Perancangan Troli Ergonomi pada Aktivitas Pengangkutan Beras di Penggilingan Padi

Akh. Sokhibi, Mia Ajeng Alifiana, M. Ghozali
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引用次数: 3

Abstract

Ergonomics in rice milling does not use often. In Kedungdowo village, Kaliwungi Subdistrict, Kudus Regency, the working position of the rice hull machine to the scales did not take into account the ergonomic aspects because only rice was rice with a shoulder. This is done continuously fast and efficiently. The method used in this study is to measure anthropometric data from rice carrying workers. The anthropometric data in this study were worker elbow height (TSB) and hand held hand diameter (DGT). Anthropometric data is processed and edited for the ergonomic trolley base to be designed. The results of the research conducted were obtained by the ergonomic trolley concept. with a height of 100, 81 cm trolley; diameter of electric hand trolley 4.77 cm; 71 cm long trolley; and the width of the trolley is 52 cm. From the results of the questionnaire, the profit that occurred on the neck was 11%, in the hand round was 90%, the back was 4%, the waist was 8%, the thigh was 47%, the knee was 25%, the calf was 17%. after using ergonomic trolleys
键盘切换中文件传输活动的Ergonomy Troll设计
人类工程学在碾米中并不经常使用。在Kudus Regency Kaliwungi街道Kedungdowo村,稻壳机在磅秤上的工作位置没有考虑到人体工程学方面,因为只有大米是有肩的大米。这是持续快速有效地完成的。本研究中使用的方法是测量水稻搬运工人的人体测量数据。本研究中的人体测量数据为工人肘部高度(TSB)和手持手直径(DGT)。对人体工程学数据进行处理和编辑,以便设计符合人体工程学的台车底座。所进行的研究结果是通过符合人体工程学的手推车概念获得的。小车高度为100.81厘米;电动手推车直径4.77cm;71厘米长的手推车;从问卷调查的结果来看,发生在颈部的利润为11%,在手环中为90%,背部为4%,腰部为8%,大腿为47%,膝盖为25%,小腿为17%。使用符合人体工程学的手推车后
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