基于无线控制的随动器垃圾回收自动化

Hidayatus Sibyan, M. F. Asnawi, Dwitya Ilham Kurniadi
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摘要

每所学校都必须有一名清洁人员,他们的工作是照顾和保持学校建筑的清洁。在霸王SMKN 2,建筑很宽敞,建筑之间是分开的,所以收集垃圾需要大量的时间和精力。当清洁人员在环形路径上收集废物时,就会出现无效的过程。利用带PID控制的随行机器人和眨眼应用程序启动和停止垃圾自动收集,以及在特定收集点的预定路径,可以节省清洁人员的精力和时间。每个PID控制常数P=0.2, I=0.3, D=0.06的整定值可以使机器人在L298N电机驱动下的运动平滑。它是由Arduino UNO微控制器和使用NodeMCU (ESP8266)进行无线连接来决定方向的。调光时,红外传感器以analogRead模式发送的读数范围为175~270,传感器的最大读数为940~950。当传感器低于175时,转弯的决定遵循预定的线,根据传感器击中线。当超声波传感器发现前方不到15厘米的物体或障碍物时,机器人将停止运行。
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Automation Of Trash Can Collection Using Line Follower Based On Wireless Control
Every school must have a cleaning staff whose job is to care for and maintain the cleanliness of the school building. At SMKN 2 Bawang, the building is spacious and separated between buildings, so collecting waste requires a lot of time and effort. An ineffective process occurs when the cleaning staff collects waste in a circular path. Automating garbage collection using a line follower robot with PID control and the blynk application to start and stop as well as a predetermined path at a particular gathering point, can save energy and time for cleaning staff. The tuning value for each PID Control constant P=0.2, I=0.3, and D=0.06 can smooth the robot's movement with the L298N motor driver. It is decided by the Arduino UNO microcontroller and wireless connection using NodeMCU (ESP8266) for direction taking. The reading sent by the infrared sensor with analogRead mode when dimmed is in the range of 175~270, and the maximum reading value of the sensor is 940~950. The decision to turn follows a predetermined line when the sensor is below 175, according to which the sensor hits the line. The robot will stop running when the ultrasonic sensor finds an object or obstacle less than 15 cm in front of it.
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