KEYBOARD FOR A SMALL FORM FACTOR DATA PROCESSING APPARATUS
A keyboard apparatus for a small form factor data processing device. For example, a data processing device is described comprising: a body having a memory for storing program code and data and a processor for processing the program code and data, the body further comprising a keyboard defining a first plane, the keyboard having a plurality of keys selectable by a user; a display having a surface defining a second plane, the display moveably coupled to the data processing device to move from a first position in which the display covers the keyboard to a second position in which the keyboard is exposed, wherein the first plane and the second plane remain substantially parallel as the display is moved from the first position to the second position; and wherein the keyboard comprises a plurality of holes formed in the body, and a corresponding plurality of keys operatively coupled to the body and immersed within each one of the holes, wherein the width and length of each hole is sized to provide sufficient spacing to accommodate the tip of a user's thumb as a key is depressed by the user into the hole.
1 . A data processing device comprising:
a body having a memory for storing program code and data and a processor for processing the program code and data, the body further comprising a keyboard defining a first plane, the keyboard having a plurality of keys selectable by a user;
a display having a surface defining a second plane, the display moveably coupled to the data processing device to move from a first position in which the display covers the keyboard to a second position in which the keyboard is exposed, wherein the first plane and the second plane remain substantially parallel as the display is moved from the first position to the second position; and
wherein the keyboard comprises a plurality of holes formed in the body, and a corresponding plurality of keys operatively coupled to the body and immersed within each one of the holes, wherein the width and length of each hole is sized to provide sufficient spacing to accommodate the tip of a user's thumb as a key is depressed by the user into the hole.
2 . The data processing device as in claim 1 wherein for a key having a width and/or length of N, the bevel of each hole is sized to have a corresponding width and/or length of at least M×N
3 . The data processing device as in claim 2 wherein N=______ and M=______.
4 . The data processing device as in claim 1 wherein each hole has a depth sized such that the top surface of each key is approximately co-planar with the second plane.