Design and Modeling of IoT IR Thermal Temperature Screening and UV Disinfection Sterilization System for Commercial Application using Blockchain Technology

Abstract

The increasing spread of the coronavirus across countries and with no sight of vaccine uncovered soon has prompted affected countries to impose strict containment measures. In view to ease the enormous strain on health systems; disinfection, decontamination, contact tracking, and isolation are a few health protocols that are to be observed by companies that resumed their activities to protect their employees from being infected. Hence, against a backdrop of heightened uncertainty, this project leverages on the advancement of technology to design and built a smart Infrared thermal scanning with a camera (Thermovis-Mi-FRAHT-800). An Ultraviolet-C spectrum disinfection system and integration of blockchain technology for data sharing, managing health records, and access control. SketchUp used as a 3D design platform for this project. This system designed with a precautionary measure which includes 3 conditions to be met for the automated barrier to be open which include temperature measurement, disinfection, and sanitization processes. Overall, a person spends less than a minute in the walkthrough path chamber as the process takes 20 to 25 seconds each. By this calculation, we assume that 2 people would be able to get disinfected within a minute which comes up to 120 people per hour. Thus, reducing the number of monitoring staffs in direct contact with the stakeholders with potential infection issues. It is envisaged that developing this conceptual design would be the cornerstone in adhering to control measure through appropriate infection control and modification using current and future technologies.

An Investigation in Analyzing the Food Quality Well-Being for Lung Cancer Using Blockchain through CNN

“…(i) Food tampering, fraud, and misrepresentation (ii) Assisting with large-scale withdrawals of tainted goods (iii) Detecting food waste in supply chain operations (iv) Reducing the likelihood of food spoilage (v) Allowing businesses to verify sustainably grown or valid goods source (vi) Enhancing food tracing, communication, and collaboration (vii) Optimizing the process (viii) Simplifying food marketing operations e CNN is one such deep learning technology, which has also been applied to several business sectors, including the food sector, mainly to identify di erent food types and determine their quality by processing multiple food images across any platform [18]. Combining CNN with blockchain would only end up increasing the overall e ciency of this entire process.…”

Cloud-Based Temperature Monitoring Mechanism for Covid-19 Pandemic Tracking

“…Early signal detection of contagious people with fever symptoms is one of the main goals for all countries. Hence, IoT in association with thermal sensors for COVID-19 fever screening and monitoring is widely discussed [2,6,15,21,22,23].…”

“…The data recorded uploaded into a database and stored on the cloud [20]. Both noncontact and contact body temperature measurement are discussed in [21], [22], [23], however, to achieve social distancing goal, noncontact thermometers are recommended [23]. Infrared thermometer is effective in detecting body temperature with fever and has strong correlation with outside skin temperature [24].…”

“…It is expensive because every employee in an organisation is required to have the device [6,7,8,9,10,11,12,13,14]. Motivated by related works [20,21,22,23,24,25], as well as a lack of information on temperature monitoring mechanisms connecting users to databases. This research gap is worth investigating, as it involves the development of an effective end-to-end temperature monitoring mechanism for effective surveillance in an organisation for high human traffic monitoring purposes.…”

App Based Teleoperated UV Disinfectant Robot for COVID Cause

“…In paper [3], 34 scientific articles about different technological UV systems that have been developed to reduce the spread of pathogens were synthesized, out of which 21% of the articles are about public area disinfection. A project using the advancement of technology to design and build an infrared thermal scanning with a camera is explained in [4]. Along with an UV-C spectrum disinfection system, the authors also talk about integration of blockchain technology for data sharing, managing health records, and access control.…”