Smartbuffet: uma plataforma de hardware e software para monitoramento em tempo real de alimentos em restaurantes selfservice usando Internet das Coisas
Self-service restaurants are companies that are facing challenges in adapting to a new business reality that requires less food waste, control of nutritional information and efficient management. It is estimated that in rich countries there is waste close to 222 million tons of food. In Brazil, A...
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| Formato: | Dissertação |
| Lenguaje: | pt_BR |
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Brasil
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| Acceso en línea: | https://repositorio.ufrn.br/jspui/handle/123456789/28048 |
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| Sumario: | Self-service restaurants are companies that are facing challenges in adapting
to a new business reality that requires less food waste, control of nutritional
information and efficient management. It is estimated that in rich countries
there is waste close to 222 million tons of food. In Brazil, ANVISA requires
restaurants to be accompanied by nutritionists to control temperature and food
compliance. For restaurants to be able to both avoid food waste and work within
regulatory standards, efficient management is required that can streamline
internal processes for more accurate decision making. Faced with this problem,
the objective of this work was to create a hardware and software platform for
monitoring food exposed in a restaurant buffet aiming to improve its internal
business processes and consequently minimize food waste, improve the control
of nutritional information and optimize its food. management. The system is
able to monitor data of the behavior of vats of a buffet in real time. Such data is
shown in restaurant sectors such as cooking, nutrition and management, in real
time through dashboards. The software and hardware were created using the
Internet of Things (IoT), Industry 4.0 and Web Programming features. Tools
such as Node-Red, Node.js, Arduino IDE, among others, made up the
framework of technologies used to develop this work. As a result the project has
a web system and its implementation; the prototype and the creation of tub
hardware; the source code and documentation of the tool; the results of data
captured by SmartBuffet running; usability and user satisfaction test results, and
finally, a patent application, SmartBuffet trademark registration and a software
registration. |
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