使用Arduino和智能手表测量从任何容器中消耗的液体

Sonia Soubam, Manisha Agrawal, Vinayak Naik
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引用次数: 6

摘要

有智能应用程序可以跟踪我们的液体摄入量,并在我们没有达到目标时提醒我们喝水。然而,这些应用程序要么需要专门的容器,要么需要用户手动输入。他们不能解释溢出的液体或被其他人消耗的液体。我们提出了一个应用程序,它允许用户使用他选择的容器。它由一个可拆卸的容器底座组成,其中包含一个负载传感器,用于测量每次啜饮的液体量,以及一个使用加速传感器数据的智能手表,通过机器学习技术检测手部的饮酒运动。可拆卸的底座可以连接到任何容器上。这款智能手表的用途是避免计算溢出的液体和其他人的消耗。该底座需要对容器和其中的液体进行一次校准。我们评估了保温瓶、一次性瓶子和塑料水瓶的容器底座,以及水、茶、牛奶、苏打水、果汁和奶昔的容器底座。假设一个人每喝一口25毫升的液体,相当于一天消耗1升的液体,我们提议的应用程序报告了934毫升的液体消耗。
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Using an Arduino and a smartwatch to measure liquid consumed from any container
There are smart apps to track our liquid intake and remind us to drink whenever we fall short of our target. However, these apps either require a specialized container or manual input from the user. They cannot account for spilled liquid or liquid consumed by other people. We propose an app, which allows user to use a container of his choice. It consists of a detachable container base, which houses a load sensor to measure amount of liquid consumed in each sip and a smartwatch that uses accelerometer sensor data to detect drinking motion of the hand using machine learning techniques. The detachable base can be attached to any container. The smartwatch is used to eliminate accounting of spilled liquid and consumption by other people. The base requires a one time calibration for container and liquid in it. We evaluated the container base for a thermos, a disposable bottle, and a plastic water bottle, and for water, tea, milk, soda, juice and milkshake. Assuming a person consumes 25 ml of liquid per sip, amounting to 1 litre of liquid consumed a day, our proposed app reported 934 ml of liquid consumed.
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