Functional electrical stimulation muscle training system based on body measurement data

Abstract

The invention belongs to the field FES functional equipment, and particularly relates to a functional electrical stimulation muscle training system based on body measurement data. The system comprises a communication unit, a server and a FES execution unit. The communication unit is used for collecting input user body measurement data and uploading the user body measurement data to a server analysis unit, the server analysis unit works out define parameters, a server judgment unit judges user body form categories, a server planning unit makes a periodic training plan, a one-day training program and planned training parameters, and the FES execution unit is used for receiving the periodic training plan and the planned training parameters from the communication unit and executing electrical stimulation under corresponding planned training parameters according to the periodic training plan through the one-day training program. A training plan can be precisely made, different parameters are reasonably combined, and muscle electrical stimulation is scientifically achieved; damage caused when a user uses FES too much is effectively limited, data can be collected and analyzed, the training plane is updated, and safety and effectiveness are ensured.

Description

technical field [0001] The invention belongs to the field of FES functional equipment, and in particular relates to a functional electric stimulation muscle training system based on body measurement data. Background technique [0002] Neuromuscular Electric Stimulation (NMES for short) refers to any treatment method that uses low-frequency pulse current to stimulate nerves or muscles, cause muscle contraction, provide muscle function, or treat neuromuscular diseases. [0003] The clinical application of NMES has a history of more than 100 years, and the application of NMES in the rehabilitation of neuromusculoskeletal diseases has increased significantly in recent years. The main methods are Transcutaneous Electrical Nerve Stimulation (hereinafter referred to as "TENS") and Functional Electrical Stimulation (hereinafter referred to as "FES"). [0004] A large number of animal experiments and human experiments have proved (Salmons, Hudlicka, Erisksson, etc.) that after muscl...

AI Technical Summary

Problems solved by technology

[0016] All similar device products based on the principle of FES function adopt fixed parameters, program mode, built-in program, and cannot be adjusted independently

The physical measurement data of different groups of people are different, and the parameters of the existing FES devices do not change or can only be selected within a small range, which cannot accurately target the physical measurement data of different groups of people, and cannot form targeted exercises or treatments

Existing FES functional devices require a long period of continuous use to achieve weight loss, exercise and rehabilitation purposes. However, existing products can only achieve a single exercise, and cannot independently form periodic exercise or treatment plans

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