Published April 6, 2020

Automated Bag Valve Mask for $250 (Ventilator)

I worked hard on making an automated Bag Valve Mask Pump. This is essentially a VENTILATOR. If we can get a doctor to help we can SAVE LIVES

IntermediateWork in progress1 hour676

Automated Bag Valve Mask for $250 (Ventilator)

Things used in this project

Hardware components

VEX IQ Motor

VEX IQ Cortex

Software apps and online services

Robot Mesh

Story

I worked hard on making an automated Bag Valve Mask Pump. This is essentially a VENTILATOR. There is a huge demand on ventilators right now. So I discussed a few models and linked the code down below the video. Please watch it and if you plan on making on reply so we can help out the doctors. I have made an over powerful version using VEX IQ parts but a simple Arduino will due. This cost a little less than $250 for the Vex IQ parts but certainly cheaper for the Arduino.

This is the Demo I gave

Since this is the off-season of Vex and you all probably have some parts remaining please consider doing this. If you want to try remaking it using Arduino that would be cheaper and cost-efficient.

We need this to get popular so we can donate to doctors. All the Code and information is in the description of the YouTube video.

With all your help in creating these cost effective ventilators with old VEX or electronic components, we can SAVE LIVES!

If we can get a doctor in on this we can help them out. Right now they do not have much, so if we have something that is approved that would be awesome.If you guys could Share this with other people that would be great and help us get close to approving it.

CODE:

Fast Speed (Adult): https://www.robotmesh.com/studio/5e87…

Fast Speed (Child): https://www.robotmesh.com/studio/5e87…

Normal Speed (Adult): https://www.robotmesh.com/studio/5e84…

Normal Speed (Child): https://www.robotmesh.com/studio/5e87…

Slow Speed (Adult): https://www.robotmesh.com/studio/5e87…

Slow Speed (Child): https://www.robotmesh.com/studio/5e87…

Code

# VEX IQ Python-Project
import sys
import vexiq

#region config
Left  = vexiq.Motor(1) #The Ports
Right = vexiq.Motor(6, True) #The Ports # Reverse Polarity
#endregion config

def forward():
    Left.run(60)   #The Speed is in parentheses
    Right.run(60)
    sys.sleep(1.5) #The time it runs for

def backward():
    Left.run(-50)  #The Speed is in parentheses
    Right.run(-50)
    sys.sleep(1.6) #The time it runs for

while (True): #A simple while loop that makes it run forever until the "X" button is pressed on the Cortex
    forward()
    backward()

# VEX IQ Python-Project
import sys
import vexiq

#region config
Left  = vexiq.Motor(1)       #The Ports
Right = vexiq.Motor(6, True) #The Ports # Reverse Polarity
#endregion config

def forward():
    Left.run(60)   #The Speed is in parentheses
    Right.run(60)
    sys.sleep(1) #The time it runs for

def backward():
    Left.run(-50)  #The Speed is in parentheses
    Right.run(-50)
    sys.sleep(1.2) #The time it runs for

while (True): #A simple while loop that makes it run forever until the "X" button is pressed on the Cortex
    forward()
    backward()

# VEX IQ Python-Project
import sys
import vexiq

#region config
Left  = vexiq.Motor(1)       #The Ports
Right = vexiq.Motor(6, True) #The Ports # Reverse Polarity
#endregion config

def forward():
    Left.run(40) #The Speed is in parentheses
    Right.run(40)
    sys.sleep(2.1) #The time it runs for

def backward():
    Left.run(-30) #The Speed is in parentheses
    Right.run(-30)
    sys.sleep(2.3) #The time it runs for

while (True): #A simple while loop that makes it run forever until the "X" button is pressed on the Cortex
    forward()
    backward()

# VEX IQ Python-Project
import sys
import vexiq

#region config
Left  = vexiq.Motor(1) #The Ports
Right = vexiq.Motor(6, True) #The Ports # Reverse Polarity
#endregion config

def forward():
    Left.run(40)   #The Speed is in parentheses
    Right.run(40)
    sys.sleep(1.4) #The Time it runs for

def backward():
    Left.run(-30)  #The Speed is in parentheses
    Right.run(-30)
    sys.sleep(2)   #The time it runs for

while (True): #A simple while loop that makes it run forever until the "X" button is pressed on the Cortex
    forward()
    backward()

# VEX IQ Python-Project
import sys
import vexiq

#region config
Left  = vexiq.Motor(1)       #The Ports
Right = vexiq.Motor(6, True) #The Ports# Reverse Polarity
#endregion config

def forward():
    Left.run(25) #The Speed is in parentheses
    Right.run(25)
    sys.sleep(3.2) #The time it runs for

def backward():
    Left.run(-18) #The Speed is in parentheses
    Right.run(-18)
    sys.sleep(3.7) #The time it runs for

while (True): #A simple while loop that makes it run forever until the "X" button is pressed on the Cortex
    forward()
    backward()

# VEX IQ Python-Project
import sys
import vexiq

#region config
Left  = vexiq.Motor(1)       #The Ports
Right = vexiq.Motor(6, True) #The Ports# Reverse Polarity
#endregion config

def forward():
    Left.run(25)   #The Speed is in parentheses
    Right.run(25)
    sys.sleep(2)   #The time it runs for

def backward():
    Left.run(-18)  #The Speed is in parentheses
    Right.run(-18)
    sys.sleep(2.5) #The time it runs for

while (True): #A simple while loop that makes it run forever until the "X" button is pressed on the Cortex
    forward()
    backward()

Credits

Vineeth Sendilraj

1 project • 2 followers

Automated Bag Valve Mask for $250 (Ventilator)

Things used in this project

Hardware components

Software apps and online services

Story

Schematics

Speeds and Oxygen levels

Code

Fast Speed (Adult)

Fast Speed (Child)

Normal Speed (Adult)

Normal Speed (Child)

Slow Speed (Adult)

Slow Speed (Child)

Credits

Vineeth Sendilraj

Comments

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Automated Bag Valve Mask for $250 (Ventilator)

Automated Bag Valve Mask for $250 (Ventilator)

Things used in this project

Hardware components

Software apps and online services

Story

Schematics

Speeds and Oxygen levels

Code

Fast Speed (Adult)

Fast Speed (Child)

Normal Speed (Adult)

Normal Speed (Child)

Slow Speed (Adult)

Slow Speed (Child)

Credits

Vineeth Sendilraj

Comments

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