Fire Evacuation Sample Clauses

Fire Evacuation. Immediate evacuation when an alarm sounds is mandatory and re-entry into a building before an all-clear signal is prohibited.

Fire Evacuation. In the event of power failure or inefficiency of the building’s sprinkler system or water supply, it is expected that all lessees, their guests, and any person in the building evacuate the building until these fire preventative services have been restored to full capacity.

Fire Evacuation a. In case of fire, you should pull an interior fire alarm and call Building Security or the Building Management Office. b. Smoke and/or sprinkler activation will automatically transmit a signal to the fire department and bring all elevators to the Building lobby. Our attendant at the console will also manually alert the fire department. c. The attendant at the Fire Command Station (lobby) will instruct tenants in evacuation procedure and advise of emergency conditions by using the Fire Communication System. d. Designated floor wardens on all floors will coordinate evacuation procedures through communication with the Fire Command Station at the lobby console. e. In case of evacuation, persons in stairwells must allow fire department personnel movement through the stairwells by traveling on the wall side of stairwells. f. It is of the utmost importance that you remain calm and follow instructions issued by the floor warden and/or the Fire Command Station. There will be no evacuation of the building unless specifically recommended by the Fire Department and conveyed from the Fire Command Station (lobby console) to all personnel. In the event of evacuation, calmly leave the Building and cross the street obeying instructions of the police and fire department. Disabled Persons — A responsible person in the same work area should be assigned to assist the disabled persons.

Fire Evacuation. ▇▇▇▇▇ ▇▇, ▇▇▇ ▇▇▇▇ and ▇▇▇▇▇ ▇▇▇▇▇▇▇ (2004) from University of Teesside investigated virtual reality simulation of crowd movements. They think about virtual worlds as “a powerful tool to assist urban planning, architectural design, and safety assessment.” They tried to describe “a behavior based simulation system for modeling movements of a high density human crowd in buildings under constrains of fire evacuation procedures.” (▇▇, ▇▇▇▇, Simpson, 2004). They did not forget about different behaviors of people when it comes to fire disasters and they included both normal behavior and behavior against the rules such as panic and some delays. They used interactive 3D virtual environment with a high visualization in real-time. For their research, they needed different age and gender groups. Their survey shows that occupants’ behaviors can be affected by both physical and psychological factors, such as smoke, the situation of the evacuation route, and the panic. Even in the same situation and the conditions, people will behave differently in terms of gender and age. This is very important information for my research and I will try to agreed or disagreed with it. They come up with the conclusion, that “designing refined rules to capture the characteristics of the people’s behavior under the real-life emergency situation requires in depth interdisciplinary study in human behaviors.”(▇▇, ▇▇▇▇, ▇▇▇▇▇▇▇, 2004). They also discovered that there is a lack of results and informations about human behaviors from psychology in such situations as emergency disasters.

Fire Evacuation. Rukuhia School and Hall Committee Fire Evacuation procedures apply. Please see the signs on display in all areas of the hall for details of this procedure.

Fire Evacuation. SECTION 8 33