JP4867465B2 - Image processing apparatus, image processing system, and program - Google Patents

Description

  The present invention relates to an image processing apparatus, an image processing system, and a program for reading a document image from a document with an RFID (Radio Frequency Identification) tag and executing a job designated for the document image.

When a print job is executed on a sheet with a memory (IC tag) in the image processing apparatus, the print job identification information is read from the IC tag, and after the print job is finished, image data, an ID code, and information for associating them Is stored in the server, and at the time of re-printing, the image processing apparatus reads the IC tag information (ID code) and inquires the server, and the image data file searched by the server is transferred to the image processing apparatus and printed. A system is known (for example, refer to Patent Document 1).
JP 2004-322570 A

  However, according to the conventional image processing system, the IC tag information (ID code) and the paper information (image data) are stored in the server, and the information stored in the server is only used for reprinting. The job management for reprinting for any purpose is not considered. For this reason, for example, even if you have already sent a fax to a certain company, you can only check the sender's memory or memo to see if it has been sent. I can't confirm.

  Therefore, an object of the present invention is to provide an image processing apparatus, an image processing system, and a program that can confirm job management information by a simple method.

In order to achieve the above object, according to a first aspect of the present invention, in an image processing apparatus that reads a document image from a document with an RFID tag and executes a job designated for the document image, job management information after the execution of the job is performed. And a control unit for writing the job management information together with the document ID for identifying the document with the RFID tag into a job management unit provided in a server that manages a plurality of image processing apparatuses. A processing device is provided.

The control means may be configured to update the job status included in the prior SL job information. As a result, the latest job status is written in the job management unit.

The control means reads a document ID from the RFID tag based on an instruction to output the job management information using the document with the RFID tag, and stores the job management information corresponding to the document ID in the job management of the server. It can be configured to read out from the unit and output by display or printing.

The control unit reads the document ID from the RFID tag based on an instruction to output the job management information using the document with the RFID tag, and sends the job management information corresponding to the document ID from the job management unit. The job can be read and displayed as a list on the display unit, and when the job management information whose status is abnormally terminated is specified in the list, the job is executed again. According to this configuration, the user's work can be reduced.

  The job management information may include a job reception date / time indicating the date / time when the job was received, a job ID identifying the job, a user ID or user name, and a status indicating the job status. As the amount of job management information increases, the target job can be searched.

  The job management information may further include a machine ID for identifying an image processing apparatus that has received a job. The job management information can be managed for each image processing apparatus by the machine ID.

In order to achieve the above object, according to a second aspect of the present invention, a plurality of image processing devices that read a document image from a document with an RFID tag and execute a job designated for the document image, and the plurality of image processing devices In the image processing system in which a server that manages the network is connected via a network , each of the plurality of image processing devices generates job management information after the execution of the job, and the job management information is converted into the RFID-tagged document. a control means for writing the job management unit of the prior SL in the server together with the document ID identifying said control means, based on a confirmation instruction of the job management information using the RFID-tagged document, the document from the RFID tag reads the ID, reads the job management information corresponding to the document ID from the job management unit of the server To provide an image processing system and outputs the to display or print.

According to a third aspect of the present invention, there is provided a program for reading a document image from an RFID-tagged document and causing a computer to execute a job designated for the document image. A function for generating management information and causing a computer to function as a control unit that writes the job management information together with a document ID for identifying a document with an RFID tag in a job management unit provided in a server that manages a plurality of image processing apparatuses. Provide a program .

  The job includes a single job such as copy, print, fax, and mail, and a job flow including a plurality of these jobs. The image processing apparatus includes a dedicated machine such as a copying machine, a printer, and a fax machine, a system configured by connecting them, and a multifunction machine having a plurality of functions such as copying, printing, faxing, and mail. . The network includes a LAN (Local Area Network), the Internet, and the like.

  According to the present invention, job management information can be confirmed by a simple method.

[First Embodiment]
(Configuration of image processing system)
FIG. 1 shows an image processing system according to a first embodiment of the present invention. The image processing system 1 includes a user terminal device 2 connected to a network 4 such as a LAN (local area network), first and second multifunction devices 3 and 5 as image processing devices, and a public telephone network as the network 4. And a FAX (facsimile) machine 71 connected via the network 70.

  The user terminal device 2 is, for example, a personal computer (PC), and includes a main body, a display, a keyboard, a mouse, and the like.

  The first and second multifunction peripherals 3 and 5 have the same configuration in the present embodiment, and have functions such as “copy + printer + facsimile” and “copy + printer + facsimile + scanner”.

  The FAX machine 71 is a facsimile-only machine that performs transmission and reception of FAX of images and documents with the first and second multifunction peripherals 3 and 5 according to the system standards such as G3 and G4.

(Configuration of MFP)
FIG. 2 shows the configuration of the first multifunction device 3. The multifunction machine 3 includes a main body 10 constituting a housing, a printing unit 20 that is provided in the main body 10 and performs printing with a visible image on a paper having a specified size and quality, and is provided in the main body 10. And a paper feeding unit 30 for storing designated paper supplied to the printing unit 20. Note that the configuration of the second multifunction device 5 is the same as that of the first multifunction device 3, and a description thereof will be omitted.

  The main body 10 includes a document tray 11 on which characters and images are recorded and an RFID-tagged document 9 in addition to a normal document, and a discharge tray for discharging recording paper that has been printed by the printing unit 20. 12, a scanner 13 for optically reading the surface of a normal document from the document tray 11 and a document 9 with an RFID tag, and an RFID reader for writing / reading data to / from the document 9 with an RFID tag on the document tray 11 A writer 14, a discharge tray 15 for discharging a normal document from the document tray 11 and a document 9 with RFID tag, and an RFID for writing data to the RFID tag document 9 transported from the paper feed unit 30 to the printing unit 20 A writer 16 is provided.

  The document 9 with an RFID tag is composed of an RFID tag 91 using a minute IC chip in which power supply and data writing / reading are performed wirelessly from outside, and a paper 92 on which the RFID tag 91 is provided at a predetermined position. The RFID tag 91 includes a nonvolatile memory capable of writing / reading data. Further, on the paper 92, for example, the name, outline, invoice, and the like of the document are described by printing or handwriting.

  The printing unit 20 includes an exposure unit 21 that generates an optical signal based on information read by the scanner 13, a mirror 22 that reflects light from the exposure unit 21 in a predetermined direction, and a latent surface on the surface based on the light from the mirror 22. A photosensitive drum 23 in which an image is formed and a visible image of toner is formed on the latent image; a transfer unit 24 that transfers the toner image on the photosensitive drum 23 onto a sheet from the sheet feeding unit 30; And a fixing roller 25 for fixing the transferred toner image on the paper by heat and pressure.

  For example, the paper feeding unit 30 includes paper trays 32A and 32B on which sheets of sizes such as A4 and B4 are set for each size, a tagged document tray 33 on which the RFID-tagged document 9 before data writing is set, A paper feed roller 34 that feeds paper from the paper trays 32A and 32B and the tagged document tray 33, and a plurality of transport rollers 35 that transport the paper fed by the paper feed roller 34 to the printing unit 20 are provided.

(Configuration of the control system of the MFP)
FIG. 3 shows a control system of the first multifunction machine 3. The control system includes the scanner 13, the RFID reader / writer 14, the RFID writer 16, the printing unit 20, and the paper feeding unit 30, as well as a CPU 41 that controls the entire first multifunction device 3, and the CPU 41 as a peripheral. A bus 42 connected to the configuration, a ROM 43 storing a basic program for operating the CPU 41, a RAM 44 for temporarily storing data and programs, a program for operating the multifunction machine 3, document data, image data, and the like are stored. Network communication for communicating between an HDD (hard disk drive) 45, a job management unit 46 for storing job management information related to a job such as copying, and the user terminal device 2 and the second multi-function device 5 via the network 4 A fax machine that transmits and receives faxes to and from the fax machine 71 connected to the telephone line network 70. It includes a scan communication unit 48, an operation display unit 50 which is operated by a user. The program for operating the multifunction devices 3 and 5 may be imported into the multifunction devices 3 and 5 from a recording medium such as a CD-ROM, or may be imported via the network 4 or the like.

  Here, the CPU 41, the ROM 43, the RAM 44, the HDD 45, and a part of the job management unit 46 constitute a control unit. Note that the configuration of the control system of the second multifunction device 5 is the same as that of the first multifunction device 3, and a description thereof will be omitted.

  In the HDD 45, a user ID, a password, and a name are registered for each user ID as user authentication information.

  The job management unit 46 is configured using a CPU, a memory, and the like so as to issue a job ID and store and manage job management information when a job is received.

  FIG. 4 shows an example of a job history (a list of job management information) stored in the job management unit 46 of the multifunction machine 3. The job history 100 includes a “job reception date and time” composed of year, month, day, hour, and minute, a “machine ID” that identifies the multifunction peripheral (machine) that has accepted the job, a “job ID” that identifies the job, a copier The job management information includes five items: “user name” indicating the name of the user, and “status” indicating the work status such as standby, cancellation, and normal termination of the multifunction device for the job. “Machine ID” is identification information of a multi-function peripheral that is made up of an IP (Internet Protocol) address or FQDN (Fully Qualified Domain Name). The job management information is not limited to the above.

  The operation display unit 50 includes a liquid crystal display that displays various setting / designation input results and communication statuses, a touch panel provided on the liquid crystal display, various buttons such as a start button, a cancel button, a numeric keypad, and a power button. The user interface (UI) is configured with the function keys.

(Operation of the first embodiment)
Next, the operation of the image processing system 1 will be described for each case.

(1) Job Execution Operation First, the user inputs his / her user ID and password according to the message displayed on the operation display unit 50. When the CPU 41 determines that the user is an authorized user by collating the input user ID and password with the user authentication information registered in the HDD 45, the CPU 41 displays a menu screen on the operation display unit 50 and accepts the job.

  The user places the document 9 with the RFID tag on the document tray 11. Here, it is assumed that a normal document is not attached. Next, the user selects a copy, FAX, iFAX (Internet FAX), or mail (Scan To E-mail) job from the menu screen displayed on the operation display unit 50, and presses the start button. To execute.

  For example, when the job designation is copy, the CPU 41 reads the surface of the RFID-tagged document 9 placed on the document tray 11 with the scanner 13 and accumulates the document image data in the HDD 45. Next, the CPU 41 reads the document image data from the HDD 45 and operates the printing unit 20, the sheet feeding unit 30, the sheet feeding roller 34, and the conveying roller 35 to print the document image data on the designated number of sheets of paper. Thereafter, the CPU 41 updates the job status in the job management information stored in the job management unit 46 according to the progress of the job.

  The CPU 41 writes job management information such as job reception date / time, machine ID, job ID, user name, and status in the RFID tag 91 by the RFID reader / writer 14. The CPU 41 also writes this job management information in the job management unit 46.

  If the job designation is FAX, the CPU 41 reads the surface of the RFID-tagged document 9 with a scanner and stores the document image data in the HDD 45, and then the CPU 41 causes the fax communication unit 48 to press the start button of the operation display unit 50. Thus, the line connection with the FAX machine 71 is executed. When the line connection is completed, the document image data read from the HDD 45 is transmitted to the destination FAX machine 71 via the public line network 70.

(2) Confirmation of job history When it is desired to immediately confirm the job history for the job as described above, the user places the RFID-tagged document 9 used for the job close to or placed on the document tray 11, or on the platen. And press “Confirm Job Execution Result Using This Document” on the screen using the touch panel of the operation display unit 50. In response to this selection, the CPU 41 reads the job reception date / time, machine ID, job ID, user name and status from the RF ID tag 91 and displays a list of jobs on the operation display unit 50. At this stage, the final job execution result is not displayed because it has not been written in the RF ID tag 91. The reason is that when the job is FAX, iFAX, mail (Scan To E-mail) or the like, it is not immediately known whether the transmitted document has arrived at the other party. Therefore, when it is desired to confirm the final status of the job, it is performed after a while.

  If the machine ID read from the RFID 91 and the machine ID executing “confirm the execution result of the job using this document” are the same and the job status is established, the job management unit From 46, the status of the job corresponding to the job ID is displayed on the operation display unit 50. The acquired job status is written in the RFID tag 91.

  The document 9 with the RFID tag may be used not only in the first multifunction machine 3 but also in the second copying machine 5, but other copying machines may be used even if they are not the copying machine (self machine) that executed the job. The job execution result can be acquired from (another machine). For example, a job executed by the first multifunction device 3 can be acquired from the second multifunction device 5. The reverse is also possible.

  In this case, if the machine ID of the RFID tag 91 of the document 9 with RFID tag read by the first multifunction device 3 is the machine ID of the second multifunction device 5, the first multifunction device 3 is connected via the network 4. The corresponding job management information is acquired from the second multifunction device 5 and displayed on the operation display unit 50 of the first multifunction device 3.

  When the user who sees the display on the operation display unit 50 desires to print out the job history on paper, the operation display unit 50 selects “output job history using this document”. With this selection, the CPU 41 reads the job history 100 shown in FIG. 4 from the RFID tag 91 by the RFID reader / writer 14 and prints it out by the printing unit 20. Note that the job history 100 can be displayed and printed out as long as data remains in the RFID tag 91 even after the date and time have passed since the job was executed.

  As described above, the RFID tag 91 is stored every time the document 9 with the RFID tag is used. However, since the memory capacity of the RFID tag 91 is limited, the number of histories increases and the limit is reached. No more can be accumulated. To solve this problem, the job history information of the RFID tag 91 is temporarily output to a sheet, and then the content of the RFID tag 91 is erased by the RFID reader / writer 14 or the RFID writer 16.

  Further, the memory capacity of the job management unit 46 of the first multifunction machine 3 may reach the limit, but the job management unit 46 deals with this by sequentially deleting old job histories.

(3) Printing operation on the surface of the RFID-tagged document 9 When printing on the surface of the RFID-tagged document 9, the user creates information to be printed on the RFID-tagged document 9 by using the user terminal device 2 or the like. The data is stored in the HDD 45 of the multifunction machine 3. Next, the user sets the RFID-tagged document 9 on which no information is written on the tagged paper tray 33.

  Next, the user operates the operation display unit 50 to instruct writing to the document 9 with the RFID tag. In response to this instruction, the CPU 41 drives the paper feed roller 34 and the conveyance roller 35 to convey the RFID-tagged document 9 on the tagged document tray 33 to the printing unit 20. The notation information 93 is printed on the surface of the RFID tag original 9 by the printing unit 20. The RFID-tagged document 9 for which the printing of the notation information 93 has been completed is discharged to the discharge tray 12.

(Effects of the first embodiment)
According to the first embodiment, the following effects are obtained.
(A) Since it is possible to manage how frequently a job using the RFID tag document 9 is performed, the execution result can be easily confirmed by displaying or printing out the job history. Incidentally, conventionally, it has been necessary to display the job history on the operation display unit 50 and search for the execution result of the corresponding job from the approximate job execution time. According to the present embodiment, the RFID tag 91 is Only by reading, the execution result of the job using the RFID tag document 9 can be quickly known.
(B) When trying to obtain the job history 100 with a multifunction device that is not normally used, the job history 100 can be obtained from another multifunction device that is normally used and has the same machine ID, so inconvenience can be eliminated.
(C) Even when a plurality of users use the RFID tag document 9, the user of the RFID tag document 9 can be specified by the job history 100.
(D) Since the user name is recorded on the RFID tag 91, it is possible to know who has used the document 9 with the RFID tag.
(E) Since only the job history is recorded in the RFID tag 91 of the document 9 with the RFID tag, the job history remains in the RFID tag 91 for a longer period than the period in which the multifunction device 3 remains. Can be used.

[Second Embodiment]
FIG. 5 shows an image processing system according to the second embodiment of the present invention. This embodiment is the same as the first embodiment except that the job management unit 60 is provided and the job management server 6 that manages the jobs of the entire system is connected to the network 4. This is the same as the embodiment.

  In the job management unit 60, job information such as job reception date / time, machine ID, job ID, user name, and status is accumulated and managed together with a document ID for identifying the document 9 with RFID tag.

  In this embodiment, a document ID is assigned to each document 9 with an RFID tag. For example, when the first multifunction device 3 tries to read a document 9 with an RFID tag, the document ID is stored in the RFID 91. If not, the multifunction device 3 assigns the document ID to the document 9 with the RFID tag, and writes the document ID on the RFID tag 91.

  When a document such as FAX, iFAX, or mail (Scan To E-mail) is executed by the first multifunction device 3 using the RFID-tagged document 9 in which the document ID is written on the RFID tag 91, the job management information becomes Then, it is transferred from the multifunction machine 3 to the job management server 6 and written in the job management unit 60.

  Next, when printing out the job management information (job history information) of the document 9 with RFID tag using the first multifunction device 3, the document 9 with RFID tag is brought close to or placed on the document tray 11 of the multifunction device 3. Or placed on the platen. When the CPU 41 detects this placement, a corresponding screen is displayed on the operation display unit 50. Among them, the user selects “output of job history using this document”. By this selection, the CPU 41 reads the document ID from the RFID tag 91 by the RFID reader / writer 14. The multifunction device 3 inquires of the job management server 6 about the document ID acquired from the RFID tag 91. The job management server 6 reads out the job history 100 of the document ID inquired from the multifunction device 3 from the job management unit 60 and transmits the job history 100 to the multifunction device 3.

  The multifunction machine 3 operates the printing unit 20 and the paper feeding unit 30 to print out the contents of the job history 100 obtained from the job management server 6 on a specified sheet. It is also possible to display only on the operation display unit 50 without performing printout. Further, the job history of the RFID tag 91 is updated using the acquired job history.

  According to the second embodiment, since the job management information of the MFPs 3 and 5 is stored in the job management server 6, the MFPs 3 and 5 do not need to store job management information, and the MFP 3 , 5 need only correspond to the document 9 with the RFID tag, so that the multifunction peripherals 3, 5 can be generalized.

[Third Embodiment]
FIG. 6 shows an image processing system according to the third embodiment of the present invention. The present embodiment is a configuration in which the second multifunction device 5 and the web (Web) server 8 are connected to the network 4 via the Internet 7 in the first embodiment. This is the same as in the first embodiment. In this embodiment, transmission to a plurality of transmission destinations can be performed simultaneously.

  The web server 8 includes a job management unit 80 that stores job management information of data that passes through the Internet 7. The first multifunction device 3 includes a job management unit 46 that stores job management information for jobs that do not pass through the Internet 7.

(Operation of the third embodiment)
Next, the operation of the third embodiment will be described for each case.

(1) Job Execution Operation Similar to the first embodiment, when a user inputs a user ID and a password with the multifunction machine 3 and is recognized as a legitimate user, a menu screen is displayed on the operation display unit 50. Is done.

  For example, the user selects iFAX and designates a destination address by a destination list displayed on the operation display unit 50 or by manual input. At this time, in addition to iFAX, a plurality of transmissions in different modes such as FAX and mail, or transmissions to a plurality of transmission destinations can be designated by one job reception.

  After the user designates the transmission destination, the RFID-tagged document 9 is placed on the document tray 11, and when the start button of the operation display unit 50 is pressed, the scanner 13 of the multifunction machine 3 reads the surface of the RFID-tagged document 9; After the document image data is temporarily stored in the HDD 15, the document image data is transmitted to the second multifunction device 5 via the network 4 and the Internet 7 by the network communication unit 47.

  The CPU 41 writes the job reception date / time, machine ID, job ID, user name, and status in the RFID tag 91 by the RFID reader / writer 14. Note that the RFID-tagged document 9 that has been read is discharged to the paper discharge tray 15.

  In addition, the job result of the MFP 3 for this transmission is notified to the web server 8 via the network 4 and the Internet 7. Based on this notification, the web server 8 creates a job history 100 related to the RFID-tagged document 9 and the multifunction device 3. When there are a plurality of transmission destinations, one document is distributed to a plurality of destinations, and thus a job is generated in the multifunction machine 3 for each distribution destination.

(2) Confirmation of Job History Next, when the user wishes to confirm the execution result (status) of the job, the document 9 with RFID tag is placed on the document tray 11 and “this document is displayed from the touch panel of the operation display unit 50. Select Check job execution results using. By this selection, the job history information stored in the job management unit 46 of the multifunction machine 3 is searched, and the job execution result is displayed on the operation display unit 50. When it is necessary to make an inquiry to the web server 8, the CPU 41 operates the network communication unit 47 to connect to the web server 8, acquires the latest information from the web server 8, and displays it on the operation display unit 50. indicate. Further, the job history of the RFID tag 91 is updated using the acquired job history.

  FIG. 7 shows a display example of a job execution result (job history). This job history is a result of executing three jobs of FAX, iFAX, and web server call as one job flow.

  FIG. 7A shows an execution result in which the job ID # 102 is “sending” and # 104 is “waiting for processing”, and FIG. 7B shows all the results from the state of FIG. Indicates the completed job. In step 104 of (b), the status can be established based on the result of the MFP 3 inquiring the web server 8 at the timing when the “confirm job execution result using this document” instruction is issued. It shows that.

  FIG. 7C shows a case where job # 103 of the plurality of jobs ends abnormally. In this case, the user selects job # 103 from the touch panel of the operation display unit 50. By this selection, the item of job # 103 on the screen is highlighted. Next, the user presses “re-execute” displayed on the touch panel of the operation display unit 50. In response to this instruction, the job of job # 103 is re-executed. If the job of job # 103 ends normally, the display content of FIG.

(Effect of the third embodiment)
According to the third embodiment, the following effects are obtained.
(A) Job history for a partner device via the Internet 7 is stored in the web server 8 and the latest information on the job execution result can be acquired from the web server 8, so the execution result can be confirmed quickly. Can do.
(B) If there is a job that needs to be re-executed in the execution result displayed on the operation display unit 50, the job is re-executed by selecting the job from the screen. it can.
(C) When there are a plurality of transmission destinations, the contents of one document are distributed to a plurality of destinations. Therefore, the multifunction device 3 generates a job for each distribution destination, so that a detailed job history can be obtained.

[Other embodiments]
The present invention is not limited to the above-described embodiments, and various modifications can be made without departing from the scope of the invention. For example, the combination of the components between the embodiments can be arbitrarily performed.

  In each of the above embodiments, the user ID can be input from an IC card or a magnetic card without manual input.

1 is a configuration diagram illustrating an image processing system according to a first embodiment of the present invention. 1 is a configuration diagram illustrating a configuration of a multifunction machine. 2 is a block diagram illustrating a control system of the multifunction machine. FIG. FIG. 6 is an output diagram illustrating an example of a job history stored in a job management unit of a multifunction peripheral. It is a block diagram which shows the image processing system which concerns on the 2nd Embodiment of this invention. It is a block diagram which shows the image processing system which concerns on the 3rd Embodiment of this invention. It is a screen figure which shows a job execution result.

DESCRIPTION OF SYMBOLS 1 Image processing system 2 User terminal device 3 1st multifunction device 4 Network 5 2nd multifunction device 6 Job management server 7 Internet 8 Web server 9 Document 10 with RFID tag Main body 11 Document tray 12 Paper discharge tray 13 Scanner 14 RFID reader Writer 15 Discharge base 16 RFID writer 20 Printing unit 21 Exposure unit 22 Mirror 23 Photosensitive drum 24 Transfer unit 25 Fixing roller 30 Paper feeding unit 32A, 32B Paper tray 33 Document tray with tag 34 Paper feeding roller 35 Carrying roller 41 CPU
42 Bus 43 ROM
44 RAM
45 HDD (Hard Disk Drive)
46 Job management unit 47 Network communication unit 48 Fax communication unit 50 Operation display unit 60 Job management unit 70 Public telephone network 71 FAX machine 80 Job management unit 91 RFID tag 92 Paper 93 Notation information 100 Job history

Claims (10)

In an image processing apparatus that reads a document image from a document with an RFID tag and executes a job designated for the document image,
Control means for generating job management information after execution of the job and writing the job management information together with a document ID for identifying the document with the RFID tag in a job management unit provided in a server that manages a plurality of image processing apparatuses. An image processing apparatus comprising the image processing apparatus. It said control means, the image processing apparatus according to claim 1, characterized in that updating the job status included in the prior SL job management information. The control means reads a document ID from the RFID tag based on an instruction to output the job management information using the document with the RFID tag, and stores the job management information corresponding to the document ID in the job management of the server. The image processing apparatus according to claim 1, wherein the image processing apparatus reads out the data from the unit and outputs it by display or printing. The control unit reads the document ID from the RFID tag based on an instruction to output the job management information using the document with the RFID tag, and sends the job management information corresponding to the document ID from the job management unit. 3. The image processing apparatus according to claim 2, wherein when the job management information whose status is abnormally ended is designated in the list, the job is re-executed.   2. The job management information includes a job reception date and time indicating a date and time when a job is received, a job ID for identifying a job, a user ID or a user name, and a status indicating a job status. Image processing apparatus.   The image processing apparatus according to claim 5, wherein the job management information further includes a machine ID for identifying an image processing apparatus that has received a job. In an image processing system in which a document image is read from a document with an RFID tag, a plurality of image processing apparatuses that execute a job designated for the document image, and a server that manages the plurality of image processing apparatuses are connected via a network ,
Each of the plurality of image processing apparatus generates a job management information after execution of the job, the control means for writing the job management information to the job managing unit of the prior SL in the server together with the document ID identifying the RFID-tagged document With
The control unit reads the document ID from the RFID tag based on a confirmation instruction for the job management information using the document with the RFID tag, and stores the job management information corresponding to the document ID in the job of the server. An image processing system, wherein the image processing system reads out from a management unit and outputs it by display or printing. In a program for reading a document image from a document with an RFID tag and causing a computer to execute a job designated for the document image,
Generates a job management information after execution of the job, the job management unit provided in the server for managing the plurality of image processing apparatus, as control means together with the document ID identifying the RFID tagged document writing the job management information A program that allows a computer to function . Wherein, the program according to claim 8, characterized in that updating the job status included in the prior SL job management information. The control means reads a document ID from the RFID tag based on an instruction to output the job management information using the document with the RFID tag, and stores the job management information corresponding to the document ID in the job management of the server. The program according to claim 8, wherein the program is read from the unit and output by display or printing.

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