Web press monitoring system

Claim 2

A computerized monitoring system for monitoring web presses comprising: means for automatically recording log entries for each web press, each log entry indicating an event and a time that the event occurred; means for receiving and processing log entries; memory means for storing a transition table having set of log entries and a set of corresponding response entries; means for checking the transition table and for retrieving the corresponding response entry for the received log entries; means for reporting the corresponding response entry and for causing the monitoring system to perform a task specified by the response entry; means for generating a daily press record for at least one web press based on the log entries, said daily press record summarizing activity of a press for a time frame, including gross production and waste; and user interface means for displaying the daily press record to a user of the computerized monitoring system.

Claim 3

A computerized monitoring system as recited in claim 1 wherein said means for receiving and processing log entries generates the daily press record in real time as a number of different blocks, each block having information concerning an event, a time, and other information, wherein said daily press record is compiled by processing each log entry as a separate block in the daily press record when the response entry corresponding to the log entry indicates that a block should be formed.

Claim 4

A computerized monitoring system as recited in claim 1 wherein said means for receiving and processing log entries generates the daily press record so that it identifies workers that were operating the machine.

Claim 5

A computerized monitoring system as recited in claim 1 wherein said means for receiving and processing log entries generates the daily press record such that daily press record includes a listing of events and when the events occurred.

Claim 6

A computerized monitoring system as recited in claim 1 wherein said user interface means comprises video display.

Claim 7

A computerized monitoring system as recited in claim 1 wherein said user interface means comprises a press for generating a hard copy of the daily press record.

Claim 8

A computerized monitoring system as recited in claim 1 wherein said means for automatically recording log entries comprise production monitors coupled to respective web presses, each production monitor comprising means for monitoring activity of a web press and a memory for recording log entries.

Claim 9

A computerized monitoring system as recited in claim 1 wherein said means for receiving and processing log entries and said user interface means are part of a general purpose data processing system.

Claim 10

A data processing system for processing data regarding a web press comprising: means for receiving a log report of said web press, the log report specifying events that occurred at said web press and when said events occurred; means for receiving a shift report for said web press, the shift report including information regarding a current shift using the web press; means for receiving a form report for said web press, the form report including information regarding a form being run on said web press; means for processing said log report, said shift report and said form report to generate a daily press record that summarizes activity by the web press for a time frame; means for selecting a reporting mode including: a manual mode for generating one of the reports, an automatic mode for generating a daily press record at the end of a shift, and a real time mode for updating the daily press record when a new event occurs and is received; and user interface means for displaying said daily press record to a user of the data processing system in accordance with the selected mode.

Claim 11

A data processing system for processing data regarding a web press comprising: means for receiving a log report of said web press, the log report specifying events that occurred at said web press and when said events occurred; means for receiving a shift report for said web press, the shift report including information regarding a current shift using the web press; means for receiving a form report for said web press, the form report including information regarding a form being run on said web press; means for processing said log report, said shift report and said form report to generate a daily press record that summarizes activity by the web press for a time frame; means for selecting a reporting mode including: a manual mode for generating one of the reports, an automatic mode for generating a daily press record at the end of a shift, and a real time mode for updating the daily press record when a new event occurs and is received; and user interface means for displaying said daily press record to a user of the data processing system in accordance with the selected mode.

Claim 12

A data processing system as recited in claim 9 wherein said means for processing generates the daily press record to include gross production and waste by said web press.

Claim 13

A data processing system as recited in claim 9 wherein said means for processing generates the daily press record such that the daily press record specifies a worker that was operating the web press.

Claim 14

A data processing system as recited in claim 9 wherein said means for processing generates the daily press record such that the daily press record specifies events that occurred at the web press and when said events occurred.

Claim 15

A data processing system as recited in claim 9 wherein said user interface means comprises a video display.

Claim 16

A data processing system as recited in claim 9 wherein said user interface means comprises a press for generating a hard copy of the video display.

Claim 17

A data processing system as recited in claim 9 further comprising means for a user to specify the time frame over which the daily press record summarizes activity of the web press.

Claim 18

The computerized monitoring system of claim 1 further comprising: means for entering a down time code indicating a cause when a down time period occurs; means for determining how many down time codes have been entered for a given down time period; means for allocating the down time period among the entered down time codes in responds to a determination that there are a plurality of entered down time codes for a down time period.

Claim 19

The computerized monitoring system of claim 1 wherein one type of log entry is a shift change entry, the system further comprising: means for determining whether the daily press record has more than two shift change entries; means for indicating an error in response to a determination that there are not at least two shift change entried in the press report.

Claim 20

A computer implemented method for monitoring a web press comprising the steps of: determining a mode of operation in response to a user input, the modes including an automatic mode for generating a report after a shift, and a real time mode; receiving press log data monitored by one or more sensors and storing the press log data in arrays as press log entries; examining each press log entry for an event code indicating an event on the web press; consulting, for each press log entry, a look-up transition table to determine a responsive action corresponding to the press log entry; performing the responsive action indicated by the transition table; determining whether, and how many, down time codes have been entered by a user if a down time event occurs; determining, with allocation rules, how much time of the down time event should be allocated to each down time code; determining, if in automatic mode, whether two shift change entries have been received as press log entries; determine gross count, waste count, and net count of the output of the web press; and receiving and storing information relating to crew members working with the web press.

Claim 21

A computer implemented method for monitoring a web press comprising the steps of: determining a mode of operation in response to a user input, the modes including an automatic mode for generating a report after a shift, and a real time mode; receiving press log data monitored by one or more sensors and storing the press log data in arrays as press log entries; examining each press log entry for an event code indicating an event on the web press; consulting, for each press log entry, a look-up transition table to determine a responsive action corresponding to the press log entry; performing the responsive action indicated by the transition table; determining whether, and how many, down time codes have been entered by a user if a down time event occurs; determining, with allocation rules, how much time of the down time event should be allocated to each down time code; determining, if in automatic mode, whether two shift change entries have been received as press log entries; determine gross count, waste count, and net count of the output of the web press; and receiving and storing information relating to crew members working with the web press.