Design, Development and Evaluation of Neem (Azadirachta indica) Fruit Picker Cum Collector

M. Gowtham, B. Suthakar, A. Surendrakumar, R. Kavitha, P. Masilamani
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Abstract

Harvesting of neem fruits can be done either by ground picking, shaking off the tree, or directly stripping from the branches. Since the manual collection of neem fruits is a labor-intensive process, consuming around 30 per cent of harvesting time, a simple mechanical system for picking and collecting the neem fruits from the ground was developed based on the fruit geometry and other major physical properties of neem fruits. It was observed that the moisture content of 81.95%, axial dimensions viz. 15.57 mm length, 9.25 mm width and 8.87 mm thickness of the fruits, 14.07 mm as geometric mean diameter, as 352 g. cm­-1 bulk density and 290.88 g as the weight of hundred neem fruits. The developed prototype consists of picker assembly, ejector assembly, collector assembly, connector frame, handle and traction wheel. The proposed innovation enables an eco – friendly operation of neem fruit collection without using any form of non- renewable energy sources. The developed prototype achieved a collection capacity of about 48 kg h-1 which is 79.1% higher when compared with existing pneumatic ground collection system for neem fruits and 97.3% higher than the conventional method of neem fruit collection.
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设计、开发和评估印楝(Azadirachta indica)果实采集器
楝树果实的采摘可以通过地面采摘、从树上抖落或直接从树枝上剥离的方式进行。由于人工采摘楝果是一个劳动密集型过程,会消耗约 30% 的采摘时间,因此我们根据楝果的几何形状和其他主要物理性质,开发了一种从地面采摘和收集楝果的简单机械系统。据观察,楝树果实的含水量为 81.95%,轴向尺寸为长 15.57 毫米、宽 9.25 毫米、厚 8.87 毫米,几何平均直径为 14.07 毫米,体积密度为 352 克/厘米-1,百颗楝树果实的重量为 290.88 克。开发的原型由采摘器组件、顶出器组件、收集器组件、连接架、手柄和牵引轮组成。该创新方案实现了楝树果实收集的生态友好型操作,无需使用任何形式的不可再生能源。与现有的楝树果实气动地面收集系统相比,开发的原型每小时可收集约 48 千克楝树果实,提高了 79.1%;与传统的楝树果实收集方法相比,提高了 97.3%。
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