Oxygen tank

Abstract

The invention provides an oxygen tank which comprises an oxygen storage container, a control part and a moisturizing part, wherein the moisturizing part comprises a moisturizing body, an internal cavity gap and a moisturizing part shell, wherein at least part of the moisturizing part is an internal wall of the internal cavity gap, and dried oxygen takes away water moisture on the surface when passing by the surface of the moisturizing body to complete the moisturizing process. The oxygen tank provided by the invention increases an oxygen moisturizing function for a portable oxygen device, the surface of the moisturizing body has no liquid drops, and the dried oxygen is only blown over the surface of the moisturizing body, so that the risk of producing aerosol is completely removed and the safe moisturizing of the oxygen is implemented, and meanwhile, the oxygen tank has the advantage of simple operation, as a result, the requirement of oxygen uptake of an outdoor sportsman, an old man or a student is well met.

Description

Technical field [0001] The invention relates to an oxygen tank, in particular to a portable oxygen storage device with humidification function, belonging to the technical field of medical equipment. Background technique [0002] With the accelerating pace of life, people’s consumption of mental and physical work continues to increase, as well as the continuous deterioration of air quality, all of which make the brain of modern people in a state of hypertension and hypoxia for a long time, and in the state of cerebral hypoxia. Hypoxia symptoms such as dizziness, chest tightness, weakness of limbs, and lack of concentration are prone to occur. Therefore, various unfavorable factors in modern life cause modern people to take oxygen in order to regulate various discomforts of the body. For the frail elderly and people who like outdoor activities, oxygen therapy is needed at critical moments to relieve the physical discomforts caused by hypoxia, such as breathing difficulties, rapid h...

AI Technical Summary

Problems solved by technology

However, the high-speed oxygen flow is likely to blow the liquid droplets in the water-absorbing material into aerosols and introduce them into the terminal, which cannot avoid the risk of inducing infection. In addition, the mesh-like water-absorbing material of this device absorbs water and makes the oxygen in the humidification chamber not pass through smoothly. It is more likely to be blocked by dust, etc., resulting in poor ventilation and affecting the oxygen absorption effect

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