Since it is for household use and is usually operated by non professionals, the hydrogen suction machine should be designed to be suitable for elderly people in the family, and a good household hydrogen ventilator should have it. A hydrogen oxygen ventilator refers to a machine that produces a mixture of hydrogen and oxygen gas, and the patient naturally breathes a mixture of hydrogen and oxygen gas. A pure hydrogen ventilator refers to the pure hydrogen gas produced by a hydrogen absorber, which is then inhaled along with air during breathing.
1. Simple and reliable, from hydrogen production mode to circuit design and operation, we should strive for simplicity. The general principle is that the more complex the function, the lower the reliability.
2. Easy to use, one click hydrogen production, fixed oxygen flow rate and timing, this is a simple configuration that is suitable for various personnel to use. Of course, if intelligent operation is to be designed, the interface and other aspects need to be designed simply. 3. Durable, the more durable it is, the lower the cost of daily oxygen inhalation for the hydrogen absorber. The durability also needs to consider the convenience of maintenance. The use of modular design for the oxygen absorber makes maintenance very convenient.
4. High quality and low price are often contradictory, and need to be coordinated to strive for high cost-effectiveness.
5. No danger, this is very important, and it should be used robustly. Taking into account the above factors, the two important characteristics of a hydrogen ventilator are the hydrogen production mode, which determines other features. Obviously, the function of both modes of hydrogen absorbers is the function of hydrogen gas. Of course, oxygen is still helpful for some patients, such as those with breathing difficulties or those who need oxygen inhalation. The mixture of hydrogen and oxygen will ignite violently, and if the space is small, continuous combustion may cause an explosion. Pure hydrogen gas can be ignited by a lighter when it is introduced into the air, as only the part where hydrogen gas comes into contact with air reacts. The reaction is related to the flow rate of hydrogen gas, and pure hydrogen gas inside the conduit will not burn.