Bioelectric signal regulation and fusion method, device and system

Abstract

The invention relates to the technical field of bio-electricity signal physiotherapy and provides a bio-electricity signal regulating and fusing method. According to the method, human body frequency signal acquisition is conducted according to predetermined sampling frequency, so that a human body sampling frequency signal is obtained; cross operation and mutation operation are conducted on the sampling frequency signal and sample frequency signals with the genetic algorithm to form multiple mutation frequency signals, and the sample frequency signals are acquired in advance; a signal corresponding to the lowest body resistance is selected from the sample frequency signals and the mutation frequency signals to serve as a fusion frequency signal, the fusion frequency signal is output, and the corresponding relation between frequency and body resistance is acquired in advance. By the adoption of the method, bio-electricity signals can be regulated according to body difference, and a fusion frequency signal matched with the corresponding body can be output.

Description

technical field [0001] The invention relates to the technical field of bioelectrical signal physiotherapy, in particular to a bioelectrical signal regulation and fusion method, device and system. Background technique [0002] At present, there are many kinds of health care instruments used for the human body, such as bioelectric physiotherapy instruments, which play a certain role in promoting people's physical and mental health. However, the existing bioelectric physiotherapy instruments usually use the built-in mode of the program to generate a fixed frequency. Acting on all users, it is impossible to make corresponding adjustments according to the differences of different human bodies, and output signals suitable for each user, resulting in poor actual experience for users, and even unable to adapt to bioelectric treatment, failing to achieve the goal of physical therapy. [0003] Although some bioelectric physiotherapy instruments are equipped with corresponding adjustme...

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Problems solved by technology

[0002] At present, there are many kinds of health care instruments used for the human body, such as bioelectric physiotherapy instruments, which play a certain role in promoting people's physical and mental health. However, the existing bioelectric physiotherapy instruments usually use the built-in mode of the program to generate a fixed frequency. Acting on all users, it is impossible to make corresponding adjustments according to the differences of different human bodies, and output signals suitable for each user, resulting in poor actual user experience, and even unable to adapt to bioelectric treatment, failing to achieve the goal of physical therapy

[0003] Although some bioelectric physiotherapy instruments are equipped with corresponding adjustment switches, which allow users to make corresponding adjustments in the process of actual application to adapt to the treatment of the bioelectric physiotherapy instrument, however, according to the user's personal subjective judgment, the There is a large error, and the output frequency of the instrument is complicated, the adjustment takes a long time, and the user experience is not good

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