JP2009037647A - Print distribution system and print distribution program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To approximately simultaneously distribute print data created by specific printers to a plurality of users regarding a print distribution system for distributing the print data created by the specific printers at a transmission source connected on a network to users of specified distribution destinations. <P>SOLUTION: The print distribution system is provided with: an association information holding part (40) which holds information in which a plurality of distribution destinations are associated with a plurality of printers at the distribution destinations; and a print setting management part (42) which manages setting of print conditions of the plurality of printers en bloc, wherein the print setting management part performs setting of the print conditions to the plurality of printers at the distribtion destinations specified based on information in the association information holding part to start print output when a request of print output of print data is issued from the transmission source, and creates additional information by every distribution destination based on information such as a name of the transmission source of the print data, names of print data creation devices corresponding to the respective printers, and e-mail addresses of the plurality of distribution destinations, which are registered in a database of the association information holding part. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention includes a plurality of printers such as printers connected to a network such as the Internet, and print data created by a specific printer owned by a sender of a transmission source is transmitted to a designated distribution destination. The present invention relates to a print distribution system and a print distribution program for distributing to a user (usually referred to as a user).

  More specifically, the present invention prints to a plurality of printers owned by the plurality of users through the Internet or the like in order to distribute print data created by a specific printer or the like of the transmission source to a plurality of users. It mentions one technique for making it happen.

  Recent advances in various technologies that use the Internet, such as intranets (inside firewalls) and extranets, are significant. In particular, in the United States, in recent years, the Internet using CATV (cable television) network and ADSL (asymmetric digital subscriber line) network, which takes advantage of the advantages of high-speed and always-on connection, rather than technology that uses dial-up Internet connection by telephone line, has been developed. The technology used is expanding rapidly. Even in Japan, the benefits of high-speed and always-on connections are accepted by users, and the Internet environment using cables such as CATV networks and ADSL networks is expected to expand rapidly. Here, “firewall” means an access restriction function provided in a gateway or the like in order to protect a plurality of devices connected on the intranet from illegal intrusion.

  On the other hand, along with the enhancement of the network environment such as the above-mentioned Internet environment, many printers that can be connected to the network and have a print distribution function have been shipped. Generally, in these printers, print data such as print documents and print materials created by a specific printer is printed on a printer owned by a specified user, so that the print data can be distributed to users. Is possible.

  Furthermore, as printers become smaller, it is often the case that a single printer is shared by a small number of users such as a project unit or one to several people. Furthermore, some printers of this type are equipped with a multi-stacker function including a plurality of stackers (that is, multi-stackers). In such a printer having a multi-stacker function, there is a case where a user or a project is assigned to each stacker when distribution is not permitted in an electronic document or the like in order to avoid alteration or copying of print data by another person.

  However, the multi-stacker function of the printer as described above is provided as an option only, and many printers shipped so far do not have the multi-stacker function. On the other hand, there arises a problem that a printed document or printed material that has been printed out by the multi-stacker may be easily seen by others. Furthermore, a printer having a multi-stacker as described above is often installed physically a little far away, and the user may feel troublesome to get a printed document or printed material.

  On the other hand, even if the user has a dedicated printer connected to a network such as the Internet, it is not possible to distribute print documents and print materials to a plurality of users using the Internet. It wasn't done. Conversely, almost all cases where the printer is used only for printing by the user himself have been used so far. Furthermore, even though the sender intentionally copies and distributes the printed document, the printed material, etc., it may be buried in another printed material without being noticed. A typical example is a print document or print material transmitted by facsimile (FAX). Furthermore, if you want to distribute the same printed document to multiple people, if you want to change a part of this printed document for each printing destination (that is, for each distribution destination), you must correct the part you want to change each time. I must. Therefore, a person in charge of sales or customer work needs to rewrite all addresses when creating a print document, which causes a problem that it takes much time.

  In addition, for example, an advertisement for a special sale item or an advertisement with a discount ticket is randomly distributed to customers together with newspapers, and is therefore useless for customers who do not need these advertisements. A similar situation occurs when you want to send a new product announcement to customers via direct mail.

  As described above, in order to distribute print documents and print materials to a plurality of people (for example, customers) who use the entire Internet including an intranet and an extranet, a certain printing device (for example, Printers) were distributed to customers and others that were mass printed or copied by callers. In other words, up to now, even though a plurality of distribution destinations possess a plurality of printing devices (for example, a plurality of printers) connected to the Internet, these printing devices are sufficiently utilized. It was never done.

  On the other hand, as a technique for performing remote printing by selecting a printing apparatus having a print distribution function, as shown in Japanese Patent Laid-Open No. 2000-69077 (published on March 3, 2000), it is on the current network. Although a remote printing control device using an electronic mail system is disclosed, remote printing by this remote printing control device is premised on the existence of an electronic mail system, and its application is very limited. .

  Furthermore, Japanese Patent Laid-Open No. 2000-69077 basically describes a remote printing control apparatus for printing an e-mail, and a print created by an application other than an e-mail printing application. Documents cannot be printed and distributed.

  Furthermore, Japanese Patent Laid-Open No. 2000-69077 requires a data analysis unit for adding an application command to the inside of an e-mail and analyzing the application command, so that the configuration of the remote printing control apparatus is complicated. Become.

  The present invention has been made in view of the above-mentioned problems, and it is troublesome to copy print data such as a print document or print material created by a caller using a specific printing apparatus connected to a network such as the Internet. It is an object of the present invention to provide a print delivery system and a print delivery program that can be delivered to a plurality of users almost simultaneously and reliably without being applied.

  In order to solve the above problems, the print distribution system of the present invention connects a plurality of printing apparatuses on a network and distributes print data created by the printing apparatus used at the transmission source to a plurality of distribution destinations. In this case, an association information holding unit that holds in advance information associating a plurality of distribution destinations with a plurality of printing apparatuses used in the plurality of distribution destinations, and setting printing conditions for the plurality of printing apparatuses. And a print setting management unit that performs batch management. The print setting management unit, based on the information held in the association information holding unit, when a print output request for the print data is issued from the transmission source to the plurality of delivery destinations. A plurality of printing devices to be used at a plurality of delivery destinations designated by a transmission source are specified, and the print conditions are set for the specified plurality of printing devices to start print output of the print data. It is like that.

  Preferably, in the print distribution system of the present invention, the print setting management unit has a function of setting common print conditions for a plurality of printing apparatuses used at the plurality of distribution destinations.

  Still preferably, in a print distribution system according to the present invention, the print setting management unit sets individual print conditions for each of the plurality of distribution destinations, or a plurality of prints used at the plurality of distribution destinations. It has a function of selecting whether to set common printing conditions for the apparatus.

  Further preferably, the print distribution system of the present invention includes a plurality of print driving devices for driving the plurality of printing devices to execute the print output.

  Further preferably, in the print distribution system according to the present invention, the association information holding unit includes a print drive device corresponding to each of the plurality of printing devices used in the transmission source name of the print data and the plurality of distribution destinations. It consists of a database (sometimes abbreviated as DB) in which information including at least a mail name of each of the plurality of delivery destinations is recorded.

  Further preferably, in the print distribution system according to the present invention, when a request for the print output is issued from the transmission source, among the plurality of printing apparatuses used in the plurality of distribution destinations, Even if it is detected that an error has occurred in a printing apparatus, a function that does not affect the print output of another printing apparatus is retained.

  Furthermore, it is preferable that the print distribution system of the present invention has a function of notifying the plurality of distribution sources by the respective mails almost simultaneously that the print output has been started.

  Further preferably, in the print distribution system of the present invention, when it is detected that an error has occurred in a specific printing apparatus among the plurality of printing apparatuses used at the plurality of distribution destinations, A function of notifying the contents of the error to a distribution destination using a specific printing apparatus is possessed.

  Further preferably, in the print distribution system of the present invention, when printing output of print data to be distributed to a plurality of distribution destinations is executed by a single printing apparatus, the print data is not confused. A function of creating additional information for each of the plurality of delivery destinations based on information including the sender name, the print drive device name, and the mail address registered in the database is possessed.

  On the other hand, the computer identifies and identifies a plurality of printing devices based on information that associates a plurality of arbitrary distribution destinations with a plurality of printing devices on a network used by the plurality of distribution destinations. A function for setting printing conditions of the plurality of printing apparatuses for the plurality of printing apparatuses, and a means for starting print output of print data for the plurality of printing apparatuses specified according to the set printing conditions A print distribution program is provided.

  In summary, according to the present invention, when print data created by a caller using a specific printing apparatus (for example, a printer) is distributed to a plurality of distribution destination users connected on a network, a plurality of distribution destinations are provided. Printing of the print data almost simultaneously to a plurality of printing devices owned by a plurality of users designated by the caller based on the information that associates a plurality of printing devices used at the plurality of distribution destinations It is possible to easily execute the output.

  More specifically, for each destination of a plurality of users, the sender name (sender name) of the print data, the plurality of user names, the printing device name (printer name) owned by these users, and the user's mail It is possible to print to the nearest printer owned by the user simply by specifying (selecting) the corresponding user name when the address or the like is stored in advance and the distribution destination (print destination) is specified. It becomes possible to notify the user that the document has been printed by e-mail. Therefore, it is possible to prevent troubles such as not being aware of the distribution of printed documents.

  At this time, to a user who does not have an e-mail address, a designated distribution destination name, for example, “To (print document destination):” or “Cc (carbon copy; copy of print document) is sent to a specific third party. If "" is specified, etc., "Destination: xxx department manager, copy): yyyy manager" etc. is automatically placed in the print document or banner page (banner page; additional information creation page). Can be printed automatically. Therefore, it is possible to clarify from whom and from whom the printed document is printed.

  Hereinafter, with reference to the attached drawings (FIGS. 1 to 12), the intranet operation environment used in the present invention, the configuration and operation of a preferred embodiment of the present invention, the extra operation environment used in the present invention, and the like Will be explained.

  FIG. 1 is a schematic diagram showing an example of an intranet operating environment used in the present invention. However, here, an example of an intranet operating environment in a firewall is shown in a simplified manner.

  In the intranet operation environment of FIG. 1, a plurality of printing apparatuses (for example, printers) 1-1 to 1-4 and a plurality of data processing apparatuses (for example, personal computers) 3 installed on different floors in a certain building. -1 to 3-6 are connected to each other through an intranet ITR.

  More specifically, on the third floor (3F) in the building, a printing device 1-1 and a data processing device 3-1 having the printer name “Printer-d” owned by the sender E who is the sender are installed. In addition, a printing device 1-2 and a data processing device 3-2 having a printer name “Printer-a” owned by the recipient (user) A of the distribution destination are installed, and the recipient B of the distribution destination A printer 1-3 having a printer name “Printer-b” and a data processor 3-3 are installed.

  On the other hand, on the second floor (2F) in the building, a data processing device 3-4 owned by the recipient receiver C and a data processing device 3-5 owned by the receiver D are installed. At the same time, a printer 1-4 having a printer name “Printer-c” shared by the recipient C and the recipient D is installed. All the printing devices and data processing devices on the second floor and the third floor are connected to each other through an intranet ITR.

  In the print distribution system of the present invention realized in such an intranet operating environment, a plurality of recipient user names (for example, Mr. A, Mr. B, Association information that holds in advance information associating Mr. C and Mr. D) with printer names (“Printer-a”, “Printer-b”, and “Printer-c”) of a plurality of printing apparatuses owned by the recipient. A holding unit (which will be described later with reference to FIG. 2) and a print setting management unit (which will be described later with reference to FIG. 2) which collectively manage the printing condition settings of the plurality of printing apparatuses are provided. These association information holding unit and print setting management unit are the main constituent elements of the present invention, and are preferably realized by an application which is a kind of software of a personal computer.

  When the print distribution system of the present invention is operated in the intranet operating environment as described above, first, the print data 2 created by the caller E with the printing apparatus 1-1 having the printer name “Printer-d” is used. A plurality of recipients of the distribution destination of -1. Next, information relating the user names of a plurality of recipients and the printer names of a plurality of printing devices owned by the recipients is extracted from the association information holding unit, and the sender specified based on this information. Identify multiple printing devices owned by the recipient. In this case, the user can use both a printing device for personal use (eg, “Printer-a”, “Printer-b”) and a printing device used for sharing (eg, “Printer-c”). It is possible to specify a printing device by specifying a name. It is possible to easily print the print data 2-2, 2-3, 2-4, and 2-5 almost simultaneously for each recipient with respect to the plurality of printing apparatuses specified in this way.

  Further, by storing the mail addresses (for example, e-mail addresses) of the plurality of recipients in advance in the association information holding unit, it is possible to notify the mail that print data has been printed by the plurality of specified receiving devices. Can also be notified.

  FIG. 2 is a block diagram showing the configuration of a print distribution system according to a preferred embodiment of the present invention. However, here, the configuration of the main part of the print distribution system according to the above embodiment is shown. Hereinafter, the same components as those described above are denoted by the same reference numerals.

  In the print distribution system according to the embodiment of FIG. 2, as a plurality of printing apparatuses, as in the case of FIG. 1, the printing apparatus 1-2 of “Printer-a” and the printing apparatus 1 of “Printer-b” are used. −3 and “Printer-c” printing apparatuses 1-4 are connected to each other through the Internet IT. Further, as in the case of FIG. 1 described above, data processing devices (for example, personal computers) owned by a plurality of recipients are also connected to each other through the Internet IT. However, in order to simplify the description, only the data processing device 3-1 owned by the receiver A is shown as a representative. Further, here, illustration of the printing device and the data processing device owned by the caller is also omitted for the sake of simplicity.

  Preferably, in the data processing apparatus or the like owned by the caller in the print distribution system of FIG. 2, “print data 2-by a plurality of printing apparatuses 1-2 to 1-4 in response to a print output request from the caller”. The print control unit 4 that controls the print output of 2 to 2-4 and the plurality of printing apparatuses 1-2 to 1-4 are respectively driven to execute the print output of the print data 2-2 to 2-4. And a print drive unit 5 including a plurality of print drive devices 5-1 to 5-3 .. Preferably, the print control unit 4 is a print setting application which is software of a personal computer as described later. It is realized by.

  More specifically, the print control unit 4 includes a plurality of recipient user names (for example, Mr. A, Mr. B, Mr. C, and Mr. D) and a plurality of printing devices 1-2-2 owned by the recipient. An association information holding unit 40 that holds in advance information associated with 1-4 printer names (“Printer-a”, “Printer-b”, and “Printer-c”) is provided. The association information holding unit 40 is also called an association file, and a plurality of prints corresponding respectively to the sender name of the print data 2-1 and the plurality of printing apparatuses 1-2 to 1-4 owned by a plurality of recipients. It is also possible to hold information in which the printer driver names of the driving devices 5-1 to 5-3 and the port names for print data transfer are associated with each other. In addition, when it is desired to notify a plurality of recipients by mail delivery together with print data delivery, it is preferable to hold the email addresses of the plurality of recipients in the association information holding unit 40.

  Furthermore, the print control unit 4 includes a print setting management unit 42 that collectively manages the print condition settings of the plurality of printing apparatuses 1-2 to 1-4 in response to a print output request from the caller. It has. This print setting management unit 42 is designated by the caller based on the information held in the association information holding unit 40 in order to distribute the print data 2-1 created by the caller to a plurality of recipients. The plurality of printing devices 1-2 to 1-4 owned by the plurality of recipients specified are identified, and the printing conditions are substantially simultaneously determined for the plurality of printing devices 1-2 to 1-4 identified in this way. Is set to print the print data 2-2 to 2-4.

  The print control unit 4 also includes an additional information creation unit 44 for creating additional information (additional data) such as a plurality of delivery destinations to be printed on the edge of a banner page or print data sheet, and a plurality of specified Print drive device allocation unit 46 for assigning a plurality of print drive devices 5-1 to 5-3 to the print devices 1-2 to 1-4, and print output by the plurality of print devices 1-2 to 1-4 are started. And a mail creating unit 48 for creating a mail stating that it has been done. Here, the additional information creation unit 44 is configured so that the print data distributed to a plurality of recipients is not confused with the sender name and user name registered in the association information holding unit 40. And a function of creating the above additional information for each of the plurality of recipients based on information such as the printer name, printer driver name, port name, and mail address.

  Further, in the print distribution system of FIG. 2, a print drive including a plurality of print drive devices 5-1 to 5-3 for driving a plurality of print devices 1-2 to 1-4 to execute print output. Unit 5, a print spooler 6 for temporarily storing print data sent from print drive unit 5, and print data taken out from print spooler 6 via Internet IT And a port monitoring unit 7 for transferring to the port. The print drive devices 5-1, 5-2, and 5-3 include the printing device 1-2 with the printer name “Printer-a”, the printing device 1-3 with the printer name “Printer-b”, and the printer name. This is for driving the printers 1-4 of “Printer-c”.

  Here, since the recipients C and D share the printing device 1-4, the portion of the print spooler 6 that stores the print data sent from the print driving device 5-3 is the other. It should be noted that about twice as much print data as is stored temporarily. In the port monitoring unit 7 described above, IP: 172. xx. xx. The transfer of print data on the Internet IT is monitored by a network layer Internet protocol such as 100.

  Further, in the print distribution system of FIG. 2, a mail transmission unit 8 including SMTP (simple mail transfer protocol) for transferring the mail generated by the mail generation unit 48 via the Internet IT, and the mail transmission A mail server 80 for distributing the mail transferred from the unit 8 to a plurality of recipients is connected to the Internet IT.

  In the print control unit 4 of the print distribution system as described above, when the caller presents a print output request for the print data 2-1, a printing apparatus selection screen is normally displayed as a print start dialog. The print start dialog is configured so that a user (recipient) who wants to distribute print data such as a print document or print material can also be designated. In this case, when it is desired to distribute the print data to a plurality of users, each user can be designated. The user names of these users are defined in advance and are associated with the printing device (or print control device) used by the user. If you want to be notified by email delivery almost simultaneously, you can also associate your email address with your username.

  When the print control unit 4 receives a print output request from the caller, the print control unit 4 refers to the association file, and displays the user's printer name, printer driver name, port name, and mail address corresponding to the specified user name. get. Based on the acquired information, the additional information creation unit 44 creates additional data (for example, overlay data) to be printed on the banner page or the edge of the paper. The generated additional data is transferred to the print drive device allocation unit 46 together with the print data document file. The print drive device allocation unit 46 detects a print drive device corresponding to the designated print device, checks whether the print drive device is active, and then adds additional data to the print drive device. And print output of the document file.

  In the print distribution system of FIG. 2, first, the print driving device 5-1 that drives the printing device of “Printer-a” is activated. Next, the print driving device 5-2 that drives the printing device “Printer-b” and the printing driving device 5-3 that drives the printing device “Printer-c” are activated. Print data consisting of additional data and document files so that it can be used universally by many existing printers and other printers and is not affected by printer emulation (ie, printer language). Are processed in units of jobs. The plurality of print driving devices process the received print data and send it to the print spooler 6. The print data stored in the print spooler 6 is transferred to a port assigned to each print driving device, so that printing output by a plurality of printing devices is actually started. When processing of each print driving device starts, a mail transmission request is notified to the mail creation unit 48. The mail created by the mail creating unit 48 is automatically sent to a designated user via the mail sending unit 8 and the mail server 80.

  According to the above-described embodiment, a plurality of print drive devices designated by the print drive device allocation unit 46 are activated based on information relating user names of a plurality of users and printer names of a plurality of printing devices. By doing so, it becomes possible to easily start print output of print data to a plurality of printing apparatuses. Furthermore, since it is possible to notify by e-mail that printing output of print data by a plurality of printing apparatuses has been started, it is possible to prevent troubles such as not being aware of the distribution of print documents and the like. .

  Preferably, even if it is detected that an error has occurred in a specific printing device among a plurality of printing devices owned by a plurality of users, the print control unit 4 in the above-described embodiment does not perform this specific printing. A function that does not affect the operation of the print output of another printing apparatus by skipping the apparatus is held.

  Furthermore, it is preferable that the print control unit 4 in the above-described embodiment includes the specific print device when it is detected that an error has occurred in a specific print device among the plurality of print devices. A function for notifying the user of the contents of the error is provided.

  3A and 3B are a first and second block diagrams showing a specific configuration example of the embodiment of FIG. 3A illustrates a specific configuration of the print control unit 4 (see FIG. 2), which is a feature of the present invention, and FIG. 3B illustrates a specific configuration of other portions.

  3A, the print control unit 4 (see FIG. 2) is realized by a print setting application 20 which is software of a personal computer. More specifically, the print setting application 20 includes a DTP (desktop publishing) / word processor application 21 used by the caller to create print data corresponding to various documents (printed documents), and the caller. Specifies the information necessary to distribute the print data created by the user to a plurality of users, specifies the common basic information, and specifies the attribute information for each destination of the print data, and specifies a plurality of printing apparatuses (for example, printers). And a print start dialog 22 for starting print output. The print start dialog 22 includes various documents having a function for acquiring a function common to a plurality of print drive devices (for example, a printer driver) and a function for setting various individual print conditions for each destination of print data. A print setting unit 23 and a user name of an individual destination of the print data and a destination setting unit 24 for designating a destination of a printing group (group) are included.

  Further, the print setting application 20 includes a common document print setting unit 25 that sets common print conditions for a plurality of printing apparatuses owned by a plurality of destination users, basic information common to the print data, And a print scheduler 26 that creates attribute information for each destination of the print data as a print schedule.

  Here, as common printing conditions set by the common document print setting unit 25, the document printing direction, paper feed tray, duplex printing designation, page order, and n pages of the document on one sheet ( n is an arbitrary positive integer greater than or equal to 2) n-UP printing settings, booklet printing (ie, booklet printing) applying a duplex printing mechanism and 2-page 2-UP printing settings; The conditions regarding the resolution and the resident font indicating the code of the character incorporated in the apparatus can be mentioned. According to this resident font, it is possible to print output by sending only the character code to the printing device rather than sending the character image from the personal computer on the host side to the printing device. Increases speed.

  Further, the print scheduler 26 creates basic information common to the documents, and checks the printer status in each of a plurality of printing apparatuses (for example, printers) as attribute information for each destination of the document. It has a function of creating information relating to creation, print start processing, and print end processing.

  2 is realized by the print start dialog 22, the common document print setting unit 25, and the print scheduler 26. 2 is preferably realized by a banner page creation unit in the print scheduler 26, and the print drive device allocation unit 46 in FIG. 2 is preferably a print schedule in the print scheduler 26. Realized by the creation unit.

  Further, the print setting application 20 includes an association database (sometimes abbreviated as an association DB) 45 including a plurality of databases as the association information storage unit 40 of FIG. The association database 45 includes individual databases 41-1, 41-2, 41-3, and 41-4 for each of a plurality of users. These databases include user names of a plurality of users (for example, Mr. A, Mr. B, Mr. C, and Mr. D) and printer names of a plurality of printing apparatuses (for example, printers) owned by the user (“Printer- a ”,“ Printer-b ”,“ Printer-c ”, and“ Printer-d ”) and email addresses (a@fujitsu.com, b@fujitsu.com, c@fujitsu.com, and d @ fujitsu. com) and the group names (none, “Project-x”, and “User 1”) are stored.

  Further, the above-described print setting application 20 includes a printer status monitoring unit that monitors the status of a plurality of printers after the print output of print data is started, as the mail creation unit 48 and the mail transmission unit 8 of FIG. 28 is provided. In general, when print output by a plurality of printer drivers is activated, the processing by the print setting application 20 is completed. However, since the printing speed of the printer is relatively slow, the operation of print output by a plurality of printers continues even after the processing by the print setting application 20 is completed. Therefore, the printer status monitoring unit 28 has a function of checking the status of these printers until the print output operation by a plurality of printers is completed.

  Further, the printer status monitoring unit 28 has a function of checking a print job to be executed on a job basis, and transmits a mail for notifying a plurality of users that the print output has been started. It has a function.

  On the other hand, in FIG. 3B, the print drive unit 5 drives a plurality of printers having printer names “Printer-a”, “Printer-b”, “Printer-c”, and “Printer-d”, respectively. A printer driver (in FIG. 3B, displayed as printer driver-a50-1, printer driver-b50-2, printer driver-c50-3, and printer driver-d50-4), and for each of the plurality of printer drivers Printer driver-a document print setting unit 51-1, printer driver-b document print setting unit 51-2, printer driver-c document print setting unit 51-3, and printer driver- d document print setting unit 51-4.

  The various document print setting units 23 set individual print conditions for each of a plurality of printer drivers (or print drive devices) using the individual document print setting units 51-1 to 51-4, or The common document print setting unit 25 has a function of selecting whether to set common print conditions for a plurality of printer drivers. The contents of the printing conditions in each of the individual document print setting units 51-1 to 51-4 are the same as the contents of the printing conditions in the common document print setting unit 25 described above, and thus detailed description thereof is omitted here. .

  Further, in FIG. 3B, the print spooler 6 includes a printer buffer 60 that temporarily stores print data sent from the plurality of printer drivers 50-1 to 50-4, and print data in a format that cannot be printed as it is ( For example, it includes an EDF / RAW data format converter 61 for converting RAW format print data) into printable format print data (for example, EDF (enhanced meta-format), for example).

  Further, in FIG. 3B, the port monitoring unit 6 monitors a plurality of print data sent from the plurality of printer drivers 50-1 to 50-4 via the printer buffer to the printer by a plurality of predetermined ports. Port monitors 7-1, 7-2, 7-3 and 7-4 are provided. As such a predetermined port, an IP (Internet Protocol) port as described above, an LPT (parallel port) port for transferring print data in parallel format, an infrared data communication device, or such data An IRDA (infrared data association) port related to a standard for performing communication can be mentioned. Based on FIG. 3A and FIG. 3B, all the components described so far are composed of program layers. On the other hand, the printing apparatus assembly 10 and the mail server 80 described below are all configured by a physical layer.

  3B includes a plurality of printers 10-1, 10-2, and 10- that have printer names “Printer-a”, “Printer-b”, “Printer-c”, and “Printer-d”. 3 and 10-4, and a print server for controlling the print output operation of these printers. However, for the sake of simplicity, only the print server 12 for controlling the operation of the “Printer-d” printer 10-4 is shown as a representative. On the other hand, the mail delivered from the mail server 80 to each of a plurality of users is stored in a mail storage unit 81 including a hard disk or the like.

  FIG. 4 is a block diagram showing the overall configuration of a computer system to which the print distribution system of the present invention is applied.

  The print control unit 4 (see FIG. 2), which is a feature of the print distribution system of the present invention, can be executed by a CPU (central processing unit) 32 such as a personal computer. The print setting application program according to the present invention is software stored in a computer-readable storage medium 30d such as a floppy (registered trademark) disk, a hard disk, or a compact disk, and is requested to start from a personal computer on the host side. If there is, it is loaded into the main memory 31. The storage medium 30d is set in a floppy (registered trademark) disk drive (FDD), hard disk drive (HDD), or compact disk (CD) device, and a target program is stored in the main memory via the bus line B. 31 is loaded.

  The computer-readable storage medium 30d as described above has a plurality of information based on information relating a plurality of arbitrary users and a plurality of printing apparatuses on the network N (wired or wireless) owned by the plurality of users. A plurality of printing apparatuses 11 specified according to the set printing conditions and means for setting the printing conditions of the plurality of printing apparatuses 11 almost simultaneously with the specified printing apparatuses 11. And means for starting print output of print data almost simultaneously.

  On the other hand, when the print distribution system according to the preferred embodiment of the present invention is operated using the computer-readable storage medium 30d, the computer is used at any of a plurality of distribution destinations and the plurality of distribution destinations. Means for identifying a plurality of printing apparatuses 11 based on information associated with a plurality of printing apparatuses on the network N, and setting printing conditions of the plurality of printing apparatuses for the plurality of identified printing apparatuses 11; It is preferable to prepare a print distribution program for causing the plurality of specified printing apparatuses to function as means for starting print output of print data almost simultaneously in accordance with the set printing conditions.

  The program loaded in the main memory 31 as described above is executed on the CPU 32, the cache memory 33 built in the CPU 32, and the peripheral cache memory 34 in the vicinity, and is displayed on a display device 36 such as a display, a keyboard or a mouse, or the like. The print distribution function can be set from the user interface of the input device 35. Next, according to the settings from the user interface, the print data is sent to the printing apparatus 11 via the network N or various ports such as an LPT port for transferring data in parallel format and a COM port for performing data communication in serial format. be delivered.

  5, 6, 7 and 8 are flow charts (No. 1, No. 2, No. 3 and No. 4) for explaining the operation of the embodiment of the present invention, respectively. Here, a series of print distribution operations executed by the print setting application shown in FIG. 3 will be described.

  First, as shown in step S1 of FIG. 5, in response to a print output request from a caller, a print setting application receives a request for setting print conditions for print data corresponding to a document. Next, a print start dialog (destination setting) is opened on the screen for selecting a printing apparatus, and one of user names, printer names, or group names of a plurality of destinations of print data is designated (step S2).

Furthermore, the user of the transmission source (ie, the caller) selects a user name or a group name based on a list in which user names of a plurality of destinations are associated with a plurality of printers used at the plurality of destinations. (Step S3).
Further, it is checked whether or not a user name or group name has been input in the print setting application (step S4). Here, when it is confirmed that the user name or group name is input, the data reading operation from the association database is executed (step S5), and the printer name and the mail address are acquired from the association database (step S6). . Further, it is determined whether or not the selected printer driver (“Printer”) is installed (step S7).

  If the selected printer driver is not installed, it is notified that an error has occurred (step S8). On the other hand, if the selected printer driver is installed, the printer name of the printer corresponding to the selected printer driver is displayed (step S9). Further, the printer status is checked (step S10), and the printer status is displayed (step S11).

  If no user name or group name is input in step S4, it is determined whether the print setting (unique) check box is on (ON) (step S12). If the above print settings (unique) check box is on, enable the print settings (individual) button so that the document print settings of the specified printer driver can be changed. (Step S13).

  If the print setting (unique) check box is off (OFF) in step S12, it is determined whether or not the print setting (common) check box is on (step). S14). If the above-mentioned print setting (common) check box is turned on, the print setting (individual) button is disabled so that the document print setting possessed by the specified printer driver is not used, and the print setting ( The (common) button is enabled (step S15).

  If the print setting (common) check box is off in step S14 described above, it is determined whether or not the print setting (unique) button has been pressed, as shown in step S16 of FIG. . If the print setting (unique) button has been pressed, the print setting screen of the document held by the designated printer driver is opened to wait for user input (step S17).

  If the print setting (unique) button has not been pressed in S16, it is determined whether or not the print setting (common) button has been pressed (step S18). If the print setting (common) button is pressed, the function of the selected printer driver is acquired (step S19), and the unsupported function is displayed in gray (step S20). Further, the setting screen for the document print setting (common) is opened to wait for user input (step S21).

  Furthermore, a “Co” button, a “Cc” button, a “Bcc (blind carbon copy: function for hiding destinations other than recipients when sending copies of printed documents) to a plurality of destinations” button, and “sender printing” It is determined whether or not the “button” has been pressed (step S22). If the “Co” button, the “Cc” button, the “Bcc” button, and the “caller print” button are pressed, “Co”, “Cc”, “Bcc”, and “source printer” In step S23, the selected user name is additionally displayed in the text box of the dialog (step S23).

  Further, all information (printer, mail address, etc.) of the selected user is additionally copied from the association database to the print schedule (step S24). Thereafter, the number of users to whom print data is to be distributed is incremented (step S25).

  Here, if the “Co” button, the “Cc” button, the “Bcc” button, and the “caller print” button are not pressed in the above-described step S22, it is determined whether or not the association button has been pressed (step S22). S26). If the above association button is pressed, the “association editing screen” is opened to wait for user input (step S27). Here, if the association button has not been pressed in step S26 described above, it is determined whether printing has been activated (step S28).

  If printing has been activated, as shown in step S29 of FIG. 7, it is determined whether or not “print destination” (that is, print data distribution destination) is set (step S29). If the “print destination” has not been set yet, it is notified that an error has occurred (step S30). On the other hand, when the “print destination” is set, the number of users (or printers) is acquired from the print schedule, and the printer status is acquired (step S31 and step S32).

  At this point, it is determined whether or not the printer is ready for printing (step S33). However, if the error bit has already been turned on (ON), this step S33 is skipped. If the printer is not ready for printing, it notifies that an error has occurred (step S34), and sets an error bit (step S35). Next, it is determined whether or not the user has an email address (step S36). Further, an e-mail text indicating the content of the error is created (step S37), and an e-mail is sent (step S38).

  If the printer is in a printable state in step S33 described above, the printer driver is acquired from the print schedule and the printer driver is opened (step S39 and step S40).

  At this point, it is determined whether to give priority to the document print setting (common) (step S41). If the document print settings (common) are prioritized, the document print settings (common) are stored in the printer driver parameters.

  Here, if the document print setting (common) is not prioritized in step S41, it is checked whether banner printing is valid (step S43). If the banner printing is valid, information such as the destination user name and the department to which the user belongs is acquired from the printing schedule (step S44). Next, the OS (operating system) acquires information on the sender's host name, information on the user name, and the like (step S45), and creates a banner page (step S46).

  If banner printing is not valid in step S43, a print start instruction is issued (step S47), and the document is processed by the print spooler and printer driver (step S48). Further, it is checked whether or not document printing has been completed (step S49).

  If the document printing has been thrown out, a print end instruction is issued as shown in step S50 of FIG. 8, and the printer driver is closed (step S51). Thereafter, the printer status monitoring unit checks the printing status of the printer (step S52).

  Further, it is checked whether or not the mail notification box is turned on (step S53). If the mail notification box is on, the mail address corresponding to the user name is acquired from the print schedule (step S54).

  Further, information such as the destination user name and the department to which the user belongs is acquired from the print schedule, and on the other hand, the printer driver and device name used are also acquired, and mail text is created (step S55). Thereafter, the created mail is issued (step S56).

  If the mail notification box is not turned on in step S53 described above, 1 is subtracted from the number of users (or printers) registered in the print destination (step S57). Further, it is checked whether or not the number of users (or printers) registered in the printing destination is 0 or less (step S58).

  If the number of users (or printers) registered in the printing destination is greater than 0, it is assumed that there are still printers that have not been instructed to start printing, and the operations in steps S32 to S57 described above are executed again. . On the other hand, if the number of users (or printers) registered in the printing destination is 0 or less, it is checked whether there is a user who has not finished printing (step S59).

If there is a user who has not finished printing, it is determined whether or not to print again. If printing is to be performed again, the error bit is cleared (steps S60 and S61), and the operations of steps S32 to S57 are executed again.
Here, if there is no user who has not finished printing in step S59 described above, or if there is no such user and printing is not performed again, the print schedule is deleted (step S62), and print distribution is performed. End the operation.

  FIG. 9 is a data format diagram illustrating an example of a print schedule. Here, a typical example of a print schedule created by the print scheduler shown in FIG. 3A is illustrated.

  The print schedule shown in FIG. 9 is composed of two sets of basic information common to documents and attribute information set for each of a plurality of destinations of the document. Each time a caller requests printing of a document once, one print schedule including the basic information and attribute information is created.

  In the example of FIG. 9, in response to a request for document printout from the sender, the document of the file minutes (that is, print data) is printed on each of four printers owned by five recipients (users). The print schedule in the case of performing is shown.

  Here, as basic information, title: “minutes”, file name: “gijiroku. Doc”, printing date: date of January 1, 2000, sender name: “Fujitsu Taro”, and number of printing: 5 Is provided.

  On the other hand, as the attribute information, the user name of the document destination (Mr. A, Mr. Z, Mr. B, Mr. C, and Mr. D), affiliation (for example, Xxx business unit Xxx unit, Yyy business unit Yyy unit ...), Printer driver (“Printer-a”, “Printer-b”, “Printer-c”, and “Printer-d”), printer status (for example, printing, ready, no paper), and print settings (document printing) Use settings (common), use printer driver document print settings).

  Further, as attribute information corresponding to the mail distribution function, mail transmission, mail address (a@fujitsu.com, z@fujitsu.com, b@fujitsu.com, c@fujitsu.com, and d@fujitsu.com), Banner printing (yes or no), job status (printing or unprocessed), and error bits (OFF or ON) are provided.

  Furthermore, in the lower right column of FIG. 9, the actual processing contents of the printers owned by each user are added. Here, in the printer (“Printer-a”) shared by the user A and the user Z, “print data is being transferred” to the user A and “waiting” to the user Z. It is in the state. On the other hand, for User B, “Banner Page is being created” and for User C, “Waiting for printer status to recover” For Mr. D, “print data transfer has been completed and printing has been completed”.

  FIG. 10 and FIG. 11 are the first and second front views showing the state of the print setting by the print start dialog.

  FIG. 10 illustrates a print start dialog for specifying a print data print destination (corresponding to a destination or a distribution destination). Here, in the “printer” designation frame of the print start dialog, the print destination of print data is designated by the printer name or the user name / group name, and buttons such as “To:”, “Cc:”, “Bcc:”, etc. A plurality of users can be added to the “print destination”. If you want to print to your own printer, you can add it with the "Printer Print" button.

  Here, when the “user name” is designated and the mouse is right-clicked, the “user setting configuration” screen as shown in FIG. 10 appears, and the “printer name” corresponding to the above “user name” is displayed. If they are displayed in synchronism, the interface (I / F) is easy to understand. To change the print setting value of the designated printer at this time, the “print setting” button displays the “document print setting (individual)” screen for each printer driver as shown in FIG. The value can be changed.

  If it is troublesome to change all the print setting values of each printer driver, the “print setting (common)” button as shown in FIG. 10 is displayed by enabling the radio box of the “print setting (common)” button. Is displayed, it is possible to print with print setting values common to all printers. The print setting values common to the printer drivers that can be changed here are basic parameters for printing. Registration of a new user can be performed by displaying an “association editing screen” as shown in FIG. 11 with the “association” button, but it is preferable to provide another interface.

  In the print start dialog shown in FIG. 10, it is possible to print additional information obtained by selecting the “banner print” check box and printing the sender and destination of the printed matter on the banner page. Furthermore, a different banner page can be printed for each destination by the additional information creation unit (see FIG. 2). After all the print data print destinations are designated, print output of the print data is started with the “OK” button.

  FIG. 12 is a schematic diagram showing an example of an extranet environment used in the present invention. However, here, a simplified example of an extranet operating environment in the case where print materials such as newspaper advertisements are distributed to a plurality of external customers connected to each other through the extranet is shown.

  In the extranet operating environment of FIG. 12, a plurality of external customers are connected to the Internet data center (IDC) 100 through the extranet ETR. These plurality of customers include corporate customers 101, government office customers 102, individual customers 103, bookstores 104, department stores 105, online stores 106, advertising stores 107, securities companies 108, and convenience stores (retail stores) 109. It is.

  Further, in the extranet operating environment of FIG. 12, a plurality of printing apparatuses respectively owned by a plurality of customers are connected on the extranet, although not particularly illustrated. Furthermore, a customer information database (customer information DB or simply abbreviated as DB in FIG. 12) 140 is provided for each customer as various information relating to a plurality of customers.

  In the print distribution system of the present invention realized in the extranet operating environment of FIG. 12, information relating the customer names of a plurality of customers and the printer names of a plurality of printing devices owned by the customer in the Internet data center 100 or the like. Is provided in advance, and a print setting management unit that collectively manages the print condition settings of the plurality of printing apparatuses. These association information holding unit and print setting management unit are the main constituent elements of the present invention, and are preferably realized by an application which is a kind of computer software installed in the Internet data center.

  As described above, also in the extranet operating environment, the print distribution system of the present invention can be realized as in the case of the above-described intranet environment of FIG. The print distribution system in the extranet operating environment of FIG. 12 eliminates the need to randomly distribute print materials such as newspaper advertisements to an unspecified number of customers, thereby reducing advertising costs.

  As described above, according to the print distribution system according to the representative embodiment of the present invention, it is necessary to specify the user names of a plurality of users (including customers), and a printing apparatus such as a plurality of distribution destination printers. Thus, it is possible to start printing by specifying the printer language, so that it is possible to support all types of printer languages regardless of the type of printer.

  Furthermore, according to the print distribution system according to the representative embodiment of the present invention, the print distribution function can be realized even in a plurality of printers that do not have the multi-stacker function.

  Furthermore, according to the print distribution system according to the representative embodiment of the present invention, the arrival of a print document, print material, etc. is notified by e-mail, so that it is possible to reduce forgetting to read by the user.

  Furthermore, according to the print distribution system according to the representative embodiment of the present invention, product advertisements and discount coupons can be distributed directly to customers, so that efficient advertising and customer collection are possible.

  Furthermore, according to the print distribution system according to the representative embodiment of the present invention, newspaper advertisements that have been randomly distributed to an unspecified number of people so far are not required, and the advertising cost can be reduced.

It is a schematic diagram which shows an example of the intranet environment used by this invention. It is a block diagram which shows the structure of the print delivery system which concerns on the preferable Example of this invention. FIG. 3 is a block diagram (part 1) illustrating a specific configuration example of the embodiment of FIG. 2; FIG. 3 is a block diagram (part 2) illustrating a specific configuration example of the embodiment of FIG. 2; 1 is a block diagram showing an overall configuration of a computer system to which a print distribution system of the present invention is applied. It is a flowchart (the 1) for demonstrating operation | movement of the Example of this invention. It is a flowchart (the 2) for demonstrating operation | movement of the Example of this invention. It is a flowchart (the 3) for demonstrating operation | movement of the Example of this invention. It is a flowchart (the 4) for demonstrating operation | movement of the Example of this invention. It is a data format figure which shows an example of a printing schedule. FIG. 6 is a front view (part 1) illustrating a state of print setting by a print start dialog. FIG. 10 is a front view (part 2) showing a state of print setting by a print start dialog. It is a schematic diagram which shows an example of the extranet environment used by this invention.

Claims (8)

A print distribution system that connects a plurality of printing apparatuses on a network and distributes print data created by a printing apparatus used at a transmission source to a plurality of distribution destinations.
An association information holding unit that holds in advance information that associates a plurality of distribution destinations with a plurality of printing apparatuses used in the plurality of distribution destinations;
A print setting management unit that collectively manages print condition settings of the plurality of printing apparatuses;
The print setting management unit, based on the information held in the association information holding unit, when a print output request for the print data is issued from the transmission source to the plurality of distribution destinations. A plurality of printing devices used at a plurality of distribution destinations designated by a transmission source are specified, and the printing conditions are set for the plurality of specified printing devices to start print output of the print data. ,
The association information holding unit includes a source name of the print data, a print data creation device name corresponding to each of the plurality of printing devices used in the plurality of distribution destinations, and each of the plurality of distribution destinations. It consists of a database that records information including at least email addresses,
In order not to confuse the print data distributed to the plurality of distribution destinations, based on information including the sender name, the print data creation device name, and the mail address registered in the database A print distribution system having a function of creating additional information for each of the plurality of distribution destinations.   The print distribution system according to claim 1, wherein the print setting management unit has a function of setting common print conditions for a plurality of printing apparatuses used at the plurality of distribution destinations.   The print setting management unit selects whether to set individual print conditions for each of the plurality of distribution destinations or to set common print conditions for a plurality of printing apparatuses used at the plurality of distribution destinations. The print distribution system according to claim 1, having a function of   The print distribution system according to claim 1, further comprising: a plurality of print driving devices for driving the plurality of printing devices to execute the print output.   Even when it is detected that an error has occurred in a specific printing device among the plurality of printing devices used at the plurality of distribution destinations when the print output request is issued from the transmission source. The print distribution system according to any one of claims 1 to 4, wherein a function that does not affect the print output of another printing apparatus is retained.   The print distribution system according to any one of claims 1 to 4, wherein a function of notifying the plurality of distribution sources of the start of the print output by respective mails almost simultaneously is provided.   When it is detected that an error has occurred in a specific printing device among the plurality of printing devices used at the plurality of distribution destinations, the distribution destination using the specific printing device is The print delivery system according to any one of claims 1 to 4, wherein a function for notifying an error content is held. Means for preliminarily storing information associating a plurality of distribution destinations with a plurality of printing apparatuses on a network used by the plurality of distribution destinations;
Designated by the sender based on the information stored in advance when a print output request for print data created by the sender is issued from the sender to the plurality of delivery destinations. Identifying a plurality of printing devices used at a plurality of distribution destinations, setting means for setting the printing conditions of the plurality of printing devices for the identified plurality of printing devices, and specifying according to the set printing conditions A print distribution program for causing the plurality of printing apparatuses to function as a means for starting print output of the print data,
The means for preliminarily storing the associated information includes a source name of the print data, a print data creation device name corresponding to each of the plurality of printing devices used at the plurality of distribution destinations, and the plurality of distributions. Record information including at least each of the email addresses above,
In order not to confuse the print data distributed to the plurality of distribution destinations, the sender name, the print data creation device name, and the e-mail address recorded in the means for holding the associated information in advance A print distribution program having a function of creating additional information for each of the plurality of distribution destinations based on information including

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