Keypad annunciator graphical user interface

• US 5,984,502 A
• Filed: 06/14/1996
• Issued: 11/16/1999
• Est. Priority Date: 06/14/1996
• Status: Expired due to Term

• Current Assignee: Schneider Electric Systems USA, Inc. (Schneider Electric SE)
• Original Assignee: The Foxboro Company (Schneider Electric SE)
• Inventors: Calder, Dale E.
• Primary Examiner(s): Grant, William
• Assistant Examiner(s): Robinson, Victoria
• Application Number:
  US08/665,211
• Time in Patent Office: 1,250 Days
• Field of Search: 364/188, 364/189, 364/190, 364/184, 364/185, 364/550, 364/551.01, 395/339-354, 395/976, 395/977, 395/978, 395/964-970, 345/339-357, 345/964-970, 345/976, 345/977
• US Class Current: 700/83
• CPC Class Codes: G05B 19/0428 Safety, monitoring G05B19/0423 takes precedence
• CPC Class Codes: G05B 19/4184 characterised by fault tolerance, reliability of production system
• CPC Class Codes: Y02P 90/02 Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]
• CPC Class Codes: Y10S 715/964 CAD or CAM, e.g. interactive design tools

Abstract

A Keypad Annunciator Graphical User Interface, (KAGUI), for use by an operator of a process control system for presenting and responding to alarm state data generated by the process control system, is disclosed. The KAGUI provides an interactive display of a keypad annunciator on a monitor display screen. A panel manager display and a dynamic icon enhance operator awareness, in a multi-window display environment, of alarms. The KAGUI synchronizes alarm data presented by the KAGUI with process control system alarm data and informs the operator of the status of interprocess communication.

Claims

1. A multi-window graphical user interface for use with a process control system having a display monitor, said graphical user interface comprising

display means for displaying at least one user-customizeable keypad annunciator window representative of a keypad annunciator having at least one key displayable in at least two key display states, said display means displaying said at least one key in a first key display state and being responsive to alarm state data for displaying said at least one key in a second key display state upon occurrence of a selected alarm state,

input means operative with said display means for changing a display, on the monitor, associated with the keypad annunciator window, and for responding to the occurrence of the selected alarm state, and

acknowledgment display means for displaying said at least one key in a third key display state, said acknowledgment display means being responsive to said input means for displaying said at least one key in the third display state upon selection of said at least one key with said input means when said at least one key is displayed in the second key display state.

2. A multi-window graphical user interface for use with a process control system having a display monitor, said graphical user interface comprising

display means for displaying a user-customizeable keypad annunciator window on the display monitor, said keypad annunciator window representative of a keypad annunciator having at least one key displayable in at least two key display states, each key display state being responsive to an alarm state of the process control system,

input means operative with said display means for changing a display, on the display monitor, which is associated with the keypad annunciator window, and

a panel manager window for displaying, in an area normally occupying a portion of the display monitor, a panel manager representative of the keypad annunciator, said panel manager window being moveable relative to the display monitor.

3. A graphical user interface according to claim 2, further comprising

input means operating with said panel manager window for changing a display, on the display monitor, associated with said panel manager.

4. A multi-window graphical user interface for use with a process control system having a display monitor, said graphical user interface comprising

display means for displaying at least one user-customizeable keypad annunciator window representative of a keypad annunciator having at least one key displayable in at least two key display states, said display means displaying said at least one key in a first key display state and being responsive to alarm state data for displaying said at least one key in a second key display state upon occurrence of a selected alarm state,

input means operative with said display means for changing a display, on the monitor, associated with the keypad annunciator window, and for responding to the occurrence of the selected alarm state, and

a panel manager window for displaying, in an area normally occupying a portion of the display monitor, a panel manager, said panel manager visually representing a selected alarm state associated with the keypad annunciator, said panel manager window being moveable relative to the display monitor,

icon means for displaying an icon representing a minimized keypad annunciator display, said icon means being responsive to said input means for displaying said keypad annunciator on the display monitor.

5. A graphical user interface according to claim 4, further comprising

floating panel manager means responsive to a user input for displaying said panel manager window on the monitor display, the display of said panel manager window having a priority higher than a majority of other windows.

6. A graphical user interface according to claim 4, further comprising

topmost panel manager means for displaying said panel manager window as a topmost window on the display monitor upon occurrence of a selected alarm state[s].

7. A graphical user interface according to claim 4, wherein said panel manager window is

responsive to at least one selected alarm state and associated with at least one keypad annunciator,

has at least two unique display states for each keypad annunciator with which said panel manager window is associated, and

is responsive to the occurrence of an alarm state associated with a key of a keypad annunciator that is associated with the panel manager for displaying said panel manager in the second panel manager display state associated with that keypad annunciator.

8. A graphical user interface according to claim 4, further comprising

audible stimulus means responsive to a selected alarm state, for generating a selected audible stimulus only upon occurrence of the selected alarm state, whereby an operator is alerted to the occurrence of the alarm state.

9. A graphical user interface according to claim 4, further comprising

acknowledgment display means for displaying said at least one key in a third key display state, said acknowledgment display means being responsive to said input means for displaying said at least one key in the third display state upon selection of said at least one key with said input means when said at least one key is displayed in the second key display state.

10. A multi-window graphical user interface for use with a process control system having a display monitor, said graphical user interface comprising

display means for displaying at least one user-customizeable keypad annunciator window representative of a keypad annunciator having at least one key displayable in at least two key display states, said display means displaying said at least one key in a first key display state and being responsive to alarm state data for displaying said at least one key in a second key display state upon occurrence of a selected alarm state,

input means operative with said display means for changing a display, on the monitor, associated with the keypad annunciator window, and for responding to the occurrence of the selected alarm state, and

dynamic icon means for displaying, on said display monitor, a dynamic icon representative of said keypad annunciator window and having at least two dynamic icon display states, said dynamic icon display means displaying said dynamic icon normally in a first dynamic icon display state and being responsive to selected alarm states of the process control system, for displaying said dynamic icon in a second dynamic icon display state.

11. A graphical user interface according to claim 10, further comprising

dynamic icon means responsive to the selection of said dynamic icon by way of said input means for displaying the panel manager on the display in response to a selected input.

12. A graphical user interface according to claim 11, further comprising

topmost icon means, for displaying said dynamic icon as a topmost display on the display monitor in response to the occurrence of any selected alarm state to which said dynamic icon means is responsive.

13. A graphical user interface according to claim 10, further comprising

floating dynamic icon means for displaying said dynamic icon on the monitor display, the display of said dynamic icon having priority higher than a majority of other windows.

14. A graphical user interface according to claim 10, further comprising audible stimulus means responsive to a selected alarm state, for generating a selected audible stimulus only upon occurrence of the selected alarm state, whereby an operator is alerted to the occurrence of the alarm state.

15. A graphical user interface according to claim 10, further comprising

acknowledgment display means for displaying said at least one key in a third key display state, said acknowledgment display means being responsive to said input means for displaying said at least one key in the third display state upon selection of said at least one key with said input means when said at least one key is displayed in the second key display state.

16. A machine readable data storage medium comprising

first means for displaying at least one user customizeable keypad annunciator window having at least one key displayable in at least two key display states, said first means displaying said at least one key in a first key display state and being responsive to alarm state data of a process control system for displaying said at least one key in a second key display state upon occurrence of a selected alarm state,

second means operative with said first means for changing a display, on a monitor, associated with the keypad annunciator window, and for responding to the occurrence of the selected alarm state, and

third means for displaying said key in a third key display state, said third means being responsive to said second means for displaying said key in the third display state upon selection of said key with said second means when said is the second key display state.

17. A machine readable data storage medium according to claim 16, further comprising

fifth means for displaying, in an area normally occupying a portion of the display screen of the display monitor, a panel manager for visually representing a selected condition of alarm state data associated with a keypad annunciator, and

sixth means for displaying an icon representing a minimized keypad annunciator display, said sixth means being responsive to a selected input by way of said second means for displaying said keypad annunciator on the display monitor.

18. A machine readable data storage medium comprising

first means for displaying a user-customizeable keypad annunciator window on a display monitor, said keypad annunciator window having at least one key displayable in at least two key display states, each key display state being responsive to an alarm state of a process control system,

second means operative with said first means for changing a display, on the display monitor, which is associated with the keypad annunciator window, and

fourth means for displaying, in an area normally occupying a portion of the display screen of the display monitor, a panel manager window representative of the keypad annunciator window.

19. A machine readable data storage reader according to claim 18, wherein said second means further comprises

means for changing a display, on the display monitor, associated with said panel manager.

20. A method of providing a multi-window graphical user interface for use with a process control system, said method comprising the steps of

displaying at least one user-customizeable keypad annunciator window on a display monitor,

displaying at least one key of the keypad annunciator window in a first key display state,

displaying the at least one key in a second display state upon occurrence of a change in a selected alarm state,

providing means for changing a display, on the display monitor, associated with the keypad annunciator window, and for responding to the change in the selected alarm state in response to an input device, and

displaying the at least one key in a third key display state in response to selection of the key with the input device when the key is in the second key display state.

21. A method of providing a multi-window graphical user interface for use with a process control system, said method comprising the steps of

displaying a user-customizeable keypad annunciator window on a display monitor,

changing the display state of a key of the keypad annunciator window in response to the occurrence of a change in an alarm state of the process control system,

changing a display, associated with the keypad annunciator window, on the display monitor in response to an input device,

displaying, in an area normally occupying a portion of the display screen of the display monitor, a panel manager window representative of the keypad annunciator.

22. A method of providing a user interface according to claim 21, further comprising the step of

changing a display, on the display monitor, associated with said panel manager window, in response to the input device.

23. A method of providing a multi-window graphical user interface for use with a process control system, said method comprising the steps of

displaying at least one user-customizeable keypad annunciator window on a display monitor,

displaying at least one key of the keypad annunciator window in a first key display state,

displaying the at least one key in a second display state upon occurrence of a change in a selected alarm state,

providing means for changing a display, on the display monitor, associated with the keypad annunciator window, and for responding to the change in the selected alarm state in response to an input device,

displaying, in an area normally occupying a portion of the display screen of the display monitor, a panel manager window for visually representing a selected alarm state associated with a keypad annunciator, said panel manager window being moveable relative to the display monitor,

displaying an icon representing a minimized keypad annunciator display,

displaying said keypad annunciator on the display monitor in response to selection of the icon by way of the input device.

24. A method of providing a user interface according to claim 23, further comprising the step of

displaying said panel manager window on the display monitor as a display having a priority higher than a majority of other windows.

25. A method of providing a user interface according to claim 23, further comprising the step of

displaying said panel manager window as a topmost display on the display monitor upon occurrence of selected alarm states.

26. A method of providing a user interface according to claim 23, said method further including the steps of

associating the panel manager window with at least one keypad annunciator window,

providing the panel manager window with at least two unique display states for each keypad annunciator window with which the panel manager window is associated, and

displaying the panel manager window in a second panel manager display state associated with a keypad annunciator window upon occurrence of a alarm state associated with a key of that keypad annunciator window.

27. A method or providing a user interface according to claim 23, further comprising the step of

generating a selected audible stimulus upon occurrence of the selected alarm state.

28. The method of claim 23 further comprising the step of displaying the at least one key in a third key display state in response to selection of the key with the input device when the key is in the second key display state.

29. A method of providing a user interface according to claim 23, further comprising the step of

generating a selected audible stimulus upon occurrence of the selected alarm state.

30. A method of providing a multi-window graphical user interface for use with a process control system, said method comprising the steps of

displaying at least one user-customizeable keypad annunciator window on a display monitor,

displaying at least one key of the keypad annunciator window in a first key display state,

displaying the at least one key in a second display state upon occurrence of a change in a selected alarm state,

providing means for changing a display, on the display monitor, associated with the keypad annunciator window, and for responding to the change in the selected alarm state in response to an input device,

displaying, on said display monitor, a dynamic icon representative of said keypad annunciator window,

displaying said dynamic icon normally in a first dynamic icon display state, and

displaying said dynamic icon in a second dynamic icon display state in response to the occurrence of selected alarm states.

31. A method of providing a user interface according to claim 30, the step of

displaying the panel manager window on the display in response to a selected input by way of selecting the dynamic icon with the input device.

32. A method of providing a user interface according to claim 31, further comprising the step of

displaying said dynamic icon as a topmost display on the display monitor in response to the occurrence of a selected alarm state.

33. A method of providing a user interface according to claim 30, further comprising the step of

displaying said dynamic icon on the monitor display as a display having a priority higher than a majority of other windows.

34. The method of claim 30 further comprising the step of displaying the at least one key in a third key display state in response to selection of the key with the input device when the key is in the second key display state.