Design and testing of a special seeder for small hilly areas

Authors

  • Siyang Zhang
  • Chengxing Fu
  • Siyuan He

DOI:

https://doi.org/10.54097/90z0kc63

Keywords:

Small and medium-sized agricultural machinery, precision seeding, slope field seeder, structural design.

Abstract

Hilly areas rugged terrain, the overall terrain is relatively steep, soil erosion is serious resulting in sticky soil, the manual seeding method is not only inefficient and the cost will be greatly increased. In view of the problem of hilly areas in China and the low degree of mechanization of the blogger, based on Creo software designed a set of small hill areas specializing in the integration of ditching, sowing, mulching in one of the maize seeders. This seeder is mainly composed of drive mechanism, furrow opening device, seed transfer device, elevated double-layer disc mulching device, spoon type precision seeding device, and control system module. This seeder can efficiently travel in hilly areas through the driving structure, open the furrow by the furrow opening device structure, then through the seed transfer device, the seeding device will spread the seed, and finally through the elevated double-layer disc mulching device will bury the seed. It realizes the automated seeding process in hilly areas.

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References

[1] SUN Tao, SUN Yi, LI Huirong, et al. Design of 2BY-2 no-tillage fertilizer planter for corn in hilly and mountainous areas [J]. Agricultural Machinery Use and Maintenance, 2023, (03): 20 - 23.

[2] DONG Aixi, YANG Wei, WAN Ruxin, et al. Design of a new triangular rubber track wheel for agricultural vehicles [J]. Agricultural Machinery Use and Maintenance, 2020, (06): 25 - 26.

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[4] LIU Xuanwei, JIN Liang, ZHAO Yaxiang, et al. Experimental study on double-layer disk mulcher based on uniform design [J]. Chinese Journal of Agricultural Mechanical Chemistry, 2016, 37 (02): 26 - 28.

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Published

02-07-2025

How to Cite

Zhang, S., Fu, C., & He, S. (2025). Design and testing of a special seeder for small hilly areas. Highlights in Science, Engineering and Technology, 143, 182-190. https://doi.org/10.54097/90z0kc63