location:Home > 2025 Vol.8 Oct.N05 > System research and design of intelligent cabbage harvester

2025 Vol.8 Oct.N05

  • Title: System research and design of intelligent cabbage harvester
  • Name: Renchao Shang, Yuanyuan Zhang*, Bangda Cai
  • Company: Zhengzhou Business School, Zhengzhou, 451200 China
  • Abstract:

    To address challenges in low mechanization and high labor intensity during cabbage harvesting, an intelligent harvesting machine has been developed. Featuring a modular structure that integrates cutting, conveying, and collection functions, the system employs an STM32 embedded controller with sensor networks for real-time operational monitoring and adaptive adjustments. Prototype trials demonstrate its effectiveness in performing core operations including cabbage harvesting, root fragmentation, and mulching for field application. This innovation offers practical value in enhancing harvesting efficiency while reducing manual labor demands.


  • Keyword: intelligent harvester; cabbage harvesting; system design
  • DOI: 10.12250/jpciams2025091013
  • Citation form: Renchao Shang, Yuanyuan Zhang*, Bangda Cai.System research and design of intelligent cabbage harvester[J]. Computer Informatization and Mechanical System,2025,Vol.8,pp.
Reference:

[1] Gao Yanhong. Structural Design of Small-scale Cabbage Harvesters [J]. Southern Agricultural Machinery, 2021(23):51-53.

[2] China Jiang Network. What is the development trend of the vegetable industry in the special year of 2020? May 14,2020.

[3] Lv Qunhua and Ma Junyuan. Current Status and Market Conditions of Vegetable Harvesters at Home and Abroad [J]. Hebei Agricultural Machinery, 2019,250(04):28-29.

[4] Yang Shaoqi, Li Guangyu, Xu Feng et al. Research on Automatic Alignment Control System for Electric Corn Harvesters [J]. Agriculture and Technology, 2024,44(05):41-45.

[5] Du Zhigao. Development of an Improved Ear-Head Combined Harvesting Platform for Corn [J]. Xinjiang Agricultural Mechanization, 2024(01):9-10+44.2024.01.002.

[6] Sun Xia. Promotion and Application of Small Potato Planting Harvesters [J]. Contemporary Agricultural Machinery, 2024(02):34-35.

[7] Li Ying, Chen Xuefei, Zhao Lijun et al. Mechanized Production Trial Research on "Wide Ridge Spacing-Ridge Cultivation and Harvesting" in Rapeseed [J]. Agricultural Machinery Research, 2024,46(08):186-190.2024.08.002.

[8] Xu Binxing, Chen Yongsheng, Guan Chunsong et al. Design and Test of the Round Cutting Device for Leek Harvesters [J]. Journal of Agricultural Machinery in China, 2024,45(02):79-83+100.2095-5553.2024.02.012.

[9] Man Zhongxian, He Jie, Liu Shanqi et al. Control Method and Experimental Study on Multi-Unit Collaborative Harvesting in Intelligent Agricultural Machinery [J]. Journal of Agricultural Engineering, 2024,40(01):17-26.

[10] Chen Xu, Xu Leixin, Wang Wanzhang et al. Fatigue Strength Analysis and Optimization of Combine Harvester Drum Shafts Based on ANSYS Workbench [J]. Agricultural Equipment and Vehicle Engineering, 2024,62(02):1-7.

[11] Ye Hong. Market Variability of the Shock-Differentiated Wheel Harvesters: A Case Study in Contemporary Agricultural Machinery. Journal of Modern Agricultural Machinery, 2023(12):26

[12] Yao Dongwei, Lu Yang, Chen Lei et al. Research and Design of a Novel Garlic Harvesting Machine [J]. Agricultural Machinery Research, 2024,46(06):126-130.2024.06.027.

[13] Liu Xinzhu, Wang Shulin, Wang Yuhua et al. Structural Design of Northeast China's Red Carrot Harvesters [J]. Agricultural Machinery Research, 2023,45(04):124-128.2023.04.014.

[14] Gao Guohua, Zhao Weidong, Liang Yongzhi et al. Design and Cutting Tool Optimization of Multi-Trough Continuous Automatic Harvesters [J]. Agricultural Machinery Research, 2023,45(01):41-50.2023.01.038.

[15] Chen Wenming, Hu Lianglong, Yuan Jianning et al. Research Status and Prospects of Automatic Control Technology for Vegetable Harvesters in China [J].Journal of Intelligent Agricultural Mechanization (Chinese and English Edition), 2021,2(02):57-63.

[16] Liang Yuan, Zhao Shengxue, Jiang Kaiyan et al. Design of Cutting Mechanism for Cabbage Harvesters [J]. Agricultural Machinery Usage and Maintenance, 2021(11):1-2+5. 2021.11.001.

[17] Liu Shaofeng, Tang Hong, Zhu Lanxiang et al. Promotion and Application of Mechanized Technology in Garlic Production [J]. Shandong Agricultural Mechanization, 2021(05):28-29.37-1123/s.2021.05.015.

[18] Mechanized Technology for Ridge Cropping of Facility Leafy Vegetables and Cabbage Production [J]. Agricultural Machinery Science and Technology Promotion, 2021, (05):11-13.

[19] Wang Huan, Kuang Weiquan, Sun Tao. Design of a Small Leaf Vegetable Harvesting Machine. Science and Technology Innovation, 2020(34):181-182.

[20] Li Xinping, A Root-Cutting Device for Garlic Harvesters. Henan Province, Henan University of Science and Technology, 2020-09-22.

[21] Mak Zhou, Wang Haiyan, Wang Na et al. Structural Design of a Novel Cabbage Harvester [J]. Southern Agricultural Machinery, 2020,51(11):24+28.

[22] Zhao Tongsen. Design and Key Technology Research of Cabbage Harvesters [D]. Heilongjiang University, 2020.2020.000291.


Tsuruta Institute of Medical Information Technology
Address:[502,5-47-6], Tsuyama, Tsukuba, Saitama, Japan TEL:008148-28809 fax:008148-28808 Japan,Email:jpciams@hotmail.com,2019-09-16