Sistem za nadzor in upravljanje procesa vrenja v vinski cisterni

FRANČEŠKIN, SAŠO (author), Ciglarič, Mojca (mentor)

Internet stvari je povezano omrežje, ki ga sestavljajo pametne naprave, opremljene z različnimi senzorji. Diplomska naloga se ukvarja s sistemom za upravljanje vinske cisterne, s katerim lahko celoten proces alkoholne fermentacije, ki se dogajala v cisterni, nadziramo in krmilimo. Sistem je opremljen z različnimi senzorji in stikali. Uporabniški vmesnik uporabniku omogoča upravljanje s celotnim sistemom in je edini modul, ki omogoča interakcijo med uporabnikom in sistemom. Sistem je razdeljen na tri glavne module. Poleg uporabniškega vmesnika sta tu še krmilna in strežniška aplikacija. Krmilna aplikacija je namenjena upravljanju senzorjev in treh sistemov, medtem ko strežniška aplikacija predstavlja vmesnik med uporabniškim in krmilnim modulom. Diplomska naloga se ukvarja s konceptom Interneta stvari, ki predstavlja novo tehnološko evolucijo interneta in zagotavlja komunikacijo med objekti in ljudmi ter med objekti samimi. Diplomska naloga se osredotoča na problem nadzora alkoholne fermentacije v vinski cisterni. V celoti je opisan sistem za upravljanje vinske cisterne, ki omogoča spremljanje temperature in gladine mošta v vinski cisterni ter spremljanje koncentracije ogljikovega monoksida v vinski kleti. Sistem omogoča tudi upravljanje hladino-grelnega sistema in mešalnega sistema. Predstavljene so vse uporabljene naprave in senzorji ter vsa programska oprema, s katero je bil sistem razvit.

• Language: Slovenian
• Keywords: Internet stvari, krmilni sistem, vinska cisterna, Arduino, Raspberry Pi.
• Work type: Bachelor thesis/paper
• Organization: FRI - Faculty of Computer and Information Science
• Year: 2016
• PID: 20.500.12556/RUL-85193
• Publication date in RUL: 14.09.2016

Secondary language

• Language: English
• Title: A System for Control and Management of Wine Fermentation Process

Abstract

The Internet of things is a connected network that consists of smart deviced, equipped with different sensors. The thesis is dealing with a system fort he management of a wine reservoir, with which the whole process of alcohol rementation that is going on in the reservoir can be supervised and operated. The system is equipped with different sensors and switches. The user interface allows the user to manage the whole system and is the only module that allows the interaction between the user and the system. The system consists of three main modules. Apart from the user interface there are also the control and server applications. The control application is intended for the management of the sensors and the three systems, while the server application represents an interface between the user module and the control module. The thesis focuses of the question of the control of alcohol fermentation in a wine reservoir. The system for the management of a wine reservoir that allows the supervision of the surface of must in a wine reservoir, and also the concentration of carbon monoxide in a wine cellar is described in its entirety. The system also allows the management of the cooling and heating system and the mixing system. The thesis describes the basic building blocks of the system for the management of a wine reservoir – the sensors and other devices, and the overviews of the programming tools and technologies used.

• Keywords: Internet of things, control system, wine reservoir, Arduino, Raspberry Pi.