Active oxygen-increasing device matched with running machine and mountain climbing machine exercises

Abstract

The invention provides an active oxygen-increasing device matched with running machine and mountain climbing machine exercises. The active oxygen-increasing device comprises a shell, a hose capable offlexibly adjusting position, an oxygen production assembly, an air compressor, a fixing device and an electric controller; a work indicating lamp is arranged on the upper part of the shell, a power line is arranged on the lower part of the shell and the bottom of the shell is connected with the fixing device, so that the whole equipment stably falls on the ground; the electric controller is arranged at one end of the hose capable of flexibility adjusting position; the other end of the hose capable of flexibility adjusting position; is fixed at the top of the shell and is communicated with anair supply hose in the shell; the oxygen production assembly internally comprises an air supply pipe, a molecular adsorption tower and a separation valve; the molecular adsorption tower adsorbs nitrogen through a molecular sieve (zeolite) in the molecular adsorption tower and by utilizing different structures of nitrogen and oxygen so as to obtain oxygen; and the separation valve realizes gas andliquid separation on the air compressed by the air compressor to remove impurities from the air. The active oxygen-increasing device can meet the demand on motion local large breathing amount, can avoid various problems caused by anoxia during exercise, is a perfect partner of aerobic exercise and can increase the exercise effect and the exercise interest.

Description

technical field [0001] The invention belongs to the technical field of body-building equipment, and in particular relates to an active aerator used in conjunction with treadmills and climbing machines. Background technique [0002] Aerobic exercise refers to the exercise that balances oxygen and exercise. Since the amount of breathing is twice the normal amount during exercise, the oxygen demand is twice the usual amount. Therefore, increasing oxygen has positive significance for the exercise effect and exercise fun of the exerciser. Those who are in the recovery stage have more significance in recovering as soon as possible and avoiding diseases. For sports such as running, it is the most typical aerobic exercise. [0003] The following are some of the existing methods of oxygenation: [0004] 1) The traditional household oxygen generator wears a plastic hose to the nose or mouth, which is difficult to meet the shaking of the exercise. It is very inconvenient to throw a l...

AI Technical Summary

Problems solved by technology

[0004] 1) The traditional household oxygen generator wears a plastic hose to the nose or mouth, which is difficult to meet the shaking of the exercise. It is very inconvenient to throw a long tube around. It is only suitable for the recovery of the sick and not suitable for oxygen delivery during exercise.

[0005] 2) Traditional diffuse oxygen production, the cost of diffuse oxygen production is high, and the installation environment requirements are high, so the penetration rate of diffuse oxygen production is low, and few places use diffuse oxygen production

Moreover, it is easy to mix with other gases in the room, and it is also easy to dissipate with the natural ventilation in the room. It is difficult to meet the local large breathing volume and large oxygen supply demand of the exercisers during exercise.

[0006] 3) The traditional fresh air ventilation does not increase oxygen but only changes the air. It depends on the outdoor oxygen content and has high environmental requirements. It is easy to mix with other gases in the room. The oxygen increase effect is negligible and has no directionality for exercise.

Gyms are mostly built in buildings, and the gym is a rented environment. The overall HVAC design of the building is designed according to the general office design rather than the gym design. Therefore, the original air conditioning and fresh air system cannot meet the actual fitness needs, and the indoor air is generally transparent. poor mobility

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