A feedback breathing training system and method for hypoxic adaptation training

Abstract

The invention relates to a feedback-type respiratory training system and method for hypoxic acclimatization training and belongs to the technical field of hypoxic acclimatization training. The systemis composed of a compressor, a nitrogen making machine, a gas storage tank, a normal-pressure hypoxic cabin, a pair of monitoring gloves, cuffs, a respiration guiding mainframe and gas hoses and wiresfor connecting parts. The respiration guiding mainframe can be utilized to guide a user to take a deep respiration in a hypoxia environment, the user uses the monitoring gloves to monitor the changeof blood oxygen concentration, electrocatdiograms and blood pressure in the respiratory process, and then the user is guided to gradually increase the respiration depth according to acquired physicalsigns until the best personalized respiration is achieved and the blood oxygen concentration reaches the highest. By adopting the feedback-type respiratory training system and method, the user mastersthe optimal respiratory mode most adaptable to the user in a high-altitude hypoxia environment, quick acclimatization of the user to the high-altitude environment is facilitated, and the hypoxic effect is relieved.

Description

technical field [0001] The invention relates to the technical field of hypoxic breathing training, in particular to a feedback breathing training system and method for hypoxic adaptation training. Background technique [0002] In recent years, with the strengthening of the development of plateau areas in my country, the population of plateau immigrants and plateau tourists has increased significantly. However, the low-oxygen natural environment of the plateau makes people who rush into the plateau prone to acute altitude sickness, and a large number of plateau immigrants are also prone to different degree of high altitude polycythemia. [0003] In the past, the treatment of acute and chronic altitude sickness at home and abroad generally used intermittent oxygen inhalation to improve hypoxic state or relieved by hyperbaric oxygen chamber, but the curative effect of oxygen inhalation alone was limited. However, symptoms tend to recur after leaving the cabin, and the equipment...

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Problems solved by technology

[0007] However, at present, this breathing method is still limited to simple oral teaching, and there is still a lack of equipment to detect the breathing depth and blood oxygen saturation of the human body during "deep breathing", and there is no equipment to guide users to achieve optimal breathing under hypoxic conditions. Way

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