Design Of Automatic Storage Of Medicines In Packaging With Gui Based Arduino Mega 2560

Authors

  • Jusuf Bintoro Universitas Negeri Jakarta
  • Pitoyo Yuliatmojo Universitas Negeri Jakarta
  • Rafiuddin Syam Universitas Negeri Jakarta

Keywords:

Automatic, Storage System

Abstract

It takes a lot of time and effort to manually search for and store pharmaceuticals, especially in locations that sell a variety of drugs, such as pharmacies, clinics, health centers, pharmacy stores, and so forth. Consequently, it takes a while to locate new medications. To ascertain medicine availability and expiration dates, drug data collecting is further required. This necessitates the development of an automated medicine storage system with an Arduino Mega 2560-based GUI. This approach offers benefits, including making it simpler to record, choose, store, and retrieve medications of various kinds. Users simply need to choose drugs through the application, and the storage device will automatically direct the medications they have chosen. There is an application for recording drugs that also serves as a user interface with a storage device. Additionally, there are sensors for measuring the temperature and humidity within the appliance. An average retrieval and storage time of 2.4 seconds for the closest distance and 6 seconds for the greatest distance was found when testing the automatic medication storage system in this package.

References

[1] Kurniawan, Irvan & Syahrul. 2015. “Automation of Drug Storage Drawer Search System in Pharmacies Using Microcontrollers." [Thesis]. Bandung: Faculty of Engineering and Computer Science, University of Computer Indonesia.

[2] Anggraeni, Salma R.. 2016. "Application of Electronic Components Borrowing System in Arduino Mega 2560-Based Electronics Laboratory" [Thesis]. Jakarta: Faculty of Engineering, State University of Jakarta.

[3] Nugraha, Muhammad A. 2021. "Component Borrowing System in Electronics Laboratory Using Raspberry Pi" [Thesis] Jakarta: Faculty of Engineering, State University of Jakarta.

[4] Son of K, Aditya. (2021). "Nodemcu ESP8266 Microcontroller-Based Ornamental Plant Watering System." [Thesis] Jakarta: Faculty of Engineering, State University of Jakarta.

Downloads

Published

2024-04-10

How to Cite

[1]
J. Bintoro, P. Yuliatmojo, and R. Syam, “Design Of Automatic Storage Of Medicines In Packaging With Gui Based Arduino Mega 2560”, IJSMM, vol. 11, no. 1, Apr. 2024.