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Smart Dustbin (Automatic Lid Control) Project

Original price was: ₹2,000.00.Current price is: ₹1,700.00.

QUICK OVERVIEW :-

 

  • Creating a Smart Dustbin with Automatic Lid Control.
  • The smart dustbin uses an ultrasonic sensor Hc-SR04 to detect objects in front.
  • Smart dustbin is one of those innovative ideas.

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Smart dustbin is one of those innovative ideas. The smart dustbin uses an ultrasonic sensor Hc-SR04 to detect objects in front, it then sends the signal to Arduino nano.
Arduino understand the signal and sends the signal and sends a signal to the Servomotor which opens the flap on top of the dustbin

COMPONENTS REQUIREMENT:

  • Dustbin Model
  • Arduino nano
  • Ultrasonic Sensor
  • SG90 Servo Motor
  • Jumpers Wires
    on off switch.

Creating a Smart Dustbin with Automatic Lid Control involves designing a dustbin that can detect the presence of waste and automatically open its lid for users to dispose of trash. This project combines sensor technology with automation to provide a convenient and hygienic waste disposal solution. Here’s an outline to guide you through the process:

  1. Project Overview:

    Introduce the Smart Dustbin with Automatic Lid Control Project, explaining its purpose of creating a dustbin that opens its lid automatically when waste is detected.

  2. Dustbin Design and Components:

    Detail the design of your smart dustbin and list the components needed:

  • Dustbin Structure: Choose or build a suitable dustbin with a lid that can be automated.
  • Proximity Sensor: Select a proximity or motion sensor to detect when someone approaches the dustbin.
  • Microcontroller: Choose a microcontroller (Arduino, Raspberry Pi, etc.) to process sensor data and control the lid.
  • Motor or Actuator: Include a motor or actuator to control the lid’s movement.
  • Power Supply: Provide power sources for the microcontroller, motor, and other components.
  • Wiring and Connectors: Include necessary wiring and connectors.
  1. Hardware Assembly:

    Explain how to assemble the hardware components:

  • Dustbin Preparation: Modify or build the dustbin to accommodate the sensor and motor/actuator.
  • Sensor Placement: Position the proximity sensor to detect users’ presence near the dustbin.
  • Microcontroller Setup: Set up the microcontroller and connect it to the sensor and motor/actuator.
  1. Sensor and Lid Control:

    Discuss how the proximity sensor will trigger lid control:

  • Sensor Calibration: Explain how to calibrate the sensor’s detection range and sensitivity.
  • Lid Control Logic: Develop code to interpret sensor data and control the lid’s movement accordingly.
  1. Software Development:

    Explain the software aspect of your project:

  • Sensor Interface: Develop code to interface with the proximity sensor and read its data.
  • Control Logic: Implement logic to respond to sensor data and open/close the lid.
  • Safety Measures: Add code to prevent accidental lid closure while users are disposing of trash.
  1. Testing and Debugging:

    Describe how to test and debug your Smart Dustbin with Automatic Lid Control:

  • Sensor Testing: Verify that the proximity sensor detects users’ presence accurately.
  • Lid Control Testing: Test the lid’s movement in response to sensor data.
  1. Power Management:

    Discuss power-saving mechanisms to optimize energy usage, such as putting the system in standby mode when not in use.

  2. Aesthetic and Practical Considerations:

    Address the aesthetic and practical aspects of your smart dustbin’s design, such as materials, user-friendly placement, and ease of maintenance.

  3. Challenges and Solutions:

    Address challenges like sensor accuracy, lid movement reliability, and power management, and provide solutions.

  4. Demonstration:

    Present a demonstration of your Smart Dustbin with Automatic Lid Control in action. Show how the lid opens when a user approaches.

  5. Future Enhancements:

    Suggest potential enhancements, such as integrating with a waste level sensor, adding voice control, or connecting to a smart home system.

  6. Conclusion:

    Summarize the project, emphasizing its benefits in terms of convenience and hygiene that a Smart Dustbin with Automatic Lid Control offers. By following this outline, you can create a Smart Dustbin that automates waste disposal and contributes to a cleaner and more convenient living environment.


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For more information:-www.mifraelectronics.com 
* Product Images are shown for illustrative purposes only and may differ from actual product.


Packages includes:-

  • Completely ready project
  • 1 x Smart Dustbin (Automatic Lid Control) Project.