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Using of Modern Communication Formats for IS Implementation
Pála, Milan ; Máčel, Lukáš (referee) ; Hruška, Tomáš (advisor)
This thesis is about analysis of requirements and creation of a prototype of information system of firesport league. System starts from existing version which is based on general content managment system which does not include properties to make a modern IS. Charts represent the part of a new version of the system. By the charts was outlined current state of modern communication formats. Through the Silverlight was created a module which is able to draw the charts for the application.
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Firesport stopwatch
Drška, Jan ; Drexler, Petr (referee) ; Dušek, Jan (advisor)
The goal of the bachelor thesis is to design, construct and test a timer for fire sport including a large display and automatic targets. The thesis includes a market research around commercially available timing devices, their comparison with each other according to available parameters, and finally a system is designed and constructed that combines the capabilities of already manufactured sets with new features and possibilities for large-scale extension beyond the boundaries of fire sport.
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Optimization of nozzles for firefighter sport
Páral, Filip ; Klas, Roman (referee) ; Fialová, Simona (advisor)
This thesis deals with flow inside of the firesport nozzles. Those are used for a fire attack, one of the firesport disciplines. The research part of this thesis introduces a fire attack, commonly used equipment and hydraulic losses that occur during the flow. This part also consists of an overview of current firefighting and firesport nozzles. It includes requirements for nozzles that are used in the fire attack discipline. Second part of the thesis presents the flow analysis inside firesport nozzles using commercial software for computational fluid dynamics (CFD), ANSYS Fluent. Several nozzle designs are proposed at the end of this thesis, based on conclusions from previous part. These designs satisfy firesport nozzle requirements, previously stated in this thesis.
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Wireless Timer for Fire Sport Competitions
Holinka, Milan ; Šimek, Václav (referee) ; Bartoš, Pavel (advisor)
This thesis describes the design, development and realization of a wireless electronic timer for use in firesport. Specification of the final product is built with regard to versatility, ease of use and low acquisition costs. Commercial products have been compared as inspiration for this work. Requirements of the timer are based on the rules of firesport disciplines, where the timer can be used. It consists of a base station that can be accompanied for additional elements used to starting, splits capturing and stopping. An independent communication module has been created to ensure wireless connection. Libraries for comfort work with the module, support for USB bus and reliable protocol for wireless transmission have been implemented.
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Time Measurement System for Firesport Competitions
Pelka, Tomáš ; Bidlo, Michal (referee) ; Vašíček, Zdeněk (advisor)
This work deals with the design of universal wireless timer for fire sport disciplines. Fire sport is a group of more than 15 disciplines. There are different ways of time measurement for each discipline. Important part of this work is detailed research of individual disciplines and their requirements at time measurement system and it's accessories. Another part of this work deals with the specification of wireless timekeeping system, which involves suitable partitioning of time measurement system into wirelessly communication modules. The interface for connecting sensors and accessories is also specified. Designed system is suitable for racing and training purposes, it has short installation time. This work also deals with the design of electronics (power and digital circuits) for each module and also with building of prototype, which is tested using prepared scenarios. New findings are evaluated and lead to design of next generation of time measurement system.
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Automated firesport stopwatch.
Drška, Jan
The main object of this article is the design and implementation of an automatic timing system for fire sports, which includes time measurement, automatic target discharging and a large-format display to show the results. The system is based on Arduino and uses modules of this platform. Due to the distances involved, the use of wireless communication is also described. The possibility of extending the system with additional features and functions is also discussed.
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Firesport stopwatch
Drška, Jan ; Drexler, Petr (referee) ; Dušek, Jan (advisor)
The goal of the bachelor thesis is to design, construct and test a timer for fire sport including a large display and automatic targets. The thesis includes a market research around commercially available timing devices, their comparison with each other according to available parameters, and finally a system is designed and constructed that combines the capabilities of already manufactured sets with new features and possibilities for large-scale extension beyond the boundaries of fire sport.
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Optimization of nozzles for firefighter sport
Páral, Filip ; Klas, Roman (referee) ; Fialová, Simona (advisor)
This thesis deals with flow inside of the firesport nozzles. Those are used for a fire attack, one of the firesport disciplines. The research part of this thesis introduces a fire attack, commonly used equipment and hydraulic losses that occur during the flow. This part also consists of an overview of current firefighting and firesport nozzles. It includes requirements for nozzles that are used in the fire attack discipline. Second part of the thesis presents the flow analysis inside firesport nozzles using commercial software for computational fluid dynamics (CFD), ANSYS Fluent. Several nozzle designs are proposed at the end of this thesis, based on conclusions from previous part. These designs satisfy firesport nozzle requirements, previously stated in this thesis.
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Time Measurement System for Firesport Competitions
Pelka, Tomáš ; Bidlo, Michal (referee) ; Vašíček, Zdeněk (advisor)
This work deals with the design of universal wireless timer for fire sport disciplines. Fire sport is a group of more than 15 disciplines. There are different ways of time measurement for each discipline. Important part of this work is detailed research of individual disciplines and their requirements at time measurement system and it's accessories. Another part of this work deals with the specification of wireless timekeeping system, which involves suitable partitioning of time measurement system into wirelessly communication modules. The interface for connecting sensors and accessories is also specified. Designed system is suitable for racing and training purposes, it has short installation time. This work also deals with the design of electronics (power and digital circuits) for each module and also with building of prototype, which is tested using prepared scenarios. New findings are evaluated and lead to design of next generation of time measurement system.
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