Automatic Hand Sanitizer Container to Prevent the Spread of Corona Virus Disease

Rusimamto, Puput Wanarti; Nurhayati, Nurhayati; Yundra, Eppy; Rahmadian, Reza; Widodo, Arif; Dermawan, Much Ade

doi:10.2991/aer.k.201124.011

Cited by 8 publications

(6 citation statements)

References 5 publications

(5 reference statements)

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“…This design is similar to what Edozie, Janat, and Kalyankolo, (2020), Rusimamto, et al (2020), Sharnil, Anirban, and Ketan, K. (2020), Rojo, et al (2020 did in that their methods could check body temperature and were also able to dispense hand sanitizer but the difference is the body sanitizer introduced by this research. The design by Sharnil, Anirban, and Ketan, (2020) take 10s, Edozie, Janat, and Kalyankolo, (2020) takes 30s while this design takes 60s because of its ability to check temperature, dispense hand and body sanitizer.…”

Section: Discussionsupporting

confidence: 72%

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Design and Fabrication of an Automated Low-Cost Non-Contact Temperature Scanner and Sanitizer for Covid-19 Prevention

Akinsanmi¹,

Amoran²,

Oluwole³

et al. 2021

FUOYEJET

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The rate at which the novel virus Covid-19 spread across the world in an alarming rate with high rate of death of the infected persons is quite disturbing, hence the need to checkmate its spread by quickly identifying persons with the symptoms of this viral infection. This paper discusses the development of an automated low-cost non-contact temperature scanner and sanitizer. The system automatically detects a human being, scans for temperature, and sanitizes the person with no interference required. The circuit for the system comprises an Arduino microcontroller, LCD display, relays, ultrasonic sensors, temperature sensor, 12v DC pump motion sensor and a high pressure 12v DC pump. The temperature sensor (MLX90614) senses the temperature, certifies that the value is within the specified range as controlled by its ultrasonic sensor and displays the temperature on the LCD. Thereafter, an ultrasonic sensor activates the 12V DC pump to dispense the sanitizer. At the disinfectant chamber, the motion sensor will trigger the high-pressured DC pump when it senses movement, it dispenses the body sanitizer through the nozzles. C++ was used to program the Arduino in Arduino user interface. The entire process takes 60seconds and it helps to maintain personal preventive measures as well as detecting a possible symptomatic person as fever with high temperature which is one of the major symptoms of Covid-19. The device has been tested and works effectively, and it will be very useful for any organization with one or more buildings. It can be positioned at the entrance of buildings to sanitize and scan all staff and visitors against Covid-19. Keywords: Arduino, Covid-19, Hand sanitizer, Ultrasonic sensor, Temperature Scanner

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Section: Discussionsupporting

confidence: 72%

“…Similarly, Rusimamto et al (2020) used Internet of things (IoT), infrared and ultrasonic sensor to automatically dispense sanitizer. The Infrared was used to sense heat and motion of objects within the range of 50millimeter and then send the signal to the Arduino to activate the pump.…”

Section: Related Workmentioning

confidence: 99%

Design and Fabrication of an Automated Low-Cost Non-Contact Temperature Scanner and Sanitizer for Covid-19 Prevention

Akinsanmi¹,

Amoran²,

Oluwole³

et al. 2021

FUOYEJET

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show abstract

“…Após pequenos ajustes locais (de fixação), o dispositivo automatizado operou por três dias sem apresentar problemas, demonstrando viabilidade. Outros pesquisadores já obtiveram sucesso em projetos similares: Srihari et al, 2020;Gupta & Kumar, 2020;Rusimamto et al, 2020. Vale lembrar que a plataforma Arduino é uma plataforma versátil, porém limitada. Pensa-se muito em projetos Arduino em "protótipos": teste de viabilidade.…”

Section: Resultsunclassified

“…Trabalhos como os de Srihari et al, 2020;Gupta & Kumar, 2020e Rusimamto et al, 2020 deram grande enfoque à construção do dispositivo, assim como na demonstração de sua viabilidade. Porém não foram encontrados trabalhos em que uma aferição microbiológica tenha sido realizada.…”

Section: Resultsunclassified

Automação de dispenser de antissépticos utilizando a plataforma Arduíno

Martins¹,

Faggian²,

Rocha³

et al. 2023

RSD

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As mãos constituem a principal via de transmissão de microrganismos. A higienização das mãos com o uso de reservatórios de álcool gel exige contato físico das mãos com o dispositivo de acionamento, geralmente um botão ou alavanca, para liberação de uma pequena quantidade de álcool gel. Caso algum usuário deste dispositivo não faça o correto uso e higienização das mãos, microrganismos podem ser depositados no botão de acionamento do reservatório de álcool em gel, podendo levar contaminantes às mãos de outros usuários do dispositivo. O objetivo deste trabalho foi desenvolver um reservatório (dispenser) de álcool gel para as mãos que não necessite contato físico para ativação (automático), com intuito de se averiguar se o contato físico (ou sua ausência) podem interferir na contagem microbiana. A construção do dispositivo demonstrou-se viável. Houve redução na carga de bactérias (unidades formadores de colônias) no dispositivo automatizado em comparação ao não automatizado.

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“…In previous research, an automatic hand sanitizer prototype tool has been made to prevent COVID-19 [3]. However, the product design in this research is quite complex and too large.…”

Section: Introductionmentioning

confidence: 99%

Internet of Things (IoT) Product Design and Modeling Amikom Purwokerto Hand Sanitizer (AMPUH)

Syafa'at

Rozaq

Maulida

et al. 2023

IOTA

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In previous research, an automatic hand sanitizer prototype tool was made to prevent COVID-19. The product design in this research is quite complicated and too large. Then, in other studies, a prototype tool has also been made to measure body temperature. The study also had an inefficient prototype design. So, it can be concluded that no product design model is efficient, simple, and has its charm. In this research, the concept design method consists of several stages: planning, measurement, design, and implementation. To identify the production needs that will be used in making AMPUH product design, researchers carry out measurement stages based on a schematic series (Schematic) of the product to be made. AMPUH product designs are made with shapes and models that have been adapted to their components without reducing the aesthetic value, compatibility, complexity, and design applicability. The advantage of this product design is that it always looks at the compatibility with the components that will be installed in it so that it is certain that both in terms of form and function will work well. The drawback of this product design may still leave a little free space in it to minimize the remaining free space and repair.

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Automatic Hand Sanitizer Container to Prevent the Spread of Corona Virus Disease

Cited by 8 publications

References 5 publications

Design and Fabrication of an Automated Low-Cost Non-Contact Temperature Scanner and Sanitizer for Covid-19 Prevention

Design and Fabrication of an Automated Low-Cost Non-Contact Temperature Scanner and Sanitizer for Covid-19 Prevention

Automação de dispenser de antissépticos utilizando a plataforma Arduíno

Internet of Things (IoT) Product Design and Modeling Amikom Purwokerto Hand Sanitizer (AMPUH)

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