Systems and methods for a wearable touch-sensitive device

20:

• The touch-sensitive device of claim 19,
• wherein determining that the first contact corresponds to the first moving contact comprises determining a direction of movement of the first contact relative to the outside surface, and
• wherein determining that the second contact corresponds to the second moving contact comprises determining a direction of movement of the second contact relative to the inside surface.

21:

• The touch-sensitive device of claim 19, further comprising:
• a display screen configured to display graphical information,
• wherein the substrate is configured to support the display screen.

22:

• The touch-sensitive device of claim 21, wherein the first contact-sensing component is part of the display screen.

23:

• The touch-sensitive device of claim 19, wherein at least one of the first contact-sensing component or the second contact-sensing component comprises a respective array of discrete touch sensors.

24:

• The touch-sensitive device of claim 19, wherein at least one of the first contact-sensing component or the second contact-sensing component comprises a respective single, continuous touch sensor.

25:

• The touch-sensitive device of claim 19, further comprising:
• a shield disposed between the first contact-sensing component and the second contact-sensing component, the shield being configured to reduce a detection of the first contact by the second contact-sensing component.

26:

• The touch-sensitive device of claim 19, further comprising:
• a shield disposed between the first contact-sensing component and the second contact-sensing component, the shield being configured to reduce a detection of the second contact by the first contact-sensing component.

27:

• The touch-sensitive device of claim 19, wherein the first contact and the second contact are overlapping in time.

28:

• The touch-sensitive device of claim 19, wherein at least one of the first contact-sensing component or the second contact-sensing component is at least partially integrated into the substrate.

30:

• The method of claim 29,
• wherein determining that the first contact corresponds to the first moving contact comprises determining a direction of movement of the first contact relative to the outside surface, and
• wherein determining that the second contact corresponds to the second moving contact comprises determining a direction of movement of the second contact relative to the inside surface.

31:

• The method of claim 29,
• wherein determining that the first contact corresponds either to the first stationary contact relative to the outside surface or to the first moving contact relative to the outside surface comprises determining that the first contact corresponds to a respective stationary contact at each of one or more locations on the outside surface, and
• determining that the second contact corresponds either to the second stationary contact relative to the inside surface or to the second moving contact relative to the inside surface comprises determining that the second contact corresponds to a respective stationary contact at each of one or more locations on the inside surface.

32:

• The method of claim 29,
• wherein determining that the first contact corresponds either to the first stationary contact relative to the outside surface or to the first moving contact relative to the outside surface comprises determining that the first contact corresponds to a respective stationary contact at each of at least two locations on the outside surface, the at least two locations on the outside surface being a predetermined distance apart, and
• determining that the second contact corresponds either to the second stationary contact relative to the inside surface or to the second moving contact relative to the inside surface comprises determining that the second contact corresponds to the second moving contact.

33:

• The method of claim 29,
• wherein determining that the first contact corresponds either to the first stationary contact relative to the outside surface or to the first moving contact relative to the outside surface comprises determining that the first contact corresponds to the first moving contact along a portion of the outside surface, and
• wherein determining that the first contact corresponds either to the first stationary contact relative to the outside surface or to the first moving contact relative to the outside surface comprises determining that the second contact corresponds to a respective stationary contact at each of one or more locations on the inside surface.

34:

• The method of claim 29,
• wherein determining that the first contact corresponds either to the first stationary contact relative to the outside surface or to the first moving contact relative to the outside surface comprises determining that the first contact corresponds to a respective stationary contact at each of at least two locations on the outside surface, and
• wherein determining that the first contact corresponds either to the first stationary contact relative to the outside surface or to the first moving contact relative to the outside surface comprises determining that the second contact corresponds to a respective stationary contact at each of at least two locations on the inside surface opposite from the at least two locations on the outside surface.

35:

• The method of claim 29, wherein the first contact and the second contact are overlapping in time.

36:

• The method of claim 29, further comprising:
• determining that at least one of the first contact or the second contact is associated with a value greater than a threshold value, the threshold value being associated with a detection of the first contact by the second contact-sensing component or a detection of the second contact by the first contact-sensing component.