1. Oxygen concentration
The oxygen concentration of hyperbaric oxygen chamber breathing should be controlled between 21%-25%, and should be adjusted appropriately according to the patient's condition and the doctor's advice.
2. Oxygen inhalation time
The oxygen inhalation time should be controlled according to the patient's condition and the doctor's advice. Generally, each oxygen inhalation time is 1-2 hours, 1-2 times a day.
3. Oxygen inhalation method
Hyperbaric oxygen chambers generally use the method of surface oxygen inhalation to ensure that the patient's breathing is smooth. At the same time, the oxygen pipeline should be checked regularly to ensure that it is unobstructed to avoid affecting the oxygen inhalation effect.
4. Oxygen pressure
The oxygen pressure in the hyperbaric oxygen chamber should be controlled between 0.2-0.3MPa to ensure that the patient's breathing is smooth and the oxygen supply is sufficient.
5. Oxygen temperature
The oxygen temperature in the hyperbaric oxygen chamber should be controlled between 22-26℃ to avoid the oxygen being too cold or too hot to irritate the patient's respiratory system.
6. Oxygen humidity
The oxygen humidity in the hyperbaric oxygen chamber should be controlled at an appropriate level to ensure that the patient breathes comfortably and the oxygen supply is sufficient. Generally speaking, the humidity of oxygen should be controlled between 30%-40%.
7. Oxygen cleanliness
In order to ensure the patient's breathing health and safety, the oxygen in the hyperbaric oxygen chamber should be kept clean. Therefore, the oxygen filter should be cleaned regularly, and clean oxygen pipes and surface equipment should be used.
8. Oxygen purity
The oxygen in the hyperbaric oxygen chamber should maintain high purity to avoid impurities from adversely affecting the patient's respiratory system and physical health. Therefore, oxygen should be regularly tested and purified.
9. Oxygen flow rate
The oxygen flow rate in the hyperbaric oxygen chamber should be controlled at an appropriate level to ensure that the patient can breathe smoothly and the oxygen supply is sufficient. Generally speaking, the oxygen flow rate should be controlled between 4-6 liters per minute.
