JP2005205638A - Image processing system and automatic image correction system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an image processing system for placing an order for consumables in consideration of user convenience, and an automatic image correction system using the consumable ordering technology together.
SOLUTION: The position information of a photodiode 3 set by a user is stored in a photodiode position storage unit 5, and the photodiode 3 can be moved based on the position information. When the laser light oscillated from the laser diode 2 is received by the photodiode 3, the PD control unit 4 informs the remaining amount detecting unit 1 that the laser light has been received, and the remaining amount detecting unit 1 sends the ordering processing unit 6. Send a consumable replacement request signal. Further, the position of the photodiode 3 can be instructed from the photodiode position indicating unit 7 such as a liquid crystal touch panel. When the user indicates the position, the position information is stored in the photodiode position storage unit 5, The position of the photodiode 3 is moved via the photodiode control unit 4.
[Selection] Figure 1

Description

  The present invention relates to an image processing system that detects the remaining amount of consumables such as ink used for image formation, and orders consumables according to the remaining amount, and an automatic image correction system that uses the consumables ordering technology together About.

In an image processing apparatus such as a copying machine or a printer, it is indispensable to determine that the amount of consumables such as ink and toner has been reduced and to inform the user of the fact. Furthermore, in recent years, there is a technique for not only informing the user that the number of consumables has decreased, but also ordering the consumables.
As such a conventional technique, for example, the remaining amount of consumables of a plurality of OA devices connected to a network is detected, information on the consumables is collected in an automatic ordering terminal device also connected to the network, and FAX or e -There is an automatic ordering system that allows automatic ordering by Mail or the like.
JP 2000-194767 A

However, the conventional technology for detecting the remaining amount of consumables such as an image processing apparatus has no method for detecting in an arbitrary remaining amount range desired by the user.
For example, even if it is reported that the remaining amount of consumables is low, the consumption level of consumables is high in a certain device, so it must be replenished immediately. On the contrary, if the consumption level of the consumables is small, the need for urgent replenishment of the consumables is smaller than that of the former.
That is, for users who consume a large amount of consumables, the conventional remaining amount detection technology uses up the consumables before replenishing the consumables, and the operation stops until the consumables are replenished. There was a problem.
On the other hand, for users with low consumption of consumables, the conventional remaining amount detection technology orders new consumables even though they can still use consumables sufficiently, so that consumables are more than necessary. There was a problem of purchasing.

In the conventional automatic ordering technology for consumables, the main body of the image processing apparatus and the host computer that supplies the consumables are connected via a network, and a request for purchasing consumables is issued from the main body of the apparatus. It was.
However, the conventional technology automatically orders consumables, so there is a problem of placing more consumables than necessary. In order to solve such a problem, there are many parts for human judgment. Therefore, an information processing terminal such as a personal computer connected to the main body of the apparatus via data communication means is notified of a consumable replacement request. Therefore, a technique for placing an order for consumables from the information processing terminal has been desired.

In addition, in the conventional ordering method, the inventory management is performed by the user and the inventory is confirmed at the time of placing the order, or the inventory is deleted when the inventory is consumed. there were. Therefore, a technique for easily and instantaneously managing inventory has been desired.
In addition, the information on the completion of the order received from the supplier is made on paper or e-Mail, and the content is simple. Therefore, a technique for transmitting various information to an image processing apparatus using a network and recording it as a history has been desired.

In addition, components (mainly image forming units) constituting the image processing apparatus may cause individual differences and cannot achieve uniform performance. Therefore, it is necessary to adjust image correction in accordance with each image processing apparatus and parts used in the image processing apparatus. Conventional adjustments for image correction have been performed by a service person who goes to the user, replaces parts, and changes an image processing program for performing image correction. However, while such adjustment work is being performed, there is a problem that the user's work is stopped for a long period of time, or it is necessary to adjust the time for the adjustment work.
Similarly, consumables, such as ink, have a problem that the formed image varies due to subtle color differences. However, image conversion processing corresponding to this variation has not been performed so far. For this reason, it is possible to perform optimal image processing by considering the characteristics of the image processing device and the characteristics of the image processing device consumables, and changing the parameters of the image processing process every time the consumables are replaced. A technology to achieve this has been desired.

  The present invention has been made in view of the above circumstances, and provides an image processing system that orders consumables in consideration of user convenience, and an automatic image correction system that uses the consumables ordering technology together. Objective.

  In order to solve the above-mentioned problem, an invention according to claim 1 is directed to an image processing apparatus that forms an image, a supply server connected to the image processing apparatus via a network, and the image processing apparatus via a network. And an image processing system including a user information terminal connected to the supply source server, wherein the image processing device includes a detecting unit for detecting a remaining amount of consumables in a consumable container, and a consumable item. A replacement request signal transmitting means for transmitting a consumable replacement request signal for requesting replacement of a consumable when the remaining amount of the battery reaches a predetermined level, and an instruction for the user to arbitrarily set the predetermined level And a remaining amount level instructing means for performing the above.

  According to a second aspect of the present invention, the image processing apparatus includes selection means for selecting whether to send the consumable replacement request signal to the user information terminal or to perform processing in the image processing apparatus, A first order signal transmitting means for transmitting a consumables ordering signal from the user information terminal to the supplier server when the consumables replacement request signal is transmitted to the user information terminal by the selecting means; and the selecting means When the consumables replacement request signal is processed by the image processing apparatus, the image processing apparatus further comprises a second order signal transmitting means for transmitting a consumable ordering signal from the image processing apparatus to the supplier server. And

  According to a third aspect of the present invention, there is provided inventory status transmission means for transmitting inventory status information of a consumable that has transmitted the consumable replacement request signal, and remaining consumables other than the consumable that has transmitted the consumable replacement request signal. It has a remaining amount status transmission means for transmitting the quantity status information.

  According to a fourth aspect of the present invention, after the supply server receives the consumable item ordering signal, the consumable item delivery date information, price information, serial number as an order signal of the consumable item to the image processing apparatus. And a second order signal transmitting means for transmitting the order signal of the consumables to the user information terminal by the first order signal transmitting means. It is characterized by that.

  According to a fifth aspect of the present invention, there is provided collation means for comparing the serial number stored in the IC tag attached to the consumables delivered from the supplier with the serial number received as the order signal, and all insignia And means for registering the consumables as stock in the image processing apparatus when the serial numbers match.

  According to a sixth aspect of the present invention, there is provided program storage means for storing an image processing program for performing image correction at the time of image formation, and image processing for performing image correction processing in image formation using the image processing program stored in the program storage means. An automatic image correction system including an image processing apparatus having a means and a supply server connected to the image processing apparatus via a network, wherein the image correction characteristics of the image processing apparatus are An image correction characteristic storage means for storing in the image processing apparatus and the supply source server, and when the image processing program is improved, a new image processing program is acquired from the supply source server, or the image processing apparatus First acquisition to select whether to acquire a new image processing program stored in the IC chip attached to the replacement part A first update unit that acquires a new image processing program from the acquisition source selected by the first acquisition destination selection unit and updates the image processing program of the image processing apparatus; When a new image processing program is acquired from the supply source server, a new image processing program is acquired based on the information stored in the image correction characteristic storage unit, and the image processing program of the image processing apparatus is updated. And a first program acquisition unit.

  According to a seventh aspect of the present invention, the serial number stored in the IC tag attached to the consumable of the image processing apparatus and the characteristics of the consumable are stored in the image processing apparatus and the supply source server. When the consumables characteristic storage means and the image processing program are improved, a new image processing program is acquired from the supplier server or a new image processing program stored in an IC tag attached to the consumable A second acquisition destination selection means for selecting whether to acquire, a new image processing program from the acquisition destination selected by the second acquisition destination selection means, and updating the image processing program of the image processing apparatus. 2 update means, and when acquiring a new image processing program from the supplier server, the image correction characteristic storage means and the consumables characteristic storage means Based on 憶 information, acquires the new program, and having a second program acquisition means for updating the image processing program of the image processing apparatus.

  According to the present invention, an image processing apparatus that performs image formation, a supply source server connected to the image processing apparatus via a network, and a user connected to the image processing apparatus and the supply source server via a network An image processing system including an information terminal, wherein the image processing apparatus detects a remaining amount of consumables in a consumable container, and the remaining amount of consumables has reached a predetermined level. A replacement request signal transmission means for transmitting a consumable replacement request signal for requesting replacement of the consumables, and a remaining amount level instruction means for giving an instruction for the user to arbitrarily set the predetermined level. As a result, the position of the photodiode can be arbitrarily determined, so that it is possible to determine the timing for issuing the consumable replacement request signal in accordance with the usage situation of each user.

  Hereinafter, detection of the remaining amount of ink and ordering of ink using an inkjet color image processing apparatus will be described. In recent years, ink-jet color image processing apparatuses have a large population and are inexpensive, and have high image processing performance, and are one of the best modes for carrying out the present invention. .

Next, embodiments of the present invention will be described with reference to the accompanying drawings.
FIG. 1 is a diagram showing an outline of detection of the remaining amount of consumables in the image processing system.
A mirror 11 having an angle with respect to the ink surface of the ink filled in the ink tank 10 is installed. Light is oscillated from a laser diode (LD) 2 installed on the top of the ink tank 10 and reflected by a mirror 11. The photodiode (FD) 3 is designed so that the user can move to an arbitrary position where the user wants to send a consumables replacement request signal. That is, it is possible to set the remaining amount level of the ink that transmits the replacement request signal desired by the user.
Since the position of the mirror 11 differs depending on the remaining amount of ink, the reflected light path of the laser beam by the mirror 11 changes depending on the remaining amount of ink, and when the light reaches the set position of the photodiode 3, an ink replenishment signal (replacement request) Signal).

FIG. 2 is a block diagram illustrating a configuration of the remaining amount detection unit.
The photodiode position storage unit 5 stores the position information of the photodiode 3 set by the user, and the photodiode 3 can be moved based on the position information. When the laser light oscillated from the laser diode 2 is received by the photodiode 3, the PD control unit 4 informs the remaining amount detecting unit 1 that the laser light has been received, and the remaining amount detecting unit 1 sends the ordering processing unit 6. Send a consumable replacement request signal.
Further, the position of the photodiode 3 can be instructed from the photodiode position indicating unit 7 such as a liquid crystal touch panel. When the user indicates the position, the position information is stored in the photodiode position storage unit 5, The position of the photodiode 3 is moved via the photodiode control unit 4. As a result, it is possible to transmit a consumable replacement request signal with the remaining amount desired by the user.

FIG. 3 is a flowchart showing a consumable ordering sequence.
When a remaining amount detection system that detects the remaining amount of consumables such as ink is activated (step S1), it detects whether or not the light oscillated from the laser diode 2 is reflected by the mirror 11 and received by the photodiode 3. (Step S2). When light reception by the photodiode 3 is detected (step S2 / Yes), a consumable replacement request signal is transmitted, and the order processing unit 6 that receives the replacement request signal activates the consumable ordering system ( Step S3).
If the light reception by the FD 3 is not detected, the detection is continued until the remaining amount detection system is terminated or light is received (step S2).

When the consumable ordering system is activated (step S3), it is determined whether or not to place an order (step S4). If it is determined to place an order (step S4 / Yes), an order is placed to the supplier (step S4). S5).
When it is determined not to place an order (step S4 / No), it is determined whether or not to change the remaining amount detection position in order to transmit the next order request signal (step S6). (Step S6 / Yes) changes the position of the photodiode 3.
If not changed (step S6 / No), the remaining amount detection system and the ordering system are terminated. In this case, since no consumables order request signal is transmitted thereafter, consumables are ordered according to the user's judgment.

FIG. 4 is a flowchart showing a sequence for determining the position of the photodiode.
If the photodiode 3 is installed above the reflected light path at the remaining amount position, the laser beam is not received permanently. Therefore, after moving the photodiode to the top (step S11), the position of the photodiode is changed. Then, the laser beam is lowered to a position for receiving the laser beam determined by the remaining amount of the consumables (step S12), and it is confirmed that the laser beam is received (step S13).
It is determined whether or not the position of the photodiode 3 that has received the laser light is above the position stored in the photodiode position storage unit 5, that is, the position set by the user (step S14). If the PD position is above the consumable replacement request signal transmission position (step S14 / Yes), the photodiode 3 is moved to the position set by the user (step S15).
When the PD position is the same as or lower than the consumables replacement request signal transmission position (step S14 / No), the ordering system is activated (step S16), and the process proceeds to the sequence after step S3.
It is important to determine the angle of the photodiode surface in consideration of the refractive index of the ink case.

FIG. 5 is a diagram showing a state of consumables ordering and a route and processing sequence in consumables ordering.
FIG. 6 is a block diagram showing the configuration of the order processing unit and the inventory management processing unit.
In the image processing apparatus 100, at the time of initial setting, a setting (network selection) is performed to determine whether the user places an order for consumables from the user information terminal 200 or an order for consumables from the image processing apparatus 100. , Its value is stored in itself. However, this setting can be changed as appropriate.
FIG. 5A shows a case where consumables are ordered via the user information terminal 200, and a consumable replacement request signal is transmitted to the user information terminal 200 connected to the network 400a (FIG. 5). Sequence (1)).

  The user transmits an ordering signal to the consumable supply server 300 from the user information terminal 200 that has received the consumable replacement request signal via the network 400b. The order signal includes information on the consumables to be purchased and the number of items to be purchased. Further, if necessary, the serial number and user ID of the image processing apparatus 100 and the network connection destination of the image processing apparatus (whether it is an Internet line). IP address), etc. (sequence (2) in FIG. 5).

When the supplier server 300 receives the order signal, the supplier server 300 transmits an order signal to the user information terminal 200 and the image processing apparatus 100. The order signal includes a consumable serial number of a consumable to be newly delivered, a delivery date of the consumable, a price, and the like.
The order signal may be transmitted at the same time as the order signal is received, or the consumable delivery date and price information is first transmitted to the user information terminal 200, and the user confirms the order signal. However, at least the consumable serial number is transmitted to the image processing apparatus 100, and the image processing apparatus 100 stores the serial number. An information storage unit 22 is included. That is, the serial number of the consumables transmitted from the supplier server 300 via the network 400 is stored in the consumables information storage unit 22 via the order receiving processing unit 21 (sequence (3) in FIG. 5).

At a later date, consumables will be supplied from the supplier. An IC tag 20 to which the serial number is input is attached to the consumable item, and the serial number of the IC tag 20 is read by the RFID reader 21 provided in the image processing apparatus 100, and is sent to the inventory management processing unit 23. In contrast, it is compared with the serial number stored in the consumables information storage unit 22 and recorded as inventory information in the consumables information storage unit 22 (sequence (4) in FIG. 5).
When the consumable item is used from the stock, the inventory management processing unit 24 reads the serial number of the IC tag attached to the consumable item again, so that the inventory management processing unit 24 records the consumable item information storage unit 22. Delete consumables inventory information.

Here, in addition to the serial number, the IC tag 20 attached to the consumables can include information on the characteristics of the consumables of the image processing apparatus. For example, in the case of a color image forming apparatus, there is information regarding ink characteristics. Ink colors include cyan, magenta, yellow, black, etc.Cyan ink used in the same image forming apparatus may be lighter cyan or darker cyan depending on the pigment component ratio. Sometimes. Such a slight difference in color may cause variations in the formed image.
Therefore, information such as color brightness is distinguished for each predetermined level, and the information is stored in the IC tag 20 in advance at the time of shipment, and when reading with the RFID reader 21, these information are simultaneously obtained with the serial number. If the image is formed on the basis of this information at the time of image formation, the variation in the formed image is reduced and the quality is constant.

In addition, even in the components of the image processing apparatus, the individual components (mainly the image forming unit) constituting the image processing apparatus may cause individual differences and cannot achieve uniform performance. Therefore, it is necessary to adjust image correction according to each image processing apparatus and parts used in the image processing apparatus. The adjustment for image correction so far has been performed by adjustments such as a service person going to the user, exchanging parts, and changing an image processing program for image correction. However, while such adjustment work is being performed, there is a problem that the user's work is stopped for a long period of time, or it is necessary to adjust the time for the adjustment work.
Therefore, if the characteristics of each image processing device are recorded in the image processing device and the supplier, the image processing program corresponding to each image processing device can be easily distributed from the supplier over the network. Thus, quality variations due to individual differences in parts of the image processing apparatus are eliminated.

FIG. 7 is a block diagram showing the configuration of the automatic image correction system.
An image processing program for performing image correction at the time of image formation is stored in the image processing program storage unit 31. When the program is improved, the image processing program stored in the image processing program storage unit 31 via the network 400 is used. The program is updated.
When the IC chip attached to the replacement part is used and the program data is updated, the image processing program recorded in the IC chip is read and the previous image processing program stored in the image processing program storage unit 31 is read. Update.
Then, various characteristics of the image processing apparatus, in particular, the characteristics of the color conversion system are divided into a plurality of groups, and only the group classification is recorded in the group classification storage unit 33 and the supply source of the image processing apparatus. Based on this group classification, the supply source determines which image processing program is distributed. When the image processing apparatus program is downloaded from the image processing apparatus side, the target image processing program is downloaded based on the information stored in the group classification storage unit 33.

FIG. 8 is a diagram illustrating the relationship between the image processing apparatus, the consumables, and the image processing program.
A group of consumables X used in the image processing apparatus is classified as a, b, c,. For example, in the case of cyan ink used in a color image forming apparatus, the classification is classified according to the lightness and darkness of the ink.
Similarly, the group of the image processing apparatus Y is classified as A, B, C,. This classification is a rank related to a component that performs image processing using the cyan ink, and is classified according to the ease of ink ejection.
That is, the classification as shown in this figure is classified for various consumables or parts.

  For example, when the group of consumables X is a and the group of the image processing apparatus is A at the time of shipment, the program A-a is stored in the image processing program storage unit 31, and the group classification storage unit 33 is stored. The information of group A-group a is stored, but when the rank is changed to c by exchanging consumables, the information of group classification storage unit 33 is changed to group A-group. update to the information of c, download the program of Ac from the supply source server 300 based on the updated information, update the image processing program, or store the A-stored in the IC tag 20 of the consumables The program A-c is selected and read from the programs c, Bc, Cc... and the image processing program is updated.

In addition, when the group of the image processing apparatus is changed to B due to part replacement from the state of group A-group c, the information in the group classification storage unit 33 is updated to group B-group c and updated. Based on the received information, the Bc program is downloaded from the supplier and the image processing program is updated, or the programs Ba, Bb, Bc... Stored in the IC chip are updated. The Bc program is read from the inside by the IC reader 32, and the image processing program is updated.
In this way, every time a part or consumable is replaced, a program suitable for the part or consumable is stored in the image processing apparatus, so that there is no variation in image correction and image formation with a certain quality can be performed. It becomes possible.

  As is apparent from the above description, the image processing apparatus that performs image formation, the supply source server connected to the image processing apparatus via a network, and the image processing apparatus and the supply source server connected via a network An image processing system including a user information terminal configured to detect a remaining amount of consumables in a consumable container, and a remaining level of the consumables at a predetermined level. A replacement request signal transmitting means for transmitting a consumable replacement request signal for requesting replacement of a consumable, and a remaining amount level indicating means for instructing a user to arbitrarily set the predetermined level. Since the position of the photodiode can be determined arbitrarily, it is possible to determine the timing for issuing the consumable replacement request signal according to the usage status of each user.

  In addition, in the transmission of the consumable replacement request signal, not only the host server of the supply source but also the user information terminal is transmitted using the network as the transmission destination. It is possible to perform ordering work.

  In addition, in the contents of the consumable replacement request signal, it is possible to transmit the consumables inventory status managed in the image processing device and the remaining status of other consumables. It is possible to easily check and order consumables.

  Also, since the serial number of consumables is sent from the supplier together with information such as delivery date and price using the network, it is possible to perform ordering / ordering and inventory management as a series of operations. There is an effect of reducing the labor of the user.

  In addition, delivery confirmation and inventory status management can be easily performed by comparing the serial number sent to the image processing device at the time of ordering with the serial number stored in the IC tag attached to the consumables. It becomes. In addition, when RFID is used as an IC tag on the consumable side, it can be used repeatedly and non-contact power transmission is possible, so that it can be used semipermanently and is also effective for the environment. .

  In updating an image processing program that performs image correction at the time of image formation, image processing devices are classified (grouped) according to various characteristics, and the type of group is recorded in the image processing device and the source host server. The image processing program corresponding to the group can be acquired using the network line, and can be provided more quickly.

  In addition to the characteristics of the image processing apparatus, it is classified according to the characteristics of the consumables, and the group type is recorded in the image processing apparatus and the supply source host server. Therefore, the optimum image processing program for each image processing apparatus Can be easily distributed, and high-quality image output can be easily obtained. Further, there is an effect that variation in output images depending on individual differences between image processing apparatuses and their consumables can be reduced.

The embodiment described above is an example of a preferred embodiment of the present invention. However, the embodiments of the present invention are not limited to these, and various modifications can be made without departing from the scope of the present invention.
In this embodiment, an image processing system using an ink-jet image processing apparatus that performs image formation using ink has been described. However, as another image forming means, an image can be obtained by thermally fixing toner. There is a so-called laser beam printer or the like that performs the formation, and in this case, it can be applied to the present invention by using means for detecting the remaining amount of toner.

It is the figure which showed the outline | summary of the residual amount detection of the consumable in an image processing system. It is the block diagram which showed the structure centering on the remaining amount detection part. 6 is a flowchart showing a consumable ordering sequence. It is the flowchart which showed the sequence which determines the position of a photodiode. It is the figure which showed the state and process sequence in the state of consumable goods ordering, and consumable goods ordering. It is the block diagram which showed the structure of the order reception process part and the inventory management process part. It is a block diagram which shows the structure of an automatic image correction system. It is the figure which showed the relationship between an image processing apparatus, consumables, and an image processing program.

Explanation of symbols

1 Remaining amount detection unit 2 Laser diode (LD)
3 Photodiode (PD)
DESCRIPTION OF SYMBOLS 4 Photodiode control part 5 Photodiode position memory | storage part 6 Order processing part 7 Photodiode position instruction | indication part 10 Ink tank 11 Mirror 20 IC tag 21 Order reception process part 22 Consumables information storage part 23 RFID reader 24 Inventory management processing part 30 Image processing Unit 31 Image processing program storage unit 32 IC reader 33 Group classification storage unit 100 Image processing device 200 User information terminal 300 Supplier server 400 Data communication network

Claims (7)

An image processing apparatus for forming an image; and
A supplier server connected to the image processing apparatus via a network;
An image processing system including a user information terminal connected to the image processing apparatus and the supply source server via a network,
The image processing apparatus includes a detecting unit that detects a remaining amount of consumables in the consumable container;
A replacement request signal transmission means for transmitting a consumable replacement request signal for requesting replacement of a consumable when the remaining amount of the consumable reaches a predetermined level;
An image processing system comprising: a remaining amount level instructing unit that instructs a user to arbitrarily set the predetermined level. The image processing apparatus includes a selection unit that selects whether to send the consumable replacement request signal to the user information terminal or to perform processing in the image processing apparatus.
When the consumables replacement request signal is transmitted to the user information terminal by the selection means, a first order signal transmitting means for transmitting a consumable ordering signal from the user information terminal to the supplier server;
A second order signal transmitting means for transmitting a consumable order signal from the image processing apparatus to the supply source server when the selection means processes the consumable replacement request signal in the image processing apparatus; The image processing system according to claim 1. Stock status sending means for sending information on stock status of consumables that sent the consumable replacement request signal;
The image processing system according to claim 1, further comprising: a remaining amount status transmitting unit configured to transmit information on a remaining amount status of consumables other than the consumable item that has transmitted the consumable replacement request signal. After the supply server receives the consumables order signal, the supplier server transmits a delivery date information, price information, and serial number of the consumables as an order signal of the consumables to the image processing apparatus. Signal transmission means;
The said 1st order signal transmission means further has a 2nd order signal transmission means which transmits the order signal of the said consumables to the said user information terminal, The Claim 2 or 3 characterized by the above-mentioned. Image processing system. Collating means for comparing the serial number stored in the IC tag attached to the consumables delivered from the supplier with the serial number received as the order signal;
5. The image processing system according to claim 4, further comprising inventory information registration means for registering the consumables as inventory in the image processing apparatus when all the insignia means have the same serial number. An image processing apparatus having program storage means for storing an image processing program for performing image correction at the time of image formation, and image processing means for performing image correction processing in image formation using the image processing program stored in the program storage means; ,
An automatic image correction system including a supply server connected to the image processing apparatus via a network,
Image correction characteristic storage means for storing image correction characteristics in the image processing apparatus in the image processing apparatus and the supply source server;
When the image processing program is improved, whether to obtain a new image processing program from the supplier server or to obtain a new image processing program stored in an IC chip attached to a replacement part of the image processing apparatus First acquisition destination selection means for selecting
First update means for acquiring a new image processing program from the acquisition destination selected by the first acquisition destination selection means and updating the image processing program of the image processing apparatus;
Further, when a new image processing program is acquired from the supply source server, a new image processing program is acquired based on the information stored in the image correction characteristic storage means, and the image processing program of the image processing apparatus is updated. And an automatic image correction system. Consumables characteristic storage means for storing the serial number stored in the IC tag attached to the consumables of the image processing apparatus and the characteristics of the consumables in the image processing apparatus and the supplier server;
When the image processing program is improved, whether to obtain a new image processing program from the supplier server or a new image processing program stored in an IC tag attached to the consumable is selected. 2 acquisition destination selection means;
A second update unit that acquires a new image processing program from the acquisition destination selected by the second acquisition destination selection unit and updates the image processing program of the image processing apparatus;
Further, when a new image processing program is acquired from the supply source server, a new program is acquired based on information stored in the image correction characteristic storage unit and the consumable item characteristic storage unit, and the image processing apparatus 7. The automatic image correction system according to claim 6, further comprising second program acquisition means for updating the image processing program.

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