A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
A fire suppression system to be located on a balcony 10 comprises a housing 32, a fire suppression unit 30 held in the housing, and a sensor 36. The fire suppression unit comprises a pressurised container configured to discharge fire suppressant material 40 from a discharge outlet 38. The sensor is configured to sense a fire condition event, and the fire suppression system is configured to activate discharge of the fire suppressant material from the discharge outlet when a fire condition event is sensed by the sensor. The housing at least partially screens the fire suppression unit from sight and the housing is positioned with respect to the balcony so that the discharge outlet is oriented to spread the fire suppressant material over at least a part of the balcony.
A fire suppression system to be located on a balcony 10 comprises a housing 32, a fire suppression unit 30 held in the housing, and a sensor 36. The fire suppression unit comprises a pressurised container configured to discharge fire suppressant material 40 from a discharge outlet 38. The sensor is configured to sense a fire condition event, and the fire suppression system is configured to activate discharge of the fire suppressant material from the discharge outlet when a fire condition event is sensed by the sensor. The housing at least partially screens the fire suppression unit from sight and the housing is positioned with respect to the balcony so that the discharge outlet is oriented to spread the fire suppressant material over at least a part of the balcony.
Balcony fire suppression system
TRISTAN PARSONS (author)
2024-12-04
Patent
Electronic Resource
English
Balcony supporting frame and balcony construction system
| European Patent Office | 2023