利用具有成本效益的基于nb - iot的传感器检测水温和流量

Petri Rantanen, Jarkko Mäkivaara, M. Saari, Pekka Sillberg, H. Jaakkola
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引用次数: 0

摘要

水槽和淋浴龙头关闭不当、马桶漏水、管道故障等都会导致水费大幅增加,如果水进入建筑结构,则会造成更严重的问题。如今,许多种类的传感器系统可用于从众多环境中向互联网发送数据,并且可以使用算法处理收集到的数据以发现异常。本文介绍了一种测量环境室温和水管温度的样机。作为一个实例,本文展示了如何使用无线温度测量原型来检测管道内的水流。例如,流量检测可用于查找水应用程序和设备中的故障。本文介绍了原型的基本工作原理、初步发现、挑战和未来方向,并介绍了在NB-IoT模块内执行原型软件的技术解决方案,而无需使用单独的微控制器或小型计算机。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Utilizing Cost-effective NB-IoT-based Sensors for Detecting Water Temperature and Flow
Improperly turned off sink and shower faucets, leaking toilets, and faults in pipes can cause significant expenses in increased water bills, and cause even more serious problems if water finds its way inside building structures. Today, many kinds of sensor systems can be used to send data to the internet from a multitude of environments, and the collected data can be processed with algorithms to find anomalies. This paper presents a prototype for measuring ambient room temperature and water pipe temperatures. As an example case, this paper shows how the wireless temperature measurement prototype can be used to detect water flow within the pipes. The flow detection could be used, for example, for finding faults in water applications and devices. This papers describes the basic operating principle for the prototype, the initial findings, challenges and future directions, and introduces a technical solution for executing the prototype software within an NB-IoT module without the need to utilize a separate microcontroller or small computer.
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