红麻农户对常规制纤维机的满意度分析

Q3 Engineering
Desrina Yusi Irawati, Elisabet Junita, A. Bellanov
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引用次数: 0

摘要

红麻是一种多用途植物,因为其树皮在工业上的应用非常高。印尼最大的红麻种植园位于拉伦、拉蒙甘和东爪哇。拉仁的红麻农民团体使用传统的纤维机器来帮助切割红麻茎。手动操作的常规纤维机。然而,纤维机并不是农民优先除草的设备,因为该设备仍有许多缺点。因此,有必要评估红麻农民对该工具的满意度。本研究采用IPA-Kano方法对传统纤维机的设计属性进行分析,以提高质量属性。它决定了用户的表现、期望、满意度和不满意度。根据IPA卡诺法的集成分析,传统的纤维机需要有一个更坚固的框架,更好地支撑红麻杆,能够在红麻杆中留下少量纤维,良好的人体工程学,能够改变高度,更少的纤维留在饼干接头处,以及更好的饼干设置。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis of Kenaf Farmer’s Satisfaction With Conventional Fiber Machine
The Kenaf plant is a multipurpose plant because the application of its bark in the industry is very high. Indonesia has the largest kenaf plantation in Laren, Lamongan, East Java. The kenaf farmer group in Laren has used a conventional fiber machine to assist in slicing the kenaf stalks. Conventional fiber machine operated by hand. However, the fiber machine is not a priority for farmers to do weeding because the device still has many shortcomings. Therefore, it is necessary to assess the satisfaction of the kenaf farmers with the tool. This study uses the IPA-Kano method to analyze the design attributes of the conventional fiber machine to improve the quality attributes. It determines its user's performance, expectations, satisfaction, and dissatisfaction. According to the integration analysis of the IPA-Kano method, the conventional fiber machine needs to have a more robust frame, better support for the kenaf rods, the ability to leave a small amount of fiber in the kenaf sticks, good ergonomics, the ability to change the height, less fiber left at the cracker joint, and better cracker settings.
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来源期刊
CiteScore
1.50
自引率
0.00%
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审稿时长
4 weeks
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