Plough section control for optimised uniformity in primary tillage

S. K. Nielsen, L. Munkholm, M. Aarestrup, M. H. Kristensen, Ole Green
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引用次数: 4

Abstract

Primary tillage is in many cases crucial for successful crop establishment and weed and pest control. Inversion tillage using a mouldboard plough may be required when a uniform ploughing operation covering the entire field is preferred. The ploughing operation is especially challenging at the interface area between headlands and the main cropping area. Overlapping at the interface causes a mixing of the topsoil, rather than a soil inversion, and poor burial of residues and weeds, especially of concern in organic farming. The aim of the research was to study novel plough section control designs to optimise the interface area. Concept designs with hydraulic control were studied and the preferred was developed and tested in real field operations. The research concluded that the concept was functional and by visual inspection the interface was optimised. In addition, the section control can improve operations in irregularly shaped fields.
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初耕均匀性优化的犁段控制
初级耕作在许多情况下对成功种植作物和控制杂草和害虫至关重要。当一个均匀的耕作操作覆盖整个田地时,可能需要使用模板犁进行翻转耕作。在海岬与主要种植区交界的地区,耕作作业尤其具有挑战性。在界面处的重叠导致表土混合,而不是土壤反转,以及残留物和杂草的不良掩埋,特别是在有机农业中。研究的目的是研究新的犁截面控制设计,以优化界面面积。研究了液压控制的概念设计,并开发了优选方案,并在实际现场作业中进行了测试。研究的结论是,这个概念是功能性的,通过视觉检查,界面是优化的。此外,截面控制还可以改善异形油田的作业。
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Proceedings of the British Society of Animal Science Proceedings of the XIIIth International Symposium on Ruminant Physiology (ISRP 2019) Proceedings of the British Society of Animal Science Proceedings of the Seventeenth Biennial Conference of the Australasian Pig Science Association (APSA) Proceedings of the 9th Workshop on Modelling Nutrient Digestion and Utilization in Farm Animals (MODNUT)
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