可持续发展的物料分选机设计与制造

Ankit Kumar Singhal, Mohit Kumar Singh Senger, Gunjan Agarwal, K. Kapoor
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引用次数: 0

摘要

在这篇研究文章中,讨论了物料分离机的设计和制造,目的是减少将废物从一个地方分离到另一个地方所需的时间,金钱和劳动力,本研究探讨了物料分离机的设计和制造。其基本概念的灵感来自于人工智能的发展和应用,以及机器人手臂的运动。物料分离机的设计重点是将可回收和可用的废物从可接触的垃圾中分离出来,同时使用更少的能源和科学的方法来分离有价值的材料。该设备有助于有效利用时间和人力,以及对缺乏人力的地区是一个问题。与其他现有的物料分离机器相比,我们的机器以最好的方式利用廉价,现成的材料,在预定的时间内产生有效的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Fabrication of Material Separation Machine for Sustainable Development
In this research article, design and fabrication of material separation machine is discussed with the objective to decrease the time, money, and labor required to separate waste materials from one location to another, the design and manufacture of material separation machines are explored in this study. The fundamental concept was inspired by the development and application of artificial intelligence as well as the motion of robotic arms. The Material Separation machine's design places an emphasis on separating recyclable and usable waste from the accessible trash while using less energy and scientific approaches to separate the valuable material. The device is helpful for the efficient use of time and human labor, as well as for areas where a lack of manpower is a concern. Compared to other existing Material Separation machines, our machine utilizes cheap, readily available materials in the best way possible to produce an effective outcome in a predetermined amount of time.
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