Internet of Things (IoT) Product Design and Modeling Amikom Purwokerto Hand Sanitizer (AMPUH)

Ali Syafaat, Hasri Akbar Awal Rozaq, Trisna Maulida, Agnis Nur Afa Zumaroh, Rona Sepri Ananda, Imam Tahyudin
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引用次数: 1

Abstract

In previous research, an automatic hand sanitizer prototype tool was made to prevent COVID-19. The product design in this research is quite complicated and too large. Then, in other studies, a prototype tool has also been made to measure body temperature. The study also had an inefficient prototype design. So, it can be concluded that no product design model is efficient, simple, and has its charm. In this research, the concept design method consists of several stages: planning, measurement, design, and implementation. To identify the production needs that will be used in making AMPUH product design, researchers carry out measurement stages based on a schematic series (Schematic) of the product to be made. AMPUH product designs are made with shapes and models that have been adapted to their components without reducing the aesthetic value, compatibility, complexity, and design applicability. The advantage of this product design is that it always looks at the compatibility with the components that will be installed in it so that it is certain that both in terms of form and function will work well. The drawback of this product design may still leave a little free space in it to minimize the remaining free space and repair.
Amikom purworkerto免洗洗手液(AMPUH)
在之前的研究中,为了预防COVID-19,制作了自动洗手液原型工具。本研究的产品设计比较复杂,规模太大。然后,在其他研究中,一个原型工具也被用来测量体温。该研究还有一个低效的原型设计。因此,可以得出结论,没有一个产品设计模型是高效的,简单的,有它的魅力。在本研究中,概念设计方法包括几个阶段:规划、测量、设计和实施。为了确定将用于制作AMPUH产品设计的生产需求,研究人员根据要制作的产品的原理图系列(schematic)进行测量阶段。AMPUH产品的设计是由已经适应其组件的形状和模型制成的,而不会降低美学价值、兼容性、复杂性和设计适用性。这种产品设计的优点是,它总是考虑与将要安装在其中的组件的兼容性,因此可以肯定的是,在形式和功能方面都能很好地工作。这个产品设计的缺点可能仍然留下一个小自由空间最小化剩余的自由空间和修复。
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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