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Controlled lighting and shading in smart house
Novák, Michael ; Morávek, Jan (referee) ; Bátora, Branislav (advisor)
This bachelor‘s thesis is focused on controlling lighting and shading in a smart house. Lighting control covers switching and dimming mechanisms. This thesis presents dimming options for different types of light sources. Following this is an overview of shading devices and system wiring, often called smart wiring. Specifically, the thesis focuses on the Foxtrot system from Teco a.s.. This work describes the sensors and actuators used for switching, dimming and shading control devices. New library of functional blocks for lighting and shading control for Foxtrot system was created, for they were not included in any standard library. All functional blocks that have use in the control of lighting or shading - including standard ones - are described in this work.
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Project of wiring system with intelligent elements for family house
Lengyel, Ladislav ; Morávek, Jan (referee) ; Mastný, Petr (advisor)
The goal of this bachelor work was first of all the theoretical introducing to the project documentation and to the question of intelligent electrical installation. The first part of the bachelor work consists of terms and definitions of principles for creating the project documentation of electrical installation. With the view of the pages’ limitedness, it is not possible to describe in detail all the terms principles and standards used in creating of electrical installation. Because of that, the work focuses on the heavy current part of the technical documentation only. The next part of the work is focused on the question of intelligent electrical installation, its division and applicable possibilities in family houses. The advantages of the system installation in comparison to classical. In this part are further analyzed and described the different systems of different manufacturers of intelligent electrical installations. The closing part focuses on the blueprint of the project documentation of heavy current distributions. The distributions of the electrical installation for the family houses are realized with the help of intelligent elements from ABB company of the KNX system. This part furthermore focuses on the proper selection of system installation, placing of the distributions and elements of installations, inclusive of components of intelligent installation and a blueprint of subsidiary apartment distributer. Then it deals with the calculation of heat loss of the object and the selection of proper head pump related to it. With the help of determined power take-off the main breaker used in the apartment distributing board is appointed and the conjunction of the main residence wiring related to it.
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Electronic Remote Household Control
Altrichter, Jan ; Stružka, Jaroslav (referee) ; Kubát, David (advisor)
The thesis describes the creation of an electronic remote household control system and intelligent household. It focuses on security of the guarded object and simple remote control of connected devices. Devices are connected to FITkit which is used as the central control unit; an Ethernet module is used for communication. The created system is developed for Microsoft Windows operating system. One part of the thesis is created by the physical model of the system.
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Intelligent house for elderly people
Doktor, Lukáš ; Fiedler, Petr (referee) ; Kučera, Pavel (advisor)
Autor se zabývá otázkou inteligentních domů se zaměřením na seniory či postižené lidi. Jako srdce domu používá standardní počítač architektury x86 a SmartHome komunikační modul \cite{Doktor:2010} jako prostředek pro faktické ovládání vybavení domácnosti. Největším přínosem tohoto projektu je ve velmi intuitivním a jednoduchém uživatelském rozhraní. Toto rozhraní bylo speciálně navrženo, aby jej lidé rádi používali. Tohoto bylo dosaženo vytvořením MythTV plug-inu, běžícího pod GNU/Linux operačním systémem. Dalším významným přínosem je Fedora GNU/Linux instalační předpis, který automaticky nainstaluje a nakonfiguruje cílový počítač.
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