METHOD AND APPARATUS FOR DISSEMENATING INFORMATION RELATING TO A LOCAL EMERGENCY CONDITION

• US 20100278315A1
• Filed: 12/15/2009
• Published: 11/04/2010
• Est. Priority Date: 05/04/2009
• Status: Abandoned Application

• Current Assignee: Alcatel-Lucent USA, Inc. (Nokia Corporation)
• Original Assignee: Alcatel-Lucent USA, Inc. (Nokia Corporation)
• Inventors: Rauscher, Karl F., Goldman, Stuart O.
• Application Number:
  US12/638,238
• Publication Number:
  US 20100278315A1
• Time in Patent Office: Days
• US Class Current: 379/45
• CPC Class Codes: H04M 11/04 with alarm systems, e.g. fire, police or burglar alarm systems

Abstract

A method for disseminating information relating to a local emergency condition includes providing a user device with access to an outgoing announcement via a network node in a communication network, the outgoing announcement accessible via a non-emergency network address for a destination device of an information service organization that provides information service relating to local emergency conditions for a geographic area, the outgoing announcement providing information for a local emergency condition within the geographic area; receiving an incoming call originated by the user device and directed to the non-emergency network address, the network node and the user device being located within the predetermined geographic area; connecting the incoming call to the destination device; and routing the outgoing announcement from the destination device to the user device through the network node. A network node associated with the method may include an input module, a handling module, and an output module.

Claims

1. A method for disseminating information relating to a local emergency condition, comprising:

a) providing at least a first user device with access to an outgoing announcement via at least a first network node in a communication network, the outgoing announcement accessible via a non-emergency network address associated with a destination device, the non-emergency network address also being associated with an information service organization that provides information service relating to local emergency conditions for a predetermined geographic area, wherein the non-emergency network address is distinct from an emergency network address associated with an emergency response organization that provides emergency response service for at least a portion of the predetermined geographic area, wherein the outgoing announcement provides select information for at least one local emergency condition within at least a portion of the predetermined geographic area;

b) receiving a first incoming call at the first network node, the first incoming call originated by the first user device and directed to the non-emergency network address, the first network node and the first user device being located within the predetermined geographic area;

c) connecting the first incoming call to the destination device; and

d) routing the outgoing announcement from the destination device to the first user device through at least the first network node.

2. The method of claim 1 wherein the select information provided in the outgoing announcement includes a status report for at least one local emergency condition within at least a portion of the predetermined geographic area and a guidance report with at least one response measure for each corresponding local emergency condition.

3. The method of claim 1 wherein the outgoing announcement is periodically updated during each corresponding local emergency condition to provide near real-time select information for each corresponding local emergency condition.

4. The method of claim 1 wherein the outgoing announcement is uninterruptible while the first incoming call is connected to the destination device.

5. The method of claim 1 wherein the outgoing announcement comprises a one-way broadcast communication.

6. The method of claim 1 wherein the outgoing announcement includes a pre-recorded message having a known duration, the method further comprising:

e) repeating d) until the first incoming call is ended by the first user device.

7. The method of claim 1 wherein the outgoing announcement includes a pre-recorded message having a known duration, the method further comprising:

e) ending the first incoming call after the pre-recorded message for the outgoing announcement in d) is complete.

8. The method of claim 1, further comprising:

e) providing at least a second user device with access to the outgoing announcement via at least the first network node;

f) receiving a second incoming call at the first network node, the second incoming call originated by the second user device and directed to the non-emergency network address, the second user device being located within the predetermined geographic area;

g) bridging the second incoming call to the destination device; and

h) routing the outgoing announcement from the destination device to the second user device through at least the first network node in conjunction with the routing in d).

9. The method of claim 1, further comprising:

e) providing at least a second user device with access to the outgoing announcement via at least a second network node in the communication network;

f) receiving a second incoming call at the second network node, the second incoming call originated by the second user device and directed to the non-emergency network address, the second network node and the second user device being located within the predetermined geographic area;

g) bridging the second incoming call to the destination device; and

h) routing the outgoing announcement from the destination device to the second user device through at least the second network node in conjunction with the routing in d).

10. The method of claim 1 wherein the outgoing announcement includes a pre-recorded message having a known duration and the pre-recorded message is iteratively repeated over time, wherein the connecting in b) is after a current iteration of the pre-recorded message is complete such that the outgoing announcement for the routing in c) begins at a next iteration of the pre-recorded message.

11. The method of claim 10, further comprising:

e) providing at least a second user device with access to the outgoing announcement via at least the first network node;

f) receiving a second incoming call at the first network node, the second incoming call originated by the second user device and directed to the non-emergency network address, the second user device being located within the predetermined geographic area;

g) connecting the second incoming call to the destination device after the current iteration of the pre-recorded message is complete; and

h) routing the outgoing announcement from the destination device to the second user device through at least the first network node in conjunction with the routing in d) such that the outgoing announcement to the first and second user devices begins at the next iteration of the pre-recorded message.

12. An apparatus for disseminating information relating to a local emergency condition, comprising:

a first network node in a communication network for providing at least a first user device with access to an outgoing announcement via at least the first network node, the outgoing announcement accessible via a non-emergency network address associated with a destination device, the non-emergency network address also being associated with an information service organization that provides information service relating to local emergency conditions for a predetermined geographic area, wherein the non-emergency network address is distinct from an emergency network address associated with an emergency response organization that provides emergency response service for at least a portion of the predetermined geographic area, wherein the outgoing announcement provides select information for at least one local emergency condition within at least a portion of the predetermined geographic area, the first network node comprising;

a first input module for receiving a first incoming call originated by the first user device and directed to the non-emergency network address, the first network node and the first user device being located within the predetermined geographic area;

a first handling module in operative communication with the first input module for connecting the first incoming call to the destination device; and

a first output module in operative communication with the first handling module for routing the outgoing announcement from the destination device to the first user device through at least the first network node.

13. The apparatus of claim 12 wherein the first network node comprises a serving network node serving at least a portion of the predetermined geographic area, the serving network node comprising the first input module, first handling module, and first output module.

14. The apparatus of claim 12, the first network node further comprising the destination device.

15. The apparatus of claim 12 wherein the first network node provides at least a second user device with access to the outgoing announcement via at least the first network node, the first input module receiving a second incoming call originated by the second user device and directed to the non-emergency network address, the second user device being located within the predetermined geographic area, the first handling module bridging the second incoming call to the destination device, and the first output module routing the outgoing announcement from the destination device to the second user device through at least the first network node in conjunction with routing the outgoing announcement to the first user device.

16. The apparatus of claim 12, further comprising:

a second network node in the communication network for providing at least a second user device with access to the outgoing announcement via at least the second network node, the second network node comprising;

a second input module for receiving a second incoming call originated by the second user device and directed to the non-emergency network address, the second network node and the second user device being located within the predetermined geographic area;

a second handling module in operative communication with the second input module for bridging the second incoming call to the destination device; and

a second output module in operative communication with the second handling module for routing the outgoing announcement from the destination device to the second user device through at least the second network node in conjunction with the first output module routing the outgoing announcement to the first user device.

17. The apparatus of claim 12 wherein the outgoing announcement includes a pre-recorded message having a known duration and the pre-recorded message is iteratively repeated over time;

wherein the first handling module connects the first incoming call to the destination device after a current iteration of the pre-recorded message is complete such that the outgoing announcement routed to the first user device begins at a next iteration of the pre-recorded message;

wherein the first network node provides at least a second user device with access to the outgoing announcement via at least the first network node, the first input module receiving a second incoming call originated by the second user device and directed to the non-emergency network address, the second user device being located within the predetermined geographic area, the first handling module connecting the second incoming call to the destination device after the current iteration of the pre-recorded message is complete, and the first output module routing the outgoing announcement from the destination device to the second user device through at least the first network node in conjunction with routing the outgoing announcement to the first user device such that the outgoing announcement to the first and second user devices begins at the next iteration of the pre-recorded message.

18. A method for disseminating information relating to a local emergency condition, comprising:

a) providing at least first and second user devices with access to an outgoing announcement via at least a first network node in a communication network, the outgoing announcement accessible via a non-emergency network address associated with a destination device, the non-emergency network address also being associated with an information service organization that provides information service relating to local emergency conditions for a predetermined geographic area, wherein the non-emergency network address is distinct from an emergency network address associated with an emergency response organization that provides emergency response service for at least a portion of the predetermined geographic area, wherein the outgoing announcement includes a pre-recorded message having a known duration and the pre-recorded message is iteratively repeated over time, wherein the pre-recorded message provides select information for at least one local emergency condition within at least a portion of the predetermined geographic area;

b) receiving a first incoming call at the first network node, the first incoming call originated by the first user device and directed to the non-emergency network address, the first network node and the first user device being located within the predetermined geographic area;

c) receiving a second incoming call at the first network node, the second incoming call originated by the second user device and directed to the non-emergency network address, the second user device being located within the predetermined geographic area;

d) connecting the first and second incoming calls to the destination device after a current iteration of the pre-recorded message is complete; and

e) routing the outgoing announcement from the destination device to the first and second user devices through at least the first network node such that the outgoing announcement begins at a next iteration of the pre-recorded message.

19. The method of claim 18, further comprising:

f) providing at least a third user device with access to the outgoing announcement via at least the first network node;

g) receiving a third incoming call at the first network node, the third incoming call originated by the third user device and directed to the non-emergency network address, the third user device being located within the predetermined geographic area;

h) connecting the third incoming call to the destination device after the current iteration of the pre-recorded message is complete; and

i) routing the outgoing announcement from the destination device to the third user device through at least the first network node in conjunction with the routing in e).

20. The method of claim 18, further comprising:

f) providing at least a third user device with access to the outgoing announcement via at least a second network node in the communication network;

g) receiving a third incoming call at the second network node, the third incoming call originated by the third user device and directed to the non-emergency network address, the second network node and the third user device being located within the predetermined geographic area;

h) connecting the third incoming call to the destination device after the current iteration of the pre-recorded message is complete; and

i) routing the outgoing announcement from the destination device to the third user device through at least the second network node in conjunction with the routing in e).