Lung rehabilitation equipment based on respiratory flow rate monitoring and abdominal pressure early warning

Abstract

The invention relates to the field of lung rehabilitation equipment, and particularly discloses lung rehabilitation equipment based on respiration flow rate monitoring and abdominal pressure early warning, which comprises a respiration monitoring device, an intra-abdominal pressure monitoring device, a central processing unit and an abdominal pressure device, by monitoring the breathing condition of a patient and the intra-abdominal pressure condition of the patient, the central processing unit is adopted to control the abdominal pressure device to press the abdomen of the patient in a bionic breathing movement mode according to the breathing condition information of the patient and the intra-abdominal pressure information of the patient; according to the bionic breathing movement mode, the abdominal pressure device presses the abdomen of the patient according to the breathing condition of the patient, and pressing consistent with the breathing frequency of the patient is achieved. When the abdominal pressure device presses the abdomen of the patient, the abdominal pressure of the patient can be increased, and the diaphragm is promoted to lift upwards, so that the thorax and lung activity of the patient is increased, and the risks of decline of vital capacity and pulmonary infection of the patient caused by lying in bed are reduced.

Description

technical field [0001] The invention belongs to the technical field of pulmonary rehabilitation equipment, and in particular relates to a pulmonary rehabilitation equipment based on respiratory flow rate monitoring and abdominal pressure early warning. Background technique [0002] Among clinical patients, especially critically ill patients, they are often in a state of bed rest for a long time. Long-term bed rest can lead to decreased respiratory muscle strength and reduced vital capacity, increasing the risk of lung infection and death. Clinically, at present, respiratory rehabilitation practitioners often use manual therapy to increase abdominal pressure during the expiratory phase to maintain the patient's thorax and lung activity. However, there is currently a huge shortage of personnel in the respiratory rehabilitation industry, which cannot meet the growing medical needs of current patients. And due to human factors and technical differences, it is impossible to qua...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide a pulmonary rehabilitation device based on respiratory flow rate monitoring and abdominal pressure early warning, which solves the huge shortage of personnel in the current respiratory rehabilitation industry, which cannot meet the growing medical needs of current patients, and due to human factors and technology differences, and the inability to quantify the problem of achieving uniform standardized treatment

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