Sweets Assembly
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Date
2024
Authors
Ahmad Darawsheh
Mohammad Khaled
Journal Title
Journal ISSN
Volume Title
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Abstract
This project is important for several reasons. Firstly, it addresses the need for efficient
and automated candy cans production, saving time and effort in the process of filling it.
It also improves the cleanliness of the candy products as it reduces human handling,
minimizing contamination risks. Moreover, the project eliminates the need for manual
labor in the candy filling and packaging process, contributing to labor cost savings.
Overall, it enhances candy production efficiency and quality while reducing operational
costs. In our view, key aspects for this project include full automation using stepper
motors and a conveyor belt, ensuring precise candy filling through RFID quality control,
enabling user interaction and monitoring via mobile app connectivity through ESP, and
prioritizing safety to prevent accidents and product contamination, given the involvement
of machinery and food products.
The project’s primary objectives are automation in candy can production, enhancing efficiency,
maintaining quality control, and enabling remote control and monitoring through
a mobile app. This includes designing an automated production line, reducing manual
labor, ensuring precise candy measurement, and allowing remote access for efficient operation.
The methodology involves four main stages: design and planning, hardware implementation,
software development, and testing and optimization. Design and planning encompass
layout design and component selection. Hardware implementation focuses on assembling
the necessary components, while software development creates control software and a mobile
app. Testing and optimization ensure project goals are met, and user documentation
and training cover operation and maintenance.