AUTOMATIC DOOR CONTROLLER FOR COVID-19

1. TOUCHLESS FAUCET WITH DOOR
CONTROL SYSTEM FOR COVID-19

2. ARSHIT YADAV (19BEE0097)
MEHUL MEHTA (19BEE0130)
ANKITA JAISWAL (19BEE0062)
GROUP MEMBERS

3. COVID-19 is a serious pandemic at this moment. The coronavirus is spreading quickly
and easily between humans.
There are ways to curb the spread of this virus and one way is to wash hands using
soap for at least 20 seconds. Sometimes, if the person carelessly touches the faucet -
which could be contaminated - after washing his/ her hands, he/she has a higher chance
of contacting this coronavirus disease.
If you go out, it is safe to wash your hands before entering your premises. You do not
have to touch the door handle because the door lock system is automated. In this
project, a person will only be granted access once he/ she washes his/ her hands.
OBJECTIVE

4. LITERATURE REVIEW
S.NO TITLE ABSTRACT
1
Smart Door System with
COVID-19 Risk
Factor Evaluation,
Contactless Data
Acquisition and
Sanitization
Thousands of people have lost their life by COVID-19 infection. Authorities have seen the calamities caused
by the corona virus in China. So, when the trace of virus was found in India, the only possible way to stop the
spread of the virus was to go into lockdown. People where tend to go out for getting the food items and other
essentials, and this caused the spread of virus. Many were infected and many lost their life by this. The main
reason for the spread is lack of hygiene and a proper system to monitor the symptoms. But it is essential to
take the necessary precautions while interacting with the society. Automated system for checking that all the
COVID protocols are followed and early symptom identification before entering to a place are essential to stop
the spread of the infection. This research work proposes a smart door system, which evaluates the COVID-19
risk factors and collects the data of person before entering into any place, thereby ensuring that non-infected
people are only entering to the place and thus the spread of virus can be avoided.
2
Artificial Intelligence
Based Mask Detection
With Thermal Scanning
and Hand Sanitization
Based Entry System
According to the World Health Organization, the corona virus COVID-19 outbreak is causing a global health disaster, and the most
successful safety measure is wearing a face mask in public places. As per reports, wearing a face mask while at work significantly
decreases the risk of transmission. Hygiene refers to activities that support health and disease prevention, especially through tidiness
such as hand washing. Hand washing will help prevent the spread of any illness that spreads through touch. A method of using artificial
intelligence to build a healthy working environment in a manufacturing environment that is both reliable and cost-effective. A hybrid
model combining deep and classical machine learning are going to be proposed for mask detection. Images with and without masks
make up a face mask recognition dataset. We'll use a Raspberry Pi to detect faces in real time from a live flux from our webcam.
Infrared thermography sensors are best used for temperature measurement and non-destructive tracking. Structural Changes
Changed Words Thesaurus Create a low-cost smart hand sanitizer dispenser with a Raspberry Pi-based door controller and an
ultrasonic sensor to help security guards overcome obstacles at various locations such as bank gates, school gates, and hospital gates.

5. 3
Design and Implementation of a
Smart Hand Sanitizer Dispenser
with Door Controller using
ATMEGA328P
In this covid-19 pandemic period which is a global outbreak, hand hygiene is the core preventive
measure in the spread of the disease as advised by WHO (World Health Organization) which
includes washing hands with water and soap regularly, hand sanitizing using hand sanitizers, etc.
Hygiene refers to the practices conducive to maintaining health and preventing disease especially
through cleanliness such as washing hands, coughing in the elbow etc. Hand washing helps to
prevent any diseases that spread through contact. In order to eliminate most of the germs on the
hands, one needs to apply a good hand washing practice. In most healthcare settings, alcohol-
based hand sanitizers are preferable to hand washing with soap and water because it can be easily
tolerated and it is also more effective at reducing bacteria. Hand sanitizer is a liquid, gel, or foam
generally used to decrease infectious agents on the hands
4
DESIGN AND
IMPLEMENTATION OF DOOR
ACCESS CONTROL AND
SECURITY SYSTEM BASED
ON IOT
Security systems are often being breached by intelligent thieves and hence there is always the
need of new methods to be invented to provide proper security to the homes and also
anywhere else. Use of innovative technologies will improve the security to a great extent till the
technology becomes open to all. The aim of this paper is to provide the door access control
and security by using IoT Server. The proposed system is implemented by using biometric
scanner, password and security question with IoT. Remote operating of door access can be
done by IoT with a smart indication. This system can be used in any applications, where
security is the critical issue.
5
Transmission of COVID-19 and
other infectious diseases in
public washrooms: A
systematic review
The risk of infectious disease transmission in public washrooms causes concern particularly in
the context of the COVID-19 pandemic. This systematic review aims to assess the risk of
transmission of viral or bac- terial infections through inhalation, surface contact, and faecal-
oral routes in public washrooms in healthcare and non-healthcare environments.

6. WORK PLAN
RESEARCH PHASE
MODELING AND
MAKING PHASE
TESTING PHASE
Review 1 Review 2 Review 3

7. BLOCK DIAGRAM
FAUCET(BASIN) DOOR
SENSOR
SANITIZER
CONTAINER
SCREEN
FOR
INSTRUCTION
PEOPLE ENTERING

8. In this project, we will made a prototype to wash hands safely with
automatic door control system.
For making hardware, Arduino UNO, wires, bread board, relays ,
sensors would be needed.
It costs around Rs.1200 to Rs.1400 only.
FINANCIAL ANALYSIS

9. SOCIAL IMPACT
This is one of the safest ways to protect ourselves from pandemic like this
and also from different viruses. This is very useful devices and it works
without touching any part of machine or any object.
This will prevent us from getting infected and it is also one of the cheapest
ways to do our protection.
Very small investment can save us from very big crisis.

10. REFERENCES
1.P. A. Rota, M. S. Oberste, S. S. Monroe, W. A. Nix, R. Campagnoli, J. P. Icenogle, S. Penaranda, B. Bankamp K Maher, M.-h. Chenetal. “Characterization of a novel coronavirus
associated with severe acute respiratory syndrome” science, vol. 300, no. 5624, pp. 1394–1399, 2003.
2.‘The reproductive number of covid-19 is higher than sars coronavirus’ Y. Liu, A. A. Gayle, A. Wilder- Smith, and J. Rocklöv, ‘The reproductive number of covid-19 is higher than sars
coronavirus,’ A Journal of Travel Medicine will also be published in 2020.
3. F. A. Juarez-Leon, A. G. Soriano-Sanchez, M. A. Rodriguez-Licea and F. J. Perez-Pinal, "Design and implementation of a germicidal UVC-LED lamp," in IEEE Access, doi:
10.1109/ACCESS.2020.3034436.
4.. Somboonkaewet al., "Mobile-platform for automatic fever screening system based on infrared forehead temperature," 2017 Opto-Electronics and Communications Conference
(OECC) and Photonics Global Conference (PGC), Singapore, 2017.
5.Fawwaz Mokhtar, “Face Recognition Based on Auto- Switching Magnetic Door Lock System Using Microcontroller”, 2012 International Conference on System Engineering and
Technology September 11-12, 2012, Bandung,Indonesia.
6.Ratnawati Ibrahim, Zalhan Mohd Zin, “Study of Automated Face Recognition System for Office Door Access Control Application”, 978-1-61284-486- 2/111$26.00©2011 IEEE.
7.Wu Ping, Wu Guichu, Xie Wenbin, Lu Jiangu, Li Peng, “Remote Monitoring Intelligent System Based on Fingerprint Door Lock”, 2010 International Conference on Intelligent
Computation Technology and Automation.
8.https://create.arduino.cc/projecthub/akshayjoseph666/covid-19-automatic-hand-sanitizer-78cf6b
9.E. Stanley and Sr. Flowers, Automatic Hand Washing and Drying Machine, U.S. Patent US5924148A (1999)