Respirator machine low cost

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Respirator Machine Using Arduino, Single Wiper Motor, and Scuba Valve A DIY respirator project combines an Arduino board with a simple DC motor and a scuba valve to create a compact, low-cost oxygen delivery system. The Arduino microcontroller is the brain of this operation, receiving input from sensors and controlling the flow of air through the scuba valve. A single wiper motor drives the valve open or closed in response to changing pressure readings. This setup allows for precise control over oxygen levels, making it suitable for a variety of medical applications. The project begins with the Arduino board, which is connected to a DC motor and a scuba valve. The motor is controlled by the Arduino's digital pins, allowing for precise speed adjustments. The scuba valve is attached to the motor shaft, ensuring a direct correlation between motor speed and air flow. Sensors are integrated into the system to monitor pressure changes, sending signals to the Arduino for real-time control. A key component of this project is the single wiper motor. This type of motor is ideal for its simplicity and low cost, making it accessible for DIY enthusiasts. Its ability to provide precise control over air flow makes it an excellent choice for medical applications. The scuba valve, on the other hand, is responsible for regulating oxygen levels by controlling airflow. The Arduino code for this project involves setting up sensor inputs, motor speed control, and valve operation. The software reads pressure changes from sensors and adjusts motor speed accordingly, ensuring a consistent air flow rate. This setup allows for real-time adjustments to oxygen levels, making it an effective solution for medical use cases. In conclusion, the respirator machine using Arduino, single wiper motor, and scuba valve is a feasible DIY project that can be completed with basic electronics knowledge. Its compact design, low cost, and precision control make it suitable for various medical applications.