Portable lung respiratory function training device

Abstract

The invention discloses a portable lung respiratory function training device which is structurally characterized in that a liquid flow meter is connected with a liquid storage device through a liquidpipe, and the liquid storage device is connected with a valve port of a hydraulic cylinder through a liquid pipe; the end of a hydraulic piston rod of the hydraulic cylinder is connected with a cylinder piston rod of the cylinder through a connector. The breathing port is connected to one valve port of the cylinder through an air pipe. The converter is connected to the liquid flow meter through adata line and converts liquid flow data into vital capacity values, the converter is connected to the displayer through a data line, and the additional breathing port is connected to the other valve port of the air cylinder through an air pipe. The device has the advantages that the training effect is fed back in real time while expiration and inspiration are conducted, the device can be used by two persons at the same time for lung function competition, the training interestingness is increased, and the enthusiasm of people for lung function training is improved.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to a portable training device for pulmonary respiratory function. Background technique [0002] Exercising lung function, in layman's terms, is to increase lung capacity and enhance lung compensatory ability through various exercises. Lung exercise is an effective way to enhance the lung function of the human body, and can increase the lung capacity of the human body relatively quickly. Exercise varies from person to person. People with normal lung function can increase lung capacity through jogging, brisk walking, swimming, and mechanical fitness. But if people with poor lung function cannot jog or walk fast, they can take deep breaths to exercise lung function. Deep breathing is to inhale slowly. When you can’t inhale, exhale slowly to exhale all the air in your lungs. Repeat many times, at least 30 times a day. You can also do abdominal breathing exercises to let abdomi...

AI Technical Summary

Problems solved by technology

[0003] In the past technology, it is difficult to give real-time feedback on the vital capacity of the exercise through the borrowed exercise device. Even if there is a technical lung function exerciser (201310446837.4) that can realize the degree of exercise of one's own lungs, but this technology can only achieve exhalation exercise The real-time feedback display cannot realize the real-time feedback display of inhalation exercise, and at the same time, only one person can use the device at the same time, which reduces people's enthusiasm for exercise to a certain extent

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