Rehabilitation training system based on respiration and body movement

Abstract

The invention provides a rehabilitation training system based on respiration and body movement, which comprises a wearable composite training device, the wearable composite training device is provided with a respiration sensor and a body movement sensor, and the respiration sensor and the body movement sensor send acquired data to a data acquisition module; the data acquisition module sends the received data to the terminal equipment; and the terminal equipment confirms whether the training action of the target object meets a preset standard requirement according to the received data, and if not, prompt information is sent out. The breathing data and the body movement data of the target object can be detected at the same time, and therefore training actions of the target object can be accurately detected.

Description

technical field [0001] The present invention relates to the technical field of rehabilitation training, in particular, to a rehabilitation training system based on breathing and body movement. Background technique [0002] Chronic low back pain (LBP) is a common health condition that can lead to motor dysfunction and even loss of self-care ability. At present, waist-abdominal physical exercise is the most commonly used method for the rehabilitation of chronic low-back pain. This method can strengthen the stability of the spine and improve local blood circulation. Breathing training activates the deep stabilizing muscles of the trunk and promotes motor control. Therefore, combining breathing and physical exercise, that is, compound low back pain rehabilitation training based on breathing and physical movement, can effectively improve the symptoms of chronic low back pain. [0003] However, when patients combine breathing and physical exercise training, there is often no sui...

AI Technical Summary

Problems solved by technology

[0005] However, this system only determines the exercise plan based on the patient's physiological data, and does not consider the patient's breathing and physical movement, such as the patient's waist and abdomen movement, and cannot guide and train the symptoms of chronic low back pain.

[0006] In addition, the existing wearable rehabilitation training equipment can only detect the patient's heartbeat or breathing and other physiological data, but does not detect the data of the patient's body movement, nor can it provide guidance and training for the symptoms of chronic low back pain.

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