Emergency Communications System

• US 20090041206A1
• Filed: 06/18/2008
• Published: 02/12/2009
• Est. Priority Date: 03/05/2007
• Status: Active Grant

• Current Assignee: Safecom 911 Inc
• Original Assignee: David E. Petty, Patrick L. Hobby
• Inventors: Hobby, Patrick L., Petty, David E.
• Granted Patent: US 7,813,750 B2
• Time in Patent Office: Days
• US Class Current: 379/45
• CPC Class Codes: H04W 4/90 Services for handling of emergency or hazardous situations, e.g. earthquake and tsunami warning systems [ETWS]
• CPC Class Codes: H04W 76/50 for emergency connections

Abstract

A communication system and method is provided for handling emergency situations wherein complex public safety radio systems can be used to directly communicate with normally incompatible radio systems used by organizations such as schools, hospital, and other facilities. The system includes a radio communication bridge that is selectively activated by emergency personnel to contact selected organizations. The bridge is activated via a TCP/IP command sent from an organization having activation privileges to the selected communication endpoints. Computer software or firmware installed at various communication endpoints, emergency responder locations, and at an emergency call center is used to facilitate functionality of the system to include emergency notifications, dissemination of information associated with a particular emergency, and the status of the system to include activation and deactivation of the radio bridge.

Claims

1. A communication system especially adapted for facilitating emergency communications between communicants having respective radio systems, said system comprising:

a first computer processor located at an emergency call center location, said first computer processor including a first user interface and a first input means for inputting data in said first computer processor;

a second computer processor located at an emergency responder location, said second computer processor including a second user interface and a second input means for inputting data in said second computer processor;

a third computer processor located at a communication endpoint location such as a school, said third computer processor including a third user interface and a third input means for inputting data in said third computer processor;

a communications server for managing communications between users located at said locations;

a communications network interconnecting said communications server and said computer processors, said server and each said computer processor having respective IP addresses;

a public radio system comprising a plurality of public safety radios, at least one public safety radio being associated with said emergency responder location;

a local radio system comprising a plurality of local radios, at least one local radio being associated with said communication endpoint;

a radio bridge device for facilitating direct radio communications between said public safety radio system and said local radio system, said radio bridge being installed at said communication endpoint and including hardware means for enabling connection between the radio systems, said bridge further including a processor that communicates with said server to receive activation and deactivation instructions sent from an authorized user, said instructions being sent as IP packets over the communications network; and

computer software means associated with said server and said computer processors for selectively controlling and monitoring the system to include activating and deactivating said radio bridge and producing visual displays on said user interfaces allowing a user to manipulate the functions of the system in accordance with specified user privileges.

2. A system, as claimed in claim 1, further including:

a status and control panel located at said communication endpoint, said status and control panel including a plurality of indicators for monitoring a status of the local radio system and a status of the radio bridge.

3. A system, as claimed in claim 1, wherein:

said computer software means includes at least one of computer coded instructions or firmware that generates at least one user interface screen on at least one of said user interfaces for selectively activating and deactivating said radio bridge.

4. A system, as claimed in claim 1, wherein:

said third computer processor includes a plurality of computer processors located at respective communication endpoints, such as school locations, each of said plurality of computer processors including corresponding user interfaces and corresponding input means for inputting data into said computer processors, and wherein said computer software means generates visual displays on the user interfaces, said visual displays including a school district activation screen showing (i) a listing of schools within the school district, (ii) a status of the radio bridge for each of the schools, (iii) a type of activation including at least one of a 911 activation, a security activation, or both a 911 and security activation, and (iv) a message window containing a message sent to selected schools within the district based upon the type of activation.

5. A system, as claimed in claim 1, wherein:

said third computer processor includes a plurality of computer processors located at respective communication endpoints, such as school locations, each of said plurality of computer processors including corresponding user interfaces and corresponding input means for inputting data into said computer processors, and wherein said computer software means generates visual displays on the user interfaces, said visual displays including a school activation screen showing (i) a status of the radio bridge for the selected school, (ii) a type of activation including at least one of a 911 activation, a security activation, or both a 911 and security activation for the selected school, and (iii) a message window containing a message sent to the selected school based upon the type of activation.

6. A system, as claimed in claim 1, wherein:

said third computer processor includes a plurality of computer processors located at respective communication endpoints, such as school locations, each of said plurality of computer processors including corresponding user interfaces and corresponding input means for inputting data into said computer processors, and wherein said computer software means generates visual displays on the user interfaces, said visual displays including a notification screen showing (i) a type of activation including at least one of a 911 activation, a security activation, or both a 911 and security activation for a selected school, and (ii) a message window containing a message sent to the selected school based upon the type of activation.

7. A system, as claimed in claim 1, wherein:

said communication endpoint includes a plurality of communication endpoints and a corresponding plurality of computer processors, user interfaces, and input means for inputting data in said system, and said software means generates visual displays on the user interfaces including at least one visual display including an administrator screen showing (i) configurable notification groups for receiving selected activations, (ii) a flag list setup for establishing preconfigured messages that may be sent to and received by said communication endpoint.

8. A method of facilitating radio communications between users having normally incompatible radio systems, said method comprising the steps of:

providing;

(i) a plurality of computer processors located at respective locations of the communicants, said computer processors communicating with one another electronically through at least one communications network wherein each computer processors have respective IP addresses;

(ii) a public radio system comprising a plurality of public safety radios, at least one public safety radio being associated with one of said locations such as an emergency responder;

(iii) a local radio system comprising a plurality of local radios, at least one local radio being associated with another location, such as a school;

(iv) a communications server for managing emergency communications between users located at said locations;

(v) a radio bridge device for facilitating direct radio communications between said public safety radio system and said local radio system, said radio bridge being installed at least at said another location and including hardware means for enabling connection between the radio systems, said bridge device further including a processor that communicates with said server to receive activation and deactivation instructions sent from an authorized user within said communication network, said instructions being sent as IP packets over the communications network in order to activate or deactivate a communication bridge between selected users;

(vi) computer software means associated with said computer processors for selectively controlling and monitoring the communication system to include activating and deactivating of the radio bridge and producing user interfaces allowing the users to manipulate functions of the system in accordance with specified user privileges; and

selectively activating and deactivating the radio bridge based upon classification of a nature of an emergency at said another location.

9. A method of facilitating radio communications between communicants having normally incompatible radio systems, said method comprising the steps of:

providing;

(i) a first computer processor located at an emergency call center location, said first computer processor including a first user interface and a first input means for inputting data in said first computer processor;

(ii) a second computer processor located at an emergency responder location, said second computer processor including a second user interface and a second input means for inputting data in said second computer processor;

(iii) a third computer processor located at a communication endpoint location such as a school, said third computer processor including a third user interface and a third input means for inputting data in said third computer processor;

(iv) a communications server for managing communications between users located at said locations;

(v) a communications network interconnecting said server and said computer processors, said server and each said computer processor having respective IP addresses;

(vi) a public radio system comprising a plurality of public safety radios, at least one public safety radio being associated with said emergency responder location;

(vii) a local radio system comprising a plurality of local radios, at least one local radio being associated with said communication endpoint;

(viii) a radio bridge device for facilitating direct radio communications between said public safety radio system and said local radio system, said radio bridge being installed at said communication endpoint and including hardware means for enabling connection between the radio systems, said bridge further including a processor that communicates with said server to receive activation and deactivation instructions sent from an authorized user, said instructions being sent as IP packets over the communications network;

(ix) computer software means associated with said computer processors for selectively controlling and monitoring the system to include activating and deactivating said radio bridge and producing user interfaces allowing a user to manipulate the functions of the system in accordance with specified user privileges;

sending an emergency notification to said emergency call center, said emergency notification comprising at least one of a telephone call to said emergency call center and an email sent to said emergency call center;

categorizing a nature of the emergency notification to determine whether direct radio communications are required between said local radio system at said communication endpoint and said public safety radio system; and

selectively activating said radio bridge for facilitating direct radio communications between a first communicant using a public safety radio and a second communicant using a local radio, said selectively activating including transmission of an IP packet containing a command directed to the radio bridge device located at said communication endpoint wherein said IP packet is interpreted by the bridge device, and said bridge device changes a status of the local radio system such that radios in the local radio system can transmit and receive messages to/from radios in said public safety radio system.

10. A method, as claimed in claim 9, wherein:

said third computer processor includes a plurality of computer processors located at respective communication endpoints, such as school locations, each of said plurality of computer processors including corresponding user interfaces and corresponding input means for inputting data into said computer processors, and wherein said computer software means generates visual displays on the user interfaces, said visual displays including a school district activation screen showing (i) a listing of schools within the school district, (ii) a status of the radio bridge for each of the schools, (iii) a type of activation including at least one of a 911 activation, a security activation, or both a 911 and security activation, and (iv) a message window containing a message sent to selected schools within the district based upon the type of activation.

11. A system, as claimed in claim 9, wherein:

said third computer processor includes a plurality of computer processors located at respective communication endpoints, such as school locations, each of said plurality of computer processors including corresponding user interfaces and corresponding input means for inputting data into said computer processors, and wherein said computer software means generates visual displays on the user interfaces, said visual displays including a school activation screen showing (i) a status of the radio bridge for the selected school, (ii) a type of activation including at least one of a 911 activation, a security activation, or both a 911 and security activation for the selected school, and (iii) a message window containing a message sent to the selected school based upon the type of activation.

12. A system, as claimed in claim 9, wherein:

said third computer processor includes a plurality of computer processors located at respective communication endpoints, such as school locations, each of said plurality of computer processors including corresponding user interfaces and corresponding input means for inputting data into said computer processors, and wherein said computer software means generates visual displays on the user interfaces, said visual displays including a notification screen showing (i) a type of activation including at least one of a 911 activation, a security activation, or both a 911 and security activation for a selected school, and (ii) a message window containing a message sent to the selected school based upon the type of activation.

13. A system, as claimed in claim 9, wherein:

said communication endpoint includes a plurality of communication endpoints and a corresponding plurality of computer processors, user interfaces, and input means for inputting data in said system, and said software means generates visual displays on the user interfaces including at least one visual display including an administrator screen showing (i) configurable notification groups for receiving selected activations, (ii) a flag list setup for establishing preconfigured messages that may be sent to and received by said communication endpoint.