首页> 外文期刊>Jurnal Ergonomi Indonesia >MODIFIKASI GEBOTAN BERORIENTASI ERGONOMI MENINGKATKAN KINERJA PETANI WANITA PERONTOK PADI DI SUBAK MARGAYA DESA PEMECUTAN KELOD KODYA DENPASAR
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MODIFIKASI GEBOTAN BERORIENTASI ERGONOMI MENINGKATKAN KINERJA PETANI WANITA PERONTOK PADI DI SUBAK MARGAYA DESA PEMECUTAN KELOD KODYA DENPASAR

机译:以人机工程学为基础的体重调整,改善了登巴萨(Subak Margaya),百家乐村(Pemectan illage),米洛代尔(Peopletan Village),米开朗基罗(DENPASAR)

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摘要

During threshing rice activity, farmers in forward banding. This posture?caused musculoskeletal disorders, fatigue, workload, and that all can reduce work?productivity. Therefore, to overcome these problems it can be done with using?ergonomics oriented gebotan modification, by adjusting gebotan’s height relatedto farmer’s anthropometry. The aims of this study to determine the farmers’?performance improvement that can be seen from the decrease of farmers'workload, fatigue, and musculoskeletal disoders as well as an increase inproductivity after using the modification of gebotan.This experimental study using treatment by subjects design, carried out on15 female farmers rice thresher of Subak Margaya. Musculoskeletal disorderswere collected by Nordic Body Map questionnaire, the workload is determinedbased on the increase in work heart rate. Heart rate prequency was measured by?ten pulse method, fatigue was recorded by a 30 item of ratting scale questionnaire,?and productivity was recorded by the amount of grains which threshed in certain?time. Data analysis was using t-paired test with a significant level of 5%.Before the intervention the musculoskeletal disorders score was 78.15;fatigue 73.95, work pulse 37.761, and productivity 0.645 respectively. With the?score ergonomics oriented gebotan modification, the score of musculoskeletal?disorders can be reduced to 43.35, fatigue 52.82, and work pulse 22,945, andproductivity increased to 1.19. The decrease of musculoskeletal disorders 44.53% (p <0.05), reduce of fatigue 28.57% (p <0.05), reduce workload 42.3% (p <0.05)?and increasing productivity 83% (p <0.05).The conclusions of this study, the ergonomics oriented gebotan modificationcan reduce musculoskeletal disorders, fatigue, workload, and increase theproductivity of farmers. To farmers who threshing using gebotan recommended?to, adjust the gebotan’s height as high as the user’s grip so in the process of?threshing, the farmers working in physiological standing stance
机译:在水稻脱粒活动中,农民处于向前分组状态。这种姿势会导致肌肉骨骼疾病,疲劳,工作量减少,并且都会降低工作效率。因此,要克服这些问题,可以通过调整面向农民的人体测量学的高度来使用符合人体工程学的gebotan修改来完成。这项研究的目的是确定农民的绩效改善,这可以从农民工作量的减少,疲劳和肌肉骨骼疾病的减少以及使用gebotan改良后的生产率的提高中看出。设计,在Subak Margaya的15位女性农民水稻脱粒机上进行。通过北欧人体图调查表收集肌肉骨骼疾病,根据工作心率的增加确定工作量。用十脉搏法测量心率频率,用30项评定量表记录疲劳,并通过一定时间内脱粒的谷物量记录生产率。数据分析采用t配对检验,显着水平为5%。干预前,肌肉骨骼疾病评分为78.15;疲劳评分为73.95,工作脉搏评分为37.761,生产力为0.645。通过以人体工程学为导向的“ gebotan”修饰,可以使肌肉骨骼疾病的得分降低到43.35,疲劳程度降低到52.82,工作脉搏降低到22,945,生产率提高到1.19。肌肉骨骼疾病减少44.53%(p <0.05),疲劳减少28.57%(p <0.05),减轻工作量42.3%(p <0.05)?并提高生产率83%(p <0.05)。本研究的结论,以人机工程学为导向的Gebotan修饰可以减少肌肉骨骼疾病,疲劳,工作量,并提高农民的生产率。对于建议使用gebotan脱粒的农民,将gebotan的高度调整到使用者的抓地力,以便在脱粒过程中以生理站立姿势工作的农民

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