Solar Corn Sheller Machine Design Based on Ergonomics Principles

Endro Prihastono, Antoni Yohanes, Firman Ardiansyah Ekoanindiyo
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Abstract

The existing sheller machine on the market still uses diesel fuel and electricity, even though diesel fuel has increased. Solar is a non-renewable energy. In addition, there is a new modification of the corn sheller machine with solar power to replace diesel fuel. The fuel replacement is focused on the utilization of sunlight. This corn sheller machine can replace the use of fossil raw materials and electricity with solar power and obtain faster, more ergonomic product results. The data required in this study are body dimension data or shoulder height anthropometry in an upright standing position to determine the height of the corn sheller that will be done standing when the farmer does the corn shelling process. With the existence of a solar-powered corn sheller machine, it is expected to be more productive than before. The transition to the use of environmentally friendly (pollution-free) corn sheller machines so as to reduce air pollution that previously used motor engines with fossil fuels, namely diesel, corn farmers can understand about work comfort, are able to operate environmentally friendly corn sheller machines and can carry out maintenance procedures for solar corn sheller machines.
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基于人体工程学原理的太阳能玉米剥壳机设计
市场上现有的剥壳机仍然使用柴油和电力,尽管柴油的价格已经上涨。太阳能是一种不可再生能源。此外,还有一种用太阳能替代柴油的新型玉米剥壳机改型。燃料替代的重点是利用阳光。这种玉米剥壳机可以用太阳能取代化石原料和电力的使用,并获得更快、更符合人体工程学的产品效果。本研究需要的数据是直立站立姿势下的身体尺寸数据或肩高人体测量数据,以确定农民在进行玉米剥壳过程时,玉米剥壳机的站立高度。随着太阳能玉米剥壳机的出现,预计其生产效率将比以前更高。过渡到使用环保型(无污染)玉米剥壳机,以减少以前使用化石燃料(即柴油)发动机造成的空气污染,玉米种植者可以了解工作的舒适性,能够操作环保型玉米剥壳机,并能执行太阳能玉米剥壳机的维护程序。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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