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Arduino based sonar tower

The goal is to make an arduino based sonar tower which scans and displays the direct enviroment.

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The goal is to take distance readings from a point and map them to pixels on a screen so a map of the area will be displayed.

To accomplish the goal detailed in the description we had to learn the following:

  • How to control a stepper motor (and driver).
  • How to use a display.
  • How to use the ultrasonic sensor.
  • How to write the code for all of these.

We completed the project itself in 8 hours (485 minutes to be exact).

The final pinout on the Arduino Uno:

Clips made while doing this project:

https://imgur.com/a/M8viiuX

In the end the distance measurements taken by the ultrasonic sensor left much to be desired but by doing multiple measurements for each step I was able to get the precision to a point where I was happy with the result.

SonartorenScript.zip

Final arduino script for the tower

x-zip-compressed - 1.55 kB - 03/05/2019 at 17:00

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Tower_Files.zip

3D models for the tower

x-zip-compressed - 1.72 kB - 03/01/2019 at 19:46

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SonarPinlayoutTest.zip

A test script with all sensors and actuators

x-zip-compressed - 1.61 kB - 02/13/2019 at 21:09

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stepper.zip

A simple stepper script

x-zip-compressed - 709.00 bytes - 02/13/2019 at 19:41

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  • 1 × Arduino Uno
  • 1 × TFT screen
  • 1 × Ultrasone sensor
  • 1 × Stepper motor
  • 1 × Stepper driver

View all 6 components

  • Writing the report

    Vincent Dankbaar04/11/2019 at 12:46 0 comments

    Writing the report took up approximately 6 hours of our time. Spread out over multiple weeks whenever we had time.

  • 20-2-2019

    Vincent Dankbaar02/20/2019 at 20:55 0 comments

    Finalised the arduino script for the tower, combining all the previous test scripts.

    Time: 55 minutes

  • 17-2-2019

    Vincent Dankbaar02/17/2019 at 16:55 0 comments

    Used Autodesk Tinkercad to create an adapter for the shaft of the stepper motor.

    Time: 20 minutes

  • 13-2-2019

    Vincent Dankbaar02/13/2019 at 19:17 0 comments

    All the parts for the stepper assembly arrived.

    1 hour: Setup and soldering

    30 minutes: Connecting the parts and running a simple test script

    //Test script
    
    // defines pins numbers
    const int stepPin = 3; 
    const int dirPin = 4; 
     
    void setup() {
      // Sets the two pins as Outputs
      pinMode(stepPin,OUTPUT); 
      pinMode(dirPin,OUTPUT);
    }
    void loop() {
      digitalWrite(dirPin,HIGH); // Enables the motor to move in a particular direction
    
      // 200 pulses = full rotation
      for(int x = 0; x < 200; x++) {
        digitalWrite(stepPin,HIGH); 
        delayMicroseconds(1000); 
        digitalWrite(stepPin,LOW); 
        delayMicroseconds(1000); 
      }
      delay(1000);
      
      digitalWrite(dirPin,LOW); //Changes the rotations direction
      // 400 pulses == 2 rotations
      for(int x = 0; x < 400; x++) {
        digitalWrite(stepPin,HIGH);
        delayMicroseconds(1000);
        digitalWrite(stepPin,LOW);
        delayMicroseconds(1000);
      }
      delay(1000);
    }

    The correct color order left to right with the pot on the left side is: Red-Green-

  • Bringing the log up to speed

    Vincent Dankbaar02/11/2019 at 15:53 0 comments

    The project was started before I added it to hackaday, this is our progress thus far:

    4-2-2019, Marco & Vincent, 2 uur, Building distance to coordinate mapping algorithm

    7-2-2019, Vincent, 2 uur 45 min, Converting the algorithm to C++ for the arduino

    8-2-2019, Marco & Vincent, 50 min, Testing the Ultrasone sensor

    9-2-2019, Vincent, 1 uur 30 minuten, Writing a script to make the ultrasone sensor more usable

    10-2-2019, Vincent, 1 uur, Research into stepper motors

View all 5 project logs

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