Respiratory-self-adaptation portable oxygen generator

Abstract

The invention relates to the field of health-protection medical instrument equipment, and discloses a respiratory-self-adaptation portable oxygen generator. The oxygen generator comprises an oxygen generating unit, a self-adaption impulse oxygen supplying unit and a control unit, wherein the oxygen generating unit is used for generating medical concentration oxygen, the self-adaption impulse oxygen supplying unit comprises an impulse oxygen generating unit and a control unit, and the oxygen impulse generating unit comprises an oxygen supplying pipeline, an electromagnetic valve and a three-waypiping; the oxygen supplying time starting point T1 and the oxygen supplying duration t are determined by the control unit according to respiratory curve data of a user, when the oxygen supplying time starting point T1 is reached, the electromagnetic valve is switched on by the control unit to supply oxygen, and when the oxygen supplying duration t is reached, the electromagnetic valve is controlled to be switched off by the control unit to end oxygen supplying. The respiratory-self-adaptation portable oxygen generator has the advantages that the respiratory movement of the user can be effectively recognized, oxygen self-adaption supplying is achieved for the user to breathe, and oxygen supplying control is accurately conducted.

Description

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AI Technical Summary

Benefits of technology

This patented device has two main technical feats: 1) an automatic regulation system for controlling the flow rates based on factors like how well or poorly people are feeling sleep better during exercise (breatheers), and how much more oxygen they use compared to regular lungs when exercising).2) A programmable logic circuitry used to calculate the appropriate timing of supplying high concentration levels of ozone into their lung tissue over several minutes before going back home from work. These devices help reduce harm caused by excessive concentrations of nitrogen oxide (NOx) emitted due to improper ventilation techniques such as forced air conditioning systems.

Problems solved by technology

Technological Problem: Current commercially available small portable people oxygen generating systems (PSOG) suffer from poor responsiveness or incorrect oxygen outputs due to their limitations like lack of oxygen supply caused by insufficient breaths or excessive usage rates. These issues can lead to reduced health benefits associated with regular exercise programs while sleep deprived individuals may require it too much.

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