Novel atmospheric-pressure intermittent hypoxic and hyperoxic training equipment and system and training method of equipment

Abstract

The invention relates to novel atmospheric-pressure intermittent hypoxia and hyperoxia training equipment and system and a training method of the equipment. The training equipment feeds back the flowand pressure of various gases in real time through a gas control module. A gas production module controls the pressure, the gas production and the proportion and flow of mixed gas according to a command to achieve atmospheric pressure and generation of hypoxia and hyperoxia gases. A breathing training module mixes the various gases generated by the gas production module into the mixed gas used fortraining, the mixed gas is exchanged with outside air to achieve air balance, and the atmospheric-pressure hypoxia and hyperoxia mixed gas is generated, so that the training equipment achieves atmospheric-pressure alternating hypoxia and hyperoxia training. Atmospheric-pressure intermittent hypoxia and hyperoxia training is conducted, intelligent control is achieved, the hypoxia and hyperoxia alternating time and the exposure time in hypoxia and hyperoxia are regulated dynamically, and thus the equipment can deal with a specific situation larger or smaller than extreme life indicators in time. The IHT technology can be safely applied to the fields of disease treatment, prevention and rehabilitation of people in need.

Description

technical field [0001] The present invention relates to normal pressure intermittent high and low oxygen training equipment, more specifically, relates to a new normal pressure intermittent high and low oxygen training equipment, system and training method thereof. Background technique [0002] Interval hypoxic training (INTERVAL HYPOXIA TRAINING—abbreviated as IHT) requires simulating the hypoxic and high pressure environment in high altitude areas to achieve the training effect. At present, intermittent hypoxic training has been proved by medicine and physiology. It has obvious therapeutic effect on cardiovascular system, metabolic diseases and improving human brain cognition. It can be used to improve human body function, enhance human body's immune system, non-specific compensation ability and Aerobic output. [0003] However, for susceptible people whose physical functions are not very stable, continuous exposure to low oxygen and high pressure environments has a high ...

AI Technical Summary

Problems solved by technology

[0003] However, for susceptible people whose physical functions are not very stable, continuous exposure to low oxygen and high pressure environments has a high risk

Therefore, IHT is only used in the adaptive training of athletes and special occupational groups

At the same time, the current IHT training equipment has the problems of large volume, high noise, substandard gas precision control, high failure rate, complicated operation and no intelligent control

Images