利用 Blynk 和 NodeMCU 开发基于物联网的酒精检测器

Waghmare Sujata Ramchandra, Jamale Bhagyashree Vyankatesh
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引用次数: 0

摘要

尽管消费酒精饮料已经成为人类社会的一部分由来已久,但它也是导致事故和健康问题的一个重要因素。在酒精影响下驾车是全球道路上造成伤亡的主要原因。尽管有严格的法规和宣传工作,但仍有个人在酒精影响下驾驶机动车,这给自己和道路上的其他人都带来了风险。为了防止酒后驾车并促进道路安全,我们利用 Blynk 和 NodeMCU 开发了基于物联网(IoT)的酒精检测器。该探测器就是为解决这一问题而开发的。人的血液、尿液或呼气中的酒精含量可借助一种称为酒精检测器的设备来确定。该装置使用气体传感器,能够确定使用者呼气中的酒精含量。传感器和与 Blynk 应用程序相连的 NodeMCU 之间建立了连接。NodeMCU 接收装置内气体传感器收集的信息。该传感器可监测用户吸入的酒精量。通过使用智能手机应用程序,Blynk 成为一个物联网平台,使消费者能够控制和监测联网设备。这种基于物联网的酒精检测器非常便携,这是其最大的特点之一。通过利用 Blynk 和 NodeMCU 等开源技术,我们开发出了一种具有成本效益的解决方案。这使得该设备既能保持精度和质量,又不影响其功能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of an IoT-Based Alcohol Detector Using Blynk and NodeMCU
Although the consumption of alcoholic beverages has been a part of human society for a very long time, it is also a big contributor to accidents and health problems. Driving under the influence of alcohol is a leading contributor to death and injury on the roads across the globe. Individuals continue to operate motor vehicles while under the influence of alcohol, despite the existence of stringent regulations and awareness efforts, which poses a risk to both themselves and others who are on the road. With the intention of preventing drunk driving and promoting road safety, an Internet of Things (IoT)-based alcohol detector has been developed utilising Blynk and NodeMCU. This detector was developed to address this issue. The amount of alcohol that is present in a person's blood, urine, or breath can be determined with the help of a device known as an alcohol detector. Using a gas sensor, the device is able to determine the amount of alcohol that is present in the breath of the user. A connection has been made between the sensor and the NodeMCU, which is tied to the Blynk application. The NodeMCU receives the information that is gathered by the gas sensor that is incorporated within the device. This sensor monitors the amount of alcohol that is breathed by the user. Through the use of a smartphone application, Blynk is an Internet of Things platform that gives consumers the ability to control and monitor connected devices. This alcohol detector that is based on the Internet of Things is extremely portable, which is one of its most significant features. A cost-effective solution has been developed through the utilisation of open-source technologies such as Blynk and NodeMCU. This has enabled the device to maintain its accuracy and quality without compromising its functionality.
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