ECMO skill training simulation teaching system

Abstract

An ECMO skill training simulation teaching system comprises simulated ECMO equipment, a simulated ECMO pipeline, a simulated monitoring system, a simulated human body model, an ultrasound-guided artery-vein puncture module, an artery and vein blood circulation device, a respiratory movement simulation device, a plurality of electrocardiogram simulation devices, a plurality of cardiopulmonary palpation auscultation simulation devices and an arterial blood pressure measurement simulation device. A simulated console, a simulated air-oxygen mixer, a simulated oxygenator, a simulated centrifugal pump and a variable-temperature water tank are arranged. A power control box is arranged. The simulation human body model is provided with a right carotid artery, an internal jugular vein, bilateral femoral arteries, veins and an ultrasound-guided puncture module. A pump box is provided with an artery and vein circulation device. Vivid critical scenes of various cardiopulmonary diseases can be set by simulating respiratory movement, electrocardiogram monitoring, cardiopulmonary touch auscultation and blood pressure measurement. The system can be connected with simulated ECMO or real ECMO equipment for training and examination such as pipeline pre-flushing, artery and vein puncture catheterization and monitoring, the whole ECMO skill training process is achieved, the simulation effect is highly simulated, and the training effect is remarkably improved.

Description

technical field [0001] The invention relates to the technical field of medical education equipment, in particular to an ECMO skill training simulation teaching system. Background technique [0002] ECMO is the English abbreviation of extracorporeal membrane oxygenation (extracorporeal membrane oxygenation). ECMO is a complex therapy in critical care in clinical medicine. It is one of the most cutting-edge and most difficult technical projects and the top cardiopulmonary auxiliary therapy. One of the means is that for severe heart and lung diseases, when the lung function is severely damaged, ECMO can undertake its gas exchange task to keep the lungs at rest. When the heart function is severely damaged, the blood pump can maintain the blood circulation of the heart. ECMO is an advanced life support technique and an effective means of treating severe cardiopulmonary diseases. In recent years, the world's medical community is committed to the promotion and application of ECMO...

AI Technical Summary

Problems solved by technology

Due to the lack of well-trained technical personnel and unskilled technology, it will inevitably affect the first aid effect of ECMO, and even medical accidents may occur.

According to reports, the imported ECMO SimMan simulation system conducts ECMO simulation training through computer virtual simulation and real-world simulation, which can effectively improve the clinical thinking ability of the ECMO team and the comprehensive ability to deal with emergencies, but the price of the equipment is very expensive, as high as hundreds of

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