MEETING LOCATOR SYSTEM AND METHOD OF USING THE SAME

• US 20060227047A1
• Filed: 06/30/2006
• Published: 10/12/2006
• Est. Priority Date: 12/13/2005
• Status: Abandoned Application

• Current Assignee: Outland Research LLC
• Original Assignee: Outland Research LLC
• Inventors: Rosenberg, Louis B.
• Application Number:
  US11/428,341
• Publication Number:
  US 20060227047A1
• Time in Patent Office: Days
• US Class Current: 342/357.550
• CPC Class Codes: G01S 19/51 Relative positioning
• CPC Class Codes: G01S 5/0054 of actual mobile position, i.e. position calculation on base station
• CPC Class Codes: G01S 5/0072 Transmission between mobile stations, e.g. anti-collision systems

Abstract

A meeting locator system enables users, each having a mobile phone equipped with locative sensing capabilities, to receive locative data from one another. The meeting locator system displays the location of each user upon a visual map on a mobile phone of at least one user. The visual map is automatically scaled to simultaneously display the location of each user. The meeting locator system computes midpoint location (geometric or geographic) between the users and displays the midpoint over the visual map as an approximate location where the users are likely to meet. The midpoint location can be updated and further adjusted based upon an estimated travel time for each user to reach the midpoint. The estimated travel time is computed based upon a current speed of each user, a recent average speed of each user, a computation of path lengths between each user, and/or other travel conditions and is displayed.

Claims

1. A meeting location method, comprising:

accessing current locative data of a first mobile unit and a second mobile unit, the locative data representing the location of each of the first and second mobile units;

computing a midpoint location between the location of the first and second mobile units as represented by the current locative data of the first and second mobile units;

accessing a database containing a visual map showing an environment local to both the first and second mobile units; and

displaying, upon a screen of at least one of the first and second mobile units, the accessed visual map, a first icon representing the location of the first mobile unit with respect to the accessed visual map, a second icon representing the location of the second mobile unit with respect to the accessed visual map, and the midpoint location.

2. The meeting location method of claim 1, wherein the midpoint location is the geographic midpoint between the location of the first and second mobile units.

3. The meeting location method of claim 1, wherein the midpoint location is determined with consideration of a speed of travel of both said first mobile unit and said second mobile unit, the midpoint location indicating an expected approximate meeting location of the first and second mobile units based upon the speed of travel of each.

4. The meeting location method of claim 1, wherein the midpoint location is a midpoint upon at least one of a determined path of travel along at least one of designated roads and paths between the first and second mobile units.

5. The meeting location method of claim 1, wherein the midpoint location is updated repeatedly based at least in part upon changes in location of at least one of the first and second mobile units.

6. The meeting location method of claim 1, wherein the first icon represents an orientation of the first mobile unit with respect to the accessed visual map.

7. The meeting location method of claim 1, wherein the second icon represents an orientation of the second mobile unit with respect to the accessed visual map.

8. The meeting location method of claim 1, further comprising:

determining a distance between the location of the first and second mobile units as represented by the current locative data of the first and second mobile units; and

scaling the accessed visual map based upon the determined distance.

9. The meeting location method of claim 1, further comprising:

determining a travel path between the between the location of the first and second mobile units as represented by the current locative data of the first and second mobile units; and

displaying the travel path over the visual map upon the screen of at least one of the first and second mobile units,

the travel path being upon one or more designated roads or paths between the first and second mobile units.

10. The meeting location method of claim 9, further comprising:

computing a distance between the first and second mobile units based upon the determined travel path; and

displaying a numerical representation of the computed distance upon the screen of at least one of the first and second mobile units.

11. The meeting location method of claim 10, further comprising:

computing an estimating travel time based upon the computed distance, the estimated travel time indicating an amount of time that will pass until the first and second mobile units will meet each other at the midpoint location while traveling along the determined travel path; and

displaying a numerical representation of the estimated travel time upon the screen of at least one of the first and second mobile units.

12. The meeting location method of claim 11, further comprising:

determining a speed for both the first and second mobile units; and

computing the estimated travel time based upon the speeds determined.

13. The meeting location method of claim 11, further comprising computing the estimated travel time based upon at least one of a traffic condition, a weather condition, a construction condition, and a terrain condition.

14. The meeting location method of claim 9, further comprising determining the travel path based upon the locations of the first and second mobile units as represented by the current locative data of the first and second mobile units.

15. The meeting location method of claim 14, further comprising determining the travel path based upon geographical features of the environment local to both the first and second mobile units.

16. The meeting location method of claim 1, further comprising:

determining a speed for both the first and second mobile units; and

adjusting the computed midpoint location based upon the speeds determined.

17. The meeting location method of claim 1, further comprising:

determining whether a distance between the first and second mobile units is below a threshold distance; and

generating a user alert on at least one of the first and second mobile units when the distance between the first and second mobile units is below the threshold distance, the user alert adapted to indicate that the first and second mobile units are within a certain proximity to each other.

18. The meeting location method of claim 1, further comprising:

determining whether a distance between the first and second mobile units is below a threshold distance for a threshold amount of time; and

ceasing to access current locative data of the first and second mobile units when the distance between the first and second mobile units is below the threshold distance for more than a threshold amount of time.

19. The meeting location method of claim 1, further comprising:

determining whether a distance between the first and second mobile units is below a threshold distance at a first time and is above the threshold distance at a second time subsequent to the first time; and

generating an alarm at at least one of the first and second mobile units when the distance between the first and second mobile units is below the threshold distance at the first time and is above the threshold distance at the second time, the alarm adapted to indicate that users of the first and second mobile units have missed each other.

20. A meeting locator system, comprising:

first and second mobile units each adapted to generate locative data representing its location, wherein at least one of the first and second mobile units comprises;

a display screen; and

circuitry adapted to;

access current locative data of the first mobile unit and the second mobile unit;

compute a midpoint location between the location of the first and second mobile units as represented by the current locative data of the first and second mobile units;

access a database containing a visual map showing an environment local to both the first and second mobile units; and

display, upon the display screen, the accessed visual map, a first icon representing the location of the first mobile unit with respect to the accessed visual map, a second icon representing the location of the second mobile unit with respect to the accessed visual map, and the midpoint location.

21. The meeting locator system of claim 20, wherein the midpoint location is the geographic midpoint between the location of the first and second mobile units.

22. The meeting locator system of claim 20, wherein the circuitry is adapted to determine midpoint location with consideration of a speed of travel of both said first mobile unit and said second mobile unit, the midpoint location indicating an expected approximate meeting location of the first and second mobile units based upon the speed of travel of each.

23. The meeting locator system of claim 20, wherein the midpoint location is a midpoint upon at least one of a determined path of travel along at least one of designated roads and paths between the first and second mobile units.

24. The meeting locator system of claim 20, wherein the circuitry is adapted to update the midpoint location repeatedly based at least in part upon changes in location of at least one of the first and second mobile units.

25. The meeting locator system of claim 20, wherein the first icon represents an orientation of the first mobile unit with respect to the accessed visual map.

26. The meeting locator system of claim 20, wherein the circuitry is further adapted to:

determine a distance between the location of the first and second mobile units as represented by the current locative data of the first and second mobile units; and

scale the accessed visual map based upon the determined distance.

27. The meeting locator system of claim 20, wherein the circuitry is further adapted to:

determine a travel path between the between the location of the first and second mobile units as represented by the current locative data of the first and second mobile units; and

display the travel path over the visual map upon the display screen,

the travel path being upon one or more designated roads or paths between the first and second mobile units.

28. The meeting locator system of claim 27, wherein the circuitry is further adapted to:

compute a distance between the first and second mobile units based upon the determined travel path; and

display a numerical representation of the computed distance upon the display screen.

29. The meeting locator system of claim 28, wherein the circuitry is further adapted to:

compute an estimating travel time based upon the computed distance, the estimated travel time indicating an amount of time that will pass until the first and second mobile units will meet each other at the midpoint location while traveling along the determined travel path; and

display a numerical representation of the estimated travel time upon the display screen.

30. The meeting locator system of claim 29, wherein the circuitry is further adapted to:

determine a speed for both the first and second mobile units; and

compute the estimated travel time based upon the speeds determined.

31. The meeting locator system of claim 29, wherein the circuitry is further adapted to compute the estimated travel time based upon at least one of a traffic condition, a weather condition, a construction condition, and a terrain condition.

32. The meeting locator system of claim 20, wherein the circuitry is further adapted to:

determine a speed for both the first and second mobile units; and

adjust the computed midpoint location based upon the speeds determined.

33. The meeting locator system of claim 20, further comprising:

determine whether a distance between the first and second mobile units is below a threshold distance; and

cause a user alert to be generated by at least one of the first and second mobile units when the distance between the first and second mobile units is below the threshold distance, the user alert adapted to indicate that the first and second mobile units are within a certain proximity to each other.

34. The meeting locator system of claim 20, wherein the circuitry is further adapted to:

determine whether a distance between the first and second mobile units is below a threshold distance for a threshold amount of time; and

cease to access current locative data of the first and second mobile units when the distance between the first and second mobile units is below the threshold distance for more than a threshold amount of time.

35. The meeting locator system of claim 20, wherein the circuitry is further adapted to:

determine whether a distance between the first and second mobile units is below a threshold distance at a first time and is above the threshold distance at a second time subsequent to the first time; and

cause an alarm to be generated at at least one of the first and second mobile units when the distance between the first and second mobile units is below the threshold distance at the first time and is above the threshold distance at the second time, the alarm adapted to indicate that users of the first and second mobile units have missed each other.

36. A mobile phone enabled with a meeting locator feature, the mobile phone comprising:

circuitry adapted to maintain a voice phone call between a user of the mobile phone and a user of a second mobile phone unit over a wireless link;

circuitry adapted to repeatedly receive a geospatial coordinate over a wireless link from the second mobile phone unit during a maintained voice phone call, the geospatial coordinate indicating a current location of the second mobile phone unit; and

circuitry adapted to repeatedly display during the maintained voice call, a graphical indication of the current location of the second mobile phone unit upon a displayed geospatial image, the geospatial image representing the local geographic vicinity of both the mobile phone and the second mobile phone unit.

37. The mobile phone of claim 36, further comprising circuitry adapted to repeatedly display a planned meeting location between the mobile phone and the second mobile phone unit upon the geospatial image, the planned meeting location being repeatedly dependent upon a current location of the mobile phone and the second mobile phone unit.

38. The mobile phone of claim 37, wherein the planned meeting location is at or near the geographic midpoint between the current location of the mobile phone and the second mobile phone unit.

39. The mobile phone of claim 37, wherein the planned meeting location is computed based upon the current location of the mobile phone and the second mobile phone unit, and a speed of travel of the mobile phone and the second mobile phone unit.

40. The mobile phone of claim 37, wherein the planned meeting location is determined based at least in part upon a determined path of travel between the mobile phone and the second mobile phone unit, the determined path of travel being upon at least one of designated roads and designated paths between the mobile phone and the second mobile phone unit.

41. The mobile phone of claim 36, further comprising circuitry adapted to repeatedly display an estimated travel distance between the mobile phone and the second mobile phone unit.

42. The mobile phone of claim 37, further comprising circuitry adapted to repeatedly display an estimated travel distance to the planned meeting location.

43. The mobile phone of claim 37, further comprising circuitry adapted to repeatedly display an estimated travel time to the planned meeting location, the estimated travel time being determined based at least in part upon a travel speed for the mobile phone and a travel speed for the second mobile phone unit.

44. The mobile phone of claim 36, wherein the second mobile phone unit sends updated locative values to the mobile phone upon determining that it has moved more than a threshold distance.

45. The mobile phone of claim 36, wherein the second mobile phone unit sends updated locative values at an update rate that is dependent upon the speed of travel of the second mobile phone unit.