JP5273238B2 - Printing control apparatus, printing apparatus, printing system, and recording medium for printing control - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To graphically and plainly display a load state in real time at each time point of each printer in a system. <P>SOLUTION: A print server displays a schedule view like a selected figure. In the schedule view, each printing job is expressed by a rectangle having length corresponding to a printing time and a color (or a pattern) corresponding to a state of the job, and is arranged in order for each assigned printer to be displayed. A relative size of a load of each printer can be grasped intuitively by the length of a job graph, and an absolute amount of the load of each printer converted to the printing time can also be grasped intuitively by a time scale displayed at the same time. In addition to the above, a total amount of the job that is not assigned to the printer yet, details on the job under processing and the job under selection, or a state of each printer, and the like are also displayed at the same time. <P>COPYRIGHT: (C)2012,JPO&amp;INPIT

Description

  The present invention relates to an invention for controlling assignment of print jobs to a plurality of printing apparatuses connected by a network.

  Services called “copying service”, “printing service”, etc., which are entrusted by customers (mainly companies), print specified documents in the specified number of copies, and bind and deliver them using specified methods. Has existed in the past.

  A request for printing is sent from a customer to a supplier who provides the above service, a document recorded on a paper medium or an electronic medium (FD, MO, CD-ROM, etc.), the number of copies printed, the bookbinding method, the delivery date, etc. This is done by mailing a print instruction document that describes (this is called “new submission”). Alternatively, when requesting printing again for a document that has been requested to be printed before, the document stored on the supplier side may be designated by telephone and the number of copies may be instructed (this) Is called "repeat trafficking").

  For each request received from an unspecified number of customers, the vendor side considers the number of copies printed, the delivery date, or the limitations of human resources and material resources on the vendor side, and based solely on the intuition and experience of the person in charge, The processing order and processing time are determined. In accordance with this schedule, the specified original is copied by a copier (for paper submission) or printed by a printer connected to a personal computer (for electronic submission). Confirm and collate and deliver to customer.

  On the other hand, a system that automatically accepts print requests from customers online via the Internet, etc., and automatically performs scheduling and printout using a print server and multiple printers connected to it. It has become.

  For example, a customer accesses a Web page provided by a vendor from his / her personal computer, fills in a required form such as the number of copies in a print request form (job ticket), and transmits the data together with data of a document requesting printing. Thus, it is possible to place an order for printing the document.

  The trader who has received the order selects a printer that can complete the job already assigned among the various printers connected to the server via LAN. Then, a new print job is added to the end of the print queue.

  However, if it is a job with a strict delivery date and cannot wait for completion of another job, it may be exceptionally interrupted in the middle of the queue. A large job can be divided into several child jobs and processed by multiple printers (parallel printing), jobs can be distributed so that the load on each printer is equal (average printing), or the cost can be minimized. More efficient job scheduling methods such as job distribution (optimized printing) have been put into practical use.

  However, in the above prior art, the total amount of load on the entire system, such as how many jobs are submitted to the entire system and how many of those jobs are assigned to which printers are not assigned. In addition, there is a problem that it is difficult to grasp the load distribution status to each printer.

  FIG. 21 is an explanatory diagram showing an example of a print job list window displayed on the above-described conventional print server. Since the time required for processing each job is only roughly determined from the file size and the number of copies, in addition to (or instead of) these, an item of printing time calculated by some calculation formula is provided. You can also However, this also clearly indicates the print time of each job, and the total print time required to process all the jobs allocated by each printer, or all the jobs that the entire system has been processed. The total printing time required for the process can only be obtained by manual calculation.

  In addition, when a job is processed by the assigned printer, there is no other way than to guess the total printing time of jobs scheduled before that time. Therefore, the work of checking whether each job is in time for the deadline becomes complicated. Also, in connection with the unknown job processing time, it is difficult to understand the total amount of jobs processed within a certain period, such as one day, or the total amount of jobs for each printer.

  An object of the present invention is to display the load state of each printing apparatus at each time point in an easy-to-understand manner in order to solve the above-described problems caused by the prior art.

  According to a first aspect of the present invention, in a print control apparatus that controls assignment of a print job to a plurality of printing apparatuses connected by a network, an area corresponding to each of the plurality of printing apparatuses is displayed, and each of the areas is displayed. Area display means for displaying a predetermined shape indicating a print job assigned to a corresponding printing apparatus in the order of processing of the print job, a movement receiving means for receiving movement of the predetermined shape between the respective areas, When a movement of a predetermined shape between areas is received by the movement receiving means, a redisplay means for redisplaying the arrangement of the predetermined shapes in each area, and printing corresponding to the area where the predetermined shape has been moved Reassigning means for assigning a print job represented by the predetermined shape to the device, and assigned to a specific printing device An unallocated area display means for displaying an unallocated area for displaying a predetermined shape indicating a non-allocated print job, and displaying the predetermined shape side by side in the order in which the unallocated print job is input, and the unallocated print job And a shape determining means for determining a predetermined shape indicating the unallocated print job based on the processing content of the print control apparatus.

  According to a second aspect of the present invention, the shape determining unit determines a predetermined shape indicating the unassigned print job based on processing contents of the unassigned print job and an average processing capability of the plurality of printing apparatuses. The printing control apparatus according to claim 1, wherein the printing control apparatus is a printing control apparatus.

  According to a third aspect of the present invention, there is provided a printing apparatus for printing print data transmitted from the print control apparatus according to the first or second aspect.

  According to a fourth aspect of the present invention, there is provided a printing system comprising the printing control apparatus according to the first or second aspect and the printing apparatus according to the third aspect.

  According to a fifth aspect of the present invention, there is provided a computer-readable recording medium for print control, in which a program for realizing the means according to the first or second aspect is recorded by a computer.

  According to the present invention, it is possible to display an easy-to-understand display of a load state at each time point of each printing apparatus.

1 is an explanatory diagram showing a system configuration of a printing system including a printer control device according to an embodiment of the present invention. FIG. It is explanatory drawing which shows the hardware constitutions of the print server 105 by this Embodiment of this invention. It is explanatory drawing which shows functionally the structure of the print server 105 by this Embodiment of this invention. It is explanatory drawing which shows an example of the item of the print job table 303a by this Embodiment of this invention. It is explanatory drawing which shows an example of the item of the printing schedule table 303b by this Embodiment of this invention. It is explanatory drawing which shows typically an example of the printer table 303c by this Embodiment of this invention. It is explanatory drawing which shows an example of the printer setting dialog by this Embodiment of this invention. It is explanatory drawing which shows an example of the printer setting dialog by this Embodiment of this invention. It is explanatory drawing which shows an example of the printer setting dialog by this Embodiment of this invention. It is explanatory drawing which shows an example of the printer allocation dialog by this Embodiment of this invention. It is explanatory drawing which shows an example of the printer allocation dialog by this Embodiment of this invention. It is explanatory drawing which shows an example of the main view by this Embodiment of this invention. It is explanatory drawing which shows typically the structure of the schedule view by this Embodiment of this invention. It is explanatory drawing which shows an example of the schedule view by this Embodiment of this invention. It is explanatory drawing which shows the correspondence of the color or pattern of the rectangle on the schedule view by this Embodiment of this invention, and the state of a job. It is explanatory drawing which shows an example of switching operation of the printer group by this Embodiment of this invention. It is explanatory drawing which shows the correspondence of the printer status icon and printer status by this Embodiment of this invention. It is explanatory drawing which shows a screen state (part) when a printer status icon changes from "READY" to "STOP" in this embodiment of this invention. It is explanatory drawing which shows an example of the interruption position pointer by this Embodiment of this invention. It is a flowchart which shows the procedure of the schedule view display process of the print server 105 by this Embodiment of this invention. It is explanatory drawing which shows an example of the print job list window displayed in a prior art.

  Exemplary embodiments of a printer control device, a printer control method, and a computer-readable recording medium storing a program for causing a computer to execute the method will be described below in detail with reference to the accompanying drawings.

(Embodiment)
(System configuration of printing system)
First, the configuration of the entire printing system including the printer control apparatus according to the embodiment of the present invention will be described. FIG. 1 is an explanatory diagram showing a system configuration of a printing system including a printer control apparatus according to this embodiment.

  In FIG. 1, reference numeral 101 denotes a user client, which is a computer used by a customer to entrust a printing job to a business. By starting a Web browser from this computer and accessing a print request Web page on the WWW server 104 described later, it is possible to transmit a print target document and a job ticket in which the print conditions are entered.

  In FIG. 1, the printing system includes a reception client 102, a management client 103, a WWW server 104, a print server 105, a document management server 106, and a plurality of printers 107 described below. These computers and printers are connected by a LAN.

  102 is a reception client, and a person in charge of a supplier who receives a request by telephone or mail from the customer inputs a document to be printed or a job ticket on behalf of a customer who does not have a facility such as a computer or a network. It is a computer used to do. Functionally the same as the user client 101.

  Reference numeral 103 denotes a management client, which is a computer used by a person in charge on the merchant side in order to manage a printing job requested by a customer. By accessing a print management Web page on the WWW server 104 from a Web browser, a document to be printed and a job ticket can be registered / searched / deleted / managed.

  Reference numeral 104 denotes a WWW server, which is a computer for providing three types of Web pages, a Web page for print request, a Web page for print management, and a Web page for document management server, and respective Web applications. When the WWW server 104 receives a new print request from the user client 101 or the reception client 102 via the Web page, the WWW server 104 transfers the request to the print server 105 described later.

  A print server 105 controls a printer 107 (to be described later) to process a print job input from the user client 101 or the reception client 102. Further, as described later, the job accumulation status and progress status of each printer, the operating status of each printer, and the like are displayed on the screen in real time and graphically.

  A document management server 106 is a computer for storing and managing print target documents and job tickets. In response to the acquisition request from the print server 105, the document management server 106 searches for and transmits the held document and job ticket.

  Note that the reception client 102, the management client 103, the WWW server 104, the print server 105, and the document management server 106 are not necessarily separate computers. For example, one computer may have all the above functions. Good.

  A printer 107 creates a paper image from a document to be printed according to the control of the print server 105, and prints the imaged document on a predetermined sheet according to specified conditions.

  Next, a hardware configuration of the printer control apparatus (specifically, the print server 105) according to the embodiment of the present invention will be described. FIG. 2 is an explanatory diagram showing the hardware configuration of the print server 105 according to this embodiment.

  In FIG. 2, 201 indicates a CPU that controls the operation of the entire apparatus, 202 indicates a ROM that stores basic input / output programs, and 203 indicates a RAM that is used as a work area of the CPU 201.

  Reference numeral 204 denotes an HDD (hard disk drive) that controls reading / writing of data with respect to the HD (hard disk) 205 under the control of the CPU 201, and 205 denotes an HD that stores data written according to the control of the HDD 204. Yes. Reference numeral 206 denotes an FDD (floppy (registered trademark) disk drive) that controls reading / writing of data with respect to the FD (floppy (registered trademark) disk) 207 according to the control of the CPU 201, and reference numeral 207 denotes writing according to the control of the FDD 206. Each FD is shown as an example of a removable storage medium that stores data.

  Reference numeral 208 denotes a cursor, menu, window, or display for displaying various data such as characters and images. Reference numeral 209 denotes a network NET such as a LAN via a network cable 210 such as a twisted pair line. Network boards that function as interfaces with are respectively shown.

  Reference numeral 211 denotes a keyboard having a plurality of keys for inputting characters, numerical values, and various instructions. Reference numeral 212 denotes a mouse for selecting and executing various instructions, selecting a processing target, moving a cursor, and the like. ing. Reference numeral 213 denotes a CD-ROM which is a detachable recording medium, 214 denotes a CD-ROM drive for controlling reading of data to the CD-ROM 213, and 200 denotes a bus or cable for connecting the above-described units. ing.

  Next, a functional configuration of the printer control apparatus (print server 105) according to the embodiment of the present invention will be described. FIG. 3 is an explanatory diagram functionally showing the configuration of the print server 105 according to the present embodiment. In the figure, only the minimum functional parts necessary for explaining the present invention are shown, and the other parts are not shown.

  In FIG. 3, reference numeral 301 denotes a Web interface unit that controls communication with the WWW server 104, including a print request, that is, a print job registration request transferred from the user client 101 or the like via the WWW server 104. Receive various requests.

  In addition to registering print jobs, the received request includes details confirmation and status confirmation of already registered print jobs, list display of print jobs registered in the past, and so on. Determine which request it is. If the input request is registration of a print job, the document to be printed and the job ticket are sent to the document management server 106 via the document management server interface unit 302 described later and to the printer allocation unit 307 described later ( When the printer assignment at the time of input is selected in the dialog shown in FIG.

  Reference numeral 302 denotes a document management server interface unit that controls communication with the document management server 106, and transmits a print target document and job ticket registration request input from the Web interface unit 301 to the document management server 106. Alternatively, an acquisition request for an already registered document or job ticket is transmitted, and the document or job ticket is received.

  A database management unit 303 receives a request from a printer interface unit 304, a print time calculation unit 306, a printer allocation unit 307, and the like, which will be described later, and holds a print job table 303a, a print schedule table 303b, and a printer table 303c. Write to.

  The print job table 303a is a table for holding details of the contents of a print job input from the user client 101 or the like. FIG. 4 is an explanatory diagram illustrating an example of items in the print job table 303a. In this way, various print conditions such as the number of copies (“NUM” in the figure) and the number of print pages (“OPAGE”) are registered in the print job table 303a in association with the job ID.

  Further, the print schedule table 303b is a table for holding a printer to be processed for each job registered in the print job table 303a, a current state, and the like. FIG. 5 is an explanatory diagram illustrating an example of items in the print schedule table 303b. As described above, the print schedule table 303b associates the job ID with the printer to be processed ("PRNT" in the figure), the current state ("KFLG"), the print time ("TIME"), and the like. Is registered.

  The printer table 303c is a table for holding all the printers 107 managed by the print server 105, the group to which the printer belongs, the scheduling method for each group, the properties of each printer in the group, the current status, and the like. It is. FIG. 6 is an explanatory diagram schematically illustrating an example of the printer table 303c. In the figure, “*” indicates a group selected by the input unit 305 as will be described later, and the job status of each printer in the group is displayed together in a schedule view described later.

  Among the items of the printer table 303c shown in FIG. 6, the contents of the “status” item are rewritten as needed by notification from the printer interface unit 304 as will be described later. The contents of the items other than the above are set by the dialogs shown in FIGS.

  When the add button 701 is pressed in the dialog shown in FIG. 7, the dialog shown in FIG. 8 is displayed. For example, an arbitrary group name such as “PrinterB” is input. Further, when a desired printer is selected from the printers that can be added and the add button 801 is pressed, the selected printer is added to the printer managed by the “Printer B” group. Then, when the next button 802 is pressed, the dialog shown in FIG. 9 is displayed, and the scheduling method of the added group is set.

  In the “operation upon reception” item of the dialog shown in FIG. 9, the assignment of a new job to the printer is (a) displayed at the same time as the new job is input, and a dialog shown in FIG. (B) Any schedule that is automatically performed by a printer assignment unit 307 (to be described later) at the same time when a new job is input, or (c) is not performed at the time of input, and is manually performed by an operator as needed in a main view or a schedule view to be described later. Select whether to adopt the method. Here, it is assumed that “Printer B” group and “Printer A” group are also selected as shown in FIG.

  In the “parallel printing” item of the dialog shown in FIG. 9, whether the job is divided and distributed to a plurality of printers by default in the dialog shown in FIG. 10, which will be described later, when the number of copies of the job exceeds the threshold. , And the above threshold for doing so. When the completion button 901 is pressed, the setting contents in the dialogs of FIGS. 8 and 9 are written into the printer table 303c by the database management unit 303.

  A printer interface unit 304 controls communication with the printer 107. Whenever a completion of a job is notified from any printer, the printer interface unit 304 requests the database management unit 303 to assign it to the printer from the print schedule table 303b. If the next job is found, the details of the job held in the print job table 303a are returned.

  Then, the name of the document to be printed (or information that can identify the document such as an ID) is extracted from the received job details, and then the data of the document is acquired via the document management server interface unit 302. Then, necessary items such as print target document data and the number of copies to be printed are transmitted to the printer 107 specified in the print schedule table 303b to process the job.

  Further, the printer interface unit 304 receives the state transmitted from each printer at a constant interval. Then, the database management unit 303 is requested to rewrite the “status” item of the printer table 303c to a new status for the printer whose status has changed. Also, the status of each job is determined from the status of each printer, and the database management unit 303 is requested to update the status of each job held in the print schedule table 303b.

  Reference numeral 305 denotes an input unit that inputs various instructions such as a job or printer selection instruction, a printer group switching instruction, a printer assignment instruction, and a job interruption instruction displayed in a schedule view described later. The input unit 305 corresponds to “designating means” in the claims, and a part of the processing to be performed corresponds to the “designating step” in the claims.

  Reference numeral 306 denotes a print time calculation unit. When a request is received from a printer assignment unit 307, which will be described later, a time that is estimated to be required to process each input individual job, that is, a print time, Using a predetermined calculation formula, for example, the printing speed of the printer to which the job is assigned, the printing time (min) = 60 (min) × number of copies × number of printed pages / printing speed of the printer (ppm (prints per minute)). .

  When calculating the printing time of a job not assigned to a printer, the average value of the printing speeds of all the managed printers is used as the printing speed of the printer.

  The print time notified from the print time calculation unit 306 to the printer assignment unit 307 is written in the “print time” item of the print schedule table 303 b by the database management unit 303 that has received a request from the printer assignment unit 307. However, the printing time calculation unit 306 requests the database management unit 303 to read out the printing time of the job being printed from the printing schedule table 303b and recalculates the value every time a certain time elapses.

  In this case, the calculation formula is, for example, printing time (min) = {60 (min) × number of copies × number of printed pages / printing speed of printer (cpm)} − {60 (min) × number of work in progress (= already printed) Completed sheets) / printing speed of printer (cpm)}. Then, the recalculated printing time is requested to the database management unit 303 to be written back to the printing schedule table 303b.

  As is clear from the above description, the print time calculated and recalculated by the print time calculation unit 306 and held in the print schedule table 303b is strictly estimated to be longer than this time to process the job. It is the remaining time, and for a job being printed, it decreases with the progress of the job and becomes zero when the job is completed.

  It should be noted that the printing time calculation unit 306 is referred to as “calculation means” and “second calculation means” in the claims, and the processing to be performed is the “calculation step” and “second calculation step” in the claims. , Respectively.

  Reference numeral 307 denotes a printer assignment unit. When (a) is set in the “operation upon reception” item of the dialog shown in FIG. 9 as described above, a new job is input from the Web interface unit 301. At the same time, a dialog as shown in FIG. 10 is displayed. In this dialog, the printer to which the new job is assigned and the number of copies to be assigned to each printer are set, and when the next button 1001 is pressed, a dialog as shown in FIG. 11 is further displayed.

  When the priority of the job is set in this dialog and the completion button 1101 is pressed, a job ID (serial number) is first assigned to the new job. At this time, when the job is divided and distributed to a plurality of printers in the dialog shown in FIG. 10, that is, when parallel printing is instructed, a job ID is assigned to the parent job before the division, and after the division Each child job is assigned a job ID obtained by adding a serial number unique to the child job to the ID of the parent job.

  Further, the printer allocation unit 307 requests the print time calculation unit 306 to calculate the print time of each job. The printing time and job ID, the contents set in the dialogs of FIGS. 10 and 11, and the job ticket received from the Web interface unit 301 are output to the database management unit 303.

  The database management unit 303 extracts necessary items from these pieces of input information and writes them in the respective items of the print job table 303a and the print schedule table 303b. In the print job table 303a, a record is created in units requested by a customer, that is, in parent jobs, and in the print schedule table 303b, records are created in units that are actually processed by a printer, that is, in child jobs.

  When the cancel button 1002 of the dialog shown in FIG. 10 or the cancel button 1102 of the dialog shown in FIG. 11 is pressed, the printer assigning unit 307 only receives the job ID and the print time, and the job ticket received from the Web interface unit 301. Is output to the database management unit 303. Therefore, for example, the “PRNT” item of the print schedule table 303b is left blank.

  As described above, at least a job ID is written in the print job table 303a and the print schedule table 303b, but a job in which the printer is in an undecided state is hereinafter referred to as a “printer unallocated” or simply “unallocated” job. Call.

  The printer allocating unit 307 corresponds to “allocation means” in the claims, and the processing performed by the printer allocation unit 307 corresponds to the “allocation step” in each claim.

  A main view display unit 308 reads necessary items from each table of the database management unit 303 and displays a main view as shown in FIG. In the window shown in the figure, the interior is largely divided into three parts, and all printers managed by this print server are displayed in a tree shape for each group in the area 1201 on the left side.

  The pre-completion job scheduled for the printer selected here or for all the printers in the selected group is displayed in the upper right area 1202, and the job already completed in the printer is displayed in the lower right area. A list is displayed in each area 1203.

  This window is basically similar to the job list window according to the prior art shown in FIG. For this reason, it may be difficult to know how much load is applied to which printer in the group and when a certain job is completed by the assigned printer. Therefore, by pressing a schedule view icon 1204 on the main view, a schedule view in which the above is displayed in an easy-to-understand manner can be displayed instead.

  A schedule view display unit 309 includes a job graph display unit 309a, a time scale display unit 309b, a guide bar display unit 309c, a processing job information display unit 309d, a printer status display unit 309e, and all unassigned items. The configuration includes a job information display unit 309f, a selected job information display unit 309g, and an interrupt position display unit 309h.

  FIG. 13 is an explanatory diagram schematically showing the structure of the schedule view displayed by the schedule view display unit 309. The window is divided into an assigned job display area 1301 and an unassigned job display area 1302, and time scale display areas 1303 and 1304 are provided for each of them.

  The assigned job display area 1301 is further divided into blocks 1301a to 1301d for each printer. In the following, as shown in the figure, a case where the window is divided horizontally for each printer will be described as an example. However, the present invention is not limited to this, and the window may be divided vertically. Each block includes a job graph display area 1305, a job information display area 1306 being processed, and a printer status display area 1307.

  The unassigned job display area 1302 is composed of one block, and the block is composed of a job graph display area 1305, an all unassigned job information display area 1308, and a selected job information display area 1309.

  Each job graph display area 1305 is drawn by the job graph display unit 309a, and the job graph display unit 309a performs "display means" and "second display means" in each claim as well as the processing to be performed. These correspond to the “display process” and “second display process” in the claims, respectively.

  In addition, the time scale display areas 1303 and 1304 are drawn by the time scale display unit 309b, and the time scale display unit 309b performs "time scale display means" in each claim and the processing to be performed in each claim. This corresponds to the “time scale display process”.

  Further, although not shown in FIG. 13, a guide bar 1410 described later in FIG. 14 is drawn by a guide bar display unit 309c, and this guide bar display unit 309c is used as a “guide bar display unit” in each claim, The processing to be performed corresponds to the “guide bar display step” and the “guide bar redisplay step” described in each claim.

  The in-process job information display area 1306 is drawn by the in-process job information display unit 309d, and the in-process job information display unit 309d performs processing performed by the “in-process job information display unit” described in each claim. Corresponds to the “in-process job information display step” in each claim.

  Further, the printer status display area 1307 is drawn by the printer status display unit 309e, and the printer status display unit 309e performs "printer status display means" in each claim and the processing to be performed in each claim is " This corresponds to the “printer status display process”.

  The all unassigned job information display area 1308 is drawn by the all unassigned job information display section 309f, and this all unassigned job information display section 309f is displayed in the “all unassigned job information display means” in each claim. The processing to be performed corresponds to the “all unassigned job information display step” described in each claim.

  The selected job information display area 1309 is drawn by the selected job information display unit 309g, and the selected job information display unit 309g performs the processing performed by the “selected job information display unit” in each claim. Corresponds to the “selected job information display step” in each claim.

  Further, although not shown in FIG. 13, an interrupt position pointer 1901 described later in FIG. 19 is drawn by the interrupt position display unit 309h, and this interrupt position display unit 309h is referred to as “interrupt position display means” in each claim. Further, the processing to be performed corresponds to the “interrupt position display step” described in each claim.

  FIG. 14 is an explanatory diagram illustrating an example of a schedule view displayed by the schedule view display unit 309. First, in each job graph display area 1405 of the assigned job display area 1401, a job that has been assigned to the printer and has not been completed has a length proportional to the printing time. (For example, a rectangle, hereinafter simply referred to as a “rectangle”), and displayed in order. Note that a gap of 1 dot of the same color as the background color is provided between each job so that the boundary can be easily understood.

  In the following, a band-shaped (bar-shaped) rectangle formed by arranging the rectangles of each job assigned to the same printer at intervals of 1 dot is referred to as a “job graph”. As a result of being proportional to the printing time of each job, the length of each job graph is proportional to the total processing time of the job accumulated in the printer, that is, the load of each printer. Therefore, it is possible to intuitively grasp the magnitude of the load on each printer based on the length of the job graph.

  When a new job is submitted, when a printer to be processed is determined or changed for an existing job, or when there is a change in the status of any job or printer, the printing time of the job being printed In summary, such as when recalculated along with the progress, when any writing or rewriting is performed on any table held in the database management unit 303, the job graph display unit 309a displays Each job graph is redisplayed (refreshed) with reference to the above tables.

  As described above, the printing time of the job being printed is recalculated as the job progresses and gradually decreases. Therefore, the length of the rectangle corresponding to the job is also shortened each time it is displayed again. Since the job being printed is always displayed at the top of the job graph, that is, at the starting point of the time scale described later, if the length of the leading rectangle is shortened, the subsequent rectangles are shortened accordingly. More intuitively, the job graph of each printer sequentially moves to the top, in this case, to the left side as time passes, and beyond the starting point, it is outside the screen. Therefore, it is possible to intuitively grasp the job progress status of each printer by moving the job graph.

  Note that the color or pattern of each rectangle in the job graph represents the status of the job corresponding to the rectangle, and is updated to reflect the new status of each job when redisplayed. FIG. 15 is an explanatory diagram illustrating a correspondence relationship between a rectangular color or pattern and a job state.

  In addition, characters such as “1” and “2” displayed in the upper right corner of the rectangle are child jobs divided from a parent job having the job indicated by the rectangle, in other words, the job is subjected to parallel printing. It shows that it is the target. Since a common character is added to each child job divided from the same parent job, it is easy to understand which printer processes a job that is printed in parallel by a plurality of printers.

  Although the character is shown in the rectangle, the present invention is not limited to this, and the character may be displayed outside the rectangle so as to indicate the rectangle. In the present embodiment, the same number is used, but the present invention is not limited to this. The same character may be used, or the same figure or icon may be used. Good. Further, by pointing one of the divided jobs with an icon or the like, the other divided job may be indicated by changing the display form.

  In the assigned job display area 1401, the job accumulation status is simultaneously displayed for a plurality of printers in the selected group, here, “Printer A1” to “Printer A4” in the “Printer A” group. Is done.

  To see the job accumulation status in other groups, a printer group switching instruction to be displayed is input from the input unit 305. Specifically, as shown in FIG. 16, a desired group is clicked with the mouse 212 from the pull-down list 1413 at the top of the window. When the database management unit 303 that has received a request from the input unit 305 switches the selection to another group in the printer table 303c, each unit of the schedule view display unit 309 replaces the group that has been displayed so far. For each printer in the newly selected group, the job accumulation status, detailed information on the job being processed, and the like are displayed.

  In the schedule view shown in FIG. 14, time scales are displayed in time scale display areas 1403 and 1404, respectively. In this time scale, an elapsed time from the current date and time is arranged, and the unit is “minutes”.

  Even if there is no time scale, the relative magnitude of the load on each printer can be determined by the length of the job graph. I do n’t know. From the display of the time scale, for example, if the end of the job graph of a certain printer is positioned “after 120 minutes” on the scale, it can be seen that the remaining 120 minutes of jobs are accumulated in the printer.

  Also, for example, a rectangle whose end point is “300 minutes later” on the scale indicates a job that is scheduled to be completed 300 minutes later (1 hour later). Then, if there is a job that must be completed by 17:00 of the end of the day, that is, if the end of the rectangle representing the job is closer to the starting point than after 300 minutes on the scale, It is possible to easily determine whether or not the job is processed by the deadline.

  In the schedule view shown in FIG. 14, a guide bar 1410 that passes through a certain point on the scale and crosses the job graph of each printer is displayed in a direction orthogonal thereto. Each straight line is interrupted, but this is based on a design point of view. In principle, each straight line is a single straight line.

  When “guide bar display” is selected from the “display” menu at the top of the window, one guide bar 1410 is displayed. Since a new guide bar 1410 is displayed each time “guide bar display” is executed, a desired number of guide bars 1410 can be set in the window. These guide bars 1410 can be moved with the mouse 212 to a desired position on the scale.

  The guide bar 1410 can be used for various purposes. For example, when a job graph ending on the left side and a job graph ending on the right side are mixed, the jobs are evenly distributed to the printers. Therefore, it is possible to adjust the load level of each printer by reassigning a job of a printer with a large load to a printer with a small load.

  Further, the guide bar 1410 can be used to check whether there is no variation in the processing timing of each job that is printed in parallel by a plurality of printers, for example. Of the child jobs divided from the same parent job, some are on the left side of the guide bar 1410 and some are on the right side of the guide bar 1410. I can't do it. Therefore, one of the jobs is reassigned so that the processing time of each child job is almost the same.

  Further, the guide bar 1410 serves as a guideline for grasping how much overtime work occurs, for example. Assuming that there are two more hours until the end time, if the guide bar 1410 is put together 120 minutes after the scale, the job that protrudes on the right side is a job that becomes an overtime job. In this connection, for example, it can be used to check whether a job with a deadline is completed by the deadline.

  Further, the guide bar 1410 is sequentially moved in the direction of the starting point on the scale by the elapsed time from the setting time, and is erased when the starting point is reached. Alternatively, for example, if it is set at a position 120 minutes after on the scale, it may be said that it is erased 120 minutes after the setting. Therefore, for example, if the guide bar 1410 is set at the end of the job decided to be processed so far, for example, the remaining time until the goal is achieved (the goal is achieved in another 30 minutes) depending on the position on the scale that changes every moment. , Etc.).

  The block of each printer displays job information in progress for displaying detailed information of the job being processed by each printer, specifically the document name, user name, memo, job ID, progress status, and output form. An area 1406 is provided. In the figure, an area for displaying a document name, a user name, and a memo and an area for displaying a job ID, a progress status, and an output form are separated, but this balances with an unassigned job display area 1402 described later. This is due to design reasons, and may be displayed together without being divided.

  Here, the progress status is specifically indicated by “in-process number of sheets” / “total number of printed sheets”. The in-process number is the number of sheets that have already been printed, and the total number of printed sheets is the number of copies × the number of printed pages.

  The output form is whether the job is processed in a batch by the printer (batch printing) or divided into a plurality of jobs and processed in parallel by a plurality of printers (parallel). (Printing), or what is assigned to another printer is reassigned to this printer due to malfunction of the printer (substitute printing).

  Each printer block is provided with a printer status display area 1407 indicating the status of each printer, and the current printer status is displayed by a predetermined icon. FIG. 17 is an explanatory diagram illustrating a correspondence relationship between each icon and the state of the printer.

  Explanation of the meaning of each state is omitted, but only “STOP” will be supplemented. In particular, the “STOP” icon is displayed when the operation of the printer is stopped by the operator from the operation panel of the printer or the print server, in addition to the time when the job designated to be stopped arrives. This is different from giving a stop attribute to a job and giving a stop instruction directly to a printer.

  FIG. 18 is an explanatory diagram showing (part of) the screen state when the printer state changes from “READY” to “STOP”. The stopped job 1801 moves in the direction of the starting point on the scale as time elapses, and when the tip of the job 1801 coincides with the starting point, the printer status icon changes from “READY” in the upper diagram to “STOP” in the lower diagram. Is updated. When the leading edge coincides with the starting point, that is, when the processing time of the job comes.

  Note that the job being processed here includes a job in which an error has occurred during printing as well as a job being printed, and a job that has been stopped because an instruction to stop is given when the printing time has come. More intuitively, it may be said that the job is positioned at the top of the job graph of each printer.

  In FIG. 14, the job information display area 1406 (part of) and the printer status display area 1407 of “Printer A1” are surrounded by a dark blue two-dot frame 1411, and this printer is currently selected. (The “selected printer” is different from the above-mentioned “selected group”). The selected printer can be instructed to stop, resume, etc. from the icon at the top of the window.

  Further, jobs that have not been assigned to any printer are displayed in the job graph display area 1405 in the unassigned job display area 1402 in, for example, the order of input. As with assigned jobs, the length of the rectangle indicates the print time calculated for the job, the color or pattern of the rectangle indicates the current state of the job (specifically, the printer is not assigned), and The length of the job graph indicates the total time required for processing all unassigned jobs.

  An unassigned job display area 1402 includes an all unassigned job information display area 1408 for displaying the total number of unassigned jobs and the total number of printed sheets, the document name of one of the selected unassigned jobs, A selected job information display area 1409 for displaying a user name and a memo (comment) is provided.

  In order to assign an unassigned job to any printer, a job selection instruction and an instruction to assign the job to a printer are input from the input unit 305. Specifically, the mouse 212 is first clicked on the job to be assigned to the printer. The job selected in this way is highlighted by a dark blue one-dot frame 1412.

  Next, “Printer assignment” is selected and executed from the pull-down menu at the top of the window. In this way, when printer assignment is executed from the menu, the printer assignment unit 307 that has received an instruction from the input unit 305, in principle, selects the currently selected job with the least load, that is, to the job. Add to the end of the print queue for the printer that can start the fastest.

  However, if there is a clear need to interrupt the job before this job, not the printer that can start processing the fastest, drag and drop the clicked job as it is to the desired job of the desired printer. You can interrupt them.

  As described above, the boundary between jobs is clarified by a gap of 1 dot. However, in order to clearly indicate the boundary at which the job is actually inserted when dragging and dropping the job, in principle, An interrupt position pointer 1901 as shown in FIG. 19 is displayed in the gap closest to the mouse cursor. These pointers move as the mouse cursor moves.

  Each job is given a priority in advance, and interruption can be performed only before a job having the same or lower priority as the job to be interrupted. For this reason, even if the gap is closest to the mouse cursor, any of the jobs behind it has a high priority, and when interrupting a job with a low priority is prohibited, the gap is positioned at the interrupt position. The pointer 1901 is not displayed. In this case, an interruptable boundary closest to the mouse cursor is selected from the interruptable boundaries, and an interrupt position pointer 1901 is displayed at that position.

  When there is a job interruption due to drag and drop, the printer allocation unit 307 that has received the notification from the input unit 305 first requests the printing time calculation unit 306 to use the printing speed of the interruption destination printer. Recalculate the print time of the selected job. Then, a request is made to the database management unit 303 to cause the printer to process the job to be written in the print schedule table 303b as the interrupt destination printer and the print time as the print time.

  Web interface unit 301, document management server interface unit 302, database management unit 303, printer interface unit 304, input unit 305, print time calculation unit 306, printer allocation unit 307, main view display unit 308, and schedule view display unit 309 implements the function of each unit by the CPU 201 and the like executing instruction processing in accordance with instructions described in a program recorded on a recording medium such as the ROM 202, RAM 203 or HD 205, and FD 207, respectively.

  Next, the procedure of the schedule view display process of the printer control apparatus (print server 105) according to the embodiment of the present invention will be described. FIG. 20 is a flowchart showing a procedure of schedule view display processing of the print server 105 according to the embodiment of the present invention. When the schedule view icon 1204 is pressed on the main view shown in FIG. 12, processing according to this flowchart is started.

  In step S2001, the job graph display unit 309a of the schedule view display unit 309 requests the database management unit 303 to list all jobs scheduled to be completed after the current date and time among the printers in the selected group. Search.

  In step S2002, first, the length of a rectangle representing each job is calculated from the print time of each job held in the print schedule table 303b. For example, when 1 minute on the scale is 4 dots and the print time of the job is 120 minutes, 4 dots × 120 minutes−1 dot for the gap = 479 dots. By using such a calculation formula, it is possible to avoid the problem that when the screen is enlarged, the gap of the job is enlarged and the appearance is deteriorated.

  Further, a rectangular color or pattern representing each job is determined from the state of each job held in the print schedule table 303b. Also, referring to the job ID, if there are child jobs divided from the same parent job, the same characters are assigned to those child jobs. Then, a rectangular image representing each job is created from the length, color or pattern, and characters to be added.

  Further, in step S2003, the image of each job created in step S2002 is connected at an interval of 1 dot for each assigned printer to create a job graph image for each printer.

  In step S2004, the time scale display unit 309b of the schedule view display unit 309 reads out a time scale image held in advance from a storage unit (not shown).

  In step S2005, the guide bar display unit 309c of the schedule view display unit 309 determines whether or not the guide bar 1410 is set from a table (not shown) held therein, and if the guide bar 1410 is set, the above table is displayed. The setting date and time and the setting position on the scale are read out. Then, a new display position on the scale is calculated based on the elapsed time from the set date and time to the current date and time.

  For example, “guide bar display” is selected from the “display” menu, and the guide bar 1410 displayed at an arbitrary position is moved to a position after 60 minutes on the scale at 11:00, and the current date and time is If it is 11:10, the elapsed time of 10 minutes from the set date is subtracted from 60 minutes after the set position, and a new display position is calculated as 50 minutes later.

  In step S2006, the processing job information display unit 309d of the schedule view display unit 309 requests the database management unit 303 to send the document name, user name, memo, job ID, and print of the job being processed by each printer. The number of copies, the number of print pages, and the output form are read from the print job table 303a. Further, the total number of prints of each job being processed is calculated by multiplying the read number of print copies by the number of print pages.

  In step S2007, the printer status display unit 309e of the schedule view display unit 309 requests the database management unit 303 to read the status of each printer in the selected group from the printer table 303c. Then, an icon image corresponding to each read state is read from a storage unit (not shown).

  In step S2008, the job graph display unit 309a of the schedule view display unit 309 requests the database management unit 303 to search for all unassigned jobs from the print schedule table 303b. In step S2009, the length, color, or pattern of the rectangle representing each job is determined from the printing time and state in the print schedule table 303b, and the image is created.

  Further, in step S2010, the order of the rectangles created in step S2009 is determined according to the input date and time of each job held in the print job table 303a, and the rectangles are joined at an interval of 1 dot in this order. Create an image of the job graph of the assigned job.

  In step S2011, the all unassigned job information display unit 309f of the schedule view display unit 309 counts the total number of unassigned jobs searched in step S2008 and requests the database management unit 303 to send each job. Are read from the print job table 303a. Then, the total number of prints of unassigned jobs is calculated by accumulating the number of prints of each job (= number of copies × number of print pages).

  In step S2012, the selected job information display unit 309g of the schedule view display unit 309 requests the database management unit 303 to request the document name and user name of the job if any of the unassigned jobs is selected. And the memo are read from the print job table 303a.

  In step S2013, each of the above units displays the image created in each of the above steps, the read character information, the calculated numerical value, and the like in a schedule view image prepared in advance and displayed on the screen. Thereafter, the processing according to this flowchart is terminated.

  As described above, according to the present embodiment, since the load of each printer is graphically displayed by a job graph, it is possible to intuitively grasp whether or not the load is appropriately distributed among the printers. it can. In addition, since the scale is also displayed, it is possible to grasp not only the relative amount of the load of each printer but also the absolute amount (the absolute amount converted into the printing time).

  In addition, each rectangle in the job graph represents the print time of the job by its length, and the job status by its color or pattern, so what size and what state of the job is to which printer It is possible to intuitively understand the order in which they are entered. In addition, since it is easy to know when a job is processed depending on the scale, it becomes easy to manage the deadlines of individual jobs.

  In addition, the total amount of jobs for each printer and the total number of unassigned jobs at the current time, the status of each job and each printer at the current time, and details of the job currently being processed and the job being selected are displayed in real time. It is possible to understand at a glance the current and future operation status of the entire system.

  In the printer control method described in the above embodiment, the program is recorded on a computer-readable recording medium such as HD, FD, CD-ROM, MO, DVD, and IC card in addition to the ROM. This is realized by reading from the medium and executing it. This program can be distributed as a transmission medium or through a network such as the Internet via the recording medium.

  As described above, according to the present invention, a print control device that can display the load status at each time of each printing device that displays the load status of at least one printing device connected by a network in an easy-to-understand manner, This is useful for a printing apparatus, a printing system, and a print control storage medium.

101 User client 102 Reception client 103 Management client 104 WWW server 105 Print server 106 Document management server 107 Printer 200 Bus or cable 201 CPU
202 ROM
203 RAM
204 HDD
205 HD
206 FDD
207 FD
208 Display 209 Network board 210 Network cable 211 Keyboard 212 Mouse 213 CD-ROM
214 CD-ROM drive 301 Web interface unit 302 Document management server interface unit 303 Database management unit 303a Print job table 303b Print schedule table 303c Printer table 304 Printer interface unit 305 Input unit 306 Print time calculation unit 307 Printer allocation unit 308 Main view Display unit 309 Schedule view display unit 309a Job graph display unit 309b Time scale display unit 309c Guide bar display unit 309d In-process job information display unit 309e Printer status display unit 309f All unassigned job information display unit 309g Selected job information display unit 309h Interrupt position display

Claims (5)

In a print control apparatus that controls assignment of print jobs to a plurality of printing apparatuses connected via a network,
An area display means for displaying an area corresponding to each of the plurality of printing apparatuses, and displaying a predetermined shape indicating a print job assigned to the printing apparatus corresponding to each of the areas in order of processing of the print job;
Movement accepting means for accepting movement of the predetermined shape between the respective areas;
Re-display means for re-displaying the arrangement of the predetermined shapes in each area when receiving the movement of the predetermined shape between the areas by the movement receiving means;
Reassigning means for allocating a print job indicated by the predetermined shape to a printing apparatus corresponding to the area where the predetermined shape has been moved;
An unallocated area display for displaying an unallocated area for displaying a predetermined shape indicating an unallocated print job that is not allocated to a specific printing apparatus, and displaying the predetermined shape in order of input of the unallocated print job Means,
Shape determining means for determining a predetermined shape indicating the unassigned print job based on the processing content of the unassigned print job;
A printing control apparatus comprising: The shape determining means includes
And processing content of the unassigned print job, on the basis of said average throughput of a plurality of printing apparatuses, the print control according to claim 1, characterized in that to determine the predetermined shape indicating the unassigned print job apparatus. Printing apparatus characterized by printing the print data sent from the print control device according to claim 1 or 2. The print control apparatus according to claim 1 or 2 ,
A printing apparatus according to claim 3 ;
A printing system comprising: A computer-readable recording medium for print control, wherein a program for realizing each means according to claim 1 or 2 by a computer is recorded.

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