Respiratory muscle training system in motion state and using method thereof

Abstract

The invention discloses a respiratory muscle training system in a motion state and a using method thereof. The respiratory muscle training system comprises a wearable respiratory monitoring module, aninteractive display module, a sports apparatus and a respiratory training management system. The wearable respiration monitoring module monitors parameters such as a respiration rate, a respiration flow rate, a respiration flow and heart rate of a subject in real time through a flow sensor and an electrocardio-electrode and transmits the parameters to the interactive display module. The interactive display module receives a training mode and training parameters issued by the training management system, compares the training mode and training parameters with respiratory and heart rate information obtained from the wearable respiratory monitoring module, and reminds a subject to adjust the respiratory rhythm and respiratory depth in real time; the sports apparatus is used for assisting a subject to keep respiratory training under set exercise intensity, so that the training effect can be improved; the respiratory training management system is a management tool for a rehabilitation doctor to sign and issue a training scheme and is used for making a respiratory training plan, setting differentiated training parameters, tracking and managing respiratory training process data and realizing continuous optimization of the respiratory training scheme.

Description

technical field [0001] The invention relates to the field of medical rehabilitation, in particular to a training system for respiratory muscles in an exercise state and a method for using the same. Background technique [0002] Breathing training can improve respiratory muscle function, improve lung and bronchial tissue blood metabolism, and enhance gas exchange efficiency. It can effectively enhance lung function, increase vital capacity, and promote airway smoothness. People with lung disease can improve lung function and recover sooner. In the process of breathing training, assisting the exercise of respiratory muscles with appropriate exercise form and intensity can help to expand the activities of the thoracic cage, improve breathing patterns, promote the improvement of exercise muscle strength, improve the patient's mobility, and improve the quality of life of patients. [0003] In the existing practice of respiratory muscle rehabilitation training, most respiratory t...

AI Technical Summary

Problems solved by technology

[0003] In the existing practice of respiratory muscle rehabilitation training, most respiratory training devices use springs, floating balls, etc. as ventilation resistance sources, and single lung movement or single peripheral skeletal muscle movement as the training object, which is inconvenient to operate and difficult to achieve targeted training. It is inconvenient to record the patient's breathing exercise volume, and it is difficult to carry out long-term tracking and dynamically optimize the training program

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