EVENT TRACKING AND MONITORING SYSTEM

• US 20080278314A1
• Filed: 04/29/2008
• Published: 11/13/2008
• Est. Priority Date: 04/30/2007
• Status: Abandoned Application

• Current Assignee: IonEarth LLC (Quanta Services Incorporated)
• Original Assignee: IonEarth LLC (Quanta Services Incorporated)
• Inventors: Perrin, Randall L., Spencer, Douglas W., Miller, Jerry E., Reinhold, Jabin D., Anderson, James D.
• Application Number:
  US12/111,422
• Publication Number:
  US 20080278314A1
• Time in Patent Office: Days
• US Class Current: 340/539.13
• CPC Class Codes: G07C 5/008 communicating information to a remotely located station transmission systems for measured values G08C

Abstract

A race tracking and monitoring system using satellite communications may support racing teams in remote areas, and may provide information to officials, media broadcasters, or other interested parties while minimizing the cost of communications. The system may include a race vehicle communication device, a satellite network, check point communication devices at check points along a race route, and a control. The race vehicle communication device generates outputs, including the geographical location of the race vehicle, to the satellite network, and receives inputs from the satellite network. The check point communication device generates an output to the satellite network, including data indicative of the race vehicle passing a given check point. The control receives the outputs of the race vehicle communication device and the check point communication device via the satellite and processes the outputs, and generates a control output responsive to the processing.

Claims

1. A race tracking and monitoring system comprising:

at least one race vehicle communication device operable to generate at least one first output to a satellite network and to receive at least one input from the satellite network, said at least one race vehicle communication device being associated with a respective race vehicle, said first output including data indicative of a geographical location of the respective race vehicle;

at least one check point communication to the satellite network, said at least one check point communication including data indicative of a race vehicle passing a check point along the race route;

a control operable to receive said at least one first output of said at least one race vehicle communication device via the satellite network and to process said at least one first output, said control operable to receive said at least one check point communication via the satellite network and to process said at least one check point communication; and

wherein said control is operable to generate a control output responsive to said processing, said control output communicating data indicative of the geographical location of the race vehicle and its location along the race route to at least one remote communication device.

2. The race tracking and monitoring system of claim 1, wherein said control output communicates data to said at least one remote communication device via the satellite network.

3. The race tracking and monitoring system of claim 2, wherein said at least one remote communication device comprises at least one display operable to display said data of said control output.

4. The race tracking and monitoring system of claim 1, wherein said at least one race vehicle communication device comprises a plurality of race vehicle communication devices associated with respective ones of a plurality of race vehicles.

5. The race tracking and monitoring system of claim 4, wherein said control output communicates data indicative of the geographical locations of the race vehicles and their respective locations along the race route to said at least one remote communication device.

6. The race tracking and monitoring system of claim 1, wherein said at least one check point communication is generated by a check point communication device at a check point, said check point communication device being responsive to a sensing device at the respective check point, said sensing device being operable to sense and identify a race vehicle as it passes the respective check point.

7. The race tracking and monitoring system of claim 1, wherein said control determines at least one of (i) a standing of the race vehicle in the race, (ii) a split time for the race vehicle, (iii) a position of the race vehicle on a race course, (iv) the race vehicle'"'"'s passage of a waypoint, and (v) a race time adjusted for a handicap of the race vehicle.

8. An event tracking system for tracking and monitoring multiple objects of an event, said event tracking system comprising:

a first communication device operable to generate a first output to a satellite network and to receive an input from the satellite network, said first communication device being associated with a first object, said first output including data indicative of a geographical location of the first object;

a first display device associated with the first object and operable to display information indicative of a geographical location of the first object;

a second communication device operable to generate a second output to the satellite network and to receive an input from the satellite network, said second communication device being associated with a second object, said second output including data indicative of a geographical location of the second object;

a second display device associated with the second object and operable to display information indicative of a geographical location of the second object;

a control operable to receive said first and second outputs of said first and second communication devices via the satellite network and to process said first and second outputs;

said control operable to generate a control output responsive to said processing, said control output communicating data indicative of the geographical location of the first object to said second communication device and said control output communicating data indicative of the geographical location of the second object to said first communication device;

wherein said first display device is operable to display information indicative of the geographical location of the second object in response to said control output and wherein said second display device is operable to display information indicative of the geographical location of the first object in response to said control output.

9. The event tracking system of claim 8, wherein said first communication device is responsive to said control output, said first communication device being operable to adjust information being communicated by said first communication device in response to said control output.

10. The event tracking system of claim 8, wherein said first output of said first communication device includes status information data relating to a status of the first object.

11. The event tracking system of claim 8, wherein said event comprises a vehicle race and the first object comprises a race vehicle and the second object comprises at least one chase vehicle, said control output communicating data indicative of the geographical location of the race vehicle to said second communication device of the at least one chase vehicle.

12. The event tracking system of claim 11, wherein the at least one chase vehicle comprises multiple chase vehicles, each having a second communication device and a second display device, said control output including data indicative of the geographical location of the chase vehicles, said second display devices displaying information indicative of the geographical location of the chase vehicles in response to said second communication device.

13. The event tracking system of claim 8, wherein said second output includes a waypoint, said control output communicating said waypoint to said first communication device, said first communication device communicating said waypoint via said first display device.

14. The event tracking system of claim 8, wherein said control generates said control output at particular time intervals to reduce the data transmission to said communication devices via the satellite network.

15. The event tracking system of claim 8, wherein said event comprises tracking individuals, the tracked object comprising at least one tracked individual and the tracking object comprising at least one rescue team vehicle or member, and wherein said first output of said first communication device includes biometric data of the tracked individual.

16. The event tracking system of claim 8, wherein said control processes said first and second outputs and generates packets of data for communication to respective ones of the first and second objects.

17. The event tracking system of claim 16, wherein said control combines multiple packets of data for communicating as a single packet to reduce the number of communications.

18. The event tracking system of claim 17, wherein said control prioritizes said packets and determines a transmission order of said packets.

19. The event tracking system of claim 8, wherein said first communication device is operable to adjust information being displayed by said first display device in response to said control output.

20. The event tracking system of claim 8, wherein said control output received by said first communication device may include different information or data than said control output received by said second communication device.

21. A method of tracking objects comprising:

providing a first communication device associated with a first object and a second communication device associated with a second object;

providing a first display device associated with the first object and operable to display information indicative of a geographical location of the first object;

providing a second display device associated with the second object and operable to display information indicative of a geographical location of the second object;

providing a control operable to receive first and second outputs of respective ones of the first and second communication devices via a satellite network and to process the first and second outputs, the first output including data indicative of a geographical location of the first object and the second output including data indicative of a geographical location of the second object;

generating a control output responsive to said processing, the control output communicating data indicative of the geographical location of the first object to the second communication device via the satellite network and the control output communicating data indicative of the geographical location of the second object to the first communication device via the satellite network;

displaying information indicative of the geographical location of the first object via the second display device and in response to the control output; and

displaying information indicative of the geographical location of the second object via the first display device and in response to the control output.

22. The method of claim 21, wherein the first communication device is responsive to the control output, the first communication device being operable to at least one of (a) adjust information being communicated by the first communication device in response to the control output, and (b) adjust information being displayed by the first display device in response to the control output.

23. The method of claim 22, wherein the first object comprises a first race vehicle and the second object comprises a second race vehicle, said method further comprising:

generating at least one check point communication to the satellite network, the at least one check point communication including data indicative of at least one of (a) the first race vehicle passing a check point along a race route, and (b) the second race vehicle passing a check point along a race route;

receiving the check point communication at the control via the satellite network; and

processing the check point communication at the control and communicating a control output indicative of the check point communication to a remote communication device.

24. The method of claim 23, wherein the first object comprises a race vehicle and the second object comprises a tracking vehicle.

25. The method of claim 23, further comprising adjusting information being displayed by the first display device in response to the control output.