Mobile hood oxygen absorption system

Abstract

The invention provides a mobile hood oxygen absorption system. The mobile hood oxygen absorption system comprises a central oxygen supply system, a central attraction system, a mobile oxygen absorption device and an oxygen absorption and discharge hood assembly which are sequentially communicated with one another through a pipeline; the oxygen absorption and discharge hood assembly comprises a hood, the lower end of the hood is provided with a necklet and a collar which are sequentially connected with each other, and the hood is provided with an air inlet connector and an air outlet connector;the mobile oxygen absorption device comprises a carbon dioxide detector, an oxygen supply regulating valve, an oxygen supply flow meter, pressure gauges, an oxygen discharge regulating valve, an oxygen discharge flow meter and an oxygen discharge balancer. The mobile hood oxygen absorption system has the advantages that by adopting the technical scheme above, the blood oxygen tension can be increased when a patient absorbs oxygen, carbon dioxide in the oxygen can be adopted for reducing the influence of the oxygen on blood circulation or achieving the effects of expanding blood vessels and increasing the blood flow circulation, and therefore the dual therapeutic effects of improving the blood oxygen tension and improving the blood circulation are achieved.

Description

technical field [0001] The invention relates to an oxygen inhalation system in the medical field, in particular to a mobile hood oxygen inhalation system. Background technique [0002] At present, medical units often adopt physical therapy and rehabilitation health care treatment for chronic diseases, so as to speed up the blood circulation of the whole body or local tissues and obtain a certain degree of curative effect. However, almost without exception, chronic diseases are related to ischemia and hypoxia in tissues and organs. Many chronic diseases are organ lesions left after tissue and organ damage or blood vessel obstruction. Hypoxia, therefore, for chronic diseases, especially for chronic ischemia-hypoxic diseases caused by injury or vascular blockage, it will have important clinical significance to adopt active carbon dioxide mixed oxygen treatment. Carbon dioxide mixed oxygen can play a role in "improving blood Circulation and increase blood oxygen tension" dual t...

AI Technical Summary

Problems solved by technology

Since the increase of blood oxygen tension in the human body will inevitably affect blood circulation, and the nutrients in blood circulation are the basis of human tissue cell metabolism, only increasing blood oxygen tension without improving blood circulation will affect blood circulation. Ischemic and hypoxic diseases will be difficult to achieve therapeutic purposes

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