Portable oxygen machines, and in particular portable oxygen concentrators, have changed how many people who should have continuous or semi-continuous oxygen therapy now live.
It used to be considered that the mobility of patients with COPD is strictly limited. This meant that the house was connected or too dependent on the hospital or clinic.
With the advent of much more practical and high-quality portable machines, patient mobility has increased dramatically, and now you can find people on supplemental oxygen who are doing a lot of things that they couldn’t imagine just a few years ago.
This was due to the new portable tanks due to more advanced conservation devices (which regulate the speed of delivery) and perhaps the most important reason for all - the introduction of portable oxygen concentrators.
An oxygen concentrator is a machine that releases oxygen from the surrounding air, concentrates it, and then delivers it directly to the patient (in a home concentrator machine, it can also be used to fill an oxygen cylinder). At sea level, and if air pollution is not a problem, the surrounding air consists of approximately 21% oxygen, 88% nitrogen and fewer different gases. The oxygen concentrator releases oxygen, concentrates it and delivers it to the patient.
Things you need to know:
- You need a power source for work, which can be either with rechargeable batteries or with a connector (including for a car).
- Between the engine hubs there is a continuous hum.
- You can adjust the level of flow according to your recipe.
- There are different models with different weights that allow your mobility.
- Always check the durability of the battery and as a precaution you should have a spare and charged battery.
Portable oxygen concentrators appeared on the scene around 2002 and have since had a great influence on the portable oxygen delivery zone.
The main difference between an oxygen concentrator and an oxygen cylinder or tank is that the concentrator is not a storage device, but an oxygen supplier. This means that as long as the power supply is uninterrupted, oxygen will be delivered as long as necessary. There will always be a limit in the tank based on the amount of stored oxygen, whether liquid or gas.
New designs have both the option of direct connection (so that you can connect them to cars, for example), as well as battery operation. They are smaller, easier and, therefore, easier to carry and have a direct and positive impact on people's mobility.
He sees that each new model is smaller, and she complains more about rechargeable batteries.
An important advantage is that they have increased the possibility of traveling for additional oxygen patients, and in fact one of the most important aspects of this is that, as of May 2009, the FAA allowed the use of some portable oxygen concentrators on board airlines that cross the airspace USA (this means all arriving and departing flights). This change is important because air transport is a serious problem. However, it is a good idea to check with your airline before flying.
Although living and being dependent on supplemental oxygen is not something that someone would like to do with pleasure, POCs (portable oxygen concentrators) have really changed the lives of people. The significantly wider range of activities that can now be practiced, as well as increased mobility in general, have had a very positive effect on patients with prolonged oxygen therapy.
