Temperature Control System Using Mobile Application Interface

Ana Carolina Mariath Magalhães Corrêa e Castro, Mário Mestria
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引用次数: 2

Abstract

Abstract Temperature control becomes increasingly necessary with each day, be it in industrial, commercial or residential environments. In a similar way, technology has become a common tool in everyday life. Thus, the technologies need to accompany advances in the controls of processes in many fields, creating applications that can be used in mobile devices alongside these processes. Therefore, this paper proposes temperature monitoring of an environment, via Bluetooth wireless communication and with interface display on a mobile application, developed in MIT App Inventor. While implementing commands via hardware and software a procedure to lower room temperature was applied through a ventilation system. The data are collected through a DHT11 temperature sensor, and the wireless communication is through a HC-05 Bluetooth module, both connected to the development board Arduino. It was possible to condition the cooler to work accordingly with a preset temperature range by using its IDE (Integrated Development Environment). Thereby, this project is a low-cost and advantageous alternative to temperature control and monitoring supported by technological advancements.
基于移动应用界面的温度控制系统
摘要无论是在工业、商业还是居住环境中,温度控制变得越来越必要。同样地,科技已经成为日常生活中常见的工具。因此,这些技术需要伴随着许多领域的过程控制的进步,创建可以在移动设备中使用这些过程的应用程序。因此,本文提出在MIT App Inventor开发的移动应用程序中,通过蓝牙无线通信和界面显示来监测环境的温度。在通过硬件和软件执行命令的同时,通过通风系统应用了降低室温的程序。通过DHT11温度传感器采集数据,通过HC-05蓝牙模块进行无线通信,均与开发板Arduino相连。通过使用IDE(集成开发环境),可以使冷却器在预设的温度范围内相应地工作。因此,该项目是技术进步支持下的低成本和有利的温度控制和监测替代方案。
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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