Data processing system having dual output modes

Claim 2

A data processing system comprising data processing means for producing data in an encoded format and a display format when operating in a first and second mode, respectively, and a mode signal indicative of said first and second mode, display driver means coupled to said data and said mode signals, said display driver means converting said encoded format to a display format when said first mode signal is present or transmitting said display format when said second mode signal is present, and display means coupled to said display driver means for displaying said display format data.

Claim 3

A data processing system according to claim 1 wherein said display driver system comprises (1) first storage means for storing and reading out said encoded format data when said first mode signal is present, (2) conversion means coupled to said first storage means for converting said encoded format data to converted display format signals, (3) second storage means for storing and reading out said converted display format signals and when said second mode signal is present storing and reading out said display format signal, and (4) control means coupled to said first and second storage means and said conversion means for selectively enabling said first and second storage means dependent upon the presence of the first and second mode signals.

Claim 4

A data processing system according to claim 1 wherein said display is a liquid crystal display.

Claim 5

A data processing system according to claim 1 further including at least one additional display driver means coupled to said display driver means for storing and reading out any overflow display format data and at least one additional display means for displaying said overflow display format data.

Claim 6

A display driver circuit for receiving encoded format, display format and first and second mode signals, comprising (1) first storage means for storing and reading out said encoded format signals when said first mode signal is present, (2) conversion means coupled to said first storage means for converting said encoded format signals to converted display format signals, (3) second storage means for storing and reading out said converted display format signal and when said second mode signal is present storing and reading out said display format signals, and (4) control means coupled to said first and second storage means and said conversion means for selectively enabling said first and second storage means dependent upon the presence of the first and second mode signals.

Claim 7

A display driver circuit for receiving encoded format, display format and first and second mode signals, comprising (1) first storage means for storing and reading out said encoded format signals when said first mode signal is present, (2) conversion means coupled to said first storage means for converting said encoded format signals to converted display format signals, (3) second storage means for storing and reading out said converted display format signal and when said second mode signal is present storing and reading out said display format signals, and (4) control means coupled to said first and second storage means and said conversion means for selectively enabling said first and second storage means dependent upon the presence of the first and second mode signals.

Claim 8

A display driver circuit according to claim 5 further including a segment control circuit coupled to said second storage means for producing a first output to a display and a common control circuit coupled to said control means for producing a second output to said display.

Claim 9

A display driver circuit according to claim 6 further including temperature compensator means coupled to said control means for monitoring the temperature of said display and producing a signal which varies said first and second output signals dependent upon the changes in the monitored temperature of said display.