Respiratory movement mode monitoring instrument

Abstract

The invention discloses a respiratory movement mode monitoring instrument. The respiratory movement mode monitoring instrument is characterized in that a chest movement signal acquisition module is arranged on the chest wall of a user, and an output end of the chest movement signal acquisition module is connected with an input end of a chest movement signal analog-digital conversion module by a chest movement signal processing module; an abdominal movement signal acquisition module is arranged on the abdominal wall of the user, and an output end of the abdominal movement signal acquisition module is connected with an input end of an abdominal movement signal analog-digital conversion module by an abdominal movement signal processing module; an output end of the chest movement signal analog-digital conversion module and an output end of the abdominal movement signal analog-digital conversion module are connected with input ends of a microcontroller; an output end of the microcontroller is connected with an alarm module, and a display module and a key module are connected onto the microcontroller. The respiratory movement mode monitoring instrument has the advantages that respiratory movement modes of the user can be accurately judged, and accordingly people can develop correct respiratory movement modes.

Description

technical field [0001] The invention relates to the technical field of medical and health care equipment, in particular to a respiratory movement mode monitor. Background technique [0002] Respiration is one of the physiological processes necessary to maintain the body's metabolism and other activities. Under normal circumstances, the breathing exercise methods of healthy people are divided into two types: 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 su...

AI Technical Summary

Problems solved by technology

At present, there is a lack of a monitoring device for respiratory movement in the medical field, and it is difficult to scientifically evaluate the state of respiratory movement

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