Wireless water flow monitoring based on Android smartphone

2016 2nd International Conference of Industrial, Mechanical, Electrical, and Chemical Engineering (ICIMECE) Pub Date : 1900-01-01 DOI:10.1109/ICIMECE.2016.7910449

A. Jamaluddin, D. Harjunowibowo, D. T. Rahardjo, E. Adhitama, S. Hadi

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引用次数: 15

Abstract

In this study, a wireless data acquisition system was developed for wireless water flow monitoring (WWFM) in a closed channel pipeline system using android Smartphone. ATMEGA 328 single chip microcontroller (Arduino Uno Prototyping Platform) with a Bluetooth module, Near Field Communication — NFC tag, Smartphone with NFC reader, and G1-½ water flow sensor are applied in this design. The frequency input to the microcontroller was the pulse train which transferred from the G1-½ hall-effect water flow sensor. Then, the data from the microcontroller was transferred to an Android Smartphone using Bluetooth wireless serial communication. In addition, the NFC-tag is used as water flow sensor identification and location. Android Application was designed based on App Inventor for Android (AIA) which MIT platform. As the result, sensor ID based on NFC tag and flow rate of water using Android application on Smartphone was showed by the system. According to the experimental test, the flow monitoring ran well and displayed real-time of flow water in the closed channel pipeline system. The accuracy of wireless water flow measurement is 99.98%.

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基于Android智能手机的无线水流监测

本研究基于android智能手机，开发了一种用于封闭管道系统无线水流监测的无线数据采集系统。本设计采用ATMEGA 328单片机(Arduino Uno Prototyping Platform)，带蓝牙模块，近场通信- NFC标签，带NFC读取器的智能手机和G1- 1 / 2水流传感器。微控制器的频率输入是来自G1- 1 / 2霍尔效应水流量传感器的脉冲序列。然后，通过蓝牙无线串行通信将单片机的数据传输到Android智能手机上。此外，nfc标签被用作水流传感器的识别和定位。Android应用程序是基于MIT平台App Inventor for Android (AIA)设计的。结果，系统显示了基于NFC标签的传感器ID和智能手机上使用Android应用程序的水流速。经实验测试，流量监测运行良好，能够实时显示封闭通道管道系统中的水流情况。无线流量测量精度达99.98%。

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2016 2nd International Conference of Industrial, Mechanical, Electrical, and Chemical Engineering (ICIMECE)

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