An air-oxygen dual-function treatment cabin

Abstract

The invention discloses medical treatment equipment, and particularly discloses an air and oxygen difunctional therapeutic chamber. The air and oxygen difunctional therapeutic chamber comprises a high-pressure therapeutic chamber body, wherein an oxygen supplying device, an oxygen draining device and an air supplying device are connected to the high-pressure therapeutic chamber body, and the oxygen draining device and the air supplying device are integrally connected to the high-pressure therapeutic chamber body. By the adoption of the air and oxygen double-mode structure integrated therapeutic chamber, space can be effectively saved, resources can be reasonably utilized, cost is greatly reduced, and treatment of various diseases requiring oxygen can be provided; the pressure, moisture and oxygen concentration in the chamber can be adjusted automatically and manually as needed, and a more stable treatment environment can be obtained.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to an air-oxygen dual-function treatment cabin. Background technique [0002] Oxygen is carried by the blood. When oxygen enters the lungs, it will be dissolved in the blood immediately. The process of dissolution is like putting a spoonful of sugar in water and it will be dissolved quickly. The amount of dissolved oxygen in the blood of a normal person is related to the environmental pressure. We live in an environment of atmospheric pressure. Since the oxygen in the air is only 1 / 5, the dissolved oxygen in the human blood is very little, which cannot meet the needs of the human body. [0003] It should be pointed out that when some diseases occur, the amount of oxygen absorbed is often insufficient. For example, the inhaled carbon monoxide combines with red blood cells and red blood cells. After the combination, the ability of red blood cells to transport oxygen is excluded. Under...

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Problems solved by technology

[0004] At present, the hyperbaric oxygen chamber mainly has many shortcomings. The current main forms are the medical oxygen pressurization chamber and the medical air pressurization chamber. The two are two independent spaces and cannot be integrated in the same space. To a certain extent, the cost and space occupied are increased. The structure of the current pressurized chamber is relatively complicated. The automatic ability of these pressurized chambers is poor, and its main form is either to fully automatically adjust the concentration of oxygen in the chamber or to manually adjust it. , the ability to control the increase of oxygen in the pressurized cabin is poor, and the stability is not enough

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