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Increasing the safety of the outside perimeter
Janoušek, Jiří ; Fiala, Pavel (referee) ; Marcoň, Petr (advisor)
This thesis deals with increasing the safety of the external perimeter. The theoretical part describes the parameters of areas exhibiting an increased safety risk. For these spaces, relevant safety hazards and corresponding elimination methods are determined. Then, the term "drone" is analyzed in the context of its applicability. The practical section characterizes the process of building and configuring unmanned aircraft to guard the perimeter and the designing and fabrication of an automatic charging station for the aircraft. The final part of the thesis is a brief manual describing correct handling of the created system.
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Design of unmanned „Loyal wingman“ aircraft
Venerová, Zora ; Dubnický, Lukáš (referee) ; Bartoněk, Jaroslav (advisor)
The aim of the thesis is to research unmanned aircraft of the Loyal Wingman category and subsequently design a concept for a custom unmanned vehicle to support light combat aircraft. For this purpose, the thesis provides a detailed analysis of existing and developing types in its first part. The second part establishes requirements derived from purpose, missions, and standards. The third part focuses on designing the configuration and the influences affecting it, defining initial dimensions supported by CAD model visualization, and conducting a weight analysis and structural balance of the aircraft.
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Legal regulation of unmanned aircraft
Bušek, Rostislav ; Vedral, Josef (advisor) ; Staša, Josef (referee)
Legal regulation of unmanned aircraft Abstract This thesis deals with the legal regulation of drones with emphasis on the European legal framework and the administrative practice of the Civil Aviation Authority. The aim of the thesis is to provide an explanation of the different terms such as unmanned aircraft and unmanned system, to define the different classes of unmanned systems and to categorize the different types of operation. The thesis is divided into eight chapters. The first chapter is devoted to the history and allows to interpret the current legislation in the light of its development. The second chapter describes the three-level legal framework, which consists of international law, European Union law and national law. In this chapter I focus on the international organizations operating in the civil aviation sector and their common objectives. The third chapter details the basic concepts of unmanned aviation and compares their definitions in different documents. The fourth chapter focuses on the production, marketing and classes of unmanned systems. It also discusses the obligations of manufacturers, importers and distributors of unmanned systems. The fifth chapter discusses the operation of unmanned systems and the categorisation of different operations with an emphasis on their comparison. In...
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Konstrukční návrh bezpilotního letadla pro aplikaci v zemědělství
Frydrych, Jan
The diploma thesis deals with structural design of unmanned aircraft for application in agriculture. Thesis describes precision agriculture, agricultural machines, unmanned aircrafts, and technology of 3D printing. An analysis of these topics is performed, and it is also mentioned the legislation for using unmanned drone in the Czech Republic. In the second part the diploma thesis is focusing on structural design of unmanned aircraft and its individual parts. The structural design is extended by a draft of docking station which also works for charging the aircraft. The production technology was chosen 3D printing using PET-G material. In the end of the thesis, the process of 3D printing and mechanical testing of ASA, PET-G and rPET-G materials is described.
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Drones and Their Use
Žanda, Martin ; Lang, Stanislav (referee) ; Šeda, Miloš (advisor)
The bachelor's thesis deals with drones and their areas of use. The aim of this thesis is capture a general and actual overview in area of these issues. This thesis is divided into 5 parts. The first part is devoted to legislation in area of civil aviation. The second part describes dynamics of movement and principle of control. The third part introduces individual components and sensors. In the following part, areas of use of drones are described. The last part is devoted to individual types of drones and their comparison.
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Design of 3D-printed Unmanned Aerial Vehicle
Sladký, Martin ; Jetela, Václav (referee) ; Dvořák, Petr (advisor)
This bachelor thesis deals with the design proposal of the unmanned aircraft produced by FDM technology. The introduction is devoted to a brief overview of 3D printing technologies and the research of design strategies used for the production of 3D printed aircrafts. The second part is devoted to the design itself. Two types of winglets, wing and central part of the aircraft were designed. The individual parts of the aircraft have been converted to G-code format and printed on a 3D printer. Finally, the aircraft was assembled.
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Legal aspects of operation of unmanned aerial vehicles
Dubeň, Roman ; Frinta, Ondřej (advisor) ; Thöndel, Alexandr (referee)
Unmanned aircrafts represent one of the fastest growing technologies of the last years. Although historically not completely unknown, only recently have they acquired the long-deserved attention. However, it focuses almost exclusively on their use in combat operations, whereas their capabilities in civilian sphere remain relatively unexplored. Analysis of these abilities is the main focus of this thesis, which describes and analyses current applicable legislation, points out different issues of both its interpretation and application and tries to offer solutions. This thesis is divided into 4 chapters and a conclusion. The first chapter deals with the introduction to this topic, including history of unmanned aircrafts and clarification of the term unmanned aircraft itself. Then it moves on to describe the possible classification of unmanned aircrafts and the terminology used, which remains unsettled even to this day. The main aim of this is to try to help the reader to find his way in this complicated area. The second chapter includes the analysis of the applicable legislation in the Czech republic, starting with the general approach and then continuing with special emphasis on particular issues, such as operating limitations of unmanned aircrafts in certain areas or liability of aircraft operators...
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Increasing the safety of the outside perimeter
Janoušek, Jiří ; Fiala, Pavel (referee) ; Marcoň, Petr (advisor)
This thesis deals with increasing the safety of the external perimeter. The theoretical part describes the parameters of areas exhibiting an increased safety risk. For these spaces, relevant safety hazards and corresponding elimination methods are determined. Then, the term "drone" is analyzed in the context of its applicability. The practical section characterizes the process of building and configuring unmanned aircraft to guard the perimeter and the designing and fabrication of an automatic charging station for the aircraft. The final part of the thesis is a brief manual describing correct handling of the created system.
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