Respirator with electron current

Abstract

The invention discloses a respirator with electron current. The respirator comprises a pre-stage rectifying and filtering module, a power conversion module, a post-stage rectifying and filtering module, an output module, a voltage stabilization module, a current-limiting protection module and a pulse width controller, the pre-stage rectifying and filtering module processes an input voltage and transmits the processed input voltage to the power conversion module, the power conversion module converts the input voltage and outputs the converted input voltage to the post-stage rectifying and filtering module, the post-stage rectifying and filtering module outputs the voltage to the output module, and the output module powers a mask, a top plate and a bottom plate. The respirator with electroncurrent is obtained by adding electron cycle to an existing ventilator, and the electron cycle starts with electrons coming out of one of electrodes of the respirator, goes through air, enters the organism from the nose, goes out from the skins of the organism, and returns to the remaining electrode of the respirator in order to promote cell metabolism and improve the function of the biological system.

Description

technical field [0001] The invention relates to a ventilator, in particular to a ventilator with electron flow. Background technique [0002] Electrons participate in the activities of the nervous system in the nervous system, giving the nervous system vitality and basic material basis; electrons promote cell metabolism and improve the function of biological systems. Sufficient electrons flow in the body, which is conducive to the survival and evolution of organisms. [0003] Although there are similar instruments for adding negative ions or negative oxygen ions. They only defined or positioned one of the electrodes, and only positioned the positive or negative electrode, but did not make a corresponding positioning for the other. As a result, the movement of electrons was uncontrollable. For example, CN207461460 only positioned the negative electrode, but did not provide a good guide for negative ions, did not provide a negative ion circuit, and finally did not know where...

AI Technical Summary

Problems solved by technology

They only defined or positioned one of the electrodes, and only positioned the positive or negative electrode, but did not make a corresponding positioning for the other. As a result, the movement of electrons was uncontrollable

For example, CN207461460 only positioned the negative electrode, but did not provide a good guide for negative ions, did not provide a negative ion circuit, and finally did not know where the negative ions went, so the effect was not ideal; another one only positioned the positive electrode CN1309889A, Without positioning the negative electrode, I don’t know where the electrons come from, I don’t know the objects around me have lost electrons, I don’t know the path of the electrons, so the effect is not ideal

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