时尚四轮车停车,减少人为干预,提高物联网停车系统的灵活性

M. P, Varun C M, K. N, Pradip Padhye, K. A. Kumari, Puja Das, Swagata B. Sarkar
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引用次数: 0

摘要

由于缺乏在线检查停车位可用性的机制,现在在拥挤的地区很难找到停车位。想象一下,你可以在手机上获取有关停车位可用性的信息,而不必四处走动。以物联网为动力的尖端停车系统可以克服这个问题。基于物联网的停车系统可以简单地在线查看停车位的可用性。有了这个装置,停车系统可能会完全自动化。您可能有自动进入、付款和退出流程。一个基于NodeMCU的物联网停车系统将使用5个红外传感器、2个伺服电机和NodeMCU。三个红外传感器被用来确定是否有停车位,两个红外传感器被用来在入口和出口门识别车辆。伺服电机根据传感器的测量值控制闸门的开启和关闭。在本部分中,我们将向您展示如何将数据上传到使用Adafruit IO平台可从任何地方访问的云。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fashionable Four Wheeler Parking to Reduce the Human Intervention and to Enhance the Flexibility in Parking System Using IoT
Due to the lack of a mechanism in place to check online for parking availability, it is now quite difficult to find a parking spot in congested regions. Imagine being able to access information about parking slot availability on your phone and not having to move around to do so. The cutting-edge parking system powered by IoT can overcome this issue. The IoT-based parking system makes it simple to check the availability of parking spaces online. With the aid of this device, the parking system might be fully automated. You might have automatic admission, payment, and exit processes. A NodeMCU-based IOT-based car parking system is being created using five IR sensors, two servo motors, and NodeMCU. Three IR sensors are utilised to determine whether parking spaces are available, and two IR sensors are used at the entry and exit gates to identify vehicles. Based on the sensor value, servo motors control the gates' opening and closing. In this part, we'll show you how to upload data to the cloud that is reachable from anywhere using the Adafruit IO platform.
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