Method for reducing energy consumption and oxygen production amount of medical shelter by using carbon dioxide absorption machine

Abstract

A method for reducing energy consumption and oxygen production of a medical shelter through a carbon dioxide absorption machine comprises the steps that the carbon dioxide absorption machine is arranged; a carbon dioxide sensor in the carbon dioxide absorption machine monitors the concentration of carbon dioxide in the cabin body in real time, and whether the carbon dioxide absorption machine is started to absorb carbon dioxide or not is determined according to the concentration of carbon dioxide, and the method comprises the steps that when the concentration of carbon dioxide exceeds 0.1%, the carbon dioxide absorption machine is started; soda lime in the carbon dioxide absorption tank is combined with carbon dioxide; and when the carbon dioxide concentration is lower than 0.5%, the carbon dioxide absorption device stops working. The carbon dioxide absorption machine is connected with the oxygen making unit and the air conditioning unit and works in a linkage mode, loss of heat and cold in the cabin, the working capacity of the air conditioning unit and the size and weight of the cabin body are reduced on the premise that the requirements for the capacity of the oxygen making unit and the capacity of the air conditioning unit are reduced, and the constant temperature range of the treatment state in the cabin is conveniently kept. The adaptability, the maneuverability and the application range of the cabin body to severe road conditions are improved.

Description

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AI Technical Summary

Benefits of technology

The technical effect described by this patented technology relates to improving the efficiency at treating exhaust gases from vehicles during warming or cool down periods without causing excessive pressure on their occupants' body caused by increased demand placed upon them due to changes made over time such as weather-related events that may affect how well they can function properly when undergoing warm up procedures after being parked outdoors. This results in better performance and longer lifespan of vehicle components compared with traditional methods where there was no change.

Problems solved by technology

Technological Problem addressed in this patents is how to improve the performance and functionality of conventional oxydemazement sleepers used during crisis situations while minimizing their impact upon healthy individuals who may have symptoms caused by elevations in CO2. Current designs use multiple fans to circulate warm gas around the chamber, but they require extra space and can result in excessive noise levels. There is proposed a new approach called CBOI (Controlled Oxygen Extension) where only certain parts get enough oxygen without exhaustion from other locations within minutes after being taken offline. By doing away these points, there is no longer any negative side effect associated with current methods like nitrogen enhanced respirators.

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