APPARATUS, METHOD AND COMPUTER-READABLE STORAGE MEDIUM FOR DIRECTING OPERATION OF A SOFTWARE APPLICATION VIA A TOUCH-SENSITIVE SURFACE

• US 20090138800A1
• Filed: 06/17/2008
• Published: 05/28/2009
• Est. Priority Date: 11/23/2007
• Status: Abandoned Application

• Current Assignee: Mckesson Financial Holdings Limited (McKesson Corp.)
• Original Assignee: Mckesson Financial Holdings Limited (McKesson Corp.)
• Inventors: Chaytor, Diana H., Edwards, Warren S., Terry, Martin L., Anderson, Michael J., Kovacs, George
• Application Number:
  US12/140,601
• Publication Number:
  US 20090138800A1
• Time in Patent Office: Days
• US Class Current: 715/702
• CPC Class Codes: G06F 2203/04808 Several contacts: gestures triggering a specific function, e.g. scrolling, zooming, right-click, when the user establishes several contacts with the surface simultaneously; e.g. using several fingers or a combination of fingers and pen
• CPC Class Codes: G06F 3/04883 for inputting data by handwriting, e.g. gesture or text

Abstract

An apparatus is provided that includes a processor configured to receive data representative of points on a touch-sensitive surface with which an object comes into contact to initiate and carry out a trace or movement interaction with the surface. In this regard, the trace is defined by a shape formed by the points, and the movement interaction is defined by movement reflected by the points. The processor is configured to determine if the contact is initiated to carry out a trace or movement interaction based on the data. The contact is initiated to carry out a trace if contact of the object is made and the object is held substantially in place for a period of time, the determination being made. The processor is then configured to interpret the data based on the determination to thereby direct interaction with media presented on the corresponding display based on the interpretation.

Claims

1. An apparatus comprising:

a processor configured to receive data representative of points on a touch-sensitive surface with which an object comes into contact to initiate and carry out a trace or movement interaction with the surface, the trace being defined by a shape formed by the points, and the movement interaction being defined by movement reflected by the points,

wherein the processor is configured to determine if the contact is initiated to carry out a trace or movement interaction based on the data, the contact being initiated to carry out a trace if contact of the object is made and the object is held substantially in place for a period of time, the determination being made independent of a corresponding display or any media presented thereon, and

wherein the processor is configured to interpret the data based on the determination to thereby direct interaction with media presented on the corresponding display based on the interpretation.

2. The apparatus of claim 1, wherein the processor is further configured to receive data representative of points on the touch-sensitive surface with which a given object comes into contact to carry out an interaction with media presented on the corresponding display, the given object comprising the object that comes into contact to initiate or carry out the trace or movement interaction, or another object, the given object comprising a first object for effectuating a first type of interaction with the media, a second object for effectuating a second type of interaction with the media, or a third object for effectuating a third type of interaction with the media,

wherein the processor is configured to determine if the given object is the first, second or third object based on the data representative of points on the touch-sensitive surface with which the given object comes into contact, and independent of separate user input, and

wherein the processor is configured to enter a mode for interacting with the media based on the determination if the given object is the first, second or third object.

3. The apparatus of claim 1, wherein the processor being configured to receive data includes being configured to receive data to carry out a trace, the trace being defined by an S-shape, F-shape, G-shape, K-shape or M-shape, and

wherein the processor being configured to interpret the data includes being configured to interpret the data to thereby direct interaction with media presented on the corresponding display by a software application, the software application being directed to launch a study-worklist application when the trace is defined by an S-shape, launch a patient finder/search application when the trace is defined by an F-shape, direct an Internet browser to an Internet-based search engine when the trace is defined by an G-shape, launch a virtual keypad or keyboard when the trace is defined by an K-shape, or launch a measurement tool when the trace is defined by a M-shape.

4. The apparatus of claim 1, wherein the processor being configured to receive data includes being configured to receive data to carry out a trace, the trace being defined by an A- or arrow shape, a C-shape or an E-shape, and

wherein the processor being configured to interpret the data includes being configured to interpret the data to thereby direct interaction with media presented on the corresponding display by a software application, the software application being directed to annotate media presented on the corresponding display, including presentation of an annotations dialog based on the shape defining the trace.

5. The apparatus of claim 1, wherein the processor being configured to receive data includes being configured to receive data to carry out a trace, the trace being defined by a checkmark-, J- or V-shape, and

wherein the processor being configured to interpret the data includes being configured to interpret the data to thereby direct interaction with media presented on the corresponding display by a software application, the software application being directed to mark a study including the presented media with a status indicating interaction with the study has been completed.

6. The apparatus of claim 1, wherein the processor being configured to receive data includes being configured to receive data to carry out a trace, the trace being defined by a D-shape, and

wherein the processor being configured to interpret the data includes being configured to interpret the data to thereby direct interaction with media presented on the corresponding display by a software application, the software application being directed to launch a dictation application.

7. The apparatus of claim 1, wherein the processor being configured to receive data includes being configured to receive data to carry out a movement interaction, the movement interaction being defined by a two-handed, multiple-finger contact beginning at one side of the touch-sensitive surface and wiping to the other side of the surface, and

wherein the processor being configured to interpret the data includes being configured to interpret the data to thereby direct interaction with media presented on the corresponding display by a software application, to interpret the data includes being configured to interpret the data to thereby direct the software application being directed to close open media presented on the corresponding display.

8. The apparatus of claim 1, wherein the processor being configured to receive data includes being configured to receive data to carry out a movement interaction, the movement interaction being defined by a two-handed, single-finger contact whereby the finger of one hand is anchored substantially in place while dragging the finger of the other hand toward or away from the anchored finger in a substantially horizontal, vertical or diagonal direction, and

wherein the processor being configured to interpret the data includes being configured to interpret the data to thereby direct interaction with media presented on the corresponding display by a software application, the software application being directed to interactively adjust a contrast of media presented on the corresponding display when the direction is substantially horizontal, adjust a brightness of media presented on the corresponding display when the direction is substantially vertical, or adjust both the contrast and brightness of media presented on the corresponding display when the direction is substantially diagonal.

9. The apparatus of claim 1, wherein the processor being configured to receive data includes being configured to receive data to carry out a movement interaction, the movement interaction being defined by a two-handed, single-finger contact whereby the finger of one hand is anchored substantially in place while dragging the finger of the other hand toward or away from the anchored finger in a substantially horizontal, vertical or diagonal direction, and

wherein the processor being configured to interpret the data includes being configured to interpret the data to thereby direct interaction with media presented on the corresponding display by medical imaging software, the medical imaging software being directed to interactively adjust a window of media presented on the corresponding display when the direction is substantially horizontal, adjust a level of media presented on the corresponding display when the direction is substantially vertical, or adjust both the window and level of media presented on the corresponding display when the direction is substantially diagonal.

10. The apparatus of claim 1, wherein the processor being configured to receive data includes being configured to receive data to carry out a movement interaction, the movement interaction being defined by a single-handed, multiple-finger contact and dragging in the direction of another object, and

wherein the processor being configured to interpret the data includes being configured to interpret the data to thereby direct interaction with media presented on the corresponding display by a software application, the software application being directed to perform an action with respect to the other object.

11. The apparatus of claim 10, wherein the other object comprises another software application or display.

12. The apparatus of claim 1, wherein the processor being configured to receive data includes being configured to receive data to carry out a movement interaction, the movement interaction being defined by a single or two-handed, multiple-finger contact and release, and

wherein the processor being configured to interpret the data includes being configured to interpret the data to thereby direct interaction with media presented on the corresponding display by a software application, the software application being directed to open a menu of the software application, the menu being navigable by a user via single-finger contact and release relative to one of a number of options presented in the menu.

13. A method comprising:

receiving data representative of points on a touch-sensitive surface with which an object comes into contact to initiate and carry out a trace or movement interaction with the surface, the trace being defined by a shape formed by the points, and the movement interaction being defined by movement reflected by the points;

determining if the contact is initiated to carry out a trace or movement interaction based on the data, the contact being initiated to carry out a trace if contact of the object is made and the object is held substantially in place for a period of time, the determination being made independent of a corresponding display or any media presented thereon; and

interpreting the data based on the determination to thereby direct interaction with media presented on the corresponding display based on the interpretation.

14. The method of claim 13 further comprising:

receiving data representative of points on the touch-sensitive surface with which a given object comes into contact to carry out an interaction with media presented on the corresponding display, the given object comprising the object that comes into contact to initiate or carry out the trace or movement interaction, or another object, the given object comprising a first object for effectuating a first type of interaction with the media, a second object for effectuating a second type of interaction with the media, or a third object for effectuating a third type of interaction with the media;

determining if the given object is the first, second or third object based on the data representative of points on the touch-sensitive surface with which the given object comes into contact, and independent of separate user input; and

entering a mode for interacting with the media based on the determination if the given object is the first, second or third object.

15. The method of claim 13, wherein receiving data comprises receiving data to carry out a trace, the trace being defined by an S-shape, F-shape, G-shape, K-shape or M-shape, and

wherein interpreting the data comprises interpreting the data to thereby direct interaction with media presented on the corresponding display by a software application, the software application being directed to launch a study-worklist application when the trace is defined by an S-shape, launch a patient finder/search application when the trace is defined by an F-shape, direct an Internet browser to an Internet-based search engine when the trace is defined by an G-shape, launch a virtual keypad or keyboard when the trace is defined by an K-shape, or launch a measurement tool when the trace is defined by a M-shape.

16. The method of claim 13, wherein receiving data comprises receiving data to carry out a trace, the trace being defined by an A- or arrow shape, a C-shape or an E-shape, and

wherein interpreting the data comprises interpreting the data to thereby direct interaction with media presented on the corresponding display by a software application, the software application being directed to annotate media presented on the corresponding display, including presentation of an annotations dialog based on the shape defining the trace.

17. The method of claim 13, wherein receiving data comprises receiving data to carry out a trace, the trace being defined by a checkmark-, J- or V-shape, and

wherein interpreting the data comprises interpreting the data to thereby direct interaction with media presented on the corresponding display by a software application, the software application being directed to mark a study including the presented media with a status indicating interaction with the study has been completed.

18. The method of claim 13, wherein receiving data comprises receiving data to carry out a trace, the trace being defined by a D-shape, and

wherein interpreting the data comprises interpreting the data to thereby direct interaction with media presented on the corresponding display by a software application, the software application being directed to launch a dictation application.

19. The method of claim 13, wherein receiving data comprises receiving data to carry out a movement interaction, the movement interaction being defined by a two-handed, multiple-finger contact beginning at one side of the touch-sensitive surface and wiping to the other side of the surface, and

wherein interpreting the data comprises interpreting the data to thereby direct interaction with media presented on the corresponding display by a software application, the software application being directed to close open media presented on the corresponding display.

20. The method of claim 13, wherein receiving data comprises receiving data to carry out a movement interaction, the movement interaction being defined by a two-handed, single-finger contact whereby the finger of one hand is anchored substantially in place while dragging the finger of the other hand toward or away from the anchored finger in a substantially horizontal, vertical or diagonal direction, and

wherein interpreting the data comprises interpreting the data to thereby direct interaction with media presented on the corresponding display by a software application, the software application being directed to interactively adjust a contrast of media presented on the corresponding display when the direction is substantially horizontal, adjust a brightness of media presented on the corresponding display when the direction is substantially vertical, or adjust both the contrast and brightness of media presented on the corresponding display when the direction is substantially diagonal.

21. The method of claim 13, wherein receiving data comprises receiving data to carry out a movement interaction, the movement interaction being defined by a two-handed, single-finger contact whereby the finger of one hand is anchored substantially in place while dragging the finger of the other hand toward or away from the anchored finger in a substantially horizontal, vertical or diagonal direction, and

wherein interpreting the data comprises interpreting the data to thereby direct interaction with media presented on the corresponding display by medical imaging software, the medical imaging software being directed to interactively adjust a window of media presented on the corresponding display when the direction is substantially horizontal, adjust a level of media presented on the corresponding display when the direction is substantially vertical, or adjust both the window and level of media presented on the corresponding display when the direction is substantially diagonal.

22. The method of claim 13, wherein receiving data comprises receiving data to carry out a movement interaction, the movement interaction being defined by a single-handed, multiple-finger contact and dragging in the direction of another object, and

wherein interpreting the data comprises interpreting the data to thereby direct interaction with media presented on the corresponding display by a software application, the software application being directed to perform an action with respect to the other object.

23. The method of claim 22, wherein the other object comprises another software application or display.

24. The method of claim 13, wherein receiving data comprises receiving data to carry out a movement interaction, the movement interaction being defined by a single or two-handed, multiple-finger contact and release, and

wherein interpreting the data comprises interpreting the data to thereby direct interaction with media presented on the corresponding display by a software application, the software application being directed to open a menu of the software application, the menu being navigable by a user via single-finger contact and release relative to one of a number of options presented in the menu.

25. A computer-readable storage medium having computer-readable program code portions stored therein, the computer-readable program code portions comprising:

a first executable portion configured to receive data representative of points on a touch-sensitive surface with which an object comes into contact to initiate and carry out a trace or movement interaction with the surface, the trace being defined by a shape formed by the points, and the movement interaction being defined by movement reflected by the points;

a second executable portion configured to determine if the contact is initiated to carry out a trace or movement interaction based on the data, the contact being initiated to carry out a trace if contact of the object is made and the object is held substantially in place for a period of time, the determination being made independent of a corresponding display or any media presented thereon; and

a third executable portion configured to interpret the data based on the determination to thereby direct interaction with media presented on the corresponding display based on the interpretation.

26. The computer-readable storage medium of claim 25, wherein the computer-readable program code portions further comprise:

a fourth executable portion configured to receive data representative of points on the touch-sensitive surface with which a given object comes into contact to carry out an interaction with media presented on the corresponding display, the given object comprising the object that comes into contact to initiate or carry out the trace or movement interaction, or another object, the given object comprising a first object for effectuating a first type of interaction with the media, a second object for effectuating a second type of interaction with the media, or a third object for effectuating a third type of interaction with the media;

a fifth executable portion configured to determine if the given object is the first, second or third object based on the data representative of points on the touch-sensitive surface with which the given object comes into contact, and independent of separate user input; and

a sixth executable portion configured to enter a mode for interacting with the media based on the determination if the given object is the first, second or third object.

27. The computer-readable storage medium of claim 25, wherein the first executable portion being configured to receive data includes being configured to receive data to carry out a trace, the trace being defined by an S-shape, F-shape, G-shape, K-shape or M-shape, and

wherein the third executable portion being configured to interpret the data includes being configured to interpret the data to thereby direct interaction with media presented on the corresponding display by a software application, the software application being directed to launch a study-worklist application when the trace is defined by an S-shape, launch a patient finder/search application when the trace is defined by an F-shape, direct an Internet browser to an Internet-based search engine when the trace is defined by an G-shape, launch a virtual keypad or keyboard when the trace is defined by an K-shape, or launch a measurement tool when the trace is defined by a M-shape.

28. The computer-readable storage medium of claim 25, wherein the first executable portion being configured to receive data includes being configured to receive data to carry out a trace, the trace being defined by an A- or arrow shape, a C-shape or an E-shape, and

wherein the third executable portion being configured to interpret the data includes being configured to interpret the data to thereby direct interaction with media presented on the corresponding display by a software application, the software application being directed to annotate media presented on the corresponding display, including presentation of an annotations dialog based on the shape defining the trace.

29. The computer-readable storage medium of claim 25, wherein the first executable portion being configured to receive data includes being configured to receive data to carry out a trace, the trace being defined by a checkmark-, J- or V-shape, and

wherein the third executable portion being configured to interpret the data includes being configured to interpret the data to thereby direct interaction with media presented on the corresponding display by a software application, the software application being directed to mark a study including the presented media with a status indicating interaction with the study has been completed.

30. The computer-readable storage medium of claim 25, wherein the first executable portion being configured to receive data includes being configured to receive data to carry out a trace, the trace being defined by a D-shape, and

wherein the third executable portion being configured to interpret the data includes being configured to interpret the data to thereby direct interaction with media presented on the corresponding display by a software application, the software application being directed to launch a dictation application.

31. The computer-readable storage medium of claim 25, wherein the first executable portion being configured to receive data includes being configured to receive data to carry out a movement interaction, the movement interaction being defined by a two-handed, multiple-finger contact beginning at one side of the touch-sensitive surface and wiping to the other side of the surface, and

wherein the third executable portion being configured to interpret the data includes being configured to interpret the data to thereby direct interaction with media presented on the corresponding display by a software application, to interpret the data includes being configured to interpret the data to thereby direct the software application being directed to close open media presented on the corresponding display.

32. The computer-readable storage medium of claim 25, wherein the first executable portion being configured to receive data includes being configured to receive data to carry out a movement interaction, the movement interaction being defined by a two-handed, single-finger contact whereby the finger of one hand is anchored substantially in place while dragging the finger of the other hand toward or away from the anchored finger in a substantially horizontal, vertical or diagonal direction, and

wherein the third executable portion being configured to the data includes being configured to interpret the data to thereby direct interaction with media presented on the corresponding display by a software application, the software application being directed to interactively adjust a contrast of media presented on the corresponding display when the direction is substantially horizontal, adjust a brightness of media presented on the corresponding display when the direction is substantially vertical, or adjust both the contrast and brightness of media presented on the corresponding display when the direction is substantially diagonal.

33. The computer-readable storage medium of claim 25, wherein the first executable portion being configured to receive data includes being configured to receive data to carry out a movement interaction, the movement interaction being defined by a two-handed, single-finger contact whereby the finger of one hand is anchored substantially in place while dragging the finger of the other hand toward or away from the anchored finger in a substantially horizontal, vertical or diagonal direction, and

wherein the third executable portion being configured to the data includes being configured to interpret the data to thereby direct interaction with media presented on the corresponding display by medical imaging software, the medical imaging software being directed to interactively adjust a window of media presented on the corresponding display when the direction is substantially horizontal, adjust a level of media presented on the corresponding display when the direction is substantially vertical, or adjust both the window and level of media presented on the corresponding display when the direction is substantially diagonal.

34. The computer-readable storage medium of claim 25, wherein the first executable portion being configured to receive data includes being configured to receive data to carry out a movement interaction, the movement interaction being defined by a single-handed, multiple-finger contact and dragging in the direction of another object, and

wherein the third executable portion being configured to interpret the data includes being configured to interpret the data to thereby direct interaction with media presented on the corresponding display by a software application, the software application being directed to perform an action with respect to the other object.

35. The computer-readable storage medium of claim 34, wherein the other object comprises another software application or display.

36. The computer-readable storage medium of claim 25, wherein the first executable portion being configured to receive data includes being configured to receive data to carry out a movement interaction, the movement interaction being defined by a single or two-handed, multiple-finger contact and release, and

wherein the third executable portion being configured to interpret the data includes being configured to interpret the data to thereby direct interaction with media presented on the corresponding display by a software application, the software application being directed to open a menu of the software application, the menu being navigable by a user via single-finger contact and release relative to one of a number of options presented in the menu.