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What Do Users like About Smart Bottle? Insights for Designers

机译:用户喜欢Smart Bottle吗?设计师见解

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摘要

Water plays a major role in our digestion, absorption, transportation and use of nutrients. Research has shown that inadequate water consumption can cause health risk of urinary stone disease, cancers, salivary gland functions, childhood and adolescent obesity and individuals' overall health. Therefore, daily adequate fluid intake is an important nutrition guideline for people of all age. However, achieving such daily habit is a considerable challenge in many people and there is little data assessing the compliance for fluid intake. Although smart bottles have been introduced in the market, the existing bottles merely focus on a single aspect (fluid intake monitoring). Other aspects (medical adherence and storage compartment) have been neglected in the design. Given that medication often needs to be taken with water, it is important to incorporate fluid and medication monitoring system in the smart bottle. This study aims to explore the young bottles users' needs and requirements of smart bottle through focus groups discussions as well as to propose a system design of smart bottle that integrates with the fluid intake monitoring system, medical adherence system and storage compartment. A sample of 14 young adults participated in the focus groups discussions. The results of focus groups discussions offer a fresh insight on three categories, namely, design, usage and technological features for smart bottle designers. A system design of a multi-functional smart bottle is also proposed. Research implications, limitations, and future research directions are also discussed.
机译:水在营养的消化,吸收,运输和使用中起着重要作用。研究表明,饮水不足会引起泌尿系统结石,癌症,唾液腺功能,儿童和青少年肥胖以及个人整体健康的健康风险。因此,对于所有年龄段的人来说,每天足够的液体摄入量是重要的营养指南。然而,在许多人中养成这样的日常习惯是一个相当大的挑战,并且很少有数据评估摄入液体的依从性。尽管智能奶瓶已投放市场,但现有的奶瓶仅专注于一个方面(流体摄入量监控)。设计中忽略了其他方面(医疗依从性和储物箱)。鉴于经常需要用水服用药物,因此将液体和药物监控系统整合到智能瓶中非常重要。这项研究旨在通过焦点小组讨论来探索年轻奶瓶用户的需求和要求,并提出与液体摄入量监控系统,医疗依从性系统和储藏室相集成的智能奶瓶系统设计。 14名年轻人的样本参加了焦点小组讨论。焦点小组讨论的结果提供了对三个类别的新见解,即智能瓶设计师的设计,用途和技术功能。还提出了一种多功能智能瓶的系统设计。还讨论了研究的意义,局限性和未来的研究方向。

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