Arduino Based Automated Washroom Sanitizing System

Project Code :TEMBMA3120

Objective

The main objective of our project is to create a concept of a hygienic toilet in the society by means of technology thereby providing toilet seat sanitization

Abstract

The proposed Arduino-based automated washroom sanitizing system, mainly deals with solving the problem of the unhygienic condition of public toilets. The automation of systems for everyone is turning very frequently in the present. Yet, common people are facing many issues in their daily routine. Sanitation is one of the largest problems faced by people in our country. Even though 6 percent of the urban people are relying on public toilets for their daily use, they are still not hygienic. This has become one of the most basic issues faced by people everywhere. Providing the best solution to this issue is the aim of our project. The existing method involves manual cleaning done by a human which is not at all an easy task and may not even exist in all areas. Implementing a facility to clean the major units of a washroom after several cycles will maintain a sufficient hygienic environment.

The cleaning process is aimed to be automated and simple. Such a provision will ease the job of regular janitors as well as the users. Placing a sensor-controlled water flusher attached to the toilet will perform the cleaning task and meanwhile, the number of cycles used is recorded to activate the automated cleaning process. On selecting Arduino Uno as a suitable interface, we aim to provide an easily compatible facility at an economically feasible rate. We aim to ease the brushing technology using a simple belt and DC motor-driven mechanism. Pressure pump along with proper designing of pipes are also incorporated. Hence, on adopting this methodology, we will be able to increase the standard of public and community toilets and facilitate people to use these effectively.

Keywords—Toilet, Brushing, Sanitation, Flushing 

NOTE: Without the concern of our team, please don't submit to the college. This Abstract varies based on student requirements.

Block Diagram

Specifications

Hardware Requirements:

  •  Arduino Uno
  • Relay
  • PIR sensor
  • Ultrasonic sensor
  • Servo motor
  • Dc pump
  • 12V adapter
  • Power supply board

Software Requirements:

  • Arduino IDE
  • Fritzing
  • Blynk App.

Learning Outcomes

  •          Arduino pin diagram and architecture
  •          How to install Arduino IDE  software
  •          Setting up and installation procedure for Arduino
  •          Introduction to Arduino IDE
  •          Basic coding in Arduino IDE
  •          Working on PIR sensor
  •          How to interface PIR sensor with Arduino?
  •          Working on Relay.
  •          How to interface Relay with Arduino?
  •          Working on Ultrasonic sensor
  •          How to interface Ultrasonic sensor with Arduino ?
  •          Working on Servo motor
  •          How to interface Servo motor with Arduino ?
  •          Working on power supply
  •          About Project Development Life Cycle:

o   Planning and Requirement Gathering((Hardware components, etc.,)

o   Hardware development and debugging

o   Development of the Project and  Output testing

  •          Practical exposure to:

o   Hardware tools.

o   Solution providing for real time problems.

o   Working with team/ individual.

o   Work on Creative ideas.

  •         Project development Skills:

o   Problem analyzing skills

o   Problem solving skills

o   Creativity and imaginary skills

o   Testing skills

o   presentation skills

o   Thesis writing skills

Demo Video

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