CleanLeaf Table: Preventing the Spread of COVID-19 through Smart Surfaces

Ashley Colley, Willehardt Gröhn, Jonna Häkkilä
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Abstract

One mechanism for the spread of the COVID-19 virus is through contaminated surfaces, e.g. tables in cafes, trains or public libraries. This mechanism may be prevented by cleaning the table surface between each use. In practice, this can be optimized by directing arriving users to clean tables and highlighting to staff which surfaces require cleaning. One approach to achieve this is through making the table surface itself smart and indicate its clean or dirty status. In the CleanLeaf table we demonstrate two approaches to integrating indication in a table surface, LEDs under a thin wood veneer and electrochromic displays. Rather than explicit light emitting display based signage, the design demonstrates calm computing with the display forming an integral part of the surface design.
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清洁叶子表:通过智能表面防止COVID-19的传播
COVID-19病毒传播的一种机制是通过受污染的表面,例如咖啡馆、火车或公共图书馆的桌子。可以通过每次使用之间清洁表表面来防止这种机制。实际上,这可以通过引导到达的用户清洁桌子并向工作人员强调需要清洁的表面来优化。实现这一目标的一种方法是使表表面本身变得智能,并指示其干净或脏的状态。在CleanLeaf桌子中,我们展示了两种在桌子表面集成指示的方法,薄木饰面下的led和电致变色显示器。该设计不是基于明确的发光显示的标牌,而是展示了平静的计算,显示形成了表面设计的一个组成部分。
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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