IoT Based Water Consumption Monitoring System for Water Management

Alfred E. Clemente, Reinier Miguel G. Samaniego, F. Cruz
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Abstract

The demand for water nowadays is essentially high due to the need for frequent sanitation, cleaning, and disinfecting specially when travelling in different places. As ferry boat travels from one place to another, it carries specific amount of water for passenger’s lavatory use. In fact, water is being overused in any classification including ferry boats which contributes to its weigh allocation. Due to this, the researchers formulated a solution for determining the approximate amount of water a ferry boat should carry in a specific time of travel. The study utilizes three water flow sensors attached to the sink, toilet, and bidet which are the primary elements of a lavatory. Also, the sink is equipped with a touchless activation using an infrared sensor with low, medium, and high flow rates in accordance to the time of obstacle sensing. The data gathered are processed using Arduino 2560 and ESP8266 Wi-Fi module which is capable of sending the data in the internet (IoT). The water monitoring takes place in an android mobile application and through the online database which is firebase. The water flow rate readings measured by the three water flow sensors produced an accuracy of 96.89%.
基于物联网的水管理用水量监测系统
由于需要频繁的卫生、清洁和消毒,特别是在不同的地方旅行时,现在对水的需求很大。当渡船从一个地方航行到另一个地方时,它携带一定数量的水供乘客的厕所使用。事实上,水在任何分类中都被过度使用,包括渡船,这有助于其重量分配。因此,研究人员制定了一个解决方案,以确定渡轮在特定旅行时间内应该携带的大致水量。该研究利用了三个水流传感器连接到水槽,马桶和坐浴盆,这是厕所的主要组成部分。此外,水槽还配备了根据障碍物感知时间使用低、中、高流速的红外传感器的非接触式激活。收集的数据使用Arduino 2560和ESP8266 Wi-Fi模块进行处理,该模块能够在互联网(IoT)中发送数据。水监测发生在一个android移动应用程序,并通过在线数据库是firebase。三个水流量传感器测量的水流量读数精度为96.89%。
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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