Apparatus for monitoring and displaying activity of an information processing system

• US 4,623,988 A
• Filed: 05/20/1983
• Issued: 11/18/1986
• Est. Priority Date: 05/20/1983
• Status: Expired due to Term

• Current Assignee: Dictaphone Corporation (Microsoft Corporation)
• Original Assignee: Dictaphone Corporation (Microsoft Corporation)
• Inventors: Sevitsky, Gary S., D'Agosto, Nicholas A. III, Paulson, Robert T.
• Primary Examiner(s): Thomas, James D.
• Assistant Examiner(s): Clark, David L.
• Application Number:
  US06/496,654
• Time in Patent Office: 1,278 Days
• Field of Search: 179/6.09, 179/6.17, 369/25, 369/28-29, 369/53, 364/200 MS File, 364/900 MS File
• US Class Current: 714/47.3
• CPC Class Codes: G06F 11/328 Computer systems status display G06F11/327 takes precedence
• CPC Class Codes: G11B 27/34 Indicating arrangements indicating means incorporated in magazine or cassette G11B23/046 and G11B23/0875; indicating measured values in general G01D
• CPC Class Codes: G11B 33/10 Indicating arrangements; Warning arrangements G11B15/04, G11B19/04, G11B27/34, G11B27/36 take precedence
• CPC Class Codes: H04M 11/10 with dictation recording and playback systems

Abstract

Apparatus for monitoring and displaying the activity of an information processing system, such as a central dictation system, having plural recorders, plural originating stations for supplying information jobs to be recorded on the recorders, and recovery stations for recovering information jobs from those recorders. The activity which is monitored and displayed includes the availability of respective recorders to receive information from originating stations, the lengths of information jobs which have been recorded and now await recovery, the expected recovery delay in recovering a new information job to be recorded on a recorder, and the number of information jobs in each recorder that are awaiting recovery. The apparatus includes a processor which senses the aforementioned activity and controls a video display for displaying same.

Claims

1. In an information processing system having plural recorders for recording information jobs, plural originating stations for supplying information jobs to be recorded, means for selectively connecting originating stations to recorders, recovery stations for recovering information jobs from at least some of said recorders, means for connecting said recovery stations to said some recorders, and monitoring means for monitoring information recording and recovery activity of respective recorders, apparatus comprising:

delay means for determining the difference between lengths of information jobs recorded on a recorder and lengths of information jobs recovered from that recorder, and for calculating therefrom the expected recovery delay in recovering an information job to be recorded on said recorder and for producing signals indicating the recovery delay;

job counting means for producing count signals representing the difference between the number of information jobs that have been recorded on a recorder and the number of information jobs that have been recovered from that recorder to indicate the number of information jobs that are recorded on and are awaiting recovery from said recorder;

signal control means coupled to each of said recorders for receiving the produced signals and for providing signals representing the number of recorded information jobs awaiting recovery from, and the recovery delay of respective recorders; and

display means coupled to said signal control means and responsive to at least some of the provided signals for displaying alphanumeric characters representing recovery delay in the number of information jobs awaiting recovery from respective recorders.

2. The apparatus of claim 1 wherein said display means includes a video display screen on which said alphanumeric characters are displayed.

3. The apparatus of claim 1 wherein said display means additionally displays alphanumeric characters representing the lengths of recorded information jobs awaiting recovery from respective recorders.

4. The apparatus of claim 1 wherein said signal control means includes means for providing signals representing that said respective recorders are connected to said signal control means;

and wherein said display means includes means responsive to each of said last-mentioned signals for displaying alphanumeric character representing those recorders which are connected to said signal control means and can be used by said originating stations.

5. The apparatus of claim 1 wherein said signal control means further includes criterion selecting means for establishing a selected one of different predetermined criteria by which recorders are made available to receive information from originating stations;

and further comprising availability means for sensing which of said recorders satisfy said selected criterion and for producing signals indicating that a recorder is available to receive information from an originating station;

said signal control means receiving the last-mentioned signals and providing signals representing the availability of respective recorders to receive information from an originating station, and said display means responding to the provided signals for displaying availability of said respective recorders.

6. The apparatus of claim 5 wherein said criterion selecting means is operative to make available:

(a) all of said recorders, (b) a set of recorders in a predetermined sequence, or (c) the recorder having at least expected recovery delay, and wherein said display means displays alphanumeric characters representing the criterion established by said criterion selected means.

7. The apparatus of claim 6 wherein said availability means further senses which of said recorders is receiving information from an originating station and which of said recorders satisfy the criteria established by said criterion selecting means to next receive information from an originating station.

8. The apparatus of claim 1 further including recovery counting means incremented as each new information job is in conditions to be recovered from a respective recorder;

and wherein said display means further includes means responsive to said recovery counting means for displaying alphanumeric characters representing the number of the information job to be recovered.

9. The apparatus of claim 1 wherein each said recorder has a predetermined recording capacity to record information jobs having a predetermined cumulative length;

and wherein said display means further includes means responsive to said length of recorded information jobs determined by said delay means for calculating the portion of said predetermined recording capacity consumed by information jobs, and means for displaying the calculated consumed portion for respective recorders.

10. The apparatus of claim 9 wherein said means for displaying the calculated consumed portion comprises a bar graph display.

11. The apparatus of claim 1 wherein said signal control means additionally provides a recovery station identifying signal identifying the recovery stations connected to respective recorders;

and wherein said display means further includes means responsive to the recovery station identifying signal for displaying alphanumeric characters representing the identities of said recovery stations.

12. The apparatus of claim 1, further comprising means for manually providing a signal representing the rate at which information jobs are recovered at a respective recovery station;

and wherein said delay means further includes means for arithmetically combining the determined difference between lengths of information jobs recorded on a recorder and lengths of information jobs recovered from that recorder with the signal representing the rate at which information jobs are recovered at said respective recovery station to determine said expected recovery delay.

13. Apparatus for displaying status of individual recorders in a central dictation system having a plurality of dictate stations to seize said recorders for recording messages on record media therein, a plurality of transcribe stations, each having an associated transcribe rate, for transcribing recorded messages from said record media, means for connecting a dictate station to a recorder and for connecting a transcribe station to a recorder, and signal control means coupled to each of said recorders and responsive to the connections thereto of respective dictate and transcribe stations for recording and transcribing messages to provide signals representing respective identifying numbers of messages that are on said record media in position to be transcribed, and signals representing amounts of record media of respective recorders consumed by said messages, said apparatus comprising display means for displaying alphanumeric characters representing the status of said respective recorders;

and processor means responsive to the signals provided by said signal control means to control said dispaly means, said processor means including message number means for detecting the identifying numbers of the message positioned to be transcribed from said record media and for providing said display means with information to display said identifying message numbers for respective recorders, and delay determining means responsive to the signals representing the amount of record media of respective recorders consumed by messages and the transcribe rates associated with the transcribe stations connected to said respective recorders to determine an expected delay in transcribing newly recorded messages and for providing said dispaly means with information to display the expected delay of said respective recorders.

14. The apparatus of claim 13 wherein said respective recorders include means for producing signals representing the amount of record medium in a recorder having messages recorded thereon and the amount of record medium having messages transcribed therefrom, and wherein said signal control means is responsive to the last-mentioned signals to produce a signal representing the length of messages in a respective recorder awaiting transcription;

and wherein said delay determining means responds to said signal representing the length of messages in a respective recorder awaiting transcription and a transcribe rate associated with the transcribe station connected to said respective recorder to determine said expected delay in transcribing newly recorded messages.

15. The apparatus of claim 14 further including keyboard means manually operable for producing signals representing the transcribe rates associated with the transcribe stations connected to said respective recorders.

16. The apparatus of claim 13 further including first means for determining if all of the recorders coupled to said signal control means are accessible on an equal basis to said dictate stations;

second means for determining if the recorders coupled to said signal control means are accessible in a predetermined sequence; and

third means for determining if the recorders coupled to said signal control means are accessible as a function of the expected delay therein in transcribing newly recorded messages.

17. The apparatus of claim 16 further including first sense means for sensing a failure condition in any of the recorders coupled to said signal control means and providing said display means with information to provide an indication thereof;

second sense means for sensing the seizure of a recorder by an inactive dictate station and providing said display means with information to provide an indication thereof;

third sense means for sensing the seizure of a recorder by an active dictate station and providing said display means with information to provide an indication thereof;

fourth sense means for sensing which of the recorders connected to said signal control means is next to be seized by a dictate station and providing said display means with information to provide an indication thereof; and

fifth sense means for sensing which recorders are not connected to said signal control means and providing said display means with information to provide an indication thereof.

18. The apparatus of claim 17 further including keyboard means manually operable to supply a disconnect control signal to said signal control means;

and wherein said signal control means includes means responsive to said disconnect control signal to supply to a recorder connected thereto a signal for releasing from said recorder an inactive dictate station.

19. The apparatus of claim 18 wherein said keyboard means includes means manually operable for identifying the recorder from which the inactive dictate station is to be released.

20. The apparatus of claim 13 wherein said processor means further includes means for representing the capacity of the record medium at a respective recorder for recording messages;

and bar graph generating means for determining that portion of said capacity consumed by messages and for controlling said display means to display a bar graph representation of said portion.

21. The apparatus of claim 13 wherein at least some of the recorders coupled to said signal control means comprise endless loop recorders, each having a dictate port connectable to a dictate station for receiving messages for recording and a transcribe port connectable to a transcribe station for playing back messages for transcription.

29. The apparatus of claim 13 wherein at least one of the recorders coupled to said signal control means comprises a changer-recorder having a supply of record media, means for transporting individual ones of said record media to a record station for recording messages thereon, and means for removing an individual record medium from said record station.

30. The apparatus of claim 29 wherein said record media comprise tape cartridges, each being transportable individually to said record station for recording at least one message thereon.

31. The apparatus of claim 30 wherein said changer-recorder includes settable means for establishing a preset overall tape length for recording messages, beyond which length the tape cartridge is removed from said record station at the completion of a message;

wherein said signal control means includes means responsive to said settable means for providing a signal representing said preset length and means for providing a signal representing length of tape consumed by messages recorded on said tape cartridge; and

wherein said processor means further includes means responsive to the last-mentioned signals for determining the portion of said preset length consumed by messages on said tape cartridge and for controlling said display means to display said portion.

32. The apparatus of claim 31 wherein said display means additionally displays a representation of said preset length established for said changer-recorder.

33. The apparatus of claim 30 wherein each said changer-recorder includes settable means for establishing a preset number of seizure connections thereto by said dictate stations, whereupon the tape cartridge is removed from said record station at the next release of a dictate station;

wherein said signal control means includes means responsive to said settable means for providing a signal representing said preset number of seizure connections and means for providing a signal representing present number of seizure connections that have been made to said changer-recorder; and

wherein said processor means further includes means responsive to the last-mentioned signals for controlling said display means to display alphanumeric characters representing said present and preset numbers of seizure connections.

34. The apparatus of claim 30 wherein each said changer-recorder includes settable means for establishing a preset time duration from an initial seizure thereof by a dictate station for recording on a tape cartridge until that tape cartridge is removed from said record station;

wherein said signal control means includes means responsive to said settable means for providing a signal representing said preset time duration and means for providing a signal representing actual time duration from the initial seizure by a dictate station for recording on a tape cartridge; and

wherein said processor means further includes means responsive to the last-mentioned signals for controlling said display means to display alphanumeric characters representing said preset and actual time durations.

35. The apparatus of claim 30 wherein each said changer-recorder includes means for identifying each tape cartridge transported to said record station;

wherein said signal control means additionally provides signals representing identities of said tape cartridges; and

wherein said processor means further includes means for controlling said display means to display said tape cartridge identities.

36. The apparatus of claim 15 wherein said processor means further includes means for producing a total length signal representing the sum of the length of messages in respective recorders awaiting transcription, means for producing a total rate signal representing the sum of the transcribe rates associated with the transcribe stations connected to said respective recorders, and means responsive to said total length and total rate signals to determine overall expected delay in transcribing newly recorded messages and provide said display means with information to display said overall delay.

37. The apparatus of claim 36 wherein said processor means includes means responsive to the signals representing the lengths of messages awaiting transcription in all of the recorders to determine the total length of messages awaiting transcription;

and wherein said display means further displays said total length of messages awaiting transcription.

38. The apparatus of claim 36 wherein said processor means additionally includes counting means incremented when a message is recorded in a recorder to provide an accumulated count representing the total number of messages that await transcription in said respective recorders and means for controlling said display means to display the accumulated count.

22. Apparatus for displaying status of individual recorders in a central dictation system having a plurality of dictate stations to seize said recorders for recording messages on record media therein, a plurality of transcribe stations, each having an associated transcribe rate, for transcribing recorded messages from said record media, means for connecting a dictate station to a recorder and for connecting a transcribe station to a recorder, at least some of the recorders comprising endless loop recorders, each having a dictate port connectable to a dictate station for receiving messages for recording and a transcribe port connectable to a transcribe station for playing back messages for transcription and signal control means coupled to each of said recorders and responsive to the connections thereto of respective dictate and transcribe stations for recording and transcribing messages to provide signals representing respective identifying numbers of messages that are on said record media in position to be transcribed, and signals representing amounts of record media of respective recorders consumed by said messages, said apparatus comprising display means for displaying alphanumeric characters representing the status of said respective recorders;

and processor means responsive to the signals provided by said signal control means to control said display means, said processor means including message number means for detecting the identifying numbers of the messages positioned to be transcribed from said record media and for providing said display means with information to display said identifying message numbers for respective recorders, and delay determining means responsive to the signals representing the amount of record media of respective recorders consumed by messages and the transcribe rates associated with the transcribe stations connected to said respective recorders to determine an expected delay in transcribing newly recorded messages and for providing said display means with information to display the expected delay of said respective recorders; and

wherein the dictate port of at least one of said endless loop recorders is connectable to a transcribe station for transcribing messages thereat for "priority transcription".

23. The apparatus of claim 22 wherein said signal control means further provides signals representing the connections of transcribe stations to the transcribe ports or dictate ports of respective endless loop recorders and signals representing the lengths of predetermined ("priority") messages in said respective recorders awaiting transcription;

and wherein the delay determining means included in said processor means is additionally responsive to the transcribe rates associated with the transcribe stations connected to the transcribe ports and dictate ports or respective endless loop recorders and to the signals representing the lengths of "priority" messages awaiting transcription in said respective endless loop recorders to determine the expected delay in transcribing messages newly recorded therein.

24. The apparatus of claim 23 further including keyboard means manually operable for producing a command signal for controlling said display means to display the status of a predetermined ("priority") recorder and the status of recorders having messages for "priority transcription".

25. The apparatus of claim 24 wherein said command signal controls said display means to display further the status of recorders having messages designated as "priority" messages.

26. The apparatus of claim 24 wherein said message number means includes means for detecting the identifying number of a message positioned to be transcribed from the record medium at the dictate port of a recorder and providing said display means with information to display said identifying number.

27. The apparatus of claim 26 wherein said processor means additionally includes counting means for accumulating a count of the number of "priority" messages that await transcription from said transcribe port or dictate port of a recorder and providing said display means with information to display the accumulated count.

28. The apparatus of claim 27 wherein said processor means further includes length determining means for determining the overall length of said messages that await transcription on a "priority" basis from said dictate port or transcribe port of a recorder.

39. In a central recording system having plural recorders for recording messages on record media therein, plural dictate stations for supplying messages to be recorded, means for connecting at least some of said dictate stations to said recorders, and monitoring means for monitoring the message recording activity of respective recorders, apparatus comprising indicating means for indicating to an operator the connection of an inactive dictate station to a recorder;

operator initiated manually operable means for generating a disconnect command and for generating one of plural recorder identifying signals representing the particular recorder to which said inactive dictate station is connected; and

means responsive to said disconnect command and to said recorder identifying signal for disconnecting the dictate station then connected to the identified recorder.

40. The apparatus of claim 39 wherein each recorder is connected to a dictate station by at least first and second conductors, at least one of said conductors normally having a first voltage level thereon when not in communication with a dictate station, said first voltage level being changed over to a second voltage level when a dictate station seizes said recorder for communication therewith;

and wherein each dictate station includes switch means connected to one of said conductors and changed over from an inactive to an active condition when said dictate stations seizes said recorder, the active condition of said switch means changing over the voltage level on said one conductor from said first to said second voltage levels; and

wherein said means for disconnecting the dictate station includes means for changing over the voltage level on said one conductor of the identified recorder from said second to said first voltage levels, and means at said dictate station responsive to the changing over of said voltage level for rendering said switch means inactive.

41. The apparatus of claim 40 wherein said means at said dictate station for rendering said switch means inactive includes bistate means set to a first state for rendering said switch means active when said dictate station seizes said recorder and set to a second state for rendering said switch means inactive when said voltage level on said one conductor is changed over from said second to said first voltage levels.