System and method for electronically recording task-specific and location-specific information, including farm-related information

• US 20060106539A1
• Filed: 11/12/2004
• Published: 05/18/2006
• Est. Priority Date: 11/12/2004
• Status: Abandoned Application

• Current Assignee: Agforest Partners Incorporated
• Original Assignee: Agforest Partners Incorporated
• Inventors: Wallace, Aaron A., Choate, Paul H.
• Application Number:
  US10/987,925
• Publication Number:
  US 20060106539A1
• Time in Patent Office: Days
• US Class Current: 702/2
• CPC Class Codes: G06Q 10/10 Office automation; Time management
• CPC Class Codes: G06Q 50/02 Agriculture; Fishing; Forestry; Mining
• CPC Class Codes: Y02A 40/28 specially adapted for farming

Abstract

A system and method for electronically tracking and recording task-specific and location-specific information, including farming-related information, agricultural information, and other information. The system and method comprise a handheld unit having a simple-to-use, fully-customizable user interface that a farmer, for example, can carry with him during his daily tasks. Since the farmer is able to record agricultural-related information on the fly, the system and method facilitate the collection and compilation of highly-accurate information concerning the details of the farming operation. The information that is collected may be used, for example, in complying with various governmental rules and regulations.

Claims

1. A pocket computer for electronically storing farming-related information for a selected field, the pocket computer comprising

a memory for storing said farming-related information;

and

a resident computer program to control a graphical user interface that generates a plurality of touchscreens to facilitate receipt and storage of said farming-related information into said memory, wherein said resident computer program is adapted to store said farming-related information based upon user inputs received through said graphical user interface, and wherein at least a subset of said plurality of touchscreens generated by said graphical user interface comprises said farming-related information overlaid onto an aerial photograph of the selected field.

2. The pocket computer of claim 1 further comprising at least one of a camera, a microphone, a keypad, and a telephone.

3. The pocket computer of claim 1, wherein said plurality of touchscreens comprises

(a) a first plurality of touchscreens for recording information related to a tillage operation;

(b) a second plurality of touchscreens for recording information related to a planting operation;

(c) a third plurality of touchscreens for recording information related to a harvesting operation;

(d) a fourth plurality of touchscreens for recording information related to a spraying operation; and

(e) a fifth plurality of touchscreens for recording information related to a fertilizing operation.

4. The pocket computer of claim 1, wherein said plurality of touchscreens comprises

(a) at least one activity touchscreen for selecting a farming-related activity;

and

(b) at least one operation touchscreen for selecting a farming-related operation.

5. The pocket computer of claim 4, wherein said at least one operation touchscreen for selecting a farming-related operation comprises selectable icons overlaid on said aerial photograph of the selected field.

6. The pocket computer of claim 4, wherein said at least one activity touchscreen comprises a farming icon and a pest-identification icon.

7. The pocket computer of claim 4, wherein said at least one operation touchscreen comprises a tillage icon, a planting icon, a harvesting icon, a spraying icon, and a fertilizing icon.

8. The pocket computer of claim 4, wherein said at least one activity touchscreen comprises a farming activity icon, and wherein said at least one operation touchscreen comprises at least one farming operation icon selected from the group consisting of a tillage icon, a planting icon, a harvesting icon, a spraying icon, and a fertilizing icon.

9. The pocket computer of claim 8, wherein, upon selection of said at least one farming operation icon, said graphical user interface is adapted to generate at least one additional touchscreen for setting options for the selected farming-related operation.

10. The pocket computer of claim 1, wherein said plurality of touchscreens further comprises

(a) an opening touchscreen;

(b) an activity-selection touchscreen; and

(c) an operation-selection touchscreen comprising at least one farming operation icon overlaid on said aerial photograph of the selected field.

11. The pocket computer of claim 10, wherein said at least one farming operation icon is selected from the group consisting of a tillage icon, a planting icon, a harvest icon, a spraying icon, and a fertilizing icon.

12. The pocket computer of claim 1, wherein said plurality of touchscreens further comprises a tillage touchscreen for recording information related to a tillage operation, said tillage touchscreen comprising

(i) a tractor-selection button;

(ii) a tool-selection button; and

(iii) a depth-selection button.

13. The pocket computer of claim 12, wherein said tillage touchscreen further comprises a date-selection icon and a time-selection icon, said date-selection icon and said time-selection icon facilitating recordation of temporally-shifted information.

14. The pocket computer of claim 12, wherein, upon selection of said tractor-selection button, said graphical user interface is adapted to generate a tractor-selection touchscreen comprising a context-sensitive list of user-selectable tractors available for said tillage operation.

15. The pocket computer of claim 12, wherein, upon selection of said tool-selection button, said graphical user interface is adapted to generate a tool-selection touchscreen comprising a context-sensitive list of user-selectable tools available for said tillage operation.

16. The pocket computer of claim 12, wherein, upon selection of said depth-selection button, said graphical user interface is adapted to generate a depth-selection touchscreen comprising a context-sensitive list of user-selectable depths for said tillage operation.

17. The pocket computer of claim 1, wherein said plurality of touchscreens further comprises an activity-selection touchscreen including a pest-identification icon.

18. The pocket computer of claim 17, wherein said graphical user interface is adapted to generate, upon selection of said pest-identification icon, a further plurality of touchscreens that facilitate identification of pests.

19. The pocket computer of claim 18 further comprising a camera for recording visual observations, wherein said camera is adapted for photographing pests to be identified.

20. The pocket computer of claim 19, wherein said resident computer program is adapted to generate, upon use of said camera to photograph an unidentified pest to be identified, an inquiry message for automatic delivery to a special data handler.

21. The pocket computer of claim 18 further comprising a camera for recording visual observations, and wherein said plurality of touchscreens that facilitate identification of pests further comprises touchscreens for completing at least one of (a) recording a written description of an unidentified pest, (2) recording a spoken description of said unidentified pest, and (3) recording a photograph of said unidentified pest.

22. The pocket computer of claim 18, wherein said plurality of touchscreens that facilitate identification of pests comprises a first pest-identification touchscreen that includes at least one of (i) an insect-identification icon, (ii) a weed-identification icon, and (iii) a fungus-identification icon.

23. The pocket computer of claim 22, wherein said graphical user interface is adapted to present, upon selection of said pest-identification icon, a pest-identification touchscreen comprising an image of at least one insect.

24. The pocket computer of claim 1, wherein said plurality of touchscreens further comprises an activity-selection touchscreen including a shopping icon.

25. The pocket computer of claim 24, wherein said graphical user interface is adapted to generate, upon selection of said shopping icon, a plurality of touchscreens that facilitate shopping including at least one of (i) a price-items touchscreen and (ii) a price-seed touchscreen.

26. The pocket computer of claim 24, wherein said graphical user interface is adapted to generate, upon selection of said shopping icon, a touchscreen including a price-seed icon, and wherein said graphical user interface is adapted to generate, upon selection of said price-seed icon, a touchscreen comprising at least one icon selected from the group consisting of a soybean seeds icon, a wheat seeds icon, a corn seeds icon, a cotton seeds icon, and a sorghum seeds icon.

27. The pocket computer of claim 24, wherein said graphical user interface is adapted to generate, upon selection of said shopping icon, a touchscreen including a price-items icon, and wherein said graphical user interface is adapted to generate, upon selection of said price-items icon, a touchscreen comprising at least one icon selected from the group consisting of a seed icon, a parts icon, a fuel icon, a chemical icon, and a fertilizer icon.

28. The pocket computer of claim 24, wherein said graphical user interface is adapted to generate, upon selection of said shopping icon, a touchscreen including an order-items icon, and wherein said resident computer program is adapted to generate, upon selection of said order-items icon, an order message for automatic delivery to a special data handler.

29. The pocket computer of claim 1, wherein said plurality of touchscreens further comprises a record-ticket-information icon, and wherein said graphical user interface is adapted to generate, upon selection of said record-ticket-information icon, a plurality of touchscreens that facilitate recording of information related to a paper grain ticket.

30. The pocket computer of claim 29, wherein said plurality of touchscreens that facilitate recording of information related to said paper grain ticket include a voice-record-ticket icon, a hand-write-ticket icon, and a take-picture-of-ticket icon.

31. The pocket computer of claim 30, wherein, upon selection of said voice-record-ticket icon, said resident computer program activates a built-in microphone for recording spoken information about said paper grain ticket.

32. The pocket computer of claim 30, wherein, upon selection of said hand-write-ticket icon, said graphical user interface generates a virtual-grain-ticket screen on which information about said paper grain ticket may be recorded.

33. The pocket computer of claim 30, wherein, upon selection of said take-picture-of-ticket icon, said graphical user interface presents photograph-taking touchscreens via which an uploadable photograph of said paper grain ticket may be recorded.

34. A handheld device for electronically storing and processing task-specific data for a particular task, the handheld device comprising

a memory for storing said task-specific data;

and

a resident computer program to control a graphical user interface that generates a plurality of touchscreens to facilitate receipt and storage of said task-specific data into said memory, wherein said resident computer program is adapted to store and manipulate said task-specific data based upon user inputs received through said graphical user interface, and wherein said graphical user interface presents a notes icon for accessing note-taking capabilities.

35. A handheld device for electronically storing data for a point-of-origin, the handheld device comprising

a memory for storing said data;

and

a resident computer program to control a graphical user interface that generates a plurality of touchscreens to facilitate receipt and storage of said data into said memory, wherein said resident computer program is adapted to store and manipulate said data based upon user inputs received through said graphical user interface, and wherein said graphical user interface presents a plurality of touchscreens for creating and storing notes specific to the point-of-origin.

36. The handheld device of claim 35, wherein said plurality of touchscreens for creating and storing notes specific to the point-of-origin comprises a first notes touchscreen including a user-selectable notes icon for displaying a notes-viewer touchscreen for reviewing previously-stored, point-of-origin-specific notes and for creating and storing new point-of-origin-specific notes.

37. The handheld device of claim 36, wherein said notes-viewer touchscreen is adapted to display at least one previously-stored, point-of-origin-specific note, and wherein said notes-viewer touchscreen further comprises a new-note active region.

38. The handheld device of claim 37, wherein, upon user contact with said new-note active region of said notes-viewer touchscreen, said graphical user interface generates a new-note touchscreen including a note-receiving region.

39. The handheld device of claim 38, wherein said point-of-origin is a selected field, and wherein said graphical user interface presents said note-receiving region overlaid onto an aerial photograph of said selected field.

40. The handheld device of claim 38, wherein, upon contact with said new-note active region of said notes-viewer touchscreen, said graphical user interface generates a pen-color palette that includes a plurality of user-selectable color option for taking notes.

41. A system for electronically recording and processing agricultural and other farming-related data for a selected farm, the system comprising

a mobile device with a touchscreen display for recording data, wherein said mobile device is adapted to be carried by an operator conducting farming-related activities;

a service network including a special data handler adapted to perform various back-office functions including addressing operator-originated inquiries and preparing operator-requested reports based upon said agricultural and other farming-related data; and

a data link for connecting said mobile device with said service network to facilitate the selective exchange of data between said mobile device and said service network.

42. The system of claim 41, wherein said service network and said special data handler are each physically located remotely from said selected farm.

43. The system of claim 42, wherein said service network comprises a remote server and wherein said special data handler comprises personnel and equipment adapted to communicate with said mobile device.

44. The system of claim 41, wherein said data link comprises a wireless hotspot located on said selected farm, and wherein said mobile device is configured to automatically and wirelessly exchange said agricultural and other farming-related data with said service network.

45. A method for electronically storing and manipulating field-specific farming information using a handheld computer having a graphical user interface presented on a touchscreen display, the method comprising

said graphical user interface serially generating on said touchscreen display, in response to a farmer selectively touching said touchscreen display, the following touchscreens:

(a) an opening touchscreen;

(b) an activity-selection touchscreen; and

(c) an operation-selection touchscreen having as a background an image of a farmer-selected field for which farming information is to be collected.

46. The method of claim 45, wherein said generating step further comprises said graphical user interface generating at least one option-selection touchscreen selected from the group consisting of (i) a tractor selection touchscreen;

(ii) a combine selection touchscreen, (iii) a header selection touchscreen, (iv) a sprayer selection touchscreen;

(v) a chemical selection touchscreen;

(vi) a rate-of-delivery selection touchscreen;

(vii) a carrier selection touchscreen;

(viii) a wind speed entry touchscreen;

(ix) a temperature entry touchscreen;

(x) a pest-to-be-treated selection touchscreen;

(xi) a depth selection touchscreen;

(xii) a granary selection touchscreen, (xiii) a crop selection touchscreen, and (xiv) a fertilizing material selection touchscreen.

47. The method of claim 45, wherein, between said generation of said activity-selection touchscreen and said generation of said operation-selection touchscreen, said graphical user interface generates at least one of a select-state touchscreen, a select-county touchscreen, a select-farm-group touchscreen, a select-farm touchscreen, and a select-field touchscreen.

48. The method of claim 45, wherein, between said generation of said activity-selection touchscreen and said generation of said operation-selection touchscreen, said graphical user interface generates at least a select-state touchscreen comprising a graphical representation of at least one state in which said farmer conducts farming operations.

49. The method of claim 45, wherein, between said generation of said activity-selection touchscreen and said generation of said operation-selection touchscreen, said graphical user interface generates at least a select-county touchscreen comprising a graphical representation of at least one county in which said farmer conducts farming operations.

50. The method of claim 45, wherein, between said generation of said activity-selection touchscreen and said generation of said operation-selection touchscreen, said graphical user interface generates at least a select-farm-group touchscreen comprising a graphical representation of at least one farm group for which said farmer conducts farming operations.

51. The method of claim 45, wherein, between said generation of said activity-selection touchscreen and said generation of said operation-selection touchscreen, said graphical user interface generates at least a select-farm touchscreen comprising a graphical representation of at least one farm on which the farmer conducts farming operations.

52. The method of claim 45, wherein, between said generation of said activity-selection touchscreen and said generation of said operation-selection touchscreen, said graphical user interface generates at least a select-field touchscreen comprising a graphical representation of at least one field on which the farmer conducts farming operations.

53. The method of claim 48-52, wherein said displaying a graphical representation comprises displaying an aerial photograph.

54. The method of claim 45, wherein said operation-selection touchscreen generated in said generating step further comprises at least one farming-operations icon selected from the group consisting of a tillage icon, a planting icon, a fertilizing icon, a spraying icon, and a harvesting icon.

55. The method of claim 45, wherein said displaying said activity-selection touchscreen step further comprises generating a touchscreen comprising at least one activity icon selected from the group consisting of a farming icon, a shopping icon, and a pest-identification icon.

56. A method for electronically storing and manipulating field-specific farming information for a selected field using a handheld computer having a touchscreen display and a resident computer program controlling a graphical user interface presented on said touchscreen display, the method comprising the steps of

serially presenting to an operator of said handheld computer, upon said operator selectively touching said touchscreen display, a plurality of touchscreens for selecting operation parameters for a farming operation, wherein at least a subset of said plurality of touchscreens presents data overlaid upon an aerial photograph of said selected field;

and

enabling exchange of said farming information between said handheld computer and a service network including a special data handler adapted to perform various back-office functions including addressing an operator-originated inquiry and completing an operator-requested project.

57. The method of claim 56, wherein completing said operator-requested project comprises preparing operator-requested reports based upon said field-specific farming information.

58. The method of claim 56, wherein completing said operator-requested project comprises completing a product order.

59. The method of claim 56, wherein said operator-originated inquiry comprises a request to have a photographed pest identified, and wherein said enabling step further comprises (i) automatically delivering a pest photograph taken by the operator to said special data handler for follow-up research, and (ii) conveying a result of said follow-up research to the operator.

60. The method of claim 59, wherein said research result comprises pest identification information and pest control and treatment suggestions.

61. The method of claim 56, wherein said method further comprises facilitating on-the-fly changes to said operation parameters presented on said plurality of touchscreens via wireless data exchanges between said handheld computer and said service network.

62. The method of claim 61, wherein the step of facilitating on-the-fly changes to said operation parameters presented on said plurality of touchscreens for selecting operation parameters further comprises (i) automatically passing a farmer-generated message concerning an equipment change to said special data handler and (ii) downloading change commands to said resident computer program to automatically make corresponding adjustments to touchscreens affected by said equipment change.

63. The method of claim 62, wherein the step of facilitating on-the-fly changes to said operation parameters presented on said plurality of touchscreens for selecting operation parameters further comprises presenting a notes icon used to create said farmer-generated message concerning said equipment change.

64. A method for electronically storing and manipulating field-specific farming information using a handheld computer having a touchscreen display and a resident computer program to control a graphical user interface that generates a plurality of touchscreens on said touchscreen display, the method comprising the steps of

enabling a farmer to select a first set of operating parameters that are pertinent to carrying out a farming operation on a first field by serially presenting to said farmer, upon said farmer selectively touching said touchscreen display, an initial series of touchscreens, wherein said initial series of touchscreens comprises a tractor selection touchscreen and a farming tool selection touchscreen;

storing said first set of operating parameters;

displaying said first set of operating parameters on a touchscreen comprising said first set of operating parameters overlaid upon an image of said first field;

upon said farmer attempting to create a second set of operating parameters pertinent to carrying out said farming operation on a second field, defaulting values for said second set of operating parameters to values of said first set of operating parameters; and

displaying said second set of operating parameters on a touchscreen comprising said second set of operating parameters overlaid upon an image of said second field.