AI Technical Summary

Problems solved by technology

[0003] Since the existing ambulances are mainly used to transfer patients or do some simple first aid, the space is small and cannot be equipped with corresponding equipment. Therefore, for some severe patients, they often appear on the way of transfer because they cannot receive emergency treatment and become critically ill. The mortality rate of patients is high. In order to pursue the possibility of better treatment and expect a better prognosis, the existing ordinary ambulances can no longer meet the existing needs

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