Pressure sensitive touch pad with virtual programmable buttons for launching utility applications
A pressure sensitive Display Pad having embedded dual functionality such as operating as a mouse for pointer navigation and an array of Virtual Programmable Applications Buttons for selection on the computing device and displaying applications such as a calculator, currency converter, daily event calendar, etc. The device is an improvement to existing resistive and capacitive touch pads that eliminates the need for additional dedicated mechanical buttons for launching utility applications. An exemplary embodiment is disclosed in the context of a laptop computer wherein the Display Pad performs the pointing and selection functions of existing laptop touchpads, and additionally provides for fixed or programmable pressure sensitive application functions using virtual buttons on the touchpad which can launch utility applications associated with those buttons, either on the computer screen or on the Display Pad display or both.
1 . A touch-sensitive display panel having a first area comprising an array of discrete virtual programmable buttons for operating a computing device, and a second area comprising a touch pad for traditional mouse pointing functions.
2 . The touch-sensitive display panel according to claim 1 , wherein said discrete virtual programmable buttons include tactile, visual and/or audible feedback.
3 . The touch-sensitive display panel according to claim 1 , wherein said second area is dedicated to said touch pad and said first area comprises a plurality of fixed-position programmable-function buttons.
4 . The touch-sensitive display panel according to claim 1 , wherein said second area is dedicated to said touch pad and said first area comprises a plurality of programmable-position programmable-function buttons.
5 . The touch-sensitive display panel according to claim 1 , wherein said second area is dedicated to said touch pad and said first area comprises a plurality of fixed-position programmable-function buttons and a plurality of programmable-position programmable-function buttons.
6 . In a computing device having a primary display and keyboard, a user input device comprising a touch-sensitive display panel separate from said primary display and defined by a pressure sensitive area segregated into a first area including an array of discrete virtual programmable buttons for operating said computing device, and a second area comprising a touch pad for controlling mouse pointing functions.
7 . The user input device according to claim 6 , wherein said virtual buttons on the pressure sensitive area each launch a corresponding software utility application.
8 . The user input device according to claim 6 , wherein said virtual buttons on the pressure sensitive area are fixed in position.
9 . The user input device according to claim 6 , wherein said virtual buttons on the pressure sensitive area have a user-defined position.
10 . The user input device according to claim 8 , wherein said virtual buttons on the pressure sensitive area each launch a corresponding software utility application from among a group comprising a Calculator, Currency Converter, Time and Date, Weather, World Clock, Screen Saver, SlideShow, Alarm, Alerts, Day Calendar.
11 . The user input device according to claim 6 , wherein said touch-sensitive display panel further comprises a transparent lens overtop a an electronic display, and a plurality of force sensors in contact with one of said transparent lens or electronic display for registering touch pressure there against.
12 . The user input device according to claim 11 , wherein said plurality of pressure sensors further comprise four corner-mounted pressure sensors for determining a two-dimensional coordinate location of a touch.
13 . The user input device according to claim 12 , further comprising software for determining when a two-dimensional coordinate location of a touch falls within the predetermined pressure sensitive area of one of said virtual buttons, and if so for launching said corresponding software utility application.
14 . The user input device according to claim 6 , connected remotely to said computing device by a peripheral cable.
15 . The user input device according to claim 6 , connected remotely to said computing device by a wireless connection.
16 . The user input device according to claim 6 , wherein said discrete virtual programmable buttons provide tactile feedback when touched.
17 . The user input device according to claim 6 , wherein said discrete virtual programmable buttons provide audible feedback when touched.
18 . The user input device according to claim 13 , wherein said software comprises a memory-resident executable program that interprets touch pressure data derived from said four corner mounted sensors and calculates an exact x,y coordinate representing where the a touch point was registered.
19 . The user input device according to claim 14 , wherein said software analyzes the x,y coordinate to determine whether it falls within any of the pre-designated areas assigned to said discrete virtual programmable buttons.
20 . The user input device according to claim 18 , wherein said memory-resident executable program interprets touch pressure data derived from said four corner mounted sensors and interprets a type of key press based on amount of applied force to a touch point.
21 . The user input device according to claim 20 , wherein said type of key press comprises incremental volume.
22 . The user input device according to claim 20 , wherein said type of key press comprises fast forward.