Detail výsledku
Context sensitive fire protection system
Koplík Karel, Ing., FIT (FIT), UPGM (FIT)
Došek Roman, Bc.
Dulík Tomáš, Ing.
Bližňák Michal, Ing.
Vařacha Pavel, Ing. Bc., Ph.D.
This paper deals with design of context sensitive fire protection system, which should be able to detect and localize firein industrial areas, especially in large factory halls. The "context sensitive" means that the system will be able to detectthe fire, but also recognize the fire type and decide whether the detected fire is intended (as a part of standard productionprocess) or it is an accident. Moreover, a remote controlled master stream device is part of the designed system; therefore,the system can directly start fire-fighting. The main feature of this system will be extremely low level of false positiveactions and minimal collateral damage to the environment surrounding the fire.
Fire protection; remote controlled master stream device; fire-fighting
@inproceedings{BUT131014,
author="Peter {Janků} and Karel {Koplík} and Roman {Došek} and Tomáš {Dulík} and Michal {Bližňák} and Pavel {Vařacha}",
title="Context sensitive fire protection system",
booktitle="DAAAM International Vienna",
year="2015",
series="Annals of DAAAM International for 2015",
journal="Inteligent Manufacturing and Automation: Focus on Young Researches and Scientists",
volume="2015",
number="26",
pages="1025--1031",
publisher="DAAAM International",
address="Vienna",
doi="10.2507/26th.daaam.proceedings.144",
isbn="978-3-902734-06-8",
issn="1726-9679",
url="http://www.daaam.info/Downloads/Pdfs/proceedings/proceedings_2015/144.pdf"
}