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Fire location estimation using temperature sensor arrays

Berentsen, M. / Kaiser, T.

This paper reconsiders how to estimate the location of a fire in a closed room with an array of temperature sensors. The very important question is: 'Where is a fire located ?'. The answer is of interest for research on fire detection and for a deeper understanding of the case of fire for prevention and extinguishing. The answer to this question can be given with two small arrays of temperature sensors. Here, 'small' means in the same dimensions like a standard fire detector. The data signal processing for the fire location estimation can be done by a digital signal processor (DSP). It seems to be possible to give a rough fire location estimation with such an array in the same time which is required by a standard fire detector to give a fire alarm.

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Fire location estimation using temperature sensor arrays

Berentsen, M. / Kaiser, T.

This paper reconsiders how to estimate the location of a fire in a closed room with an array of temperature sensors. The very important question is: 'Where is a fire located ?'. The answer is of interest for research on fire detection and for a deeper understanding of the case of fire for prevention and extinguishing. The answer to this question can be given with two small arrays of temperature sensors. Here, 'small' means in the same dimensions like a standard fire detector. The data signal processing for the fire location estimation can be done by a digital signal processor (DSP). It seems to be possible to give a rough fire location estimation with such an array in the same time which is required by a standard fire detector to give a fire alarm.

Fire location estimation using temperature sensor arrays

Berentsen, M. / Kaiser, T.

This paper reconsiders how to estimate the location of a fire in a closed room with an array of temperature sensors. The very important question is: 'Where is a fire located ?'. The answer is of interest for research on fire detection and for a deeper understanding of the case of fire for prevention and extinguishing. The answer to this question can be given with two small arrays of temperature sensors. Here, 'small' means in the same dimensions like a standard fire detector. The data signal processing for the fire location estimation can be done by a digital signal processor (DSP). It seems to be possible to give a rough fire location estimation with such an array in the same time which is required by a standard fire detector to give a fire alarm.

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Title:

Fire location estimation using temperature sensor arrays

Additional title:

Brandortung mittels Temperatursensor-Arrays

Contributors:

Berentsen, M. (author) / Kaiser, T. (author)

Published in:

AUBE, International Conference on Automatic Fire Detection, 12 ; 432-443

NIST Special Publication (National Institute of Standards and Technology) ; 965

Publication date:

2001

Size:

12 Seiten, 10 Bilder, 1 Tabelle, 10 Quellen

ISSN:

Type of media:

Conference paper

Type of material:

Print

Language:

English

Keywords:

Feuermeldetechnik , Brandortung , Temperaturverteilung , Temperatursensor , Ansprechzeit , Messwerterfassung , Messwertauswertung , digitale Signalverarbeitung , mathematisches Modell

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