I shared your video to my LinkedIN page and I hope that it gets reposted so that your idea can get out to the public! Thank you for your contribution. I have enjoyed your content, and this shows the beauty of engineering especially when it saves lives.

@seyhanersoy8989

4 жыл бұрын

Thank you for your help, I really appreciate it.

Very good !

Bu kanala bayılıyorum. Efsanesin.

@mekanizmalar

3 жыл бұрын

Cok tesekur ederim.

Working on a similar thing but with stepper motor, I want to give your design a try

capacitive water level sensors (insulated wire inside conductive and grounded outer tube) can read water level in water filled u tube manometers. Manometers can then be used measure pressures and flows, helping to prevent barotrauma to lungs. Which is especially likely if patient tries to breath out or cough when machine wants them to breath in.

@seyhanersoy8989

4 жыл бұрын

Dear Steve, First of all, thank you for your contribution. As I said I don't know the breathing operation of humans. I am not very knowledgable about air BVM, but I watch a Video about EasyBag shown in my video. They mention that their BVM even handle vomiting, but I don't know whether they have a system against cough.

@seyhanersoy8989

4 жыл бұрын

But, I think it would be easy to get pressure level from a manometer and a stop squeezing bag temporarily by Arduino control. I let that work to experts who know what to do.

@stevecummins324

4 жыл бұрын

Yes also... “Measurement is the first step that leads to control and eventually to improvement. If you can’t measure something, you can’t understand it. If you can’t understand it, you can’t control it. If you can’t control it, you can’t improve it.” -- H. James Harrington KZread user "Real Engineering","​A Guide To Designing Low-Cost Ventilators for COVID-19 " seems to provides some coverage of the issues Their section about importance of monitoring pressure showed a pressure against time graph read from a real ventilator.. Such graphs will of course vary with different patients etc Ventilator staff are gonna want to see such graphs to help assess patients. So even without linking into a control system, would be a good idea to measure/log/display pressure. Graph shown in that video couldn't be taken as definitive but can perhaps provide an rough idea of how pressure changes, and the orders of magnitude for the pressure. On graph shown max pressure appeared seemed to be aprox 20cm of H20. other issues mentioned ... conditioning the air... especially if it is not passing through a patients nose... medical oxygen frequently supplied as liquidified oxygen- or compressed gas... both are usually very dry sources of air. Breathing very dry air, can dehydrate the lungs, which can cause inflammation and also reduce how effectively gases diffuse in/out of blood. ensuring temperature right etc.

@seyhanersoy8989

4 жыл бұрын

@@stevecummins324 , Yes, I understand your point. I watch the video you mentioned. After watching that video I concluded that my design can superior to mechanical ventilator others do. Mechanical systems I sow does not have control on-air compression to the lungs. However, in my design, if you get pressure level feedback from the patient, you can adjust breathing frequency, and amount of expansion of airbag, which is much superior quality. Also, as Indian engineers, we can make user interfaces by using an iPad. I am sure that there are so many talented engineers who can deliver such a system in a very short time.

This looks like a simple build I have some simple modifications I just ordered some BVM"s and 12v pump and will start the build as soon as I receive a cad/prints or BVM what everyone comes first I will need help with the programming I have a pieb++ platform I have no problem with the build and making custom parts I have too big of a learning curve with Raspbian/Python Thanks

@seyhanersoy8989

4 жыл бұрын

Hi Jason, I may help you with the programming of Arduino and writing programs for it. However, I do not any experience with RasberyPi

@jasonsilva9091

4 жыл бұрын

@@seyhanersoy8989 It's an l Lenox platform and Phantom should run on it without a problem basically identical as far as I know let me know if I have the correct data on that I meant python

Are you well and alive?

@mekanizmalar

3 жыл бұрын

Dear Vitor, I am alive and well. Duri g covid-19 pandemic, I was very busy with school work and ignored my website. Now, it is beyond us and I want to continue with my animations.

@vitorbortolin6810

3 жыл бұрын

@@mekanizmalar great news!! I am happy and waiting more great content !

Thank you for uploading this video, I have been thinking of other ways of converting a regular container to one that can self inflate. The types of contianer I was thinking is a HDPE plastic milk carton common in the UK. My current direction of approach is maybe housing the container within a solid ring to which elastic bands are attached to, where the other end of the rubber band being attached to double sided taped clips on the surface of the carton. I would love some ideas and suggestions to solve this problem from you and your subscribers. Keep up the good work! everybody stay safe. nanoborg88 on thingiverse

@seyhanersoy8989

4 жыл бұрын

Can you please send me the sketch of your design so that I can better understand it.

@farazsayed5730

4 жыл бұрын

@@seyhanersoy8989 The elastic bands are used to provide a force to the outside of the container to pull it back out to its original shape. I've now come up with a different arrangement that i will try prototype which uses strings and gravity to pull the sides of the carton back to its original shape. I'm hoping this will make it more adjustable with the amount of weight added to the other end of the string. There will be a lever as a key part of the main design, that could be extended to provide similar forces using less mass.

Adaugati va rog subtitrare in limba româna

@seyhanersoy8989

4 жыл бұрын

I don't know how to make CC in ROMAN

@popaconstantin4615

4 жыл бұрын

@@seyhanersoy8989 multumesc👍