Intelligently controlled household oxygen cabin

Abstract

The invention relates to an intelligently controlled household oxygen cabin. The intelligently controlled household oxygen cabin comprises an oxygen cabin body and a host, the oxygen cabin body and the host are mutually connected through a gas discharging pipeline, an air pipeline and an oxygen pipeline. The host comprises a pressure regulation module, a temperature regulation module, an oxygen regulation module and a control module. The pressure regulation module detects pressure in the cabin and control the flow of air discharging, the temperature regulation module regulates gas temperaturein the oxygen cabin body, the oxygen regulation module monitors generated oxygen concentration and controls the flow of oxygen output, and the control module outputs commands of controlling gas pressure, temperature, oxygen concentration and oxygen flow in the cabin. According to the intelligently controlled household oxygen cabin, multiple passages are formed in gas pipe joints, and gas such as entered air and oxygen and discharged waste gas is controlled and monitored respectively. A molecular sieve and the gas discharging pipeline are respectively and independently provided with electronicflow meters which can monitor air flow and control the gas pressure in the cabin body. A water separator is added to separate water from gas well, and accordingly the filtering effect is achieved.

Description

technical field [0001] The invention belongs to the field of health, and in particular relates to an oxygen chamber regulation structure. technical background [0002] Hyperbaric oxygen chamber is a large-scale system equipment, which is mainly composed of oxygen chamber body, supply and exhaust system, oxygen supply and exhaust system, electrical system, air conditioning system, monitoring and control system and safety system. At present, hyperbaric oxygen chambers can only be used in hospitals, and cannot be widely used, and cannot be used by individuals at home, mainly because the current oxygen chambers are large in size, complex in structure, expensive, and require personnel with professional knowledge to carry out operate. The existing oxygen chamber does not have a comprehensive control system for the adjustment of temperature, air pressure, and oxygen concentration. Moreover, the specific control structure and monitoring methods cannot effectively meet the needs. ...

AI Technical Summary

Problems solved by technology

At present, hyperbaric oxygen chambers can only be used in hospitals, and cannot be widely used, and cannot be used by individuals at home, mainly because the current oxygen chambers are large in size, complex in structure, expensive, and require personnel with profession...

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