IoT based Green Disinfection Chamber
2021 From Innovation To Impact, FITI 2021
; 2021.
Article
in English
| Scopus | ID: covidwho-2018766
ABSTRACT
This paper presents a design and implementation of an IoT-based Green Disinfection Chamber to fight against the COVID-19 virus. The primary function of this disinfection chamber is to sanitize the clothes worn by the person who uses this chamber from head to toe in a matter of seconds. In addition, it can read the body temperature of the person using the MLX90614 contactless temperature sensor. Here a 4x3 keypad has been provided to type the NIC number of the person who uses this chamber. The valuable data such as the user's body temperature, date and time he or she used this chamber, and identification details are being saved automatically in a remote cloud server with the help of a Wi-Fi-based ESP8266 (NodeMCU) module. On the chemical storage side, an ultrasonic sensor has been used at the bottom of the chemical tank lid to determine the chemical level and to generate an alarm refill signal if necessary. The rationale and novelty of this innovation are that it does not require any additional person to assist in doing that task separately, reducing the risk of health workers and doctors. Another unique feature is that the entire process is powered by solar energy to minimize environmental pollution and avoid main grid connection being used in any remote location. For this reason, the word "Green"has been used for this project. This innovation uses the latest technology to create a more cost-effective design with eco-friendly and energy-saving features to protect people, which would be ideal for developing countries to cope with pandemic situations, especially in the Sri Lankan context today. © 2021 IEEE.
Automated; Disinfection; Internet of Things; Sanitizing; Solar power; Cost effectiveness; Developing countries; Digital storage; Energy conservation; Health risks; Physiology; Solar energy; Viruses; Body temperature; Chemical storage; Cloud servers; Contactless temperature sensors; Dates and time; Design and implementations; Identification details; Primary functions
Full text:
Available
Collection:
Databases of international organizations
Database:
Scopus
Language:
English
Journal:
2021 From Innovation To Impact, FITI 2021
Year:
2021
Document Type:
Article
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