设计符合人体工程学的推车材料,以提高效率和生产力

Aini Lostari, S. ., R. Hartono, Shultoni Mahardika, Kuni Nadliroh
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引用次数: 0

摘要

工业产品的开发产生了各种问题和具有高价值的产品质量。需要重新设计的产品的一个例子是独轮车或手推车。独轮车是一种简单的材料运输工具,由手、一个轮子和一个操作员通过把手推动。本研究旨在开发一种符合人体工程学和经济性的手推车,以生产一种对中型工业有用的产品,提高效率和工作生产率。这项研究是通过将该产品重新设计为一种开发来进行的,该产品通常用于一种称为传统材料输送工具的建筑中,然后计算独轮车的车轴和踏板应力。在这项研究中,可以得出结论,独轮车或独轮车的设计更符合人体工程学,有几个变化,包括在提升独轮车时,改变杆距地面的高度以最大限度地减少弯曲,改变支架的形状和尺寸以适应各种提升位置,等等,改变车身的形状和尺寸,以便在提升和推动独轮车时,负载更加平衡,增加了一个千斤顶,使用户更容易将负载从车身中溢出,增加了两个后轮,使推独轮车更容易,并改变了手柄,使用户更加容易
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PERANCANGAN ALAT PENGANGKUT MATERIAL GEROBAK SORONG YANG ERGONOMIS UNTUK EFISIENSI DAN PENINGKATAN PRODUKTIVITAS
The development of an industrial product arises with various problems and product quality that has high value. One example of a product that needs to be redesigned is a wheelbarrow or handcart. The wheelbarrow is a simple material conveyance which is pushed by hand, one wheel and one operator through the handle. This research aims at an ergonomic and economical handcart, so as to produce a product that can be useful for medium-sized industries and can increase efficiency and increase work productivity. This research was carried out by redesigning the product as a development, where this product is usually used in a building called a traditional material conveying tool, then calculating the axle and pedal stress on a wheelbarrow. In this study it can be concluded that the wheelbarrow or wheelbarrow is designed more ergonomically with several changes including changes in the height of the stalk from the ground to minimize bending when lifting the wheelbarrow, changes in shape and size of the supports to accommodate various lifting positions, other things, changes in shape and the size of the body so that when lifting and pushing the wheelbarrow, the load is more balanced, the addition of a jack to make it easier for users to spill loads from the body, the addition of two rear wheels to make it easier to push the wheelbarrow, and change the handle to make it easier for users
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