Intelligent rhythm interactive electromyographic signal muscle rehabilitation treatment system

Abstract

The invention discloses an intelligent rhythm interactive electromyographic signal muscle rehabilitation treatment system. The system comprises a surface electromyographic sensor, a signal emitter and a rhythm interaction device, wherein the surface electromyographic sensor is arranged for acquiring an electromyographic signal of a user; the signal emitter is arranged for receiving and emitting the electromyographic signal; the rhythm interaction device is arranged for generating and providing a specific rhythm to the user and receiving the electromyographic signal; when the electromyographic signal is matched with the specific rhythm, positive feedback is provided; otherwise, negative feedback is provided. The muscle rehabilitation treatment system is adopted, so that a user continuously enhances and exercises target muscle or muscle group, skilfully operates the target muscle through motor nerves and inhibits wrong muscular contraction to achieve an effect of counterbalancing the muscle group through the rhythm interaction device; the muscle rehabilitation treatment system also has extremely high interactivity, intelligence and interestingness, improves the will of the user for adherence to treatment and makes the autonomous treatment possible for the user.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to an intelligent rhythm interactive myoelectric signal muscle rehabilitation treatment system. Background technique [0002] Biofeedback is the use of various instruments to reflect the state of human physiological activities, so that the user can obtain instant intuitive feelings, and through behavioral incentives supplemented by positive feedback and negative feedback, finally achieve the treatment concept of controlling physiological activities that could not be controlled at will. How to design a treatment method based on the concept of biofeedback that makes users more focused on the treatment process and can persist in long-term feedback treatment to achieve the best treatment effect has always been a frontier topic of applied research in this field. [0003] The existing muscle rehabilitation treatment system generally carries out treatment and rehabilitation in clinics or hos...

AI Technical Summary

Problems solved by technology

[0003] The existing muscle rehabilitation treatment system generally carries out treatment and rehabilitation in clinics or hospitals, requiring patients to make an appointment to come to the clinic or hospital in person, which wastes a lot of time and manpower, and the treatment process is relatively tedious, and patients insist on long-term treatment The willingness of patients is not strong, which makes the possibility of independent treatment of patients very small; the existing muscle rehabilitation treatment system is relatively bulky, and the connection between various devices relies heavily on wired transmission such as USB, so it is not easy to carry

In the actual treatment process, due to the above defects, the vast majority of patients cannot persist, and finally have to give up treatment, which greatly affects the effect of muscle recovery

[0004] In addition, because generally one doctor or therapist faces one patient, the treatment efficiency is also low

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