香蕉纤维提取机的设计、制造和测试

Sachin Poudel, Sushil Chapai, R. Subedi, T. R. Giri, Sunil Adhikari
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引用次数: 0

摘要

香蕉(Musa paradisiacal L)是继水稻、小麦和玉米之后的世界第四大重要作物。像其他农产品一样,香蕉种植在尼泊尔更受欢迎,每年的纤维产量约为1977吨。香蕉收获后剩下的厚实、肉质和纤维状的假茎可以用来提取高质量的纤维。农民们通常扔掉整个树桩,因为它又大又重,需要很长时间才能腐烂,动物们也不吃它。从其他国家进口榨汁机的成本很高。研究和开发这种低成本的机器,最终为农民提供当地创业的机会,并有助于正确利用农业管理,是必要的。本项目开发的脱毛机采用辊筒和脱毛机联合应用进行纤维提取。该机器可从约100-160根香蕉假茎中提取1648公斤的纤维。使用NRS可获得54 Kg / d的纤维产量。11 .每公斤纤维的运行成本。与现有的商用机器相比,生产效率为180%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design, fabrication and testing of banana fibre extraction machine
Banana (Musa paradisiacal L) is the fourth most important crop in the world after rice, wheat and maize. Banana cultivation in Nepal is more popular like other agricultural products and has annual fibre production of about 1,977 tons. The thick, fleshy and fibrous pseudo stems that are left over after harvesting the bananas can be used to extract high quality fibre. Farmers usually throw away this whole stump because it is big and heavy and takes a long time to rot and the animals do not eat it. The cost of importing extraction machine from other country is expensive. The research and development of such machine with low cost, which ultimately provides opportunity of local entrepreneurship to farmers and helps in proper utilization of agricultural management, was felt necessary. The developed machine from this project, uses combined application of roller and a decorticator for fibre extraction. The machine can extract fibre from 1,648 Kg of input which is about 100-160 banana pseudostem. The fibre production obtained was 54 Kg per day with NRS. 11 operation cost per 1 Kg of fibre. The production efficiency in comparison to available commercial machine is 180 %.
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