Article Sidebar

Download
PDF
Statistic
Read Counter : 77 Download : 91

Downloads

Download data is not yet available.

Main Article Content

Abstract

Today's technological developments are growing rapidly, but there are still jobs that are done manually and semi-manually. This paper aims to develop a control system to coordinate the work of tools using an electric motor, which is very helpful in the process of cutting onions in large quantities and is more efficient in spending production costs because the tool designed is an automatic onion cutter. This research method begins with the collection of materials and data related to onion cutters, production of onion cutters, and testing of onion cutters. The measurement results of the tool show that every component in the automatic onion cutter works well and optimally; the measurement process is carried out properly and thoroughly. This optimal work result is supported by Arduino Uno. The Arduino Uno microcontroller acts as a tool controller. In the main system, the onion cutter is controlled by the Arduino Uno with the Arduino programming language. This automatic onion cutting system will work when the onion you want to cut has been inserted into a cross-section that has been equipped with an ultrasonic sensor, and then the onion cutting process is carried out. Compared with the manual method, the cutting time is almost the same. It's just that the advantages of slicing with this tool, the resulting slices are relatively more uniform. Besides that, another advantage is that it doesn't hurt the eyes of the onion slicer. So that this tool can be used by small entrepreneurs and onion farmers to increase productivity and the community's economy.

Keywords

Onion Automatic Arduino Uno Control System

Article Details

Creative Commons License

This work is licensed under a Creative Commons Attribution 4.0 International License.

Copyright (c): Putra Jaya, Hendra Hidayat, Delsina Faiza, A Almasri, Z Zulwisli, Muhammad Aidil (2022)
How to Cite
Jaya, P., Hidayat, H., Faiza, D., Almasri, A., Zulwisli, Z., & Aidil, M. (2022). The Automatic Onion Cutter Using Arduino Uno as Control System Tool. INVOTEK: Jurnal Inovasi Vokasional Dan Teknologi, 22(2), 97-106. https://doi.org/https://doi.org/10.24036/invotek.v22i2.1030

References

  1. Deperiky D, Santosa, Hadiguna RA, et al. Effective Supply Chain Synergies: Literature Review of Unions Agroindustry in West Sumatra.J Teknol Eng Pertan2019; 29:124–131.
  2. Yanti ATY, Abizard A, Fatih MA, et al. Onion Dryer Machine Using Double Blower And Arduino DHT22 Temperature Sensor In Bngkolong Village, Plampang District, Sumbawa.2021; 2:7.
  3. Permana DFW, Mustofa AH, Nuryani L, et al. Unions Cultivation in Brebes Regency.2021; 3: 8.
  4. Prumanto D, Jatiwaringin JR, Gede P, et al. Design and Build an Onion Slicer With AC Electric Motor Drive. 2021; 24: 8.
  5. Cahyono H, Hendarti DR, Setyawan D, et al. Training on Making Unions Cutting and Peeling Machine Frames for Farmers in Banaran Wetan Village, Bagor, Nganjuk.2021; 6: 11.
  6. Mohamad MAH, Nor MHM.Onion Slicing Machine Design Innovation. 2021; 10.
  7. Effendi R, Khumaidi M. Design of a multipurpose onion chopper machine driven by an electric motor with a capacity of 55 kg/hour.J POLYMESIN2018; 16:47.
  8. Baskara I, Putera P, Sari IH, et al. Design and Build a Vertical Slicer Type Slicing Machine.Agrotechnics2018; 1:39–50.
  9. Effendi Y, Danuriyanto F. Design of Slicer Slicer Machine Capacity 46 KGO'CLOCK. Mot Bakar J Tek Engine; 1. Epub ahead of print 30 May 2017. DOI: 10.31000/mbjtm.v1i1.178.
  10. Hidayat DR, Akbar A, Pramesti YS.Design and Build an Effective And Efficient Onion Slicer For Home Industry. 2021; 6.
  11. Prayudha J. Design of an Onion Slicer Using a Microcontroller-Based Pulse Witdh Modulation (PWM) Technique.2020; 19:6.
  12. Amrullah MuhS, Wijaya M, P J. Design and Construction of Semi-Mechanical Slicer Onion (Allium Cepa, L) To Facilitate Post-Harvest Handling.J Agricultural Technology Educator2019; 5: 271–276.
  13. Nugraha R, Saputra HT, Suwarti S. Automatic Onion Slicer Based On Arduino Uno And Android.NFORMKA2019; 11:65.
  14. Fauziyah F, Handayani T, S REW, et al. Processing of Regional Superior Products of Local Unionss in Sukomoro District, Nganjuk Regency.J ABDI2020; 5: 111–118.
  15. Rozi F, Amnur H, Fitriani F, et al. Home Security Using Arduino Based Internet Of Things.INVOTEK J Inov Vocational And Technol2018; 18:17–24.
  16. Nasrullah H, Tafrikhatin A, Hidayat Y. The engine starting system for three-wheeled motorbikes using bluetooth based on Arduino Uno.2021; 21:10.
  17. Yuniahastuti IT, Sunaryantiningsih I, Putra RA.Making Flip-Flop Lamps using Arduino Uno to support Algorithm and Programming Courses. INVOTEK J Inov Vocational And Technol 2019; 19:21–28.