A wearable device for cardiopulmonary rehabilitation training

Abstract

The invention discloses a wearable device for cardiopulmonary rehabilitation training. The training intensity adjustment elastic member of the present invention can adjust the intensity of cardiac rehabilitation training and the breathing gas flow rate of pulmonary rehabilitation training. Monitor the situation, and automatically adjust the training intensity adjustment elastic parts, so that the corresponding intensity of training can be carried out in a state suitable for the patient's own body, so that the patient can automatically adjust the required training intensity according to his own situation when using it, and ensure the curative effect of the patient's rehabilitation training ; During rehabilitation training, the present invention monitors the patient's health status in real time, reduces the risk of adverse events during patient training, and thus improves the safety of rehabilitation training for patients with cardiopulmonary diseases.

Description

technical field [0001] The invention relates to the technical field of physiotherapy equipment, in particular to a wearable device for cardiopulmonary rehabilitation training. Background technique [0002] Patients with cardiopulmonary disease can improve cardiopulmonary function through rehabilitation methods such as exercise training and breathing training to promote the rehabilitation of cardiopulmonary disease and reduce the incidence and mortality of cardiopulmonary disease. The current training mode is generally to first use the cardiopulmonary function tester to evaluate the cardiopulmonary function in the cardiopulmonary rehabilitation center, and then follow the training intensity recommended by the medical staff and use ECG monitoring equipment to monitor indicators such as heart rate, real-time ECG, and blood oxygen saturation. Sports training is carried out on equipment such as bicycles, treadmills and upper limb fluid resistance machines, and respiratory trainin...

AI Technical Summary

Problems solved by technology

Because these devices are complicated to operate and inconvenient to carry, it is difficult to promote and apply them to communities and families, resulting in low patient participation and compliance

Because patients with cardiopulmonary disease are difficult to achieve the expected effect when training at a lower than recommended training intensity, while training at a higher than recommended training intensity faces the risk of increased incidence of adverse events, and ordinary portable structures cannot be effective on cardiopulmonary disease. Monitoring and adjusting the training situation of patients with diseases may cause the training intensity not to meet the recommended requirements, so it is difficult to guarantee the efficacy and safety of patient training

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