Design and Fabrication of a Hybrid Paddy Thresher with Aspirator

Swapnil Jain, S. C. Moses, R. N. Aalam, P. M. D’souza
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Abstract

Threshing and winnowing are two different operations if we proceed through traditional method, which involves a lot of physical effort, cost, drudgery; makes human lives difficult, time consuming and yields very low level of output etc. In view of all the associated problems the hybrid thresher was designed and fabricated. In this machine, Threshing and winnowing of paddy are done simultaneously. This designed machine can be powered by both motor and or pedal. Power source during operation can be changed by adjustments. Fabrication of this machine was done at the workshop of “Department of Farm Machinery and Power Engineering”. While research work was conducted on the farms of SHUATS, Prayagraj (U.P.). The threshing capacity obtained was found to be in the range of 70 - 90 kg/hr. Also, the average threshing efficiency, cleaning efficiency and threshing losses obtained were 98 %, 94 % and 5% respectively. Hence, the machine so designed was found to be economical, efficient, time saving, reducing labour charges with good quality grains and minimum damages etc. The machine was designed keeping in view of human engineering and Ergonomics so as to provide comfortable for any user be it male or female.
带吸气装置的混合式水稻脱粒机的设计与制造
如果采用传统方法,脱粒和绞碎是两种不同的操作,需要耗费大量的体力、成本和劳力,给人类的生活带来困难,耗费大量时间,而且产量很低。鉴于所有相关问题,我们设计并制造了混合脱粒机。在这台机器中,稻谷的脱粒和绞碎可同时进行。所设计的这台机器既可由电机驱动,也可由踏板驱动。操作过程中的动力源可通过调整来改变。这台机器是在 "农业机械和动力工程系 "的车间制造的。研究工作在 Prayagraj(宾夕法尼亚州)的 SHUATS 农场进行。脱粒能力在 70 - 90 公斤/小时之间。此外,平均脱粒效率、清选效率和脱粒损失分别为 98%、94% 和 5%。因此,设计的机器经济、高效、省时、降低劳动力成本、谷物质量好且损坏率最低。机器的设计考虑到了人体工程学和人机工程学,无论男女使用者都能使用舒适。
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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