Evaluation of output-producing asset productivity

• US 10,332,057 B2
• Filed: 04/14/2015
• Issued: 06/25/2019
• Est. Priority Date: 10/17/2012
• Status: Active Grant

• Current Assignee: SpencerMetrics LLC
• Original Assignee: SpencerMetrics LLC
• Inventors: Spencer, David R., Fiasconaro, Catherine, Sahay, Vishal, Kwok, Yutak
• Primary Examiner(s): Zimmerman, Jeff
• Application Number:
  US14/685,666
• Publication Number:
  US 20150220869A1
• Time in Patent Office: 1,533 Days
• Field of Search: None
• CPC Class Codes: G06Q 10/0639 Performance analysis of employees; Performance analysis of enterprise or organisation operations
• CPC Class Codes: G06Q 10/06395 Quality analysis or management

Abstract

Evaluation of output-producing-asset production may be performed at least by incorporating knowledge of operators of the output-producing asset into the generation of values of performance-based metrics for the output-producing asset. Since such knowledge may be only known by the respective operators, mechanisms, such as a graphical user interface (“GUI”), may be provided by which an operator inputs such knowledge and by which such knowledge is incorporated into the generation of values of performance-based metrics for an output-producing asset. A results screen may be generated to display values of performance-based metrics in a configuration that facilitates quick and simple understanding by a decision-maker or other user on how to improve return on the investment (“ROI”) in an output-producing asset.

Claims

1. An output producing asset productivity evaluation device system comprising:

a first data acquisition device system comprising a first data processing device system, a first input-output device system communicatively connected to the first data processing device system, and a first processor-accessible memory device system communicatively connected to the first data processing device system and storing a first program executable by the first data processing device system, the first input-output device system of the first data acquisition device system including a first display device; and

a server device system communicatively connected to the first data acquisition device system and a first digital printing press, the server device system comprising a second data processing device system, a second input-output device system communicatively connected to the second data processing device system, and a second processor-accessible memory device system communicatively connected to the second data processing device system and storing a second program executable by the second data processing device system,

wherein the server device system is configured at least by the second program at least to;

receive, via the second input-output device system, first asset input from the first digital printing press in response to occurrence of a first event at the first digital printing press in which one or more sensors of the first digital printing press indicate that the first digital printing press (a) is not operational or (b) has concluded a print job without any detected errors, the first asset input providing information about the first event; and

store the first asset input in a database in association with an indication of the first event, the database stored by the second processor-accessible memory device system,

wherein the first data acquisition device system is configured at least by the first program at least to;

log in a first operator indicating operation of the first digital printing press by the first operator;

cause the first display device to visually present a user interface linked to the first digital printing press and the logged-in first operator in a first state in which the first operator is logged in and the user interface is associated with the first digital printing press, the user interface including a plurality of user-selectable software keys each associated with one or more events associated with both the logged-in first operator and the first digital printing press in the first state;

receive, via user-selection of a first particular software key of the plurality of user-selectable software keys in the first state in which the first operator is logged in and the user interface is associated with the first digital printing press, first operator input linked to the logged-in first operator due to the first state in which the first operator is logged-in and the user interface is associated with the first digital printing press, the first operator input indicating auxiliary information about the first event in which the one or more sensors of the first digital printing press indicate that the first digital printing press (a) is not operational or (b) has concluded the print job without any detected errors, the first particular software key associated with the logged-in first operator, the first event, and the first digital printing press in the first state in which the first operator is logged in and the user interface is associated with the first digital printing press, the auxiliary information providing information about the first event that is unavailable to the first digital printing press and, consequently, is not included in the first asset input;

transmit, via the first input-output device system, the first operator input to the server device system; and

log out the first operator indicating a conclusion of operation of the first digital printing press by the first operator,

wherein the server device system is configured at least by the second program at least to;

receive, via the second input-output device system, the first operator input from the first data acquisition device system; and

store the first operator input in the database in association with the indication of the first event,

wherein the first data acquisition device system is configured at least by the first program at least to;

log in a second operator indicating operation of the first digital printing press by the second operator;

cause the first display device to visually present the user interface linked to the first digital printing press and the logged-in second operator in a second state in which the second operator is logged in and the user interface is associated with the first digital printing press, each user-selectable software key of the plurality of user-selectable software keys associated with one or more events associated with both the logged-in second operator and the first digital printing press in the second state;

receive, via user-selection of a second particular software key of the plurality of user-selectable software keys in the second state in which the second operator is logged in and the user interface is associated with the first digital printing press, second operator input linked to the logged-in second operator due to the second state in which the second operator is logged-in and the user interface is associated with the first digital printing press, the second operator input indicating auxiliary information about a second event occurring at the first digital printing press, the second event other than the first event, the second particular software key associated with the logged-in second operator, the second event, and the first digital printing press in the second state in which the second operator is logged in and the user interface is associated with the first digital printing press;

transmit, via the first input-output device system, the second operator input to the server device system; and

log out the second operator indicating a conclusion of operation of the first digital printing press by the second operator, and

wherein the server device system is configured at least by the second program at least to;

receive, via the second input-output device system, the second operator input from the first data acquisition device system;

store the second operator input in the database in association with an indication of the second event;

generate a first set of values of at least a first production-based metric associated with production by the first digital printing press based at least on the first asset input, the first operator input, and the second operator input stored in the database; and

cause a display device to display a first graphical representation of information comparing productivity of the first digital printing press while under operation of the first operator to productivity of the first digital printing press while under operation of the second operator, based at least on the generated first set of values of the at least the first production-based metric.

2. The output producing asset productivity evaluation device system of claim 1,

wherein in the first state in which the first operator is logged in and the user interface is associated with the first digital printing press, user-selection of the first particular software key of the plurality of user-selectable software keys permits the logged-in first operator to input information, including an image file, about the first event in which the one or more sensors of the first digital printing press indicate that the first digital printing press (a) is not operational or (b) has concluded the print job without any detected errors.

3. The output producing asset productivity evaluation device system of claim 1, wherein the first graphical representation includes user-selectable software keys configured to change a production-metric display view from an operator work-shift-based representation, which indicates a division of time of operation of the first digital printing press based on a work shift of an operator, to another representation based on another division of time of operation of the first digital printing press.

4. The output producing asset productivity evaluation device system of claim 1, wherein the server device system is configured at least by the second program at least to:

receive, via the second input-output device system, the first asset input from the first digital printing press via a first communicative connection with the first digital printing press,

receive, via the second input-output device system, the first operator input from the first data acquisition device system via a second communicative connection with the first data acquisition device system, the second communicative connection with the first data acquisition device system distinct from the first communicative connection with the first digital printing press.

5. The output producing asset productivity evaluation device system of claim 1,

wherein the server device system is communicatively connected to a second digital printing press, and

wherein the server device system is configured at least by the second program at least to:

generate a second set of values of at least the first production-based metric associated with production by the second digital printing press; and

cause a display device to display a second graphical representation of information comparing productivity of the first digital printing press to productivity of the second digital printing press, based at least on the generated first set of values of the at least the first production-based metric and the second set of values of at least the first production-based metric.

6. The output producing asset productivity evaluation device system of claim 5, wherein the first digital printing press and the second digital printing press are different types of digital printing presses.

7. The output producing asset productivity evaluation device system of claim 5,

wherein the first data acquisition device system is configured at least by the first program at least to cause the first display device to visually present the user interface linked to a particular operator and the second digital printing press in a third state in which the particular operator is logged in and the user interface is associated with the second digital printing press, each user-selectable software key of the plurality of user-selectable software keys associated with one or more events associated with both the logged-in particular operator and the second digital printing press in the third state,

wherein, in the third state in which the particular operator is logged in and the user interface is associated with the second digital printing press, user-selection of a third particular software key of the plurality of user-selectable software keys permits the logged-in particular operator to input information about a third event occurring at the second digital printing press, the third particular software key associated with the logged-in particular operator, the third event, and the second digital printing press in the third state in which the particular operator is logged in and the user interface is associated with the second digital printing press.