Design of Rice Planting Equipment with Gasoline Engine Drive to Increase Agricultural Efficiency
Desain Alat Tanam Padi dengan Penggerak Mesin Bensin untuk Meningkatkan Efisiensi Pertanian
DOI:
https://doi.org/10.21070/ups.7520Keywords:
Ulrich Method, Design Concept, Frame Strength Simulation, Safety Factor, Modernization of the Agricultural SectorAbstract
This research develops a rice planting tool powered by a gasoline engine to replace manual methods, improving efficiency and productivity. The design, created using SolidWorks 2018, follows the Ulrich method, including needs identification, concept creation, and selection. Concept A emerged as the best choice with a relative value of 44% and an absolute value of 4.65. Strength simulations showed a maximum strain of 0.0000848, displacement of 1.064 mm, and a safety factor of 12>1, proving its reliability. Concept A's efficiency and ease of production make it ideal for further development. The machine offers a practical, cost-effective solution for small and medium-scale farmers, modernizing agriculture while enhancing productivity.
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