Pressurizing and oxygenating modular human residential building group in high-altitude area and using method of pressurizing and oxygenating modular human residential building group

Abstract

The invention relates to a pressurizing and oxygenating modular human residential building group in a high-altitude area. The group adopts modular design and comprises a plurality of standard cabins, a connecting node cabin, a connecting aisle cabin, a transition cabin, an equipment cabin, a sewage collecting cabin and large-span space module units, wherein the module units can be freely assembled in the plane direction and the vertical direction and can be freely expanded in function; the standard cabins are used for various functional scene requirements; the connecting node cabin and the connecting aisle cabin are used for space communication and personnel traffic between the standard cabins, between the standard cabins and the transition cabin and between the standard cabins and the large-span space; the transition cabin is used for building group indoor and outdoor pressure transition and personnel access; an intelligent pressurizing and oxygenating system is arranged in the equipment cabin; the sewage collecting cabin is used for collecting and treating sewage and waste in the building group; and the large-span space is used for meeting the requirements of large-scale meetings, large-scale gathering and sports of multiple groups of people. According to the invention, the design requirements of larger space scale, higher supercharging capacity, more living functions and lower-cost operation are met.

Description

technical field [0001] The invention relates to the technical field of pressurized and oxygen-supplemented buildings in high-altitude areas, in particular to a high-altitude area pressurized and oxygen-supplemented modular residential buildings and a method for using them. Background technique [0002] High-altitude areas have low temperature and severe cold all year round, thin air, low atmospheric pressure and oxygen content, and harsh geographical and climatic conditions. When people in plain areas enter high-altitude areas for living or economic and social construction, most of them will experience rapid heart rate, dizziness, and decreased physical fitness. Altitude sickness such as dehydration endangers the work efficiency and quality of life of personnel, and even causes damage to human physiological functions in severe cases. Supercharged oxygen supplementation is an effective means that has been proven to effectively solve personnel altitude sickness. At present, t...

AI Technical Summary

Problems solved by technology

At present, the common pressurized oxygen supplement technology products on the market have limited space, which can only alleviate altitude sickness to a certain extent, and cannot meet the long-term living and living needs of many people.

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