Upgrading the Glass Bead Making Furnace for Ease of Operation: A Case Study of the Masaga Glass Guild

E. M. Alemaka
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引用次数: 1

Abstract

The glass bead making furnace of the Masaga Glass Guild in Bida, Niger State Nigeria was evaluated in comparison to those of Ghana (Krobo) and India (Firozabad); it was discovered that the Masaga furnace falls short of an efficient system for sustainable work that should facilitate appreciable productivity. Furthermore, the furnace is not built with refractory bricks, implying that it has a short life span; the furnace is operated by hand-worked traditional cloth bellows requiring sustained and strenuous efforts over a relatively long period of time; Following this assessment, efforts were directed at modifying the furnace by producing design drawings of the modified furnace, design and production of refractory bricks from the design drawing, constructing the modified furnace structure using the refractory bricks, producing suitable furniture for the furnace and subsequently, devising a suitable mechanical blower device as an alternative to the manually worked bellows for the supply of combustion air. Consequently, a furnace was developed which eliminates the strenuous manual working of the bellows as well as the bellow operator and ensures that a single individual can work unassisted at the furnace in the process of glassware production.
为便于操作而升级玻璃珠制造炉:以马萨加玻璃协会为例
对尼日利亚尼日尔州比达Masaga玻璃协会的玻璃珠制作炉与加纳(Krobo)和印度(Firozabad)的玻璃珠制作炉进行了比较评估;人们发现,马萨加炉缺乏有效的可持续工作系统,应该促进可观的生产力。此外,该炉不是用耐火砖建造的,这意味着它的寿命很短;炉是由手工制作的传统布风箱操作,需要在较长时间内持续和艰苦的努力;在此评估之后,通过绘制修改后的炉子的设计图纸,根据设计图纸设计和生产耐火砖,使用耐火砖构建修改后的炉子结构,为炉子生产合适的家具,随后设计合适的机械鼓风机装置,作为人工波纹管供应燃烧空气的替代方案。因此,开发了一种炉子,它消除了波纹管和波纹管操作员的艰苦手工工作,并确保在玻璃器皿生产过程中,一个人可以在炉子上独立工作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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