Adaptive keyboard with physical feedback
The disclosure is directed at an adaptive keyboard having at least two key layouts, the adaptive keyboard for use with at least two applications, the keyboard comprising a processor for determining which of said at least two key layouts to display; a display portion having defined therein a set of keys, said display portion including a set of incisions thereby defining the keys; a set of actuators corresponding to each of the set of keys of the determined key layout; and a set of switches, each of the set of switches associated with at least one of the set of actuators.
1. An adaptive keyboard having at least two key layouts, the adaptive keyboard for use with at least two applications, the keyboard comprising:
a keyboard display portion having defined therein a plurality of keys, said keyboard display portion including a set of incisions thereby defining the keys;
a plurality of actuators, at least one actuator corresponding to each one of the keys of the determined key layout;
a plurality of switches, each of the switches associated with at least one of the plurality of actuators; and
a processor for determining which of said at least two key layouts to display on said keyboard display portion based on an application being executed;
wherein each of the at least two key layouts contains a different number of keys; and
wherein in one of the at least two key layouts a key defines two or more keys in another of the at least two key layouts.
2. The adaptive keyboard of claim 1 further comprising a database for storing relationships between applications being executed on the processor and the at least two key layouts.
3. The adaptive keyboard of claim 1 further comprising:
a set of circuit traces located on a bottom surface of the keyboard display portion;
wherein the set of incisions do not intersect the set of circuit traces.
4. The adaptive keyboard of claim 1 further comprising:
a cover portion overlying the display portion and including a second set of incisions thereby defining the keys.
5. The adaptive keyboard of claim 4 wherein the cover portion is made from a resilient material.
6. The adaptive keyboard of claim 4 wherein the cover portion is a screen.
7. The adaptive keyboard of claim 1 wherein the keyboard display portion is made from a resilient material.
8. The adaptive keyboard of claim 1 wherein the incisions are cutout portions.
9. The adaptive keyboard of claim 8 further comprising a rubber layer underlying the keyboard display portion, the rubber layer including protrusions for filling the cutout portions within the keyboard display portion.
10. The adaptive keyboard of claim 1 wherein the keyboard display portion is made from electronic paper.
11. The adaptive keyboard of claim 4 wherein the cover portion is made from electronic paper.
12. An adaptive keyboard having at least two key layouts, for use with at least two applications, the keyboard comprising:
a keyboard display portion having defined therein a plurality of keys, said keyboard display portion including a set of incisions;
a processor for determining which of said at least two key layouts to display on said keyboard display portion based on an application being executed;
a set of actuators corresponding to each of the set of keys of the determined key layout; and
a set of switches, each of the set of switches associated with at least one of the set of actuators;
wherein in one of the at least two key layouts a key defines two or more keys in another of the at least two layouts, and in each of the at least two key layouts a tactile feedback is experienced when the keyboard is in use; and
wherein each of the at least two key layouts contains a different number of keys.
13. The adaptive keyboard of claim 12 further comprising a database for storing relationships between applications being executed on the processor and the at least two key layouts.
14. The adaptive keyboard of claim 12 further comprising:
a set of circuit traces located on a bottom surface of the keyboard display portion;
wherein the set of incisions do not intersect the set of circuit traces.
15. The adaptive keyboard of claim 12 wherein the keyboard display portion is made from a resilient material.
16. The adaptive keyboard of claim 12 wherein the incisions are cutout portions.
17. The adaptive keyboard of claim 16 further comprising a rubber layer underlying the keyboard display portion, the rubber layer including protrusions for filling the cutout portions within the keyboard display portion.
18. The adaptive keyboard of claim 12 wherein the keyboard display portion is made from electronic paper.