基于物联网的室内空气质量监测系统使用树莓Pi4

Syed Faiazuddin, M. Lakshmaiah, K. Alam, M. Ravikiran
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引用次数: 10

摘要

质量差是城市化地区的一个主要问题。85%以上的人暴露在高水平的某种物质中。据世界卫生组织称,人们更加谨慎地关注空气质量,关注他们大部分时间呆在家里、学校等地方的健康状况,以及他们的车里。在这个概念中,介绍了一个低功耗、低数据消耗的系统。本文讨论了使用树莓Pi4与Grove -空气质量传感器v1.3, CCS811 CO2空气质量传感器,DHT 11温湿度传感器的空气质量。传感器和Raspberry Pi4之间的通信将通过串口通信协议,代码在Python接口上实现。空气污染是一个全球性的环境健康问题,由于一些可见和不可见的参数,如小颗粒,气体等,每年都有许多人死亡。需要监测的大部分环境参数,如CO, CO2,温度,湿度,气体泄漏,烟雾,温度传感器等。这些参数信息可以被Rasp Pi4、Arduino Uno接收并处理后传输到云端,在云端被持续监控并存储在云端数据库中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IoT based Indoor Air Quality Monitoring system using Raspberry Pi4
Poor quality is a major concern in urbanized areas. With more than 85% of people exposed to high levels of a particular matter. According to the World Health Organization, people are more cautious to look up the quality of air, their health by focusing on the spaces where they spend most of their time at home, school etc., and in their car. In this concept, a system with low power and data consumption is introduced. In this article, the air quality using a Raspberry Pi4 with Grove - Air Quality Sensor v1.3, CCS811 CO2 Air Quality Sensor, DHT 11 Temperature and Humidity Sensor were discussed. The communication between the sensor and Raspberry Pi4 will be through a serial port communication protocol and the code is implemented on the Python interface. Air pollution is a global environmental health problem many people’s are dying every year due to some of the visible and invisible parameters like small particles, gases and so on. Most of the parameters of the environment to be monitored such as volume of CO, CO2, Temp, Humidity, Gas Leakage, Smoke, temperature sensor, and etc. These parameters information can received by Rasp Pi4, Arduino Uno and process the information and transmitted to clouds where they are being continuously monitored and information will be stored in the cloud database.
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