3D printable COVID-19 DIY respirator. Aims at helping hospitals cope with a possible shortage of professional respirators during the outbreak.
NOT READY YET, FURTHER INFORMATION WILL COME SHORTLY
Makers, developers, university teachers / researchers and medical teams collaborated on this project. If you're new there, please read the explanations below. Your contributions are much welcome!
Global EN/FR doc here https://docs.google.com/document/d/1l1nt0o93kdfcmPygp1k6NYKrwIb_uN01kcBAfovy2dE/edit#
Regular video update here https://www.youtube.com/channel/UCcf_3KXjeJSMz39J6gsyTSg
Roughly, the idea is as follow: hospitals will soon lack mechanical artificial respirators. We aim at building a pump, and a valve system (controlled by electronics). This way, the breathing cycle can be enforced by proper air routing through the valve system.
The overall system is composed of sub-components that can be plugged together and wired to form an air circuit, namely:
- The air pump (called "Blower");
- The valve system (called "Air Transistor");
In order to ensure a proper breathing cycle (inhale + exhale), multiple valves need to be connected together to form a circuit. The motors needs to be controlled in harmony so that the air routing between each valve unit is consistent.
Component | Version | Team's focus | Ready? | Live CAD Models |
---|---|---|---|---|
Blower | V12 | Increase air compression rate | ❌ | link |
Air Transistor | V3 | Reduce dead space | ❌ | link |
Air Transistor Valve | V3 | Test the "flap" concept and its accuracy | ❌ | none |
Filter box | V0 | Improve design, make multiple caps according to needs | ❌ | link |
- Live updates on Telegram: join channel.
Please open an issue on GitHub to contact us.
🎦 View: Animation of the "Air Transistor"
🎦 View: Animation of the "Blower"