Thoracic cavity monitoring emergency equipment for department of cardiology

Abstract

The invention discloses thoracic cavity monitoring emergency equipment for the department of cardiology. The thoracic cavity monitoring emergency equipment comprises a cabinet, an oxygen tank is arranged in the cabinet and connected with an oxygen outlet on the table top of the cabinet through a pipeline, and an electromagnetic valve is arranged on the connecting pipeline between the oxygen tank and the oxygen outlet. An electrocardiogram machine is arranged in the cabinet, a wire harness is arranged at the input end of the electrocardiogram machine, the wire harness is branched to form a plurality of wires, and electrode slices are arranged on the wires. The electrode slices are utilized for acquiring electrocardio data of a patient, and the electrocardiogram machine is connected with a display screen. A control device is arranged in the cabinet, and mainly comprises a microprocessor. The thoracic cavity monitoring emergency equipment is convenient to use, the patient with the injured thoracic cavity can be supplied with oxygen output in time when lying in bed and suffering from the disease, accidents are avoided, the work difficulty of medical staff is reduced, and meanwhile the treatment effect on the patient is improved.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to chest cavity monitoring emergency equipment in the Department of Cardiology. 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 sudden death. During the recovery treatment of cardiovascular patients, it is necessary to carry out continuous detection and treatment of patients to prevent Death due to respiratory interruption. The chest cavity monitoring device in the Department of Cardiology in the past can only analyze the respiratory rate alone, but cannot specifically analyze the heart activity in the patient's chest cavity, which will affect the test results. If oxygen rescue cannot be performed in time, it will cause life-threatening. , greatly increasing the work difficulty of medical personnel. Contents of the invention...

AI Technical Summary

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 sudden death. During the recovery treatment of cardiovascular patients, it is necessary to carry out continuous detection and treatment of patients to prevent Death due to respiratory interruption.

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