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SOCIAL DISTANCING INDICATOR

Summary of SOCIAL DISTANCING INDICATOR


This project describes a Social Distancing Indicator designed to reduce health issues by enforcing mandatory social distance. It utilizes an Arduino UNO R3, ultrasonic sensor, Neo Pixel ring, and piezo buzzer to monitor proximity and provide visual and audio alerts. The system is built on a breadboard with specific wiring connections between the microcontroller pins and components to ensure accurate detection and signaling for public safety.

Parts used in the Social Distancing Indicator:

  • Breadboard
  • Arduino UNO R3
  • Ultrasonic Distance sensor
  • Piezo
  • Connecting Wires
  • Neo Pixel ring 12

Social distancing indicator is used for many purpose . It is harmless and one of the social services. It will reduce the health issues and society problems.

Description

SOCIAL DISTANCING INDICATOR

DESCRIPTION:

                       For the upcoming generation, social distancing indicator is very effective for humans. The government insists and is mandatory to do the social distance. Our project may use for them to reduce health issues.

CIRCUIT DIAGRAM:

BLOCK DIAGRAM:

EXPLANATION:

  1)  Pick the components :                                                                         

  • Breadboard
  • Arduino UNO R3
  • Ultrasonic  Distance sensor
  • Piezo
  • Connecting Wires
  • Neo Pixel ring 12

2)  Arrange in order to form a social distancing circuit.

3) While proceeding the Arduino Uno D2 pin(Red wire) is connected to the breadboard.

4) The green wire  Arduino Uno D3 pin is connected to the output of the Neo pixel ring 12.

5) The yellowish wire of the Arduino Uno D5 pin is connected to the ultrasonic distance sensor (trigger).

6) The blue wire of the Arduino Uno D6 pin is connected to the ultrasonic distance sensor (echo).

7) The purple wire of the Arduino Uno (ground) is connected in the series with the Ultrasonic distance sensor and Neo pixel ring 12 in the ground.

8) The purple wire of the Arduino Uno (ground) is connected in the series with the Ultrasonic distance sensor and Neo pixel ring 12 in the ground & Neo pixel 12 rings (power).

9) The Red wire of the Arduino Uno D2 pin is connected in series with the piezo buzzer.

10) While executing the circuit, we obtain and recognize the perfect output.

STEP 1:

https://youtu.be/OhCCZgU0GDw

Source: SOCIAL DISTANCING INDICATOR

Quick Solutions to Questions related to Social Distancing Indicator:

  • What is the primary purpose of the Social Distancing Indicator?
    The project is used to reduce health issues and society problems by helping people maintain mandatory social distance.
  • How many components are listed for this project?
    Six components are listed: Breadboard, Arduino UNO R3, Ultrasonic Distance sensor, Piezo, Connecting Wires, and Neo Pixel ring 12.
  • Which pin connects to the ultrasonic trigger?
    The yellowish wire of the Arduino Uno D5 pin is connected to the ultrasonic distance sensor trigger.
  • How is the Neo Pixel ring connected to the Arduino?
    The green wire from Arduino Uno D3 pin is connected to the output of the Neo pixel ring 12.
  • Can this device be considered harmless?
    Yes, the article states that the social distancing indicator is harmless and one of the social services.
  • Does the government mandate social distancing?
    Yes, the article mentions that the government insists and makes social distance mandatory.
  • Which pin connects to the ultrasonic echo?
    The blue wire of the Arduino Uno D6 pin is connected to the ultrasonic distance sensor echo.
  • How is the ground connection handled in this circuit?
    The purple wire of the Arduino Uno ground is connected in series with the Ultrasonic distance sensor and Neo pixel ring 12.

About The Author

Ibrar Ayyub

I am an experienced technical writer holding a Master's degree in computer science from BZU Multan, Pakistan University. With a background spanning various industries, particularly in home automation and engineering, I have honed my skills in crafting clear and concise content. Proficient in leveraging infographics and diagrams, I strive to simplify complex concepts for readers. My strength lies in thorough research and presenting information in a structured and logical format.

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