Signal router with cross-point view graphical interface

• US 6,519,540 B1
• Filed: 10/04/1994
• Issued: 02/11/2003
• Est. Priority Date: 10/04/1994
• Status: Expired due to Fees

• Current Assignee: Iris Technologies, Inc.
• Original Assignee: Iris Technologies, Inc.
• Inventors: Salandro, Jerry R.
• Primary Examiner(s): ASSOUAD, PATRICK J
• Application Number:
  US08/317,990
• Time in Patent Office: 3,052 Days
• Field of Search: 364/514.C, 340/825.03, 340/825.5, 340/825.79, 340/825.8, 340/270, 340/357, 340/386, 340/53, 702/68, 345/717, 345/55
• US Class Current: 702/68
• CPC Class Codes: H04H 60/04 Studio equipment; Interconnection of studios
• CPC Class Codes: H04N 7/104 Switchers or splitters

Abstract

A computer controlled signal router has a graphical user interface which pictorially represents the source channels and destination channels as intersecting, perpendicular sets of stripes with the intersections representing the switches of a cross-point switching matrix. Multiple signal channels are arranged in logical planes which may be displayed singly or in composite views. Links between source channels and destination channels which are effected by the cross-point switch are displayed by a visual indicator at the intersection of the selected source and destination stripes in the single plane view. In the multi-plane view, closed switches in their respective planes are represented by color coded segments of the visual indicator. Sources and destinations are linked and unlinked by selecting on the display the appropriate cross-point, or by designating a source and destination through selection of icons at the ends of the source and destination channel lines.

Claims

1. A signal router comprising:

a matrix of cross-point switches comprising an array of source channels and an array of destination channels forming cross-points, and cross-point switches at said cross-points selectively connecting selected source channels to selected destination channels when closed;

a display device displaying a pictorial representation of said matrix of cross-point switches as a first pattern of generally parallel stripes representing said array of source channels, and a second pattern of generally parallel stripes representing said array of destination channels and generally perpendicular, to said first pattern of parallel stripes to form intersections representing said cross-point switches;

input means through which cross-point switches in said matrix of cross-point switches are selected from said pictorial representation on said display device; and

a digital computer programmed to generate in response to selection of cross-point switches in said matrix of cross-point switches made from said pictorial representation through said input means, control signals closing the selected cross-point switches to connect the selected source channels to the selected destination channels.

2. The signal router of claim 1 wherein said digital computer is programmed to generate on said display device a visual indicator at an intersection representing a selected cross-point switch which is closed.

3. The signal router of claim 2 wherein at least some of said source channels and some of said destination channels comprise multiple signals organized in multiple signal planes, said matrix of cross-point switches comprises for said some source channels and said some destination channels separate cross-point switches for each signal in said multiple signal planes, said display device comprises means for selectively generating said pictorial representation for a selected signal plane, and said computer is further programmed to selectively generate control signals to close selected cross-point switches in said multiple signal planes and to generate indicators on said display device for cross-point switches in the selected signal plane which are closed.

4. The signal router of claim 3 wherein said display device comprises means generating a composite pictorial representation representing a plurality of said multiple signal planes, and wherein said digital computer is programmed to generate on said composite pictorial representation indicators at each intersection indicating cross-point switches in each of said plurality of signal planes which are closed.

5. The signal router of claim 4 wherein said plurality of multiple signal planes equal all of said multiple signal planes.

6. The signal router of claim 5 wherein said indicators are color coded to aid in identifying at each intersection logical signal planes in which cross-point switches are closed.

7. The signal router of claim 4 wherein said digital computer is programmed to generate control signals for the cross-point switches in all signal planes for each intersection selected from said composite pictorial representation.

8. The signal router of claim 2 wherein at least some of said source channels and some of said destination channels comprise multiple signals organized it multiple signal planes, said matrix of cross-point switches comprises for said some source channels and said some destination channels separate cross-point switches for each signal in said multiple signal planes, said display device comprises means for generating a composite pictorial representation representing all of said multiple signal planes, and wherein said digital computer is programmed to generate control signals to close the cross-point switches in all signal planes for each intersection selected from said composite pictorial representation and to generate on said composite pictorial representation indicators at each intersection indicating cross-point switches in each signal plane which are closed.

9. The signal router of claim 3 wherein said display device includes means displaying in said pictorial representation of said selected signal plane, source device indicia representative of source devices connected to said source channels in the selected signal plane and destination device indicia representative of destination devices connected to said destination channels in the selected plane.

10. The signal router of claim 9 wherein for at least one of said some channels a first device represented by a first device indicia is connected to a signal in a first signal plane and a second device represented by a second device indicia is connected to a signal in a second signal plane, and said display device displays said first device indicia for said one channel when said first signal plane is selected and displays said second device indicia when said second signal plane is selected.

11. The signal router of claim 1 wherein said input means comprises means for designating an intersection representing said selected cross-point switch in said pictorial representation on said display device for selecting the selected cross-point switch.

12. The signal router of claim 1 wherein said pictorial representation on said display device includes source channel heading indicia at first ends of said first pattern of stripes representing said array of source channels and destination indicia at first ends of said second pattern of stripes representing said array of destination channels, said input means comprises means for selecting a source channel heading indicia at the first end of a selected source channel stripe and a destination channel heading indicia at the first end of a selected destination channel stripe from said pictorial representation, and said digital computer is programmed to close a cross-point switch represented at a cross-point of the selected source channel stripe and the selected destination channel stripe.

13. The signal router of claim 12 wherein said source channel heading indicia is selectable from a group comprising a source channel identifier, a source device icon representing a source device connected to the source channel, and a combination of said source channel identifier and said source device icon, and wherein said destination indicia is selectable from a group comprising a destination channel identifier, a destination device icon representing a destination device connected to the destination channel, and a combination of said destination channel identifier icon and said destination device icon.

14. The signal router of claim 12 wherein said input means comprises means selecting a certain channel heading indicia for locking-out a certain channel and said digital computer is programmed to block operation of cross-point switches in said certain channel in response to selection of said certain channel heading indicia for lock-out.

15. The signal router of claim 14 wherein said display device comprises means displaying on said pictorial representation, lock icons at said cross-point switches in said certain channel which is locked-out.

16. The signal router of claim 12 wherein said display device comprises means highlighting on said pictorial representation a channel when the heading indicia for the channel is selected.

17. The signal router of claim 12 wherein said input means includes means for designating specified channels to be hidden and said display means generates said pictorial representation without said specified channels.

18. The signal router of claim 1 wherein said digital computer is programmed to selectively lock-out operation of certain cross-point switches and wherein said display device comprises means displaying a lock icon on said pictorial display at an intersection representing said certain cross-point switches.

19. The signal router of claim 18 wherein said display means comprises means for selectively displaying textual information related to said lock icon at said lock icon.

20. A signal router comprising:

a matrix of cross-point switches comprising an array of source channels and an array of destination channels forming cross-points, and cross-point switches at said cross-points selectively linking selected source channels to selected destination channels when closed, at least some of said source channels and destination channels having multiple signals with corresponding ones of said multiple signals for said at least some source channels and destination channels organized into separate logical signal planes;

a display device displaying symbolically said source channels and destination channels in a selected logical signal plane and links made therebetween through said matrix of cross-point switches;

input means through which said selected logical signal plane is selected and through which cross-point switches in said matrix of cross-point switches are selected for linking selected source channels and destination channels in said selected signal plane; and

a digital computer programmed to generate in response to selection of said selected cross-point switches through said input means, control signals closing the selected cross-point switches to link the selected source channels to the selected destination channels in said selected signal plane.

21. The signal router of claim 20 wherein said input means includes means for collectively selecting a plurality of said logical signal planes and said display means displays said plurality of said logical signal planes simultaneously as a composite logical signal plane.

22. The signal router of claim 21 wherein said display includes a composite pictorial representation of multiple cross-point switches linking the multiple signals of said same source channels and destination channels in each of said plurality of logical signal planes and having indicator means for indicating which of said multiple cross-point switches are closed.