使用 Arduino uno 对椰子壳剥皮机自动化系统的分析

Eko Susetyo Yulianto, Doddi Yuniardi, Riyad Basir
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引用次数: 0

摘要

椰子是天南星科的一种植物,也是榄香科的唯一成员。这种植物生活在印度尼西亚等热带地区。西加里曼丹是面积较大的岛屿之一,具有利用这种椰子的潜力。这种潜力被用于出口需求,但由于使用传统技术,即使用楔子剥椰子壳,出口过程往往会出现延误,因此需要使用电动椰子壳剥皮机等技术,以获得更多的剥皮时间。设计中的研究方法是通过阅读文献、观察、实验和描述,改变刀片的角度 0o 和 5o,以获得最大效果。使用不同角度的椰壳去皮机设计去皮的椰子,去皮机的产能分别为 333 块/小时和 383 块/小时。与使用平均剥皮时间为 180 块/小时的楔形剥皮机相比,这一结果更大,因此它的 0o 百分比高出 185%,5o 百分比高出 212.78%,有助于提高产量和处理出口流程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ANALISIS SISTEM OTOMATISASI ALAT PENGUPAS TEMPURUNG KELAPA MENGGUNAKAN ARDUINO UNO
Coconut is a type of plant from the Arecaceae and the sole member of the margos. This plant lives in tropical areas such as in Indonesia. West Kalimantan, which is one of the islands that has a large area, has the potential for the utilization of this coconut. This potential is utilized as in export needs, but due to the use of traditional technology, namely using a wedge in stripping coconut husk, there is often a delay in the export process, so technology such as a coconut husk peeler with electric power is needed which aims to obtain more stripping time. fast. The research method in the design is done by reading the literature, observation, experimental and descriptive by varying the blade with an angle of 0o and 5o in order to obtain maximum results. Coconuts whose husks are peeled using a coir peeler design with variations in angles have a peeling machine capacity of 333 pieces/hour and 383 pieces/hour. This result is greater when compared to using a wedge with an average stripping time of 180 pieces/hour, so it has a percentage of 0o of 185% and 5o of 212.78% higher, so it can help increase production and help in handling the export process.
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