利用机动移动脱壳机改进玉米脱壳作业:减少低发展中国家收获后损失的一步

Denis Nsubuga, I. Kabenge, A. Zziwa, N. Kiggundu, J. Wanyama, N. Banadda
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引用次数: 1

摘要

玉米脱壳在低发展中国家仍然是一个挑战,需要更多的努力来推进这一行动。在乌干达,已在当地制造了机动的玉米脱壳机,以加强脱壳作业。然而,他们的表现并没有让农民们高兴起来。由于这些脱壳机是由当地工匠制造的,他们对玉米籽粒特性和操作因素的了解有限,无法优化玉米脱壳。此外,这些国家的农民缺乏动力来操作现有的机动玉米脱壳机。这些机动玉米脱壳机的运输仍然是一个挑战,它给农民带来了额外的成本,从而减少了他们从玉米种植中获得的利润。在本章中,我们回顾了低发展中国家的玉米脱壳工艺,特别是玉米脱壳的类别,玉米脱壳机的设计要求,使用方程来设计脱壳部件,对机动玉米脱壳机的改进和对机动玉米脱壳机的案例研究,并将其与固定式玉米脱壳机进行了比较。该研究得出结论,除了脱壳机的其他性能属性外,机动移动式玉米脱壳机可以解决机动固定式玉米脱壳机的运输挑战。
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Improving Maize Shelling Operation Using Motorized Mobile Shellers: A Step towards Reducing Postharvest Losses in Low Developing Countries
Maize shelling is still a challenge in low developing countries with more efforts required to advance this operation. In Uganda, motorized immobile maize shellers have been fabricated locally to enhance the shelling operation. However, their performance has not elated the farmers. The unsatisfactory performance is a result of these shellers being fabricated by local artisan with finite understanding of the maize grain characteristics and operation factors to optimize maize shelling. In addition, farmers in these countries have a deficiency of power to operate the motorized maize shellers available. Transportation of these motorized maize shellers is also still a challenge and it imposes an extra cost to the farmers hence reducing their profits from maize growing. In this chapter, we reviewed maize shelling process in low developing countries particularly the categories of maize shelling, maize sheller design requirements, use of equations to design sheller parts, modification of the motorized maize shellers and case studies on the mobile maize shellers, comparing them with immobile maize shellers. The study concluded that on addition to other sheller performance attributes, motorized mobile maize shellers can solve transportation challenges associated with motorized immobile maize shellers.
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