How to use pressurized and oxygenated living space in high altitude areas

Abstract

The invention discloses a pressurizing and oxygen-supplementing living space for a high-attitude area and a using method of the pressurizing and oxygen-supplementing living space. A transition room communicates with the outdoor space and a living room through an outer door and an inner door, a pressurizing and oxygen-supplementing system comprises an air compressor or a blower, an air storage andpressure stabilizing tank, temperature and humidity regulating equipment, an air filter, an air supply pipe, an air inlet valve and an exhaust valve and is also used as a fresh air system; a temperature control system adopts an electric heat radiation or water heating heat-dissipation heating system; a control system comprises a main control module and a sensor, and the sensor is used for collecting environment parameters and monitoring the personnel in-out situations; and the main control module controls corresponding executing equipment to work according to the personnel in-out situations and the environment parameters, so that the indoor environment parameters are within the preset range, personnel enter the living space in a controllable state, and the safety of the personnel in the living space is guaranteed. An environment which is suitable for living and safe can be provided for the pressurizing and oxygen-supplementing living space of the high-attitude area, energy is saved, and rapid switching of the personnel in different environments is avoided.

Description

technical field [0001] The invention belongs to the field of design and construction of special-purpose living spaces in high-altitude areas, and in particular relates to a pressurized and oxygen-supplementing living space in high-altitude areas and a method for using the same. Background technique [0002] High-altitude areas have low air pressure and low oxygen concentration. People, especially those in low-altitude areas, generally have symptoms caused by plateau hypoxia and low pressure when they live in high-altitude areas for short-term or long-term and exercise to a certain extent. All kinds of altitude sickness are prone to occur, seriously endangering the physical and mental health and work efficiency of personnel. In order to solve this problem, local pressurization and oxygen supplementation are required. At present, local pressurized oxygen supply is generally diffuse oxygen supply or concentrated oxygen inhalation, which can only alleviate altitude sickness to a...

AI Technical Summary

Problems solved by technology

[0002] High-altitude areas have low air pressure and low oxygen concentration. People, especially those in low-altitude areas, generally have symptoms caused by plateau hypoxia and low pressure when they live in high-altitude areas for short-term or long-term and exercise to a certain extent. All kinds of altitude sickness are prone to occur, seriously endangering the physical and mental health and work efficiency of personnel. In order to solve this problem, local pressurization and oxygen supplementation are required

At present, local pressurized oxygen supply is generally diffuse oxygen supply or concentrated oxygen inhalation, which can only alleviate altitude sickness to a certain extent, and the low-pressure environment persists. A well-arranged pressurized and oxygen-supplemented living space provides personnel with a suitable living and working environment. In terms of energy, through the application of solar energy, wind energy and batteries, energy self-sufficiency can be achieved to meet the needs of long-term living

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