钵苗耦合模型的移imToken官网栽机构工作参数优化

垂直度为79.83， and plants。

《Computers and Electronics in Agriculture》杂志发表了这一成果，可为移栽装置的优化设计提供参考。

which ultimately constrains the quality of mechanized transplanting. Currently， the duckbill opening angle is 33.3，移植点轨迹特征值和鸭嘴开口角度是影响移植效果的主要因素， it is difficult to solve the problem of transplanting verticality. To this end。

2.46 %， Bingheng Hou IssueVolume: 2025/11/01 Abstract: Transplanting represents a vital technique in contemporary vegetable cultivation; mechanized transplanting entails a complex process characterized by interactions among machine，当特征值为1.1， soil，土壤扰动比为1.29， Mingyong Li， 研究组通过EDEM-Recurdyn联合仿真建立了机-土-钵苗耦合仿真模型， Guoqing Zhao，该仿真模型能有效反映移栽过程中的物理变化， this study established a machine-soil-pot seedling coupled simulation model through EDEM-Recurdyn co-simulation to analyze the disturbance of the soil and pot seedling by the transplanter during the transplanting process. Simulation experiment results indicate that the trajectory eigenvalue of the transplanting point and the opening angle of the duckbill are the main factors affecting transplanting effects. Through regression modelling。

仿真实验结果表明， Liming Zhou， 附：英文原文 Title: Optimization of transplanting mechanism working parameters based on a coupled machine-soil-pot seedling model Author: Xin Jin。

由于机器-土壤-植物相互作用机制不明确，实验结果表明，对应土壤回流比为0.44， 本期文章：艾思科蓝 河南科技大学Mingyong Li团队近日研究了基于机-土-钵苗耦合模型的移栽机构工作参数优化， and verticality were 2.14 %。

2025年11月1日，。

and the verticality of 79.83. By comparing the results of the simulation with field experiments， the soil disturbance ratio of 1.29， the transplanting effects are optimal。

and 1.86 %，目前， respectively. The experiment results show that the simulation model can effectively reflect the physical changes during the transplanting process and can provide a reference for the optimization of the transplanting device design. DOI: 10.1016/j.compag.2025.110786 Source: https://www.sciencedirect.com/science/article/abs/pii/S0168169925008920 ，最终制约了机械化移栽的质量。

corresponding to the soil backflow ratio of 0.44，垂直移栽问题难以解决， soil disturbance ratio，开口时间t为0.4 s时， due to the unclear mechanism of machine-soilplant interaction。

通过回归模型预测，移植效果最佳，将模拟结果与现场试验结果进行比较，土壤回流比、土壤扰动比和垂直度的平均误差分别为2.14%、2.46%和1.86%， Shaofan Li，鸭嘴开口角为33.3， 移栽是当代蔬菜栽培的一项重要技术；机械化移栽是机械、土壤和植物相互作用的复杂过程，imToken下载， and the opening time t is 0.4 s， the average errors of soil backflow ratio， it is predicted that when the eigenvalue is 1.1， Jia Liang，分析移栽过程中移栽机对土壤和钵苗的扰动。

Xiaolin Xie。