Geographic pointing device

• US 20030069693A1
• Filed: 08/28/2002
• Published: 04/10/2003
• Est. Priority Date: 01/16/2001
• Status: Abandoned Application

• Current Assignee: Douglas N. Snapp
• Original Assignee: Douglas N. Snapp
• Inventors: Ivie, Evan, Snapp, Douglas N., Rust, Wayne
• Application Number:
  US10/233,105
• Publication Number:
  US 20030069693A1
• Time in Patent Office: Days
• US Class Current: 701/213
• CPC Class Codes: G01C 21/20 Instruments for performing navigational calculations G01C21/24, G01C21/26 take precedence
• CPC Class Codes: H04M 2250/10 including a GPS signal receiver

Abstract

A geographic pointing device that includes a GPS receiver, a digital compass and informational databases. When a user activates the device, the user'"'"'s position and direction are displayed on a displayed map, as the user travels, the map and direction are continually updated to reflect the movement. Geographically encoded information concerning points of interest is displayed on the map in response to user preferences.

Claims

1. A geographic pointing device comprising:

a locator means;

a direction means; and

a trigger means.

2. The geographic pointing device of claim 1, further comprising a data processing unit.

4. The geographic pointing device of claim 1, wherein the direction means comprises a compass.

5. The geographic pointing device of claim 4, wherein the compass is digital compass.

6. The geographic pointing device of claim 5, wherein the digital compass is a single axis direction sensor.

7. The geographic pointing device of claim 5, wherein the digital compass is a dual axis direction sensor.

17. A location receiver and direction sensor combination apparatus of claim 8 wherein the said trigger is adapted to provide a signal to be detected external of the location receiver and direction sensor combination apparatus of claim 1.

8. A location receiver and direction sensor combination apparatus for receiving location, direction and orientation information independent of the location receiver, the location receiver and direction sensor combination apparatus comprising:

a location receiver for providing location;

a direction sensor for providing orientation to the magnetic north pole of the earth;

a trigger for starting or stopping the apparatus.

3. The geographic pointing device of claim 11 wherein the locator means comprises a GPS receiver.

9. A location receiver and direction sensor combination of claim 8 wherein the said direction sensor is a one axis magnetic sensor.

10. A location receiver and direction sensor combination apparatus of claim 8 wherein the said direction sensor is a two axis magnetic sensor.

11. A location receiver and direction sensor combination apparatus of claim 8 wherein the said trigger is connected to an external device by a signal connection and the external device provides a signal that is used as the trigger.

12. A location receiver and direction sensor combination apparatus of claim 8 wherein the said direction sensor provides directional, orientation, or bearing information.

13. A location receiver and direction sensor combination apparatus of claim 8 wherein the location receiver is a global positioning system receiver for receiving a GPS signal including information for a GPS location.

14. A location receiver and direction sensor combination apparatus of claim 8 wherein said direction sensor is adapted to include a two axis direction sensor information.

15. A location receiver and direction sensor combination apparatus of claim 8 wherein the GPS receiver for providing location is adapted to additionally provides time information as digital information.

16. A location receiver and direction sensor combination apparatus of claim 8 wherein the location receiver is a data storage buffer wherein the location information is stored as digital information.

18. A location receiver and direction sensor combination apparatus of claim 8 including a method for providing a corrected compass reading based on the true north for the location provided by the location receiver.

19. A location receiver and direction sensor combination apparatus of claim 8 including a method of transmitting the location, direction and orientation information.

20. A location receiver and direction sensor combination apparatus of claim 8 wherein said trigger is adapted to be a data processing unit.

21. A location receiver and direction sensor combination apparatus of claim 8 wherein said trigger is adapted to be a digital signal processor (DSP) unit.

22. A location receiver and direction sensor combination apparatus of claim 9 wherein said direction sensor is adapted to be a data storage buffer wherein the bearing information is stored as digital information.

23. A location receiver and direction sensor combination apparatus of claim 8 including a method for locating and presenting the location and bearing.

24. A location receiver and direction sensor combination apparatus of claim 19 including and output means for outputting the location and direction sensor information.

25. A location receiver and direction sensor combination apparatus of claim 20 wherein the output means for outputting the location and direction sensor information is stored in an information storage buffer as digital information.

26. A location receiver and direction sensor combination apparatus of claim 12 wherein the trigger is adapted to use the time information from the GPS receiver.

27. A location receiver and direction sensor combination apparatus of claim 8 including a method for determining the location of a remote object displaced from the location receiver and direction sensor combination apparatus.

28. A method for determining the location of a remote object as of claim 24 wherein the location receiver is adapted to include a location information for a plurality of remote objects.

29. A method for determining the location of a remote object as in claim 24 wherein the method for determining the location of a remote object is accomplished with the addition of a visual remote location device.

30. A method for determining the location of a remote object as of claim 24 wherein the method for determining the location of a remote object is accomplished with the addition of an electronic remote location device.

31. A method for determining the location of a remote object as of claim 24 wherein the method for determining the location of a remote object is accomplished with the addition of an acoustic remote location device.

32. A method for determining the location of a remote object as of claim 24 wherein the method for determining the location of a remote object is accomplished with the addition of an Infrared (IR) remote location device.

33. A method for determining the location of a remote object as of claim 24 wherein the method for determining the location of a remote object is accomplished with the addition of a light wave, light particle or laser beam remote location device.