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Automatic waste seperating device
Python C++
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ultrasonic_with_bluetooth
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Image_Prediction.py
LICENSE
Main_Program.py
README.md
Webcam_Capture.py
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requirements.txt

README.md

Trashware

Made With Python Built With Love
Trashware Python 3.7.0



Trashware is a project which aims at environment cleanliness through smart devices. The device hacked in this project uses image recognition to identify recyclable and non-recyclable waste and seperate them in 2 different bins.

Hardware

The following parts were used to build this project -

  • Arduino UNO
  • Ultrasonic Sensor - HCSR04 (Generic)
  • HC-05 Bluetooth Module
  • SG90 Micro-servo Motor

Software

The following software packages were used to power this project -

  • Arduino IDE
  • OpenCV
  • Python
  • Clarifai REST API

How To Build

  1. Connect the ultrasonic sensor and the bluetooth module according to the configurations in the ultrasonic_with_bluetooth/ultrasonic_with_bluetooth.ino file.
  2. Upload the .ino file to the Arduino and connect it to your computer.
  3. Now configure the software part. Inside the project directory, run the following commands -

    • virtualenv Trashware
    • For Windows -
      • cd Trashware/Scripts && activate
      For Linux and Mac -
      • source Trashware/bin/activate
  4. Now run the Main_Program.py in terminal
  5. If everything went well, then the program will display the ultrasonic sensor readings on the screen. You can also view the sensor readings on your Android or IOS device by downloading an arduino emulator.
  6. If an object is kept in the range of 30 cm in front of the ultrasonic sensor, then the Webcam_Capture.py captures the image through a webcam connected to computer, and the Image_Prediction.py predicts the captured image and classifies it as recyclable or non-recyclable.
  7. If the object is recyclable, then the servo motor turns 45 degree right, dumping it in the recyclable bin. And if the object is non-recyclable, then the servo motor turns 45 degree left dumping it in the non-recyclable bin.

Note - The code for the servo motor will be added in the future commits. Watch the repository for changes.


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