Auditory and visual guidance system for emergency evacuation
View Patent ↗The auditory and visual guidance system for emergency evacuation includes one or more single track auditory and visual guidance systems. Each of the single track auditory and visual guidance systems includes a continuous ovoid track and at least one mobile guidance device mounted on the track and moveable around the track. The single track auditory and visual guidance system is attached to the ceiling or walls of the covered area. Each of the mobile guidance devices includes a speaker and optionally a downwardly pointing laser that receives signals from a computer. A number of emergency detectors are mounted in the covered area and provide emergency signals to the computer. When an emergency is detected, the computer activates the mobile guidance devices to move around the track, and activates the laser and speaker on any mobile guidance devices that are traveling in the direction of the safest evacuation route.
1. A guidance system for emergency evacuation, comprising:
at least one single track guidance system, the at least one single track guidance system including:
a housing having side panels and a bottom panel, the bottom panel having an opening therein;
a continuous track mounted in the housing above the opening;
at least one mobile guidance device, the at least one mobile guidance device having means for driving about the continuous track and a speaker;
a computer including
memory; and
a computer program stored in the memory, the computer program having means for determining an emergency location based on emergency detector location data stored in the memory, activating the means for driving the at least one mobile guidance device about the continuous track to drive the at least one mobile guidance device about the continuous track; and sending a signal to the speaker of the at least one mobile guidance device, such that the speaker is activated to transmit an audio signal when the at least one mobile guidance device is moving in a direction of safest evacuation and is deactivated when the at least one mobile guidance device is moving opposite to the direction of safest evacuation; and
a plurality of emergency detectors having means for sending an emergency signal to the computer when at least one of the emergency detectors detects an emergency.
2. The guidance system for emergency evacuation as recited in claim 1 , wherein the track further comprises:
a track body with a channel, a first track electrical strip and a second track electrical strip;
a power supply; and
a track control circuit.
3. The guidance system for emergency evacuation as recited in claim 2 , wherein each of the at least one mobile guidance device further comprises:
a body having a top surface, a bottom surface, and two sides;
at least two axles extending from the sides of the body;
a plurality of wheels mounted on the at least two axles;
a pin connected to a surface of the body and extending into the channel of the track body;
a first mobile device electrical contact attached to the surface of the body and contacting the first track electrical strip;
a second mobile device electrical contact attached to the surface of the body and contacting the second track electrical strip; and
wherein the means for driving comprises an electrical motor mounted in the body, the electrical motor being electrically connected to the first and second mobile device electrical contacts and mechanically connected to one of the axles, to thereby drive the at least one mobile guidance device around the continuous track when power is applied to the first and second track electrical strips.
4. The guidance system for emergency evacuation as recited in claim 3 , wherein the computer sends an activating signal to the track control circuit of the at least one single track guidance system to prompt the track control circuit to connect the power supply to the first track electrical strip and the second track electrical strip.
5. The guidance system for emergency evacuation as recited in claim 1 , wherein:
each of the at least one mobile guidance device further comprises a downwardly pointing laser; and
the computer is configured to send a signal to the downwardly pointing laser of the at least one mobile guidance device, such that the laser is activated to transmit a laser beam through the opening in the bottom panel when the at least one mobile guidance device is moving in a direction of safest evacuation and deactivated when the at least one mobile guidance device is moving opposite to the direction of safest evacuation.
6. The guidance system for emergency evacuation as recited in claim 1 , wherein the at least one mobile guidance device comprises at least two mobile guidance devices.
7. The guidance system for emergency evacuation as recited in claim 1 , wherein the at least one single track guidance system comprises a plurality of single track guidance systems.
8. The guidance system for emergency evacuation as recited in claim 1 , wherein the audio signal transmitted by the speaker is selected from the group consisting of a white noise signal, a tonal broadband, and a narrow band frequency signal.
9. The guidance system for emergency evacuation as recited in claim 1 , wherein:
the at least one mobile guidance device further comprises a microphone; and
the audio signal transmitted by the speaker is level-adjusted based on a background noise level sensed by the microphone.
10. A method of guiding people to an exit for emergency evacuation, the method comprising the steps of:
providing the guidance system for emergency evacuation of claim 1 ;
detecting an emergency using at least one of the emergency detectors;
determining an emergency location;
activating the speaker to transmit an audio signal when the at least one mobile guidance device is moving in a direction of safest evacuation based on the emergency location; and
deactivating the speaker when the at least one mobile guidance device is moving opposite to the direction of safest evacuation.
11. The method of guiding people to an exit for emergency evacuation as recited in claim 10 , wherein the audio signal is selected from the group consisting of a white noise signal, a tonal broadband, and a narrow band frequency signal.
12. The method of guiding people to an exit for emergency evacuation as recited in claim 11 , wherein:
the at least one mobile guidance device further comprises a microphone; and
the audio signal transmitted by the speaker is level-adjusted based on a background noise level sensed by the microphone.
13. The method of guiding people to an exit for emergency evacuation as recited in claim 11 , wherein the at least one mobile guidance device comprises at least two mobile guidance devices.
14. The method of guiding people to an exit for emergency evacuation as recited in claim 11 , wherein the at least one mobile guidance device further comprises a laser, the laser being configured to transmit a laser beam from the at least one mobile guidance device when the at least one mobile guidance device is moving in the direction of safest evacuation.
15. The method of guiding people to an exit for emergency evacuation as recited in claim 14 , wherein the activating step comprises:
activating the laser to transmit a laser beam in the mobile guidance devices moving in the direction of safest evacuation; and
deactivating the laser in the mobile guidance devices moving opposite to the direction of safest evacuation.
16. The method of guiding people to an exit for emergency evacuation as recited in claim 15 , wherein the at least one mobile guidance device comprises more than two mobile guidance devices.
17. The method of guiding people to an exit for emergency evacuation as recited in claim 15 , wherein the laser is a downwardly pointing laser.