Design and fabrication of electrically operated weeder machine

Authors

  • Yogesh Maneshwar UG Schlaor, Department of Mechanical Engineering SISTec-R Bhopal, India
  • Prince soni UG Schlaor, Department of Mechanical Engineering SISTec-R Bhopal, India
  • Vedant Bhowalu UG Schlaor, Department of Mechanical Engineering SISTec-R Bhopal, India
  • Vijay Singh Tomar UG Schlaor, Department of Mechanical Engineering SISTec-R Bhopal, India
  • Roshan Markam UG Schlaor, Department of Mechanical Engineering SISTec-R Bhopal, India

DOI:

https://doi.org/10.37591/tmd.v10i1.7002

Keywords:

Battery, DC Motor, Controller, Iron, Chain Sprocket, Wire Motorcycle wheel

Abstract

The existence of people is built on the foundation of cultivation. For its nature that it keeps up us while also presents the ecological balance, it performs a crucial role in the existence of humans. It occupies a key habitat to any living thing. . But contemporary farming methods are labor- and time-intensive. Conventional petrol-powered excavators are cheap for producers as well as potentially dangerous for nature. The main operation in cultivating is harvesting, and earlier techniques demanded an immense amount of time and employees, but modern techniques are expensive and harmful to the climate. A portable electric weeding machine uses a battery-operated device to achieve its weeding goals while spending the least amount of money and time possible, enhancing productivity and efficiency while also promoting good environmental goals. But contemporary farming methods are labor- and time-intensive.The primary phase in farming is weeding, and traditional methods required a lot of labor and time, while contemporary methods are expensive and environmentally hazardous. A portable electric weeding machine uses a battery-powered mechanism to achieve its weeding goals while spending the least amount of money and time possible. This increases productivity and efficiency while also promoting a healthy environment

References

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Published

2023-06-07

Issue

Vol. 10 No. 1 (2023)

Section

Articles

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