卡拉旺技术生成的基于WEB +的停车系统RFID系列项目RFID

Bias Yulisa Geni, Okto Kurnia
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引用次数: 0

摘要

今天技术的进步要求人类以各种方式提高效率和效率。基本上,创建工具的目的是帮助人类工作更有效和高效。因此,人类应该在相对较短的时间内发挥作用,尤其是在安全方面。停车场是一种媒介,用来进出车辆。预见停车场的一些问题,如:丢停车证,停车场丢车,防止高层违规停车。那么我们需要一个自动停车门系统。这个最终的项目旨在建立一个基于物联网的自动停车系统的原型。本项目是一个简单的停车模拟器与微控制器设备编程使用Arduino的想法。硬件集成mysql数据库和运行简单的web。该自动停车系统采用nodemcu线路板、扩展板、16x2 + i2c液晶适配器、迷你mp3播放器、0.5瓦欧姆耳机、红外传感器、rfid rc522和SG90伺服电机设计。红外传感器检测车辆,rfid通过轻敲卡接收输入,然后输出到i2c和web。此外,从液晶显示器输出到打开和关闭停车门的服务电机,以及dfmp3播放器,以及当卡被轻敲时发出声音的扬声器。该原型自动停车系统可以提供自动停车门的进入和关闭,节省了时间和精力。可以得出结论,这个物联网自动停车系统的原型可以作为开发更好技术的指导。
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SISTEM PARKIR BERBASIS WEB + IOT PROJECT KIT SERI RFID DI HASIM TEKNIK KARAWANG
Advances in technology today require humans to increase their effectiveness and efficiency in various ways. Basically the purpose of creating a tool is to help human work to be more effective and efficient. Thus, humans are expected to function in a relatively short time, especially when it comes to safety. The parking lot is a medium that is used as a way of getting in and out of vehicles. Anticipating some problems in the parking lot, for example: losing parking papers, losing cars in parking lots, and preventing illegal parking at high levels. Then we need an automatic parking door system. This final project aims to build a prototype of an IoT-based automated parking system. This project is a simple parking simulator with a microcontroller device programmed to use the Arduino idea. Hardware integrated with mysql database and run by simple web. The automated parking system is designed using nodemcu lolin, expansion board, 16x2 + i2c LCD adapter, mini mp3 dfplayer, 0.5 watt ohm earbuds, infrared sensor, rfid rc522 and SG90 servo motor. Infrared sensor detects vehicle, rfid receives input by tapping card and then gives output to i2c and web. Furthermore, the output from the LCD goes to the service motor which opens and closes the parking door, and the dfmp3 player, as well as the speaker which makes a sound when the card is tapped. This prototype automatic parking system can provide access and close automatic parking doors which saves time and effort. It can be concluded that the prototype of this IoT automatic parking system can be used as a guide for the development of a better technology.
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