Hydrogen and oxygen molecule inhalation therapy instrument

Abstract

The invention relates to a hydrogen and oxygen molecule inhalation therapy instrument. The therapy instrument comprises a water electrolysis device, a hydrogen and oxygen collection device, a gas mixing device and a control device, wherein the water electrolysis device is provided with a first electrolysis cavity and a second electrolysis cavity which are in parallel arrangement in a horizontal direction and have the communicated bottoms; the hydrogen and oxygen collection device is provided with an oxygen gas storage cavity and a hydrogen gas storage cavity communicated with the water electrolysis device; the gas mixing device is provided with a first mixed inlet communicated with the oxygen gas storage cavity, a second mixed inlet communicated with the hydrogen gas storage cavity, a third mixed inlet through which air flows in the gas mixing device and a mixed outlet. Through such arrangement, the proportions of the oxygen gas and hydrogen gas inhaled by the human body can be intelligently controlled by a controller; the regulation can be favorably performed according to different conditions of the human body; the applicability is high; the safety is high; the condition of insufficient hydrogen and oxygen gas supply due to small output hydrogen and oxygen gas quantity in the early stage is avoided; in addition, the pressure intensity in the hydrogen gas storage cavity and theoxygen gas storage cavity is stable; the hydrogen gas flow rate and the oxygen gas flow rate can be favorably controlled.

Description

technical field [0001] This application relates to the technical field of medical devices, and more specifically, to a hydrogen-oxygen molecule inhalation therapy instrument. Background technique [0002] Clinical practice has proved that oxygen therapy, with its unique therapeutic mechanism, can effectively treat acute and chronic ischemic-hypoxic diseases and secondary diseases caused by hypoxia in various clinical departments. Proper oxygen inhalation can also improve microcirculation, reduce the respiratory system load necessary to maintain a certain partial pressure of alveolar gas oxygen, and reduce the myocardial load necessary to maintain a certain partial pressure of oxygen in arterial blood. Among them, oxygen inhalation is used to correct hypoxia, increase arterial blood oxygen partial pressure and oxygen saturation, and promote metabolism. It is one of the important methods for auxiliary treatment of various diseases, such as respiratory failure, chronic bronchit...

AI Technical Summary

Problems solved by technology

[0004] At present, most of the important ways for the human body to ingest hydrogen and oxygen are through hydrogen-oxygen ventilators, but most of the hydrogen-oxygen ventilators on the market use electrolysis of water to produce oxygen. For the human body to absorb, however, the proportion of oxygen and hydrogen in the breathed gas is consistent with the proportion produced by electrolysis of water, which cannot guarantee the inhalation of an appropriate amount of oxygen and hydrogen, and the human body will produce oxygen poisoning if inhaled too much oxygen, which will damage the health of the body , at the same time, the human body should inhale hydrogen within an appropriate range, excessive hydrogen will lead to hypoxia in the human body

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