Abdominal respiration training device

Abstract

The invention discloses an abdominal respiration training device. A front fixed plate and a rear fixed plate of a pressure abdomen sleeve of the abdominal respiration training device are both arc-shaped hard plates, and the front fixed plate and the rear fixed plate are arranged oppositely. The front fixed plate, a left bandage, the rear fixed plate and a rear bandage are sequentially connected end to end and then form a hollow annular shape. An inflatable air bag is an arc-shaped soft air bag, the inflatable air bag and the front fixed plate are matched in size and shape, and the inflatable air bag is fixed to the inner side face of the front fixed plate. An air inlet valve and an exhaust valve are arranged on the inflatable air bag. A micro inflation pump is communicated with the air inlet valve on the inflatable air bag through an air conveying hose. The exhaust valve is communicated with the atmosphere directly. The input end of a host circuit is provided with a control switch. A frequency control circuit is connected to the input end of the host circuit. The output end of the host circuit is connected with the control end of the micro inflation pump, the control end of the air inlet valve and the control end of the exhaust valve. The abdominal respiration training device can help people carry out abdominal respiration training without being limited by places, and has the advantages of being simple in structure and low in cost.

Description

technical field [0001] The invention relates to a medical and health care device, in particular to an abdominal breathing training device. Background technique [0002] Respiration is one of the physiological processes necessary to maintain the body's metabolism and other activities. There are two types of human breathing: chest breathing and abdominal breathing. [0003] Because chest breathing does not use diaphragm muscles but relies on chest muscles, only the upper alveoli of the lungs are working, while the alveoli of the middle and lower lobes, which account for four-fifths of the whole lung, are "resting". In this way for many years, the middle and lower lung lobes will not be exercised, and long-term disuse will easily cause the lung lobes to age and lose their elasticity. In addition, due to the lack of efficiency in the process of chest breathing, the human body cannot obtain sufficient oxygen to meet the oxygen demand of various tissues and organs, which in turn...

AI Technical Summary

Problems solved by technology

In this way for many years, the middle and lower lung lobes will not be exercised, and long-term use will easily cause the lung lobes to age and lose elasticity.

In addition, due to the lack of efficiency in the process of chest breathing, the human body cannot obtain sufficient oxygen and cannot meet the oxygen demand of various tissues and organs, which in turn affects the body's metabolism, resulting in a decrease in the body's resistance and susceptibility to respiratory diseases

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