Multiple keyboard context sensitivity for application usage
First Claim
1. A method for providing context sensitivity for application usage in a mobile device having multiple concurrently operable independent keyboards, the method comprising the steps of:
- a) assigning one or more states to the mobile device, each state of the device corresponding to a keyboard to be utilised;
b) designating one or more applications to a state, the state of the application determining from which of said key boards a key stroke is expected;
c) receiving a keystroke at the mobile device from any one of the multiple concurrently operable keyboards;
d) checking a state of the mobile device based on the received keystroke;
e) checking a state of a presently running application;
f) comparing the state of the mobile device with the state of a presently running application; and
g) mapping the received keystroke to a keystroke the presently running application expects if the comparing step determines the state of the mobile device differs from the state of the presently running application.
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Accused Products
Abstract
A method and improved mobile device for providing context sensitivity for application usage in a mobile device having multiple keyboards, the method comprising the steps of: receiving a keystroke at the mobile device; checking a state the mobile device is in; comparing the state the mobile device is in with a state an application expects; if the comparing step determines the state the mobile device is in differs from the state an application expects, and mapping the keystroke from the state the mobile device is in to a keystroke in the state the application expects.
12 Citations
17 Claims
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1. A method for providing context sensitivity for application usage in a mobile device having multiple concurrently operable independent keyboards, the method comprising the steps of:
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a) assigning one or more states to the mobile device, each state of the device corresponding to a keyboard to be utilised; b) designating one or more applications to a state, the state of the application determining from which of said key boards a key stroke is expected; c) receiving a keystroke at the mobile device from any one of the multiple concurrently operable keyboards; d) checking a state of the mobile device based on the received keystroke; e) checking a state of a presently running application; f) comparing the state of the mobile device with the state of a presently running application; and g) mapping the received keystroke to a keystroke the presently running application expects if the comparing step determines the state of the mobile device differs from the state of the presently running application. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9)
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10. An improved mobile device having a microprocessor running applications, communication means controlled by the microprocessor, speaker for audio output from the mobile device, microphone for audio input to the mobile device, at least two active concurrently operable keyboards, batteries for providing power to the mobile device, a display for displaying output from the microprocessor, and memory, the improvement comprising:
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a) a comparing means to compare a state the mobile device is in with a state a presently running application expects; and b) a mapping means to map a keystroke from one of the at least two concurrently operable keyboards with a keystroke in the state the presently running application expects if the comparing means finds the mobile device is in a different state than the state the application expects. - View Dependent Claims (11, 12, 13, 14, 15, 16, 17)
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Specification