Thorax monitoring emergency treatment device for department of cardiology

Abstract

The invention discloses a thorax monitoring emergency treatment device for the department of cardiology. The thorax monitoring emergency treatment device comprises a monitoring control cabinet and a machine cabinet, wherein a display screen is arranged on the monitoring control cabinet, and a control switch, an electrocardiogram monitoring device, a blood pressure monitoring device, a breath monitoring device, an arterial oxygen saturation monitoring device and a body temperature monitoring device are sequentially arranged below the display screen; an oxygen supply system is arranged in the machine cabinet, a breathing mask is arranged outside the machine cabinet, the breathing mask is sequentially connected with a pressure control valve and a flow control valve through a pipeline, the flow control valve is connected with an oxygen tank and a carbon dioxide tank through a tee joint, a central processing unit is arranged in the monitoring control cabinet, and the central processing unit controls the oxygen supply system according to the received data signal. The thorax monitoring emergency treatment device can monitor the human vital signs in real time, meanwhile, the oxygen uptake emergency treatment can be carried out according to the monitored data, and thus accurate oxygen supply treatment is provided for patients of the cardiovascular medicine department.

Description

technical field [0001] The invention belongs to the technical field of medical appliances, in particular to a first-aid device for chest cavity monitoring in cardiology department. Background technique [0002] Cardiovascular patients often have dyspnea. Due to the inability of the heart to transfuse blood and indirect non-rhythmic blood transfusion, it is easy to cause arrhythmia and fragmented death. During the recovery treatment of cardiovascular patients, it is necessary to continuously monitor and treat the patients. To prevent death caused by interruption of breathing, the chest cavity monitoring device in the Department of Cardiology in the past can only analyze the respiratory rate alone, and cannot specifically analyze the vital signs of the heart activity in the patient's chest cavity, which will affect the test results. Danger, if things go on like this, greatly increase the difficulty of the work of medical staff, so there is an urgent need to study a device that...

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Problems solved by technology

[0002] Cardiovascular patients often have dyspnea. Due to the inability of the heart to transfuse blood and indirect non-rhythmic blood transfusion, it is easy to cause arrhythmia and fragmented death. During the recovery treatment of cardiovascular patients, it is necessary to continuously monitor and treat the patients. To prevent death caused by interruption of breathing, the chest cavity monitoring device in the Department of Cardiology in the past can only analyze the respiratory rate alone, and cannot specifically analyze the vital signs of the heart activity in the patient's chest cavity, which will affect the test results. Danger, if things go on like this, it will greatly increase the difficulty of the work of medical staff, so there is an urgent need to study a device that can monitor vital signs in real time and precisely control the amount of oxygen supplied

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