Krmiljenje pihalnega stroja

RAMPRE, DOMEN (author), Žemva, Andrej (mentor)

V diplomskem delu je predstavljen potek izdelave krmiljenja pihalnega stroja. Poudarek je na delovanju stroja, električni vezavi vseh elementov ter programiranju krmilnika, ki služi za nadzor in vodenje celotnega postrojenja. Diplomsko delo je razdeljeno na šest poglavij. V prvem uvodnem poglavju je predstavitev delovnega stroja, način njegovega delovanja in povzetek nalog s katerimi sem se srečal. Drugo poglavje opisuje izdelavo sheme in ožičenje stroja ter vgradnjo dodatne opreme. Tretje se osredotoči na izbiro ustreznega krmilnika, razloge za uporabo slednjega ter programiranje v programskem okolju Arduino. V četrtem je opis komunikacije med strojem in uporabnikom, ki med drugim omogoča tudi nadzor naprave na daljavo preko modula Bluetooth. Peto poglavje predstavi izdelavo in podobo uporabniškega programa namenjenega uporabniku v programskem okolju Processing. Zadnje, šesto poglavje, pa služi za zaključek diplomskega dela s sklepom, povzetkom celotnega poteka projekta ter idejami za izboljšave oziroma dopolnitve.

• Language: Slovenian
• Keywords: pihalni stroj, krmilnik, Arduino, Bluetooth, Processing
• Work type: Undergraduate thesis
• Organization: FE - Faculty of Electrical Engineering
• Year: 2016
• PID: 20.500.12556/RUL-81538
• Publication date in RUL: 12.04.2016

Secondary language

• Language: English
• Title: Controlling of blowing machine

Abstract

The thesis addresses the process of rebuilding the machine meant to blow plastics in the process known as blow molding. The main aspect is the work logics of the machine, electrical wiring and programming of microcontroller which controls the entire system. The work is divided into several chapters of which the first is an introduction of the machine and the reasons behind the decision of making this project. The second chapter describes the wiring of the machine, schematics drawing and building in the additional equipment. The third one is focused on the decision of which microcontroller to use and programming of the chosen Arduino Mega. In the fourth chapter the communication between the machine and the end user which also allows Bluetooth remote control is presented. User program is described in the fifth chapter. The last chapter ends the thesis with conclusion.

• Keywords: blow molding, microcontroller, Arduino, Bluetooth, Processing