Design and Verification of Tandem Dragon Combined Pepper Peeling Machine based on Production Line Dynamic Requirements

ZHANG Jia-wei; ZHANG Yuan; SHEN De-zhan; ZHAO Zhen-hua; WEI Li-jiao; CHEN Jia-ye

Modern Agricultural Equipment > 2024 > 45(3): 38-44,68.

ZHANG Jia-wei, ZHANG Yuan, SHEN De-zhan, ZHAO Zhen-hua, WEI Li-jiao, CHEN Jia-ye. Design and Verification of Tandem Dragon Combined Pepper Peeling Machine based on Production Line Dynamic Requirements[J]. Modern Agricultural Equipment, 2024, 45(3): 38-44,68.

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Design and Verification of Tandem Dragon Combined Pepper Peeling Machine based on Production Line Dynamic Requirements

1. Agricultual Machinery Research Institute, Chinese Academy of Tropical Agricultural Sciences;
2. School of Mechanical Engineering, Guangdong Ocean University;
3. GuangDong/Zhanjiang Engineering Technology Research Center of Precision Emission Control for Agricultural Particulates;
4. Zhanjiang Key Laboratory of Dynamics and Precision Emission Control for Particulates;
5. Key Laboratory of Agricultural Equipment for Tropical Crops, Ministry of Agriculture and Rural Affairs

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Available Online: August 13, 2024

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Abstract

Abstract

The existing single-machine operation mode,while addressing the mechanized peeling process,hinders the development of technology in the initial processing line of pepper.To further enhance the processing efficiency of the chain,this paper proposes a double-screw dragon combination pepper peeling machine based on the dynamic requirements of the production line.Stress-strain simulations of core components indicate that its structural design is safe,reliable,and stable,with a significant reduction in costs.Physical verification reveals that this double-screw dragon combination pepper peeling machine,due to its adoption of a production line mode,achieves much higher efficiency than single-machine peeling machines.The peeling rate exceeds 95%,and the core damage rate is less than 3%,meeting the design requirements.
- production line dynamics,
- double-screw dragon combination,
- pepper peeling machine,
- stress simulation,
- test

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References (31)

References

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