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Avtomatizacija akvarija
ŠTEFANIČ BOGOLIN, DANIEL (Author), Klančar, Gregor (Mentor) More about this mentor... This link opens in a new window

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Abstract
V diplomski nalogi je opisana izdelava krmilnega sistema za akvarij, ki omogoča popolno avtomatizacijo le tega. Sistem olajšuje vzdrževanje akvarija in ob enem tudi izboljša življenjske pogoje ribam ter rastlinam. Glavni cilj je bil razviti sistem, ki izpolnjuje vse glavne zahteve za samodejno vodenje akvarija brez človeške pomoči. Vse funkcije posameznih komponent sem povezal z mikrokrmilnikom, ki deluje vzajemno z dajalnikom realnega časa. Tako je zagotovljeno, da se sistem lahko tudi ob prekinitvi napajanja nato vrne v pravilno delovanje. Glavne naloge, ki jih sistem opravlja so: - hranjenje, - regulacija temperature vode, - krmiljenje čistilne naprave, luči ter črpalke za kisik, - prikaz časa in temperature preko LCD zaslona, - prekinitev delovanja filtra v času hranjenja in - zvezno prižiganje luči (simulacija naravnega okolja). V prvem delu naloge je podan opis vseh uporabljenih elementov, ter razlog za njihovo uporabo. V drugem delu je nato opisana njihova implementacija v celotni sistem in način reševanja posameznih problemov pri izgradnji in montaži sistema. Celotni krmilni sistem je trenutno prilagojen za namene uporabe v moji aplikaciji. V primeru bolj kompleksih zahtev je sistem seveda možno prilagoditi in razširiti.

Language:Slovenian
Keywords:avtomatizacija akvarija, mikrokrmilnik Arduino, dvopoložajni regulator, regulacija temperature, krmiljenje osvetlitve, servo motor.
Work type:Bachelor thesis/paper (mb11)
Organization:FE - Faculty of Electrical Engineering
Year:2017
Views:896
Downloads:332
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Secondary language

Language:English
Title:Aquarium automatization
Abstract:
These diploma thesis describes the process of making a control system for the aquarium, which enables the complete automation of all functions. The system makes the maintenance of the aquarium easier and also improves the living conditions of both fish and plants. The main goal was to develop a system that fulfils all the main requirements for automatic control of the aquarium without human assistance. All functions of the individual components are linked to a microcontroller that interacts with the real time clock. This ensures that the system can return to the correct operation state even when the power supply is interrupted. The main tasks performed by this system are: - regulation of the water temperature, - feeding, - steering the cleaning system, lights and the Oxygen pump, - displaying the time and water temperature on the LCD screen, - interrupting the power supply for the filter unit between feeding and - continuous signal control of the lights (Simulation of the natural environment). In the first part of these diploma thesis is a description of all the given elements that I have used in my system and it also explains the reasons for their use. The second part then describes their implementation in the entire system. It also makes to show the way of solving individual problems in the construction and installation of the system. The entire control system is currently adapted for use in my specific application. The system can of course be adapted and extended in case of more complex requirements.

Keywords:aquarium automation, Arduino microcontroller, ON/OFF regulator, temperature regulation, lighting control, servo motor.

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