Joint rehabilitation exercise monitoring and management system and use method

Abstract

The invention discloses a joint rehabilitation exercise monitoring and management system. The system comprises a joint motion range acquisition module, a muscle tension acquisition module, an exercise state monitoring module, a wireless transmission module, a server, an intelligent terminal and a device body. The system has the advantages that the rehabilitation exercise of the rehabilitation joints of a user is monitored through a six-axis acceleration sensor, and joint exercise angle data, joint exercise acceleration data, exercise time data and exercise frequency data can be obtained; a flexible film pressure sensor is attached to the upper portion of the muscle of the user, muscle tension data during rehabilitation exercise of the rehabilitation joints of the user is monitored by means of body surface pressure changes during muscle contraction, and the result of the rehabilitation exercise of the user is output through analysis and processing; and therefore, whether the rehabilitation exercise mode and strength of the user are reasonable or not is evaluated, a muscle coordination condition is evaluated, and rehabilitation intervention is performed in time to avoid permanent dysfunction and secondary injury of the joints.

Description

technical field [0001] The invention relates to the technical field of medical artificial intelligence, in particular to a monitoring and management system for joint rehabilitation exercise and its use method. Background technique [0002] Elbow joints, knee joints and other extremity joints are complex multi-axial joints in human anatomy. With the aging of society and the upsurge of national fitness activities, more and more joint diseases appear. Therefore, the methods of rehabilitation exercise for users are becoming more and more more attention. At present, there are many users who have had successful joint surgery, but due to untimely or improper rehabilitation intervention, they have caused permanent dysfunction, and even caused secondary damage to the joint. Although there are many devices for joint rehabilitation guidance on the market, they all have defects such as inconvenient operation, no visual record of data, and no exercise guidance function. [0003] Theref...

AI Technical Summary

Problems solved by technology

At present, there are many users who have had successful joint operations, but due to untimely or inappropriate rehabilitation intervention, they have caused permanent dysfunction, and even caused secondary damage to the joints.

Although there are many devices on the market for joint rehabilitation guidance, they all have defects such as inconvenient operation, no visual record of data, and no exercise guidance function.

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