CN105653214A - Information processing apparatus and information processing method - Google Patents
Information processing apparatus and information processing method Download PDFInfo
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- CN105653214A CN105653214A CN201510855649.6A CN201510855649A CN105653214A CN 105653214 A CN105653214 A CN 105653214A CN 201510855649 A CN201510855649 A CN 201510855649A CN 105653214 A CN105653214 A CN 105653214A
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- arranges
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- job list
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/12—Digital output to print unit, e.g. line printer, chain printer
- G06F3/1201—Dedicated interfaces to print systems
- G06F3/1202—Dedicated interfaces to print systems specifically adapted to achieve a particular effect
- G06F3/1203—Improving or facilitating administration, e.g. print management
- G06F3/1205—Improving or facilitating administration, e.g. print management resulting in increased flexibility in print job configuration, e.g. job settings, print requirements, job tickets
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/12—Digital output to print unit, e.g. line printer, chain printer
- G06F3/1201—Dedicated interfaces to print systems
- G06F3/1223—Dedicated interfaces to print systems specifically adapted to use a particular technique
- G06F3/1237—Print job management
- G06F3/126—Job scheduling, e.g. queuing, determine appropriate device
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/12—Digital output to print unit, e.g. line printer, chain printer
- G06F3/1201—Dedicated interfaces to print systems
- G06F3/1278—Dedicated interfaces to print systems specifically adapted to adopt a particular infrastructure
- G06F3/1285—Remote printer device, e.g. being remote from client or server
Abstract
An information processing apparatus is connected to an image forming device through internet and includes a storage unit, a display controller, an input receiver, a job management unit, and a sorting unit. The display controller performs control to display, on a display unit, a job list that is a list of one or more jobs and contains one or more setting items for each job. The input receiver receives selection of a setting item from the list. The job management unit stores, in the storage unit, arrangement orders of setting values of the setting items on the list when selection of the setting item is received. The sorting unit rearranges the jobs such that the setting values of the selected setting item are arranged in a predetermined order while keeping arrangement orders of the setting values of the setting items other than the selected setting item among the jobs in ascending or descending order as stored in the storage unit.
Description
The cross reference of related application
The right of priority of No. 2015-214067th, the Japanese patent application that this application claims No. 2014-243528th, the Japanese patent application submitted in Japan on December 1st, 2014 and submit on October 30th, 2015 in Japan and be incorporated to its whole content by reference.
Technical field
The present invention relates to information processing device and information processing method.
Background technology
In recent years, in the product printing field of so-called printing (print) industry, print in a large number (offsetmassprinting) compared with offset plate, short run and the printing of variation has become main flow. Under this trend, as printer device, be applicable to the electrofax that prints as required and ink-jet as required printer device frequently used than traditional offset plate printer device. When in printer device as required, control variation prints, the task management undertaken by printing server is very important.
In short run and in the printing of variation, timed interval to the deadline is extremely short under many circumstances. In these cases, common practice uses the interruption printing function etc. of printing server to print corresponding operation during printing between other operations of printer device as required, considers other deadlines printing event simultaneously. In addition, when the print job carrying out it interrupting printing is not new printing but again prints, grating image processor (RIP) process is performed, it is possible to save the time of RIP process by again performing printing instead of the new importing operation at grid (raster) image printing in queue the previous job retained.
Such as, the open one of No. 3016505th, Japanese Patent can carry out above-mentioned interruption print image and form equipment, because this image forming apparatus has the job list display function to allow to carry out operation selection on the job list and arrange change. When should in order in proof print (proofprinting) color-match or other reasons and little by little change when simultaneously printing of setting, if image forming apparatus disclosed in No. 3016505th, Japanese Patent is also effective.
Such as, nearest printing server (Fiery (registered trademark) server manufactured by ElectronicsforImaging company) can also focus on except the job list display function and specifically arrange project (settingitem) and (sort) (rearranging) of the settings of the project that arranges focused on being sorted.By this function, by selecting such as operation title (arranging project) for sequence, it is easy in a large amount of operation and finds the operation needing to print. It will be apparent that can be sorted by the project that arranges except operation title, and by operation being sorted by the project that arranges of the print paper size of such as user's name and operation and so on, it is possible to find the operation of needs. What user can also freely change on the job list display arranges project.
In nearest printing industry, collectively print multiple operation with identical setting in some cases. In this case, a large amount of operations being displayed on the job list are sorted by even traditional printing server by the project that specifically arranges of such as operation title and so on, and specify operation for setting the instruction changed or again print. But, when showing other operations in a large number with similar homework title or similar setting, it is difficult to specify the operation expected, cause complicated operation.
Therefore, exist for the operation that can easily specify expectation and improve information processing device and the information processing method of convenience.
Summary of the invention
An object of the invention is the problem in conventional art that solves at least in part.
According to an embodiment, signal conditioning package is connected to image processing system by network and comprises: storage unit; Display control unit; Input receptor; Task management unit and sequencing unit. Display control unit carries out controlling to show on the display unit the job list, and this job list is the list of the one or more operations that can perform on described image forming apparatus, and comprises and arrange project for the one or more of each operation. This input receptor receives from shown the job list the selection arranging project. When receiving when arranging the selection of project, putting in order of the settings of the project that arranges that this task management unit is stored on shown the job list in described storage unit. This sequencing unit rearranges operation, the settings of the selected project that arranges are arranged with predetermined order, remain on simultaneously among operation except selected project is set except the project that arranges settings, be stored in described storage unit with ascending order or putting in order of sequence is fallen.
By reading the following detailed description of currently preferred embodiment of the present invention, when considered in conjunction with the accompanying drawings, the above and other target of the present invention, feature, advantage and technology and industrial significance will be understood better.
Accompanying drawing explanation
Fig. 1 is the figure that the configured in one piece to the image formation system according to the first embodiment illustrates;
Fig. 2 is the figure that the functional configuration to Personal Computer (PC) in the first embodiment illustrates;
Fig. 3 is the figure example of the job list of display on the PC in the first embodiment illustrated;
Fig. 4 is the figure that the functional configuration to the printer in the first embodiment illustrates;
Fig. 5 is the schema that the process to the sequence process in the PC in the first embodiment illustrates;
Fig. 6 is the figure that the example to the job list sorted by " JobName (operation title) " is illustrated;
Fig. 7 is the figure that the example to the job list sorted by " UserName (user's name) " is illustrated;
Fig. 8 is the figure that the example to the job list sorted by " UserName (user's name) " and " JobName (operation title) " is illustrated;
Fig. 9 is the figure that the example to the job list shown on PC according to the 2nd embodiment illustrates;
Figure 10 is the schema that the process to the sequence process in PC in a second embodiment illustrates;
Figure 11 is to the schema illustrated according to the process of the display process of the 3rd embodiment in PC;
Figure 12 is the explanation figure that the Hardware configuration to the PC in the first to the 3rd embodiment is explained;
Figure 13 is the explanation figure that the Hardware configuration to the printer in the first to the 3rd embodiment is explained;
Figure 14 is the schema that the process to the sequence process in conventional P C illustrates; And
Figure 15 is the figure that the example to the job list of display on conventional P C illustrates.
Embodiment
Hereinafter, with reference to accompanying drawing, embodiment is described in detail.
First embodiment
Fig. 1 is the figure that the configured in one piece to the image formation system according to the first embodiment illustrates. As shown in FIG. 1, in image formation system in the present embodiment, Personal Computer (PC) 100a, 100b and 100c (100a to 100c) and printer 200a, 200b and 200c (200a to 200c) are connected to each other by network 10. Public network, company's network etc. can be applied to network 10. Such as, network 10 is telephone network, wireless network, Internet etc. Printer 200a to 200c comprises printing server 300a to 300c and printer movement (engine) 400a to 400c respectively.
Fig. 1 illustrates the example of image formation system, and wherein three PC are connected with three printers. Can connect equal or more than 1 the PC of arbitrary number and printer. Hereinafter, when PC100a to 100c or printer 200a to 200c whole being described in the way of non-designated, simply it is being called simultaneously being described of PC100, printer 200, printing server 300 or printer movement 400. It will be noted that PC100 is corresponding to the information processing device in the present invention, and printer 200 is corresponding to the image forming apparatus in the present invention.
PC100 generates the printing data for printing and print job, and by network 10, the data generated and operation are transferred to printer 200. When PC100 receives the print command as print execution request from user, PC100 sends the print command received to printer 200. PC100 comprises the printer driver of generation print job, the client terminal software etc. of managing printing operation.
When receiving printing data and other data from PC100 when printing server 300, the printing data received are carried out data decompression and image procossing by printing server 300. Thereafter, when printing server 300 is from PC100 receiving printing orders, printing server 300 sends print command to printer movement 400, and the printing data having carried out image procossing and other process are sent to printer movement 400.
When receiving print command from printing server 300 and print data, printer movement 400 prints the printing data received. Depending on color to be printed, printer movement 400 can be color machines, monochromatic machine etc., and electrophotographic system, ink-jet system etc. can be used as Method of printing. In the image formation system of the present embodiment, it is possible to apply any printer movement, and do not consider its type especially. Exemplarily, hereinafter description printer movement 400 is applied to the situation of color electronography system.
In image formation system, when PC100 sends printing data to printing server 300, the printing server 300 printing data that once (once) accumulation receives.When PC100 sends print command to printing server 300, printing server 300 causes printing server 400 to print this printing data.
In image formation system, when PC100 display is as the job list of the list of print job and when receiving by user the selection of print job, printer 200 can carry out setting of printing and changes and again print. In the selection of print job, when the number of the print job of display on the job list is big, it is difficult to find the print job of expectation. In order to overcome this difficulty, PC100 in the present embodiment has the function of the content ordering to the job list (rearranging) so that user can easily find the print job of expectation.
Next, the configuration of PC100 will be described. Fig. 2 is the figure that the functional configuration to the PC in the first embodiment illustrates. As shown in FIG. 2, PC100 mainly comprises storage unit 130, display control unit 102, input receptor 104, printing data generating unit 106, communication unit 108, task management unit 110 and sequencing unit 112.
Storage unit 130 is the storage media of various types of data storing wherein and such as expecting printed image data, various types of screen and the job list and so on as print job list, and is such as hard disk drive (HDD) or internal memory etc. The job list in the present embodiment is the list of the one or more print jobs that can perform in printer 200, and comprises and arrange project for the one or more of each print job.
Display control unit 102 carries out controlling to show various types of data on the display unit 150 of such as indicating meter and so on. In the present embodiment, display control unit 102 controls, and arranges screen and the printing screen for printing with what show the setting for printing and show on display unit 150.
Display control unit 102 carries out controlling using indication example on display unit 150 such as the job list of the list as the print job generated by task management unit 110. When the settings of the selected project that arranges are sorted by sequencing unit 112, display control unit 102 carries out controlling to show the job list after sequence on display unit 150.
The details of " the job list " will be described. Fig. 3 is the figure example of the job list of display on the PC in the first embodiment illustrated. As shown in FIG. 3, on the job list of the present embodiment, show " operation title (operation title) ", " user's name (user's name) ", " size (size) " of the project that arranges as print job, " page (number of pages) ", " part (prints part number) ", " date/time (sends the date and time of print command) " and sundry item, and project display settings are arranged for each. Such as, project is arranged for " operation title ", in order arrangement and show " dog ", " cat ", " salmon " and other be referred to as the settings indicating operation title. Such as, project is arranged for " user's name ", in order arrangement and show " Kyle ", " Mike ", " Ron " and other settings being referred to as indicating user title. On the job list shown in Fig. 3, from having sent the newest date of print command for corresponding print job and arranged print job from top to bottom by chronological order (chronological) the time. That is, on the job list as shown in Figure 3, from top to bottom according to the descending sort print job of the date and time (" date/time ") sending print command.
When display control unit 102 carries out controlling to show the job list on display unit 150, display control unit 102 can also show " pallet (tray) information ". The information of paper that tray information notifies from printer movement 400, holds the pallet of printer movement 400. The example of content being shown as tray information comprises paper type, paper sheet thickness, paper size and residue paper amount. By showing tray information like this, user can grasp from the job list, select the print job expected and expectation while pallet state project is set, and setting of printing can be changed.
Input receptor 104 receives the various types of inputs (selection) from user. In the present embodiment, when to be performed to print, input receptor 104 receives the setting of printing that arrange screen of user by display on display unit 150, and receives the print command as print execution request by printing screen. It will be noted that such as, by clicking settings button on menu screen or show attribute with right click, it is also possible to change setting of printing.
When to be performed setting of printing and change or again print, input receptor 104 receives user's selection to print job from the job list of display on display unit 150. When the settings arranging project are sorted, input receptor 104 receives user from the job list to the selection arranging project.
At sequencing unit 112 to when arranging settings sequence (rearranging) of project, input receptor 104 receives the first sequence setting and second row sequence arrange in one, as the set-up mode (method) of this sequence. First sequence arranges when the settings arranging project selected by the job list being sorted, keep among operation except selected project is set except the putting in order according to the ascending order before sequence or while falling sequence, rearrange the setting of print job of each settings that project is set. Contrast, second row sequence arrange be rearrange print job and do not remain on sequence before according to ascending order or fall among sequence, operation except selected project is set except the setting put in order of each settings that project is set. Traditional sequence arranges and arranges corresponding to second row sequence, is arranged by this second row sequence, carries out separately sequence process for the selected settings arranging project.
When printing the setting of printing that data generating unit 106 receives user, print the multi-value data that bitmap or other forms of view data are converted to KCMY (black, cyan, magenta and yellow) by data generating unit 106. Then, being compressed the view data having carried out data conversion by data compression unit, this data compression unit can be configured by printer driver to generate and to print data. Use the common compression method of such as MH, JBIG and LZH and so on to carry out data compression.
Communication unit 108 is controlled and the communication of printer 200 by network 10. In the present embodiment, unit 108 is communicated by network 10 by printing printing data that data generating unit 106 generates and the print job that generates by task management unit 110 is sent to printing server 300. When inputting receptor 104 and receive print command, communication unit 108 sends print command to printer 200.
When inputting receptor 104 and receive the selection of the project that arranges on the job list, communication unit 108 obtains the settings of the selected project that arranges from printing server 300.
When receiving the setting of printing of user, task management unit 110 generates print job, and by arrange with each project corresponding in the way of in storage unit 130, store the job list of print job that instruction generates. When receiving user from the job list to, when arranging the selection of project, each among the operation on shown the job list is arranged putting in order of the settings of project and be stored in storage unit 130 by task management unit 110.
When receiving user to arranging the selection of project and when putting in order of each settings arranging project among the operation in task management unit 110 storage operation list from the job list, sequencing unit 112 to print jobs scheduling (rearranging) make selected by project is set settings arrange according to predetermined order.
Specifically, sequencing unit 112 determine the settings of the selected project that arranges fall sequence, with ascending order or with neither ascending order neither fall sequence irregular mode arrangement. When the settings of the selected project that arranges are with descending sort, sequencing unit 112 rearranges print job, the settings of the selected project that arranges are arranged with ascending order, remain on simultaneously among operation except selected project is set except the putting in order according to the ascending order stored in storage unit 130 or fall sequence of settings of the project that arranges.
When the settings of the selected project that arranges arrange with ascending order, sequencing unit 112 rearranges print job, make the settings of the selected project that arranges with descending sort, remain on simultaneously among operation except selected project is set except the putting in order according to the ascending order stored in storage unit 130 or fall sequence of settings of the project that arranges.
When the selected project that arranges settings with neither ascending order neither fall sequence irregular mode arrange time, sequencing unit 112 rearranges print job, the settings of the selected project that arranges are arranged with ascending order, remain on simultaneously among operation except selected project is set except the putting in order according to the ascending order stored in storage unit 130 or fall sequence of settings of the project that arranges.
When inputting receptor 104 and receive the selection that the first sequence is arranged, the settings of the selected project that arranges are sorted by sequencing unit 112, remain on simultaneously among operation except selected project is set except the putting in order according to the ascending order stored in storage unit 130 or fall sequence of settings of the project that arranges, as described above. Contrast, when inputting receptor 104 and receive the selection that second row sequence is arranged, the settings arranging project are sorted by sequencing unit 112, and do not remain among operation except selected project is set except the project that arranges settings, the ascending order that stores in storage unit 130 or fall putting in order of sequence.
Next, the configuration of printer 200 will be described. Fig. 4 is the figure that the functional configuration to the printer in the first embodiment illustrates. As shown in Figure 4, printer 200 comprises printing server 300 and printer movement 400. Printing server 300 mainly comprises storage unit 330, communication unit 302, controller 304, graphics processing unit 306, display control unit 308, input receptor 310 and movement controller 312, and operating panel 76 and printer movement 400 are connected to printing server 300.
Storage unit 330 is the storer of the various types of data storing the printing data and print job and so on that such as receive from PC100 wherein.Print data and there is big capacity, and storage unit 330 is it is preferred to have Large Copacity and normally HDD.
Communication unit 302 controls by the communication of network 10 with PC100. In the present embodiment, the unit 302 that communicates receives from PC100 and prints data and the task of printing. Communication unit 302 is from PC100 receiving printing orders.
When communication unit 302 receiving printing orders, controller 304 reads by the printing data indicated by print command from storage unit 330.
The printing data read by controller 304 are compressed, the printing data read and therefore graphics processing unit 306 decompresses and the image procossing of such as dithering process and so on needed for printing, data will be printed be converted to the printing data of KCMY color.
Display control unit 308 carries out controlling to show various types of screen and other functions on operating panel 76. Input receptor 310 receives user by the input of shown various types of screen or operated key.
When communication unit 302 receiving printing orders, the printing data that it has been carried out image procossing by graphics processing unit 306 by movement controller 312 are sent to printer movement 400, and printer movement 400 prints this printing data.
By the process that the sequence described in conventional P C processes. Figure 14 is the schema that the process to the sequence process in conventional P C illustrates.
First, display control unit 102 carries out controlling to show the job list on display unit 150. Receive user from the job list to (step S100) during the selection of the project that arranges performing sequence process by it when inputting receptor 104, start sequence process. Such as, the top (hurdle) that user can arrange project as follows by clicking selects the project that arranges as sequence target: user expects that arranging project by this sorts to the job list. Alternatively, user can select the project that arranges as sequence target when performing sequence and process from menu.
When the project that arranges as sequence target is selected, sequencing unit 112 determines whether the settings of the selected project that arranges are arranged (step S102) to fall sequence. When settings are with ("Yes" in step s 102) during descending sort, sequencing unit 112 rearranges print job so that the settings of the selected project that arranges arrange (step S104) with ascending order, and end process.
Contrasting, when settings are not with ("No" in step s 102) during descending sort, sequencing unit 112 determines whether the settings of the selected project that arranges arrange (step S106) with ascending order. When settings arrange with ascending order ("Yes" in step s 106), sequencing unit 112 rearranges print job so that the settings of the selected project that arranges are with descending sort (step S108) and end process.
Contrast, when settings are not arrange with ascending order ("No" in step s 106), that is, when settings with neither ascending order neither fall sequence irregular mode arrange time, sequencing unit 112 rearranges print job so that the settings of the selected project that arranges arrange (step S110) with ascending order and end process. Although in step s 110 when settings neither the settings of the selected project that arranges neither be made to arrange with ascending order to rearrange print job time descending sort (irregular alignment) with ascending order, but can with descending sort they.
Next, the process sequence in the PC100 described in the present embodiment processed. Fig. 5 is the schema that the process to the sequence process in PC in the first embodiment illustrates.
First, display control unit 102 carries out controlling to show the job list on display unit 150. Receive user from the job list to (step S10) during the selection of the project that arranges performing sequence process by it when inputting receptor 104, start sequence process. Such as, the top (hurdle) that user can arrange project as follows by clicking selects the project that arranges as sequence target: user expects that arranging project by this sorts to the job list. Alternatively, user can select the project that arranges as sequence target when performing sequence and process from menu.
When have selected project is set time, put in order (the step S12) of each settings that project is set among operation on sequencing unit 112 the job list that to be stored on display unit 150 in storage unit 130 shown.
Subsequently, sequencing unit 112 determines that whether the settings of the selected project that arranges are with descending sort (step S14). When settings are with ("Yes" in step S14) during descending sort, sequencing unit 112 rearranges print job and makes to rearrange the settings (step S16) of the selected project that arranges with ascending order and end process.
In this case, sequencing unit 112 puts in order with reference to each settings arranging project among the operation being stored in step s 12 on the job list in storage unit 130, and rearrange print job, the settings of the selected project that arranges are arranged with ascending order, remain on simultaneously among operation except selected project is set except each settings that project is set as store with ascending order or putting in order of sequence is fallen.
Contrasting, when settings are not with ("No" in step S14) during descending sort, sequencing unit 112 determines whether the settings of the selected project that arranges arrange (step S18) with ascending order. When settings arrange with ascending order ("Yes" in step S18), sequencing unit 112 rearranges print job so that the settings of the selected project that arranges are with descending sort (step S20) and end process.
In this case, sequencing unit 112 arranges putting in order of the settings of project with reference to each among the operation on the job list being stored in storage unit 130, and rearrange print job, make the settings of the selected project that arranges with descending sort, simultaneously by with identical in step s 16 in the way of remain among operation except selected project is set except each settings that project is set as store with ascending order or putting in order of sequence is fallen.
Contrast, when settings are not arrange with ascending order ("No" in step S18), that is, when settings with neither ascending order neither fall sequence irregular mode arrange time, sequencing unit 112 rearranges print job so that the settings of the selected project that arranges arrange (step S22) with ascending order and end process.
In this case, sequencing unit 112 arranges putting in order of the settings of project with reference to each among the operation on the job list being stored in storage unit 130, and rearrange print job, the settings of the selected project that arranges are arranged with ascending order, simultaneously by with step S16 in identical in the way of remain among operation except selected project is set except each settings that project is set as store with ascending order or putting in order of sequence is fallen.
Although when settings neither print job neither be rearranged with time descending sort (irregular alignment) with ascending order in step S22, the settings of the selected project that arranges are arranged with ascending order, but print job can be rearranged so that they are with descending sort.
Therefore, by such as selecting operation title, user's name, size, number of pages and sundry item as arranging project and in succession to carry out sequence process (in succession sequence process), it is possible to the print job desired by reduction. Hereinafter, the job list that will describe in sequence in succession processes.
The putting in order of each settings that project is set among the operation on the job list when the job list as shown in Figure 3 is displayed on display unit 150 be stored in storage unit 130 and when being undertaken being processed by the sequence that the first sequence is arranged by " operation title (operation title) ", it is provided that the job list as shown in Figure 6.
The putting in order of each settings that project is set among the operation on the job list when the job list as shown in Figure 3 is displayed on display unit 150 be stored in storage unit 130 and when being undertaken being processed by the sequence that the first sequence is arranged by " user's name (user's name) ", it is provided that the job list as shown in Figure 7. Fig. 7 is the figure that the example to the job list sorted by " user's name (user's name) " is illustrated.
The putting in order of each settings that project is set among the operation on the job list when the job list as shown in Figure 7 is displayed on display unit 150 be stored in storage unit 130 and when being undertaken being processed by the sequence that the first sequence is arranged by " operation title (operation title) ", it is provided that the job list as shown in Figure 8. Fig. 8 is the figure that the example to the job list sorted by " user's name (user's name) " and " operation title (operation title) " is illustrated.
Find the situation of the print job with operation title " cat " and user's name " Mike " to be exemplarily described when the job list as shown in Figure 3 is displayed on display unit 150. As mentioned above, it is necessary, on the job list in figure 3, arrange print job from top to bottom to send the sequence of falling of the date and time (" date/time ") of print command.
First, when being processed by the sequence that the first sequence is arranged at the enterprising row of the job list as shown in Figure 3 by " operation title (operation title) ", putting in order of each settings arranging project among the operation on the job list as shown in Figure 3 is stored in storage unit 130. Then, process so that when rearranging print job when carrying out the sequence by the first sequence is arranged by " operation title (operation title) ", it is provided that the job list as shown in Figure 6. On the job list as shown in Figure 6, although the settings of the date and time (" date/time ") when having sent print command are with descending sort, but the settings of " user's name (user's name) " arrange irregularly. Specifically, for the operation title " cat " on the job list as shown in Figure 6, although the settings of date and time (" date/time ") are with descending sort, but arrange for find the user's name of print job irregular. When the quantity of the print job corresponding with operation title " cat " is big, it is difficult to the print job that the user's name " Mike " finding from print job with expecting is corresponding.
In order to overcome this difficulty, processed by the sequence carrying out once being arranged by the first sequence for finding " user's name (user's name) " of print job on the job list as shown in Figure 3. In the case, first, putting in order of each settings arranging project among the operation on the job list as shown in Figure 3 is stored in storage unit 130. Then, process so that when rearranging print job when carrying out the sequence by the first sequence is arranged by " user's name (user's name) ", it is provided that the job list as shown in Figure 7. Being processed by this sequence, as shown in Figure 7, user's name arranges with ascending order on the job list.
Thereafter, in an identical manner by carrying out the sequence process by the first sequence setting for finding " operation title (the operation title) " of print job on the job list as shown in Figure 7. In the case, first, putting in order of each settings arranging project among the operation on the job list as shown in Figure 7 is stored in storage unit 130, and that is, the settings storing wherein user's name are with putting in order that ascending order arranges. Then, when being undertaken being processed by the sequence that the first sequence is arranged by " operation title (operation title) ", when carrying out being processed by the sequence that the first sequence is arranged to rearrange previous when the putting in order of user's name rearranged of print job, simultaneously maintenance with ascending order, it is provided that the job list as shown in Figure 8. In fig. 8, that is, carry out the sequence process of the arrangement by " operation title (operation title) " with ascending order, keep " user's name (user's name) " putting in order with ascending order simultaneously. Specifically, for the operation title " cat " on the job list as shown in Figure 8, user's name arranges with ascending order with the order of " Ken ", " Mike ", " Ron " and " Vivian ". On this job list, even when the quantity of the print job corresponding with target job title " cat " or the quantity of the print job corresponding with user's name " Mike " are big, the job list arranged with ascending order by operation title wherein finds operation title " cat ", then finding user's name " Mike " among the user's name arranged with ascending order among the print job corresponding with operation title " cat ", user easily finds the print job of expectation.
Depend on situation, it may be considered that wherein do not need to reduce as above the situation of the sequence process (being wherein stored in before rearranging the sequence process arranged by the first sequence put in order of the settings among operation) of print job. Cause reason for this reason, it is possible to use receive the configuration of the setting of sort method when starting sequence and process.
Specifically, such as, before receiving the selection of the project that arranges, input receptor 104 receives one of the first sequence setting and second row sequence setting, this first sequence arrange remain among operation except selected project is set except each settings that project is set, with ascending order or fall putting in order of sequence before sequence, this second row sequence arrange the settings to the selected project that arranges sort and do not remain among operation except selected project is set except each settings that project is set, with ascending order or fall putting in order of sequence before sequence. when input receptor 104 receive the first sequence arrange time, perform the process of the sequence in the present embodiment (see Fig. 5), and when input receptor 104 receive second row sequence arrange time, perform traditional sequence and process (see Figure 14).
As described above, in the image formation system of the present embodiment, when the project that arranges selected in the job list by display from PC100 carry out sequence process time, the putting in order of each settings arranging project among the operation on shown the job list carries out sequence process after being stored. In image formation system in the present embodiment, rearrange print job, make with the settings of the project that arranges selected by predetermined order (ascending order, fall sequence or the order of other types) arrangement, simultaneously putting in order with reference to each settings arranging project among the operation on the job list stored before sequence, keep among operation except selected project is set except each settings that project is set before sequence with ascending order or putting in order of sequence is fallen. The multiple projects that arrange passed in succession through on the job list carry out sequence process, it is possible to reduction print job. Therefore, this image formation system allow to easily to specify desired by print job, thus improve convenience.
2nd embodiment
In image formation system in the first embodiment, when by select from the job list of display on PC100 the project that arranges carry out sequence process time, keep among operation except selected project is set except each settings that project is set before sequence with ascending order or fall sequence put in order carry out sequence process simultaneously. In a second embodiment, when exist project is set in a large number and when therefore can not all once show on the display unit, it is further provided special project is set in sequence process, to carry out sequence process by the project that arranges not being shown.
First, by the display of the project that arranges in traditional work list of description/do not show. Figure 15 is the figure that the example to the job list of display on conventional P C illustrates. As shown in Figure 15, in traditional work list, it is shown as the project that arranges " operation title (operation title) " of print job, " user's name (user's name) ", " page (number of pages) ", " part (prints part number) ", " date/time (has sent date and time during print command) " and sundry item, and project is arranged for each and shows settings.
When arrange project carries out right click time, show for setting the menu M1 whether showing the project of setting, and each display/do not show (ON (display)/OFF (not showing)) arranging project can be set. Specifically, as shown in figure 15, such as, when on menu M1 selected time, display project (ON) is set, and when on menu M1 not selected time, do not show the project of setting (OFF). In fig .15, " size (size) " is not selected, therefore, is different from Fig. 3, and the project that arranges not showing " size (size) " is not shown.
When by various on the job list arrange project carry out sequence process, when expect by its carry out sequence process all arrange project be all shown time, the job list horizontal elongation and can not all disposable be displayed on display unit 150. In this case, user needs to find user by the shown the job list that rolls and expects to arrange project by what it carried out sequence process. That is, processing for finding desired print job to carry out sequence, user needs to find before sequence processes and arranges project for what carry out sequence process. This needs double work, causes convenience to decline. In the present embodiment, in order to avoid double work, it is provided that special in sequence process project is set.
Configuration and identical (see Fig. 1,2 and 4) in the first embodiment of the configured in one piece of image formation system in the present embodiment, the configuration of PC and printer, therefore only describes the function increased in PC100.
Except function in the first embodiment, display control unit 102 carries out controlling to show by adding variable the job list arranging project and formed on display unit 150, this is variable arrange project be its content can change project is set. Receive, during as the selection of the variable project that arranges arranging project, display control unit 102 carries out the settings controlling to show the selected project that arranges, as the variable settings arranging project when inputting receptor 104.
Except function in the first embodiment, input receptor 104 receive from by add variable and to the selection arranging project as follows the job list of being formed: these settings arranging project are displayed on the hurdle of the variable settings arranging project, and user expects that arranging project by this carries out sequence process.
When receiving user on the job list to during as the selection of the variable project that arranges arranging project, except the function in the first embodiment, print job is sorted (rearranging) by sequencing unit 112 so that the settings of the selected project that arranges, be also exactly that the variable settings arranging project are with predetermined order.
Variable the job list project being set and being formed is added by being described through. Fig. 9 is to the figure that in the 2nd embodiment, the example of the job list of display illustrates on PC. As shown in Figure 9, on the job list in the present embodiment, show " operation title (operation title) ", " user's name (user's name) ", " page (number of pages) ", " part (prints part number) ", " date/time (has sent the date and time of print command) ", " sequence " and the sundry item of the project that arranges as print job, and project display settings are arranged for each except " sequence ".
On the job list in fig .9, indicating as variable " sequence " arranging project of display arranges project by what it carried out sequence process, and can be changed. When variable on the job list of user arranges the upper right click of project " sequence ", show for setting the menu M2 whether showing the project of setting. In addition, option " sequence " is also shown on menu M2. When user selects " sequence ", display is for selecting the menu M3 being carried out the project that arranges of sequence process by it. When user selects to carry out when arranging project of sequence process by it, for the settings arranging the project that arranges selected by project " sequence " display, and project is set by this and carries out sequence process. Although providing one on the job list in fig .9 variable to arrange project, but can provide two or more and variable project is set.
Next, the process sequence in the PC100 described in the present embodiment processed. Figure 10 is the schema that the process to the sequence process in the PC in the 2nd embodiment illustrates.
First, display control unit 102 carries out controlling to show the job list on display unit 150. When inputting receptor 104 and receive the right click that variable on the job list of user is arranged in project " sequence ", show menu M2. In addition, receive the selection to option " sequence " when inputting receptor 104 and by (step S30) during the selection of its project that arranges carrying out sequence process, start sequence and process.
Then, display control unit 102 carry out controlling with variable arrange selected by the upper display of project " sequence " project is set and on the hurdle of the variable settings that project is set the settings (step S32) of the project that arranges selected by display.
When have selected project is set time, sequencing unit 112 determines that whether the settings of the selected project that arranges are with descending sort (step S34). When settings are with ("Yes" in step S34) during descending sort, sequencing unit 112 rearranges the settings (step S36) of the selected project that arranges with ascending order and ends process.
Contrasting, when settings are not with ("No" in step S34) during descending sort, sequencing unit 112 determines whether the settings of the selected project that arranges arrange (step S38) with ascending order. When settings arrange with ascending order ("Yes" in step S38), sequencing unit 112 is to fall sequence and rearrange the settings (step S40) of the selected project that arranges and ends process.
Contrast, when settings are not arrange with ascending order ("No" in step S36), that is, when settings are with neither when the irregular mode arrangement of sequence neither fall in ascending order, sequencing unit 112 rearranges the settings (step S42) of the selected project that arranges with ascending order and ends process. Although when settings are with neither the settings of the project that arranges selected when sequence (irregular alignment) neither fall in ascending order are rearranged with ascending order in step S42, but these settings can be rearranged to fall sequence.
As described above, in image formation system in a second embodiment, the settings of the project that arranges selected by showing on the hurdle of the variable settings that project is set on the job list shown on PC100, and carry out sequence process by the selected project that arranges. That is, it is possible to variable the project that arranges desired by display is set on the hurdle of project carry out sequence process simultaneously. Correspondingly, even if when exist a large amount of project is set and when can not all show on the display unit once, user does not need to find user by rolling the job list and expects to arrange project by what it carried out sequence process, and can carry out therefore improve convenience by the various sequence process arranging project in a screen.
When image formation system in a second embodiment carrying out sequence and processes, it is possible to combine the process of sequence in the first embodiment. That is, putting in order of the project that arranges that can be stored on shown the job list before carrying out using the variable sequence that project is set to process, and can keep among operation except selected project is set except each settings that project is set store with ascending order or fall sequence put in order carry out sequence process simultaneously.
3rd embodiment
In image formation system in the first embodiment, when by carrying out sequence from the project that arranges being displayed in the job list on PC100 to select and process, keep among operation except selected project is set except each settings that project is set before sequence with ascending order or fall sequence put in order carry out sequence process simultaneously. In the third embodiment, it is possible in multiple print job, easily check whether print job has the settings of expectation.
The client terminal software of user operation PC100, and send print file to printing server 300, these print file comprise the printing data of postscript (PS), portable document form (PDF) etc. Thereafter, user changes setting of printing when needed and performs printing. In nearest printing industry, expect under many circumstances to print multiple operation with identical arranging. In this case, check that the setting that each arranges project takes the time very much by opening the screen (attribute) that arranges of print job one by one.In order to solve this problem, in the third embodiment, the print job in multiple operation with identical settings it is displayed in identical color.
The configuration of the configured in one piece of image formation system, the configuration of PC and printer is identical with (see Fig. 1,2 and 4) in the first embodiment in the present embodiment, therefore only describes in PC100 the function increased.
Except function in the first embodiment, input receptor 104 receives the selection from the multiple print jobs in the job list shown on display unit 150 by display control unit 102.
When inputting the selection that receptor receives multiple print job, except the function in the first embodiment, display control unit 102 carries out controlling with in selected print job, show all identical print job of all settings with emphasizing with identical color, and show the print job with different settings with distinct colors with emphasizing. Carrying out being highlighted is enough to visually by corresponding print job and other print job distinguish. In the present embodiment, adopt highlighted display as the example being highlighted.
Next, the process of display process that will describe in PC100 in the present embodiment. Figure 11 is the schema that the process to the display process in the PC in the 3rd embodiment illustrates.
First, display control unit 102 carries out controlling to show the job list on display unit 150. Input receptor 104 receives from the job list the selection (step S50) to n (multiple) print job. Then, sequentially compare the settings of the print job in n selected print job.
In fig. 11, the settings of i-th print job and the settings of other print jobs are compared. First, from i=0 (step S52), by calculate by adding 1 to i worthwhile make i while, compare (step S54) for i-th (i=i+1) the individual print job having increased progressively 1.
Display control unit 102 determines whether i-th print job is highlighted (step S56). When i-th print job is highlighted ("Yes" in step S56), process is back to step S54, and i is increased progressively 1 (step S54) by display control unit 102, and proceeds to step S56.
Contrast, when i-th print job is not highlighted ("No" in step S56), display control unit 102 determines whether to exist all identical with the settings of i-th print job print job of its all settings (step S58) in n selected print job.
When there is all identical with the settings of i-th print job print job of its all settings ("Yes" in step S58), display control unit 102 is with all identical with the settings of i-th print job all print jobs (step S60) of highlighted i-th print job of new color settings whole in it.
Contrast, when there is not all identical with the settings of i-th print job print job of its all settings ("No" in step S58), display control unit 102 is only with highlighted i-th print job (step S62) of new color.
Then, does display control unit 102 determine that i-th print job is the n-th print job (i=n?) (step S64). That is, display control unit 102 determines whether all print jobs from the 1st to n-th to be compared. When i-th print job is not the n-th print job ("No" in step S64), process is back to step S54 and i is increased progressively 1 (step S54) and again proceeds to step S56 by display control unit 102.
Contrast, when i-th print job is the n-th print job ("Yes" in step S64), end process. The project that arranges of the such as file title and user's name and so on that do not affect print result on the job list can be considered to outside determining target, and can not be highlighted.
Therefore, in image formation system in the third embodiment, when selecting multiple print job in the job list from display on PC100, the print job that its all settings in print job are all identical is highlighted. By highlighted display, the print job in selected print job with identical settings can be rested at a glance, therefore improve convenience.
There are some client terminal softwares for PC100, by these client terminal software, do not allow by selecting multiple print job once to change setting of printing. In this case, screen (attribute) is set for print job to be printed arranges by opening one by one. User may make mistakes in this case in arranging. The image formation system in the present embodiment is used to make user can grasp the print job with identical settings at a glance and setting of printing can also be checked.
The highlighted display in image formation system in 3rd embodiment can combine with sequence process in the first embodiment and the second embodiment. That is, putting in order of the settings of the project that arranges being stored on shown the job list before carrying out using the variable sequence that project is set to process, and keep among operation except selected project is set except each settings that project is set as store with ascending order or while falling the putting in order of sequence, carry out sequence process. Thereafter, when multiple print job is selected, the print job that its all settings are all identical among print job is highlighted. By this process, what easily find print job from the job list for process of sorting arranges project, and in succession carries out sequence process so that the print job desired by easily specifying. In addition, if needed, it is possible to change setting of printing to print. In addition, print job by being highlighted, it is possible to easily check the setting of printing of print job, thus improve convenience.
Next, the Hardware configuration of the PC100 in the first to the 3rd embodiment will be described with reference to the drawings. Figure 12 is the explanation figure that the Hardware configuration to the PC in the first to the 3rd embodiment is explained.
PC100 in the first to the 3rd embodiment comprises the storing device of control device, such as read-only storage (ROM) 52 with random access memory (RAM) 53 of such as central processing unit (CPU) 51, is connected to network for the input unit of communication I/F54, the such as hard disk drive (HDD) that communicate and display unit, such as keyboard and the mouse of external memory, the such as display unit of compact disk (CD) drive unit and connects the bus 55 of each unit, and has the Hardware configuration using common computer.
The message processing program performed by PC100 in the first to the 3rd embodiment as computer program with can install or can the form of execute file be recorded and be provided in such as compact disk read-only storage (CD-ROM), soft magnetic (FD), compact disk (CD-R) and digital universal disc (DVD) can be recorded computer readable recording medium storing program for performing in.
The message processing program performed by PC100 in the first to the 3rd embodiment can be stored in the computer of the network being connected to such as Internet, and by providing via web download.The message processing program that can provide via the network of such as Internet or distribute and perform by PC100 in the first to the 3rd embodiment.
Message processing program in the first to the 3rd embodiment can embed and be provided in such as ROM.
The message processing program performed by PC100 in the first to the 3rd embodiment has the block configuration comprising said units (display control unit 102, input receptor 104, printing data generating unit 106, communication unit 108, task management unit 110 and sequencing unit 112). As the hardware of reality, CPU51 (treater) reads from above-mentioned storage media and performs message processing program so that each unit above-mentioned is loaded in main storage means to be generated in primary storage medium. In addition, it is possible to the some or all of function of each unit above-mentioned is operated by special hardware circuit.
Next, the Hardware configuration of the printer 200 in the first to the 3rd embodiment is described in detail with reference to accompanying drawing. Figure 13 is the explanation figure of the Hardware configuration for the printer explained in the first to the 3rd embodiment.
As shown in Figure 13, printer 200 comprises CPU71, ROM72, RAM73, HDD74, communication I/F75, operating panel 76 and movement I/F77, and each unit by bus 78 can connect in the way of communicating.
CPU71 is the operating gear that the operation to whole printer 200 controls. ROM72 is the Nonvolatile memory devices storing the computer program for printer 200 wherein. RAM73 is the volatile storage of the work area of the operation being used as CPU71. HDD74 is the device storing such as various types of data of view data and printing data wherein.
Communication I/F75 is for using network 10 to carry out the interface of data corresponding. Operating panel 76 is such as touch pad, and is the input received to printer 200 and shows the device of the state etc. of printer 200.
Movement I/F77 is the interface for carrying out communicating with printer movement 400. Printer movement 400 is the hardware unit causing scanner functions, printer function etc. to be run. Scanner functions reads document data to generate the function of scanner image. Printer function is that the view data to above-mentioned scanner image or from PC100 transmission performs image procossing and the function of format print plotting apparatus image can export on print paper.
In the above-described embodiment, image forming apparatus in the present invention is applied to printer, but any image forming apparatus can be applied to, such as there is the multi-function peripheral of at least two functions in copy function, printer function, scanner functions and fax function; Copy machine, scanner machine and facsimile machine.
The present invention provides the operation easily specifying expectation to improve the useful effect of convenience.
Although describing the present invention in order to complete and clearly open by reference to specific embodiment, but claims are therefore not limited but proper drop on all modifications that can occur for those skilled in the art in the basic instruction set forth and replacing structure herein by being understood to comprise.
Claims (5)
1. the information processing device being connected to image forming apparatus by network, described information processing device comprises:
Storage unit;
Display control unit, is configured to carry out controlling to show on the display unit the job list, and this job list is the list of the one or more operations that can perform on described image forming apparatus, and comprises and arrange project for the one or more of each operation;
Input receptor, is configured to receive from shown the job list the selection arranging project;
Task management unit, is configured to when receiving putting in order of the settings to the project that arranges being stored on shown the job list in described storage unit when arranging the selection of project; With
Sequencing unit, it is configured to rearrange operation, the settings of the selected project that arranges are arranged with predetermined order, remain on simultaneously among operation except selected project is set except the project that arranges settings, be stored in described storage unit with ascending order or putting in order of sequence is fallen.
2. information processing device according to claim 1, wherein,
When rearranging operation and make the settings of the selected project that arranges arrange with described predetermined order, described input receptor receives the selection to one of the first sequence setting and second row sequence setting, described first sequence arrange keep among operation except selected project is set except the settings of the project that arranges, be stored in described storage unit with ascending order or putting in order of sequence is fallen, described second row sequence arrange do not keep among operation except selected project is set except the settings of the project that arranges, be stored in described storage unit with ascending order or putting in order of sequence is fallen, and
When receiving the selection described first sequence arranged, described sequencing unit keep among operation except selected project is set except the project that arranges settings, be stored in described storage unit with ascending order or putting in order of sequence is fallen.
3. information processing device according to claim 1 and 2, wherein,
Described the job list comprises at least one the variable of the project that arranges can being changed as content and arranges project,
Described input receptor receives the selection as the described variable project that arranges arranging project,
When receiving, during as the selection of the described variable project that arranges arranging project, described display control unit carries out controlling to show the settings as the variable settings arranging project, the selected projects that arranges, and
Described sequencing unit rearranges operation and the described variable settings arranging project is arranged with predetermined order.
4. information processing device according to any one of claim 1 to 3, wherein,
Described input receptor receives to the selection of multiple operation from shown the job list, and
When receiving the selection to operation, described display control unit carries out controlling, in selected operation, to have the operation of all identical settings with the display of identical color, and has the operation of different settings with distinct colors display.
5., by being connected to the information processing method performed by the information processing device of image forming apparatus by network, described information processing method comprises:
Carrying out controlling to show on the display unit the job list, this job list is the list of the one or more operations that can perform on described image forming apparatus, and comprises and arrange project for the one or more of each operation;
Receive from shown the job list the selection arranging project;
When receiving when arranging the selection of project, putting in order of the settings of the project that arranges being stored on shown the job list in the memory unit; With
Rearrange operation, the settings of the selected project that arranges are arranged with predetermined order, remain on simultaneously among operation except selected project is set except the project that arranges settings, be stored in described storage unit with ascending order or putting in order of sequence is fallen.
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| JP2015214067A JP2016110633A (en) | 2014-12-01 | 2015-10-30 | Information processing device, information processing method, program, and storage medium |
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