METHOD FOR DISPLAYING GRAPHICAL USER INTERFACES AND ELECTRONIC DEVICE USING THE SAME

• US 20140059460A1
• Filed: 08/23/2013
• Published: 02/27/2014
• Est. Priority Date: 08/23/2012
• Status: Abandoned Application

• Current Assignee: eGalax_eMPIA Technology Inc.
• Original Assignee: eGalax_eMPIA Technology Inc.
• Inventors: HO, SHUN-LUNG
• Application Number:
  US13/974,176
• Publication Number:
  US 20140059460A1
• Time in Patent Office: Days
• US Class Current: 715/766
• CPC Class Codes: G06F 2203/04108 Touchless 2D- digitiser, i.e. digitiser detecting the X/Y position of the input means, finger or stylus, also when it does not touch, but is proximate to the digitiser's interaction surface without distance measurement in the Z direction
• CPC Class Codes: G06F 3/048 Interaction techniques based on graphical user interfaces [GUI]
• CPC Class Codes: G06F 3/0488 using a touch-screen or digitiser, e.g. input of commands through traced gestures
• CPC Class Codes: G06F 3/04883 for inputting data by handwriting, e.g. gesture or text

Abstract

The invention provides an electronic device for displaying GUIs (graphical user interfaces) including a touch screen and a processor. The touch screen displays one or more of a plurality of GUIs and detects a first and a second touch signal. When the processor determines the first touch signal existing at the overlap of the GUIs and the second touch signal, switches the top GUI to another GUI based on the relative positions between the first and the second touch signals or the direction in which the second touch signal is moving.

Claims

1. A method for displaying graphical user interfaces (GUIs), comprising:

displaying one of a plurality of GUIs on a touch screen, the GUIs being arranged in a sequential order which defines a GUI preceding and/or a GUI following the currently displayed GUI;

detecting pressing, lifting, sliding or sliding in air of a second external object by the touch screen while pressing of a first external object has been detected by the touch screen; and

displaying the GUI following the currently displayed GUI.

2. The method of claim 1, further comprising:

detecting pressing, lifting, sliding or sliding in air of a first external object by the touch screen while pressing of a second external object has been detected by the touch screen; and

displaying the GUI preceding the currently displayed GUI,

wherein the first external object is at a first side of the second external object, and the second external object is at a second side of the first external object, wherein the first and second sides are opposite sides.

3. The method of claim 1, wherein the pressing, lifting, sliding or sliding in air of the second external object after the first external object has pressed down is one selected from the group consisting of:

the pressing of the second external object when the first external object is pressing;

the pressing and then lifting of the second external object when the first external object is pressing;

the sliding of the second external object when the first external object is pressing;

the sliding in air of the second external object when the first external object is pressing;

the pressing of the second external object after the first external object has pressed and then lifted;

the pressing and then lifting of the second external object after the first external object has pressed and then lifted;

the sliding of the second external object after the first external object has pressed and lifted; and

the sliding in air of the second external object after the first external object has pressed and lifted.

4. The method of claim 1, wherein the pressing, lifting, sliding or sliding in air of the first external object after the second external object has pressed down is one selected from the group consisting of:

the pressing of the first external object when the second external object is pressing;

the pressing and then lifting of the first external object when the second external object is pressing;

the sliding of the first external object when the second external object is pressing;

the sliding in air of the first external object when the second external object is pressing;

the pressing of the first external object after the second external object has pressed and then lifted;

the pressing and then lifting of the first external object after the second external object has pressed and then lifted;

the sliding of the first external object after the second external object has pressed and lifted; and

the sliding in air of the first external object after the second external object has pressed and lifted.

5. The method of claim 1, wherein the sequential order is presented as a non-cyclic queue, in which the first GUI in the sequential order does not have a preceding GUI, and the last GUI in the sequential order does not have a following GUI.

6. The method of claim 1, wherein the sequential order is presented as a cyclic queue, in which each GUI has a preceding GUI and a following GUI.

7. A device for displaying graphical user interfaces (GUIs), comprising:

a touch screen for displaying one of a plurality of GUIs, the GUIs being arranged in a sequential order which defines a GUI preceding and/or a GUI following the currently displayed GUI; and

a processor for detecting pressing, lifting, sliding or sliding in air of a second external object while pressing of a first external object has been detected, and displaying the GUI following the currently displayed GUI on the touch screen.

8. The device of claim 7, where the processor further detects pressing, lifting, sliding or sliding in air of a first external object while pressing of a second external object has been detected, and displays the GUI preceding the currently displayed GUI on the touch screen, wherein the first external object is at a first side of the second external object, and the second external object is at a second side of the first external object, wherein the first and second sides are opposite sides.

9. The device of claim 7, wherein the pressing, lifting, sliding or sliding in air of the second external object after the first external object has pressed down is one selected from the group consisting of:

the pressing of the second external object when the first external object is pressing;

the pressing and then lifting of the second external object when the first external object is pressing;

the sliding of the second external object when the first external object is pressing;

the sliding in air of the second external object when the first external object is pressing;

the pressing of the second external object after the first external object has pressed and then lifted;

the pressing and then lifting of the second external object after the first external object has pressed and then lifted;

the sliding of the second external object after the first external object has pressed and lifted; and

the sliding in air of the second external object after the first external object has pressed and lifted.

10. The device of claim 7, wherein the pressing, lifting, sliding or sliding in air of the first external object after the second external object has pressed down is one selected from the group consisting of:

the pressing of the first external object when the second external object is pressing;

the pressing and then lifting of the first external object when the second external object is pressing;

the sliding of the first external object when the second external object is pressing;

the sliding in air of the first external object when the second external object is pressing;

the pressing of the first external object after the second external object has pressed and then lifted;

the pressing and then lifting of the first external object after the second external object has pressed and then lifted;

the sliding of the first external object after the second external object has pressed and lifted; and

the sliding in air of the first external object after the second external object has pressed and lifted.

11. The device of claim 7, wherein the sequential order is presented as a non-cyclic queue, in which the first GUI in the sequential order does not have a preceding GUI, and the last GUI in the sequential order does not have a following GUI.

12. The device of claim 7, wherein the sequential order is presented as a cyclic queue, in which each GUI has a preceding GUI and a following GUI.

13. A method for displaying graphical user interfaces (GUIs), comprising:

displaying one of a plurality of GUIs on a touch screen, the GUIs being arranged in a sequential order which defines a GUI preceding and/or a GUI following the currently displayed GUI; and

detecting sliding forward or sliding forward in air of a second external object by the touch screen while pressing of a first external object has been detected by the touch screen, and displaying the GUI preceding the currently displayed GUI.

14. The method of claim 13, further comprising:

displaying one of a plurality of GUIs on a touch screen, the GUIs being arranged in a sequential order which defines a GUI preceding and/or a GUI following the currently displayed GUI; and

detecting sliding backward or sliding backward in air of a second external object by the touch screen while pressing of a first external object has been detected by the touch screen, and displaying the GUI following the currently displayed GUI,

wherein the first external object is at a first side of the second external object, and the second external object is at a second side of the first external object, wherein the first and second sides are opposite sides.

15. The method of claim 13, wherein the sequential order is presented as a non-cyclic queue, in which the first GUI in the sequential order does not have a preceding GUI, and the last GUI in the sequential order does not have a following GUI.

16. The method of claim 13, wherein the sequential order is presented as a cyclic queue, in which each GUI has a preceding GUI and a following GUI.

17. A device for displaying graphical user interfaces (GUIs), comprising:

a touch screen for displaying one of a plurality of GUIs, the GUIs being arranged in a sequential order which defines a GUI preceding and/or a GUI following the currently displayed GUI; and

a processor for detecting sliding forward or sliding forward in air of a second external object while pressing of a first external object has pressed down, and displaying the GUI preceding the currently displayed GUI.

18. The device of claim 17, wherein the processor further detects sliding backward or sliding backward in air of a second external object while pressing of a first external object has pressed down, and displays the GUI following the currently displayed GUI, wherein the first external object is at a first side of the second external object, and the second external object is at a second side of the first external object, wherein the first and second sides are opposite sides.

19. The device of claim 17, wherein the sequential order is presented as a non-cyclic queue, in which the first GUI in the sequential order does not have a preceding GUI, and the last GUI in the sequential order does not have a following GUI.

20. The device of claim 17, wherein the sequential order is presented as a cyclic queue, in which each GUI has a preceding GUI and a following GUI.

21. A method for displaying graphical user interfaces (GUIs), comprising:

displaying one of a plurality of GUIs on a touch screen, the GUIs being arranged in a sequential order which defines a GUI preceding and/or a GUI following the currently displayed GUI; and

detecting lifting, sliding or sliding in air of a second external object by the touch screen while pressing of a first external object and the second external object have been detected by the touch screen simultaneously, and displaying the GUI following the currently displayed GUI.

22. The method of claim 21, further comprising:

detecting lifting, sliding or sliding in air of a first external object by the touch screen while pressing of the first external object and a second external object have been detected by the touch screen simultaneously, and displaying the GUI preceding the currently displayed GUI,

wherein the first external object is at a first side of the second external object, and the second external object is at a second side of the first external object, wherein the first and second sides are opposite sides.

23. A device for displaying graphical user interfaces (GUIs), comprising:

a touch screen for displaying one of a plurality of GUIs, the GUIs being arranged in a sequential order which defines a GUI preceding and/or a GUI following the currently displayed GUI; and

a processor for detecting lifting, sliding or sliding in air of a second external object while pressing of a first external object and the second external object have been detected simultaneously, and displaying the GUI following the currently displayed GUI.

24. The device of claim 23, wherein the processor further detects lifting, sliding or sliding in air of a first external object while pressing of the first external object and a second external object have been detected simultaneously, and displays the GUI preceding the currently displayed GUI, wherein the first external object is at a first side of the second external object, and the second external object is at a second side of the first external object, wherein the first and second sides are opposite sides.

25. A method for displaying graphical user interfaces (GUIs), comprising:

displaying a plurality of GUIs on a touch screen, when two or more of the GUIs overlap with each other, these GUIs being arranged in a sequential order which defines a GUI preceding and/or a GUI following the first GUI in the sequential order, wherein the first GUI in the sequential order covers all the following GUIs; and

detecting pressing, lifting, sliding or sliding in air of a second external object by the touch screen while pressing of a first external object has pressed down, and detecting the pressing of the first external object and/or the pressing, lifting, sliding or sliding in air of the second external object in an overlapping area of two or more GUIs, and thus changing the order of the GUIs in the overlapping area so as to change the display of the GUIs.

26. The method of claim 25, wherein changing the order of the GUIs in the overlapping area includes:

using the first GUI in the sequential order detected by the touch screen while the first external object is pressing down as an indicator GUI; and

detecting the pressing, lifting, sliding or sliding in air of the second external object while pressing of the first external object has been detected by the touch screen, and making the GUI immediately following the indicator GUI in the sequential order cover the other GUIs in the overlapping area,

wherein when the GUI immediately following the indicator GUI in the sequential order is covering the other GUIs in the overlapping area, the second GUI following the indicator GUI becomes the first GUI following the indicator GUI.

27. The method of claim 25, wherein the pressing, lifting, sliding or sliding in air of the first external object after the second external object has pressed down is one selected from the group consisting of:

the pressing of the first external object when the second external object is pressing;

the pressing and then lifting of the first external object when the second external object is pressing;

the sliding of the first external object when the second external object is pressing;

the sliding in air of the first external object when the second external object is pressing;

the pressing of the first external object after the second external object has pressed and then lifted;

the pressing and then lifting of the first external object after the second external object has pressed and then lifted;

the sliding of the first external object after the second external object has pressed and lifted; and

the sliding in air of the first external object after the second external object has pressed and lifted.

28. The method of claim 25, wherein the pressing, lifting, sliding or sliding in air of the second external object after the first external object has pressed down is one selected from the group consisting of:

the pressing of the second external object when the first external object is pressing;

the pressing and then lifting of the second external object when the first external object is pressing;

the sliding of the second external object when the first external object is pressing;

the sliding in air of the second external object when the first external object is pressing;

the pressing of the second external object after the first external object has pressed and then lifted;

the pressing and then lifting of the second external object after the first external object has pressed and then lifted;

the sliding of the second external object after the first external object has pressed and lifted; and

the sliding in air of the second external object after the first external object has pressed and lifted.

29. The method of claim 25, wherein changing the order of the GUIs in the overlapping area includes:

using the second GUI and the third GUI in the sequential order detected by a touch screen when the first external object is pressing down as a first precedence and a second precedence GUI, respectively;

detecting pressing, lifting, sliding or sliding in air of the second external object by the touch screen while pressing of the first external object has been detected by the touch screen for a first and a second time, respectively, and making the first precedence GUI and the second precedence GUI cover the other GUIs in the overlapping area, respectively

30. The method of claim 25, further comprising:

detecting pressing, lifting, sliding or sliding in air of a first external object by the touch screen while pressing of a second external object has pressed down, and detecting the pressing of the second external object and/or the pressing, lifting, sliding or sliding in air of the first external object in an overlapping area of two or more GUIs, and thus changing the order of the GUIs in the overlapping area so as to change the display of the GUIs,

wherein the first external object is at a first side of the second external object, and the second external object is at a second side of the first external object, wherein the first and second sides are opposite sides.

31. The method of claim 30, wherein changing the order of the GUIs in the overlapping area includes:

detecting pressing, lifting, sliding or sliding in air of the first external object by the touch screen while pressing of the second external object has been detected by the touch screen, and making the last GUI in the sequential order cover the rest of the GUIs in the overlapping area, wherein the first and second sides are opposite sides;

where when the last GUI in the sequential order is covering the rest of the GUIs in the overlapping area, the second to last GUI in the sequential order becomes the last GUI in the sequential order.

32. The method of claim 25, wherein changing the order of the GUIs in the overlapping area includes:

using the last GUI and the second to last GUI in the sequential order detected by a touch screen when the first external object is pressing down as a first precedence and a second precedence GUI, respectively; and

detecting pressing, lifting, sliding or sliding in air of the first external object by the touch screen while pressing of the second first external object has been detected by the touch screen for a first and a second time, respectively, and making the first precedence GUI and the second precedence GUI cover the other GUIs in the overlapping area, respectively.

33. A device for displaying graphical user interfaces (GUIs), comprising:

a touch screen for displaying a plurality of GUIs, when two or more of the GUIs overlap with each other, these GUIs being arranged in a sequential order which defines a GUI preceding and/or a GUI following the first GUI in the sequential order, wherein the first GUI in the sequential order covers all the following GUIs; and

a processor for changing the order of the GUIs in the overlapping area when pressing, lifting, sliding or sliding in air of a second external object is detected by the touch screen while pressing of a first external object has been detected and that the pressing of the first external object and/or the pressing, lifting, sliding or sliding in air of the second external object is/are in an overlapping area of two or more GUIs, and thus changing the display of the GUIs.

34. The device of claim 33, wherein the processor changing the order of the GUIs in the overlapping area includes:

using the first GUI in the sequential order detected by the touch screen while the first external object is pressing down as an indicator GUI; and

detecting the pressing, lifting, sliding or sliding in air of the second external object by the touch screen while pressing of the first external object has been detected by the touch screen, and thus making the GUI immediately following the indicator GUI in the sequential order cover the other GUIs in the overlapping area,

wherein when the GUI immediately following the indicator GUI in the sequential order is covering the other GUIs in the overlapping area, the second GUI following the indicator GUI becomes the first GUI following the indicator GUI.

35. The device of claim 33, wherein the pressing, lifting, sliding or sliding in air of the first external object after the second external object has pressed down is one selected from the group consisting of:

the pressing of the first external object when the second external object is pressing;

the pressing and then lifting of the first external object when the second external object is pressing;

the sliding of the first external object when the second external object is pressing;

the sliding in air of the first external object when the second external object is pressing;

the pressing of the first external object after the second external object has pressed and then lifted;

the pressing and then lifting of the first external object after the second external object has pressed and then lifted;

the sliding of the first external object after the second external object has pressed and lifted; and

the sliding in air of the first external object after the second external object has pressed and lifted.

36. The device of claim 33, wherein the pressing, lifting, sliding or sliding in air of the second external object after the first external object has pressed down is one selected from the group consisting of:

the pressing of the second external object when the first external object is pressing;

the pressing and then lifting of the second external object when the first external object is pressing;

the sliding of the second external object when the first external object is pressing;

the sliding in air of the second external object when the first external object is pressing;

the pressing of the second external object after the first external object has pressed and then lifted;

the pressing and then lifting of the second external object after the first external object has pressed and then lifted;

the sliding of the second external object after the first external object has pressed and lifted; and

the sliding in air of the second external object after the first external object has pressed and lifted.

37. The device of claim 33, wherein changing the order of the GUIs in the overlapping area includes:

using the second GUI and the third GUI in the sequential order detected by a touch screen when the first external object is pressing down as a first precedence and a second precedence GUI, respectively;

detecting pressing, lifting, sliding or sliding in air of the second external object by the touch screen while pressing of the first external object has been detected by the touch screen for a first and a second time, respectively, and making the first precedence GUI and the second precedence GUI cover the other GUIs in the overlapping area, respectively

38. The device of claim 33, wherein the processor further changes the order of the GUIs in the overlapping area when pressing, lifting, sliding or sliding in air of a second external object is detected by the touch screen while pressing of a first external object has been detected by the touch screen, and that the pressing of the second external object and/or the pressing, lifting, sliding or sliding in air of the first external object is/are in an overlapping area of two or more GUIs, and thus changing the display of the GUIs, wherein the first external object is at a first side of the second external object, and the second external object is at a second side of the first external object, wherein the first and second sides are opposite sides.

39. The device of claim 38, wherein the processor changing the order of the GUIs in the overlapping area further includes:

detecting pressing, lifting, sliding or sliding in air of the first external object by the touch screen while the second external object has been detected by the touch screen, and thus making the last GUI in the sequential order cover the rest of the GUIs in the overlapping area, wherein the first and second sides are opposite sides;

where when the last GUI in the sequential order is covering the rest of the GUIs in the overlapping area, the second to last GUI in the sequential order becomes the last GUI in the sequential order.

40. The device of claim 39, wherein the processor changing the order of the GUIs in the overlapping area further includes:

using the last GUI and the second to last GUI in the sequential order detected by a touch screen when the first external object is pressing down as a first precedence and a second precedence GUI, respectively; and

detecting pressing, lifting, sliding or sliding in air of the first external object while pressing of the second first external object has been detected by the touch screen for a first and a second time, respectively, and thus making the first precedence GUI and the second precedence GUI cover the other GUIs in the overlapping area, respectively.

41. A method for displaying graphical user interfaces (GUIs), comprising:

displaying a plurality of GUIs on a touch screen, when two or more of the GUIs overlap with each other, these GUIs being arranged in a sequential order which defines a GUI preceding and/or a GUI following the first GUI in the sequential order, wherein the first GUI in the sequential order covers all the following GUIs; and

detecting sliding forward or sliding forward in air of a second external object by the touch screen while pressing of a first external object has been detected by the touch screen, and detecting the pressing of the first external object and/or the sliding forward or sliding forward in air of the second external object in an overlapping area of two or more GUIs, and thus changing the order of the GUIs in the overlapping area so as to change the display of the GUIs.

42. The method of claim 41, further comprising:

detecting sliding forward or sliding forward in air of a first external object by the touch screen while pressing of a second external object has been detected by the touch screen, and detecting the pressing of the second external object and/or the sliding forward or sliding forward in air of the first external object in an overlapping area of two or more GUIs, and thus changing the order of the GUIs in the overlapping area so as to changing the display of the GUIs,

wherein the first external object is at a first side of the second external object, and the second external object is at a second side of the first external object, wherein the first and second sides are opposite sides.

43. A device for displaying graphical user interfaces (GUIs), comprising:

a touch screen for displaying a plurality of GUIs, when two or more of the GUIs overlap with each other, these GUIs being arranged in a sequential order which defines a GUI preceding and/or a GUI following the first GUI in the sequential order, wherein the first GUI in the sequential order covers all the following GUIs; and

a processor for changing the order of the GUIs in the overlapping area when sliding forward or sliding forward in air of a second external object is detected by the touch screen while pressing a first external object has been detected by the touch screen, and that the pressing of the first external object and/or the sliding forward or sliding forward in air of the second external object is/are in an overlapping area of two or more GUIs, and thus changing the display of the GUIs.

44. The device of claim 43, wherein the processor further changes the order of the GUIs in the overlapping area when sliding forward or sliding forward in air of a first external object is detected by the touch screen while pressing of a second external object has been detected by the touch screen, and that the pressing of the second external object and/or the sliding forward or sliding forward in air of the first external object is/are in an overlapping area of two or more GUIs, and thus changing the display of the GUIs, wherein the first external object is at a first side of the second external object, and the second external object is at a second side of the first external object, wherein the first and second sides are opposite sides.

45. A method for displaying graphical user interfaces (GUIs), comprising:

displaying a plurality of GUIs on a touch screen, when two or more of the GUIs overlap with each other, these GUIs being arranged in a sequential order which defines a GUI preceding and/or a GUI following the first GUI in the sequential order, wherein the first GUI in the sequential order covers all the following GUIs; and

detecting lifting, sliding or sliding in air of a second external object by the touch screen while pressing of a first external object and the second external object have been detected by the touch screen simultaneously, and detecting the pressing of the first external object and/or the pressing, lifting, sliding or sliding in air of the second external object in an overlapping area of two or more GUIs, and thus changing the order of the GUIs in the overlapping area so as to change the display of the GUIs.

46. The method of claim 45, further comprising:

detecting lifting, sliding or sliding in air of a first external object by the touch screen while pressing of the first external object and a second external object have been detected by the touch screen simultaneously, and detecting the pressing of the second external object and/or the pressing, lifting, sliding or sliding in air of the first external object in an overlapping area of two or more GUIs, and thus changing the order of the GUIs in the overlapping area so as to change the display of the GUIs,

wherein the first external object is at a first side of the second external object, and the second external object is at a second side of the first external object, wherein the first and second sides are opposite sides.

47. A device for displaying graphical user interfaces (GUIs), comprising:

a touch screen for displaying a plurality of GUIs, when two or more of the GUIs overlap with each other, these GUIs being arranged in a sequential order which defines a GUI preceding and/or a GUI following the first GUI in the sequential order, wherein the first GUI in the sequential order covers all the following GUIs; and

a processor for changing the order of the GUIs in the overlapping area when lifting, sliding or sliding in air of a second external object is detected by the touch screen while a first external object and the second external object have been detected simultaneously, and that the pressing of the first external object and/or the pressing, lifting, sliding or sliding in air of the second external object is/are in an overlapping area of two or more GUIs, and thus changing the display of the GUIs.

48. The device of claim 47, wherein the processor further changes the order of the GUIs in the overlapping area when lifting, sliding or sliding in air of a first external object is detected by the touch screen while the first external object and a second external object have been detected simultaneously, and that the pressing of the second external object and/or the pressing, lifting, sliding or sliding in air of the first external object is/are in an overlapping area of two or more GUIs, and thus changing the display of the GUIs, wherein the first external object is at a first side of the second external object, and the second external object is at a second side of the first external object, wherein the first and second sides are opposite sides.