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Analysis and Recognition of Flames from Different FuelsGuo, Shangyuan, Wang, Dailu January 2010 (has links)
<p>This paper presents a method for recognition of flame types coming from different kinds of fuel through analysis of flame images. Accurate detection of fire alarm and achievement of early warning is positive development for cities fire safety. Image-based fire flame detection technology is a new effective way to achieve early warning through the early fire flame detection. Different fuel combustion in air it the basic of basis to recognize the type of flame. The application built up by using generic color model and the techniques of image analysis.</p>
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Funktionsbeskrivning av brandlarmsstyrningen i ventilationssystemet ombord korvett av GöteborgsklassJonsson, Jesper January 2010 (has links)
Denna slutrapport beskriver projektarbetet Funktionsbeskrivning av Brandlarms-styrningen av Ventilationssystemet ombord Korvett av Göteborgsklass som beställdes av divisionsingenjören vid 41.korvettdivisionen. Bakgrunden till projektets beställning var att fartygens dokumentation över ventilationssystemets funktion vid brand var bristfällig vilket försvårade underhåll, felsökning och utbildning av och på systemet. Den ofullständiga dokumentationen var ett resultat av att individerna i fartygsklassen modifierats i flera olika omgångar utan att dokumentationen uppdaterats på ett tillfredsställande sätt. Det hade även framkommit att det fanns olikheter i konfigurationen av fartygsindividernas system. Projektet genomfördes dels genom studier av den befintliga dokumentation som fanns att tillgå ombord och på divisionen, dels genom praktiska undersökningar ombord på fartygen. Under de praktiska undersökningarna framkom behov av ytterligare utredningar än de som ursprungligen framgick av det erhållna uppdraget. Projektet påvisade skillnader mellan fartygens system, vissa förmodat felaktiga styrningar av fläktar och spjäll samt fastställde att dokumentationen var bristfällig. Projektet resulterade i ett antal beskrivande dokument som sammanställdes i en pärm för respektive fartyg. Dessa uppfyller det givna uppdraget och målen med projektet. En större modifiering av fartygen i klassen med syfte att förlänga deras operativa livslängd är under planeringsstadiet. Under modifieringen skall bland annat fartygens dokumentation uppdateras, något som resultaten från detta projekt kommer underlätta. / This is the final report regarding the project A Functional Description of the Fire Alarm Control in the Ventilation System aboard the Swedish Navy’s Gothenburg-class Corvettes, which was commissioned by the Senior Marine Engineer Officer of the 41st Corvette Squadron of the 4th Naval Warfare Flotilla. The reason for the commission was that the set of documentation concerning the function of the ventilation system in case of a fire was insufficient. This caused problems, both during maintenance work done to ensure that the system was operating in accordance with the design parameters, as well as when trouble-shooting the system. The insufficient set of documentation was a result of a number of upgrades done to the ships over the years without any corresponding update of the documentation. During the project it has also been made clear that there were non-documented differences existing between the ships in the class. The project was fulfilled by a combination of studies of the existing set of documentation and practical surveys aboard the ships. During the surveys, more shortcomings in the existing set of documentation became evident. The project demonstrated differences between the individual ships, assumed inaccuracies in the control of fans and dampers and determined the shortage in the set of documentation. The project has resulted in a number of describing documents that are collected in one unique file for each ship. These documents fulfil the commission and the objectives of the project. A major upgrade of the ships in the class with the purpose of extending their operational lifetime is now being planned. The ships’ set of documentation will be simultaneously updated, a task that will be simplified with the support of the results of this project.
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Funktionsbeskrivning av brandlarmsstyrningen i ventilationssystemet ombord korvett av GöteborgsklassJonsson, Jesper January 2010 (has links)
<p>Denna slutrapport beskriver projektarbetet <em>Funktionsbeskrivning av Brandlarms-styrningen av Ventilationssystemet ombord Korvett av Göteborgsklass</em> som beställdes av divisionsingenjören vid 41.korvettdivisionen. Bakgrunden till projektets beställning var att fartygens dokumentation över ventilationssystemets funktion vid brand var bristfällig vilket försvårade underhåll, felsökning och utbildning av och på systemet. Den ofullständiga dokumentationen var ett resultat av att individerna i fartygsklassen modifierats i flera olika omgångar utan att dokumentationen uppdaterats på ett tillfredsställande sätt. Det hade även framkommit att det fanns olikheter i konfigurationen av fartygsindividernas system.</p><p>Projektet genomfördes dels genom studier av den befintliga dokumentation som fanns att tillgå ombord och på divisionen, dels genom praktiska undersökningar ombord på fartygen. Under de praktiska undersökningarna framkom behov av ytterligare utredningar än de som ursprungligen framgick av det erhållna uppdraget.</p><p>Projektet påvisade skillnader mellan fartygens system, vissa förmodat felaktiga styrningar av fläktar och spjäll samt fastställde att dokumentationen var bristfällig. Projektet resulterade i ett antal beskrivande dokument som sammanställdes i en pärm för respektive fartyg. Dessa uppfyller det givna uppdraget och målen med projektet.</p><p>En större modifiering av fartygen i klassen med syfte att förlänga deras operativa livslängd är under planeringsstadiet. Under modifieringen skall bland annat fartygens dokumentation uppdateras, något som resultaten från detta projekt kommer underlätta.</p> / <p>This is the final report regarding the project <em>A Functional Description of the Fire Alarm Control in the Ventilation System aboard the Swedish Navy’s Gothenburg-class Corvettes,</em> which was commissioned by the Senior Marine Engineer Officer of the 41st Corvette Squadron of the 4th Naval Warfare Flotilla. The reason for the commission was that the set of documentation concerning the function of the ventilation system in case of a fire was insufficient. This caused problems, both during maintenance work done to ensure that the system was operating in accordance with the design parameters, as well as when trouble-shooting the system. The insufficient set of documentation was a result of a number of upgrades done to the ships over the years without any corresponding update of the documentation. During the project it has also been made clear that there were non-documented differences existing between the ships in the class.</p><p>The project was fulfilled by a combination of studies of the existing set of documentation and practical surveys aboard the ships. During the surveys, more shortcomings in the existing set of documentation became evident.</p><p>The project demonstrated differences between the individual ships, assumed inaccuracies in the control of fans and dampers and determined the shortage in the set of documentation. The project has resulted in a number of describing documents that are collected in one unique file for each ship. These documents fulfil the commission and the objectives of the project.</p><p>A major upgrade of the ships in the class with the purpose of extending their operational lifetime is now being planned. The ships’ set of documentation will be simultaneously updated, a task that will be simplified with the support of the results of this project.</p>
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Analysis and Recognition of Flames from Different FuelsGuo, Shangyuan, Wang, Dailu January 2010 (has links)
This paper presents a method for recognition of flame types coming from different kinds of fuel through analysis of flame images. Accurate detection of fire alarm and achievement of early warning is positive development for cities fire safety. Image-based fire flame detection technology is a new effective way to achieve early warning through the early fire flame detection. Different fuel combustion in air it the basic of basis to recognize the type of flame. The application built up by using generic color model and the techniques of image analysis.
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Non-Excluding, Dynamic Fire Escape Assistance SystemBarchéus, Albin January 2021 (has links)
Out of the people who lose their lives during a fire, there is a severeover-representation amongst those with an impairment. Although thereexist certain efforts to solve or diminish this gap, there is still roomfor a great amount of improvement. Throughout this thesis, we lookinto the variables that this issue consists of and put forth a prototypicalsystem to be able to counteract this trend. We go through why solutionslike this are becoming more prevalent and why the focus needs to beput on subjects like this, both for the individual and as a society. Asinterest groups have expressed the necessity of change this can be thestart of a more major movement that encourages both judicial branchesof government as well as those whose goal is monetary gain to continueresearch and changes of policy.
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Podpora výuky systémů elektrické požární signalizace / Support for instruction in electric fire alarm systemsMacinka, Jiří January 2008 (has links)
The master’s thesis „Support for instruction in electric fire alarm system” describes principles and engineering solution of electric fire alarm system. It is background for activity task about EPS for students in VUT in Brno. It illustrates how to act on this task and configuration fire panel and components EPS with the support of software FSP 5000. The practice contains proposal EPS with support in fire system designer.
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