Nohut İçin Bir Prototip Hasat Makinesi

Year 2024, Volume: 55 Issue: 1, 51 - 57, 31.01.2024

Kaywan Mahmoodı , Hiwa Golpıra

https://doi.org/10.5152/AUAF.2024.23143

Abstract

İranlı çiftçilerin yağmurlama sistemlerinde nohut yetiştirmeleri ihtiyaçlarını karşılamak amacıyla yeni bir hasat makinesi geliştirilmiş ve test edilmiştir. Proje, modifiye edilmiş bir şerit hasat makinesi ile başlamış ve yeni bir tasarım ile devam etmiştir. Platform, makara, şasi ve güç iletim sistemi gibi makinenin ana bileşenleri, çalışma kalitesini artırmak için iyileştirilmiştir. Traktör tarafından
çekilen hasat makinesi, nohudu bitkilerden ayırmak için 6 sopaya sahip, çapı 700 mm olan bir güç alımıyla çalışan makarayı kullanmaktadır. En iyi sonuçlar, makara hızının 3 km/s hızındaki ileri
hareket hızının 2.4 katı olduğunda elde edilmiştir. Hasat makinesi, 1.4 m çalışma genişliği ile saatte 0.42 ha alanı kapsayabilir ve saatte 120 kg nohudu toplayabilir. Makine, düşük satın alma ve
işletme maliyetleri, kabul edilebilir verimlilik ve kayıplar, nohut hasatı için mevcut yöntemler ve makinelerden daha iyi sonuçlar elde etmiştir.

Keywords

Nohut, tasarım, hasat makinesi, hasat kayıpları, güvenilirlik, şerit hasat başlığı

A Prototype Harvester For Chickpea Harvesting

Abstract

To meet the needs of Iranian farmers who grow rainfed chickpeas, a new harvester was developed and tested. The project began with a modified stripper harvester and continued with a new design. The main components of the machine, such as the platform, reel, chassis and power transmission system, were improved to enhance its work quality. The harvester, which is pulled by a tractor, uses a power take-off-powered reel with 6 bats and a diameter of 700 mm to hit the pods and detach them from the plants. The best results were achieved when the reel speed was 2.4 times the forward speed of 3 km/h. The harvester could cover 0.42 ha/h and collect 120 kg/h of pods with a working width of 1.4 m. The machine performed well in field trials, with low purchase and operation costs, acceptable efficiency and losses, and better outcomes than existing methods and machines for chickpea harvesting.

Keywords

Chickpea, design, harvester, harvesting losses, reliability, stripper header

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