Shaping magnetic stimulator

Abstract

The invention relates to a shaping magnetic stimulator which comprises a stimulation coil, a muscle state monitoring module and a control operation module. The stimulation coil is of a runway type coil structure and is used for sending magnetic pulses to target muscles; the muscle state monitoring module collects muscle state values in real time under magnetic pulse stimulation; the control operation module is used for receiving the muscle state value and operating the muscle state value into a muscle force characteristic value, and the magnetic stimulation intensity is adjusted in a self-adaptive mode according to the theoretical relation between the change of the muscle force characteristic value and the target muscle contraction state by adjusting the magnetic stimulation intensity. The stimulation coil acts on the target muscle according to the magnetic pulse stimulation parameters updated by the control operation module. According to the method, a calculation method for adaptively adjusting the magnetic stimulation intensity summarized by clinical experience is adopted, the cost is greatly reduced, the method is simpler and more visual, and the shaping effect can be better improved.

Description

technical field [0001] The invention relates to the technical field of shaping magnets, in particular to a shaping magnetic stimulator that monitors the state of stimulated muscles in real time and adaptively adjusts the stimulation intensity. Background technique [0002] The current mainstream shaping techniques include drug therapy, electrical stimulation, and magnetic stimulation. Among them, drug therapy has attracted more and more people's vigilance because of its strong side effects, and the electrical stimulation and magnetic stimulation technologies that have emerged in recent years have been more and more respected because of their obvious and quick effects. [0003] Compared with the electric stimulation shaping technology that is currently used more, the magnetic stimulation shaping technology has the following three advantages: 1. There is no area where the current density is very concentrated in the stimulation, so the subject has no pain; 2. Muscle, Poor cond...

AI Technical Summary

Problems solved by technology

[0004] However, at present, there is no technical solution for real-time monitoring of the state of the stimulated muscles in the field of magnetic stimulation and shaping. It is in the stage of "blind stabbing". The accuracy and effect of the stimulation site depends entirely on the user's verbal feedback, and there are no quantifiable indicators to indicate Whether the muscles enter the state of maximum contraction, and whether the muscles enter a state of fatigue during the treatment

Therefore, the tolerance strength during the treatment process depends on asking the user's experience or adjusting the strength to the maximum. It cannot ensure that the muscles can reach the maximum contraction state every time, and it cannot ensure that the treatment effect is maximized every time. The user may experience muscle fatigue to adjust the intensity, so after the treatment, the user will generally experience muscle soreness

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