RANCANG BANGUN SORTIR DAN HITUNG LEMBAR KERTAS A4 OTOMATIS MENGGUNAKAN SENSOR LDR DAN APLIKASI BLYNK

Hanna Alifia Putri Riyanto
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引用次数: 2

Abstract

The sorter and counting process of sheets paper still manually in several companies. So, in this study designed a tool that can automatically sorter and count paper based of paper quality. Paper is said to be suitable for use when there are no stains on a clean white sheet of paper, and on the other hand, the paper is said to be unfit for use when the paper is stained with ink. In this research, the LDR sensor functions as a sorting sensor, the resistance value received on the paper will be calculated. When the LDR captures a light resistance value less than 75, the paper will be categorized as a good paper quality, and vice versa when the LDR captures a light resistance of more than 75, the paper will be categorized as a dirty paper quality. next process the paper will be pushed to each shelf, this process involves a photodiode as a paper counter. When the paper passes through the photodiode, the process will be counted as one cycle or one paper. Furthermore, the paper will be separated into different racks according to the paper quality using the MG955 servo motor. In the servo motor test, the angular movement is 10º for good paper racks and 60º for dirty paper racks. After going through the process, the overall results of the paper data will be sent to NodeMCU ESP8266 and displayed on the blynk application. Keywords: LDR, Photodioda, Motor Servo, NodeMCU ESP8266.
使用LDR传感器和BLYNK应用程序设计分类和自动计算A4纸
在一些公司,纸张的分类和计数过程仍然是手工的。因此,本研究设计了一个基于纸张质量的自动分拣和计数工具。据说,干净的白纸上没有污迹时,纸张就适合使用;另一方面,纸张被墨水弄脏时,纸张就不适合使用。在本研究中,LDR传感器作为分选传感器,将计算纸上接收到的电阻值。当LDR捕获的耐光性值小于75时,纸张将被归类为良好的纸张质量,反之,当LDR捕获的耐光性值大于75时,纸张将被归类为脏纸质量。接下来的过程中,纸张将被推到每个架子上,这个过程涉及到一个光电二极管作为纸张计数器。当纸张通过光电二极管时,该过程将被计算为一个周期或一张纸张。此外,纸张将根据纸张质量使用MG955伺服电机分离到不同的机架。伺服电机测试中,好的纸架角度运动为10º,脏的纸架角度运动为60º。经过这一过程后,论文数据的整体结果将被发送到NodeMCU ESP8266,并显示在blynk应用程序上。关键词:LDR,光电二极管,电机伺服,NodeMCU, ESP8266
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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