Rancang Bangun Mesin Pemipil Jagung Menggunakan Sistem Poros Pemipil Dengan Rantai Perontok

Rivanol Chadry, Ichlas Nur, Daddy Budiman
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Abstract

Indonesia is an agricultural country with vast agricultural land and abundant natural resources. Thus, it is not surprising that the Indonesian agricultural sector has a very important role in economic growth, because this sector has great potential in absorbing a large number of workers as well as supporting food needs. West Sumatra is one of the corn-producing provinces in Indonesia with corn production in West Sumatra Province in 2020 of 935,716 tons or 59,465 tons less than the production target of 995,201 tons. Availability of corn supplies will greatly affect the livestock industry in general. If the supply of corn raw materials experiences scarcity, it will result in stagnation in the availability of animal feed. On the contrary, with the adequacy of corn raw materials, it will encourage the smooth supply of animal feed. This means that corn is very influential on the performance of livestock development and the provision of animal protein which is much needed in improving the quality of human resources. The purpose of this research is to be able to design and manufacture a corn sheller machine. The working principle of this machine is to rotate the shaft which aims to make the corn revolution motion towards the shaft and is held by the retaining wall at the bottom which will separate the corn kernels and the cobs. The research method used is applied research method. This research started from the design of the corn sheller machine until the tool was formed, so that the following specifications were obtained: using a gasoline-fueled motor with a power of 6.5 HP, having a funnel above the side of the sheller tube, using a frame with angle iron, the sheller shaft consists of shaft with a length of 870 mm and a diameter of 25.4 mm and there are 13 threshing chains on the side of the shaft with a width of 20 mm and each chain has a length of 180 mm, has a corn screen that functions as a retaining wall and a corn separator filter with cobs, There are 2 pieces pulley, namely the pulley on the motor and sheller shaft, and uses a belt with size A-44.
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设计一种玉米采摘机,使用带有脱粒机链的轴心系统
印度尼西亚是一个农业国家,农业用地广阔,自然资源丰富。因此,印度尼西亚农业部门在经济增长中发挥非常重要的作用并不奇怪,因为该部门在吸收大量工人和满足粮食需求方面具有巨大潜力。西苏门答腊省是印度尼西亚的玉米生产省份之一,2020年西苏门答腊省的玉米产量为935716吨,比995201吨的生产目标少59465吨。玉米供应的可获得性将在很大程度上影响整个畜牧业。如果玉米原料供应短缺,将导致动物饲料供应停滞。相反,随着玉米原料的充足,将促进动物饲料的顺利供应。这意味着玉米对牲畜发展的性能和动物蛋白的提供有很大的影响,而动物蛋白是提高人力资源质量所急需的。本研究的目的是能够设计和制造一种玉米脱壳机。该机的工作原理是转动轴,使玉米向轴旋转运动,并由底部挡土墙支撑,将玉米粒和玉米芯分离。所采用的研究方法为应用研究方法。本研究从玉米脱壳机的设计开始,直至模具成型,得到以下规格:使用以汽油为燃料的发动机功率为6.5惠普,上面有一个漏斗的脱壳机管,使用一个框架和角钢,脱壳机轴由轴长度为870毫米,直径25.4毫米,有13个脱粒链的轴的宽度20毫米,每个链的长度为180毫米,有玉米屏幕函数作为挡土墙和玉米穗轴分离器过滤,有两块滑轮,即电机和脱壳轴上的皮带轮,并使用尺寸为a -44的皮带。
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