JP6775956B2 - Original data correction device - Google Patents

Description

The present invention is a manuscript data correction device for correcting manuscript data printed on an envelope and an enclosure constituting an envelope, and in particular, corrects the position of an image such as a designated address to correct the envelope or the encapsulation. Regarding the manuscript data correction device that enables the formation of objects at the required positions, to give a specific example, in the creation of envelopes using open envelopes, the position of the address printed on the enclosure was specified. The present invention relates to a document data correction device capable of appropriately correcting according to the position of the window of an empty envelope.

Patent Document 1 below discloses an invention of a printing apparatus capable of automatically selecting an envelope and printing an image at a correct position on the envelope.
According to the present invention, an offset amount used for printing an image on an envelope of the standard size is set for each standard size of the envelope stored in a plurality of paper storage means. Then, when the user specifies a certain standard size envelope and a paper storage means having the standard size envelope is selected, the specified envelope is fed from the paper storage means, and the offset set for the envelope is set. Images such as addresses are printed at different positions according to the amount.

According to the disclosure of Patent Document 1 below, the following points are pointed out in the explanation of the problem. That is, when printing an envelope, if a method of setting the long side of the envelope parallel to the transport direction and transporting the envelope (called a short edge feed) is adopted, the printing time is long, but the flap portion is on the main scanning side. If it is set and transported (called a long edge feed), the time required for printing can be shortened. However, since the width of the flap differs depending on the envelope manufacturer, in the case of long edge feed, it is necessary to measure the length and width of the envelope and register it as user-defined size paper, but this will be the size of the original image. The automatic paper selection function that automatically selects paper based on it and prints cannot be used.

However, according to the invention disclosed in Patent Document 1 below, even if the envelope is set to be conveyed by the long edge feed, the image position is offset according to the flap size of the envelope, so that an appropriate image can be printed. .. As a result, even if a job with an image size that does not include flaps is submitted, the offset amount can be changed according to the information registered in the selected paper storage means, and the image can be printed at an appropriate position excluding the flaps. .. Therefore, even if the envelope is automatically selected and printed by using the automatic paper selection function, the image can be printed at the correct position of the envelope based on the offset amount of the selected envelope.

Japanese Unexamined Patent Publication No. 2013-116572

The invention disclosed in Patent Document 1 relates to a technique for printing an address or the like at an appropriate position corresponding to a designated envelope by setting a required offset amount for each envelope. However, this is only for the purpose of correcting the printing position with respect to the envelope, and it has not been possible to deal with a job including a communication in which an envelope and an enclosure are mixed. That is, it is not possible to perform the correction work of detecting the address image to be printed on the envelope and shifting the position to a predetermined position of the specified envelope for the communication including each image data of the envelope and the enclosure. It was. To give a specific example, in order to properly see the address printed on the envelope from the window of the window empty envelope, the envelope is made according to the position of the window of the type of window empty envelope specified by the user. It was not possible to correct the position of the printed address.

The present invention has been made in view of such a conventional technique and its problems, and corrects the position of an image such as a designated address in the correction of the manuscript data of the envelope and the enclosure constituting the envelope. It is an object of the present invention to provide a document data correction device capable of forming the image at a required position of an envelope or an enclosure.

The manuscript data correction device according to claim 1 is
A manuscript data correction device that corrects through manuscript data composed of multiple pages including envelopes and inclusions.
A determination unit that determines a specific page containing specific image information from each page of the manuscript data according to a predetermined determination criterion,
A correction unit that corrects the specific image information of the specific page determined by the determination unit based on the correction information, and a correction unit.
Equipped with
The specific image information includes information regarding the area and size of the address displayed on the specific page.
The correction information includes information regarding a designated area in which the address should be displayed in a sealed letter composed of an envelope and an enclosure.
The correction unit corrects at least one of the address area and the size of the specific image information to generate correction specific image information such that the address is displayed in the designated area in the envelope. It is a feature.

The manuscript data correction device according to claim 2 is the manuscript data correction device according to claim 1.
It further has a storage unit in which the determination criteria and the correction information are stored.
The correction unit is characterized in that the correction specific image information is stored in the storage unit in association with the specific page.

And the document data correction apparatus according to claim 3 is the original data correction apparatus according to claim 1 or 2,
The specific image information includes information regarding the area and size of the unaddressed image displayed on the specific page.
The correction information includes information regarding the folding position of the inclusions.
The correction unit corrects at least one of the area or the size of the unaddressed image in the specific image information, so that the unaddressed image is displayed in the area outside the fold line of the inclusion in the inclusion. It is characterized in that it generates correction specific image information that causes the image to be corrected.
The manuscript data correction device according to claim 4 is the manuscript data correction device according to claim 1 .
The specific page is characterized in that a warning is issued when the corrected specific image related to the corrected specific image information overlaps with another uncorrected image.

According to the manuscript data correction device according to claim 1, it is specified by identifying the address, which is the specific image information, from the manuscript data including a plurality of pages including the envelope and the enclosure according to a predetermined judgment standard. Judge the page. Next, the information of the designated area where the address should be displayed in the envelope consisting of the envelope and the enclosure is used as the correction information, and at least one of the address area and the size is corrected based on this correction information to specify the correction. Generate image information. If the manuscript data is printed using the corrected specific image information, the address can be moved to an appropriate designated area in the sealed letter, and the size can be converted and printed if necessary.
As a more specific example, correction of manuscript data in the case of creating an envelope by enclosing an envelope with a printed address in an open window envelope will be described. First, the document data correction device determines a specific page of the enclosure on which the address is printed by identifying the address from the document data. Next, the information of the designated area representing the position of the window in the specified type of window empty envelope is used as the correction information, and at least one of the address area and the size is corrected based on the information of the designated area to specify the correction. Generate image information. If the manuscript data is printed using this corrected specific image information, the position of the address printed on the first page of the enclosure is corrected so as to match the position of the window of the specified window-empty envelope, and a sealed letter is created. If this is the case, the address printed on the enclosure will be properly visible through the window of the open envelope.
In this way, a specific page containing specific image information is determined from the original data including a plurality of pages including an envelope and an enclosure according to a predetermined judgment standard, and the specific image information is corrected based on the correction information. Therefore, it is possible to correct the specific image information to an appropriate position and print it on a specific page of both the envelope and the enclosed material.

According to the manuscript data correction device according to claim 2, by storing appropriate judgment criteria and correction information in the storage unit in advance, it is possible to accurately judge a specific page and properly correct the page. The specific image information is stored in the storage unit in association with the specific page, and the specific image information on the specific page can be reliably printed at an appropriate position, size, or the like.

According to the manuscript data correction device according to claim 3 , a non-addressed image which is specific image information, that is, other than an address, is obtained from a continuous manuscript data consisting of a plurality of pages including an envelope and an enclosure according to a predetermined determination criterion. A specific page is determined by identifying the image (text, figure, photograph, etc.) of. Next, the information on the folding method of the enclosed material in the envelope consisting of the envelope and the enclosed material is used as the correction information, and if an unaddressed image exists at the position related to the folding line of the enclosed material based on this correction information, the non-addressed image is used. At least one of the image area and the size is corrected to generate the corrected specific image information so that the unaddressed image does not overlap the fold line. If the manuscript data is printed based on the corrected specific image information, the unaddressed image can be moved to a position where the fold line does not overlap in the envelope of the sealed letter and printed.
According to the original data correction device according to claim 4, a warning can be issued when the corrected specific image related to the corrected specific image information overlaps with another uncorrected image on the specific page.

It is a figure which shows typically the whole structure of the envelope making apparatus of embodiment. It is a functional block diagram of the image data correction device of the embodiment. It is a figure which shows typically the structure of the manuscript data which consists of a plurality of messages. It is a flow chart which shows the document data correction procedure by the image data correction apparatus of embodiment. It is a figure which shows the screen of the input / display part which displayed the designated area of the address which is the correction information in the image data correction apparatus of embodiment. It is a figure which shows the screen of the input / display part which displayed the specific image information in the image data correction apparatus of embodiment. It is a figure which shows the screen of the input / display part which displayed the correction specific image information obtained by moving the specific image information to a designated area in the image data correction apparatus of embodiment.

An embodiment of the present invention will be described with reference to FIGS. 1 to 7.
The envelope making apparatus according to the present embodiment continuously prints an envelope paper that becomes an envelope by folding or folding an existing envelope or a paper that becomes an envelope for each envelope to be made, and conveys the envelopes by different transport routes. It is a device that makes necessary folds and finally merges to enclose the envelope in an envelope, and finally closes the flap of the envelope to make a sealed envelope, which is aligned with the top of the device and discharged.

This envelope making device is characterized by having a manuscript data correction device that corrects the position of an image such as a designated address so that it can be formed at a required position of an envelope or an envelope. Will be described in detail later, and first, the basic structure and function of the envelope making apparatus will be described with reference to FIG.

As shown in FIG. 1, the envelope making device 1 includes a printing unit 2 that prints and ejects envelopes and paper as an inclusion. The printing unit 2 has a plurality of paper feed stands P (P1 to P4) capable of storing a plurality of types of printed objects (sheet-shaped paper or envelopes) inside or on the side surface of a housing 4 for storing each part of the apparatus. ) Is provided. In this example, the ready-made envelope 40 is housed in the paper feed tray P1 attached to the side surface of the housing 4, and the paper feed trays P2 to P4 provided inside the housing 4 have a sheet-like shape as an enclosure. Paper 30 is stored. As the envelope 40, either an envelope with an empty window or an envelope without a window can be used.

The paper or the like ejected from the paper feed tray P is fed from the introduction path to the loop-shaped transfer path 5 and conveyed, and an image is formed by printing means arranged downward along the lower half of the transfer path at predetermined intervals. Will be done. In this example, four inkjet devices C, K, M, and Y that eject inks of each color of cyan, black, magenta, and yellow are arranged as printing means.

In the loop-shaped transport path 5, a first discharge path 6 for discharging paper out of the loop is branched in a substantially horizontal direction adjacent to the downstream portion of the printing means. Further, a second discharge path 7 for discharging the paper to the outside of the loop is branched into the upper half of the loop-shaped transport path 5. Further, a switchback path 8 is branched between the second discharge path 7 and the introduction path from the paper feed tray P. The switchback path 8 is a means for turning the paper upside down by receiving the paper conveyed in the transport path 5 and then reversing it to return the paper to the transport path 5. By using this switchback path 8 and reversing the upper and lower surfaces of the paper and passing it through the transport path 5 twice, color double-sided printing that forms a color image on both sides of the paper with the inkjet devices C, K, M, and Y can be performed. Can be done.

An envelope / sealing unit 3 is provided next to the printing unit 2 to receive and process the envelope or paper sent from the first discharge path 6 of the printing unit 2 and to seal the paper in the envelope. ..

A first transport path 10 for transporting the envelope printed by the printing unit 2 is provided inside the housing 9 of the sealing / sealing unit 3. The first transport path 10 is substantially parallel to the one path 11 that sends the envelopes sent horizontally from the first discharge path 6 of the printing unit 2 diagonally upward along the transport direction. It has an envelope stocker 12 provided on the upper surface of the housing 9 in an oblique posture, and another path 13 that takes the envelope from the envelope stocker 12 into the housing 9 and sends it diagonally downward. At the end of the other path 13, an envelope reversing means 50, an envelope opening / sealing means 60, and a sealing means 70 are provided.

A second transport path 20 for transporting the paper printed by the printing unit 2 is provided inside the housing 9 of the sealing / sealing unit 3. The second transport path 20 is below the first transport path 10 and has one path 21 that feeds the paper horizontally fed horizontally from the first discharge path 6 of the printing unit 2 diagonally downward. doing.

A paper transport roller 22 and a matching section 23, which is an openable / closable gate, are provided in the middle of the path 21, and the transported paper can be stacked and stored on the matching section 23 that closes the path 21. Further, at the end of the path 21, a folding means for folding the paper is provided. This folding means includes a rotatable central main folding roller A, a first folding roller B, a second folding roller C, and one paper transport roller D that are rotatably in contact with the main folding roller A. .. The folding means can fold the paper 30 more than once.

Inside the housing 9 of the sealing / sealing portion 3, the second transport path 20 continuously conveys the paper 30 folded by the folding means diagonally upward and substantially orthogonal to the path 21. Have. The other path 26 is located below the other path 13 of the first transport path 10 described above for sending the envelope diagonally downward, and joins the path 13 of the first transport path 10 in the envelope reversing means 50. doing.

The envelope reversing means 50 is composed of a paper transport roller a, paper transport rollers b and g arranged around the paper transport roller a, and two paths 27 and 28 extending downward and diagonally upward. The envelope 40 sent from the other path 13 of the first transport path 10 enters between the paper transport rollers a and g with the flaps downward and on the left side, is sandwiched and transported, and is sent to the lower path 27. .. Further, it is sandwiched between the paper transport rollers a and b and sent to the diagonally upper path 28, and is sent to the envelope opening / sealing means 60 described later in a posture in which the flap is on the upper side and the left side.

The envelope opening / sealing means 60 includes the above-mentioned paper transport rollers a and b, a path 28 extending diagonally upward from the paper transport rollers a and b, a horizontal path 29, and a horizontal path 29. It has a paper transport roller c that transports the envelope and the paper 30 in both forward and reverse directions, a paper transport roller d that carries out the envelope containing the paper 30, and a reciprocating swingable opening claw 41 that opens the flap of the envelope. ing.

The envelope 40 whose posture has been reversed by the envelope reversing means 50 is carried in by the paper transport rollers a and b, and further fed along the horizontal path 29 by the paper transport roller c that rotates in the normal direction. The envelope 40 is positioned at a predetermined position and stopped by the rotation of the reverse paper transport roller c and the paper transport roller d. The opening claw 41 moves to the opening position to open the flap of the envelope 40, and the folded one or more sheets of paper 30 transported along the second transport path 20 are moved by the paper transport rollers a to c. Is sent into the envelope 40. During this time, the position of the envelope 40 is fixed by the paper transport roller d.

The folded paper 30 is enclosed inside the envelope 40 with an widened opening, and the encapsulation is completed. The opening claw 41 returns to the standby position, and the envelope 40 is sent out to the subsequent stage by the rotation of the paper transport roller c and the paper transport roller d which are reversed.

The envelope 40 or the like sent out from the paper transport roller d is sent to the sealing means 70 through the path 42 arranged so as to be inclined diagonally upward and forward. Above the path 42, a pair of paper transport rollers e and f constituting the sealing means 70 are provided.

The envelope 40 sent along the path 42 hits the end of the path 42, the fold 43 of the flap is broken, and the envelope 40 enters between the paper transport rollers e and f. If the paper transport rollers e and f are driven at the same time, the envelope 40 is sent out to the upper surface side of the housing 9 with the flaps closed.

A discharge stocker 44 is installed on the upper surface of the housing 9, and the completed envelopes sent out sequentially move diagonally upward in a state of being neatly arranged and stacked on the discharge stocker 44.

Next, the document data correction device included in the envelope creation device 1 will be described with reference to FIGS. 1 to 7.
As shown in FIGS. 1 and 2, the printing unit 2 of the envelope making device 1 is provided with a control unit 100 for controlling the entire envelope making device 1. The control unit 100 is a control device for the printing unit 2 and the encapsulation / sealing unit 3, and as shown in FIG. 2, a document data correction device in the printing unit 2 (hereinafter, a document using the same reference numerals as the control unit 100). It also has a function as a data correction device 100). Further, the printing unit 2 is provided with an input / display unit 101. The input / display unit 101 is an information input means for controlling and operating the entire envelope making device 1, and is also a display means for displaying control information and the like.

As shown in FIG. 2, the document data correction device 100 includes a CPU 104 including a determination unit 102 and a correction unit 103. The determination unit 102 identifies and determines a specific page including specific image information related to correction from each page of the manuscript data according to a predetermined determination standard (rule). The correction unit 103 corrects the specific image information based on the correction information, and generates the correction specific image information for printing the image related to the specific image information at an appropriate position or the like on the specific page. The determination standard and the correction information are stored in the storage unit 105 in advance, and the generated correction specific image information is stored in the storage unit 105 in association with the specific page and used in later printing in the printing unit 2. .. The determination standard and the correction information may be selected and used by the user from those stored in the storage unit 105, or may be input each time. Further, the document data 200 is input to the CPU 104 from the outside of the apparatus via the I / O 106.

FIG. 3 is a diagram schematically showing the structure of the original data 200, which is the target of the correction operation in the original data correction device 100. In the manuscript data 200, one unit is a line 202 composed of a plurality of pages 201 including an envelope and an enclosure, and usually, as shown in the figure, the first and second lines are defined between the lines 202 and 202. This is image information composed of a plurality of consecutive lines 202 separated by the mark. As the type of page 201, for example, an envelope page table, an envelope page back, an inclusion first page, an inclusion middle page, an inclusion last page, and the like can be assumed. The specific content of the image information on each page 201 includes an address starting with a zip code as shown in FIG. 3, and an image other than the address such as characters, figures, and photographs indicated by A, B, C, and D in the figure. Information can be assumed.

With respect to the original data 200 shown in FIG. 3, the original data correction device 100 corrects the print position of the image as described below according to the flow chart shown in FIG. In addition, this explanation is an example of correcting the printing position of the address printed on the first page of the inclusions according to the position of the window when a plurality of inclusions are enclosed in an empty window envelope to create an envelope. Shown.

First, when the original data is input to the original data correction device 100 from the outside, the position correction is started (S1). The user inputs the envelope window area information, which is the correction information, from the input / display unit 101 (S2). That is, as shown in FIG. 5, the "area definition" screen is called on the screen of the input / display unit 101, and the envelope name to be used (designated as "window empty envelope A" in the figure) and the paper size ("233" in the figure). × 297 ”mm) is input, and the OK key 107 is pressed. On the screen, the image 111 of the designated window empty envelope in which the designated area (window portion) 110 on which the address should be displayed is displayed by a broken line is displayed. As a result, the information regarding the designated area (window portion) 110 to which the address should be displayed in the designated window blank envelope is determined as the correction information used for the “window blank envelope A”. The storage unit 105 stores envelope window area information in advance for various empty window envelopes.

Next, the user causes the determination unit 102 to search the document data for a specific page containing the specific image information to be corrected, and inputs the image position, size, and identification character input in order to acquire the specific image information. This is performed from the display unit 101 (S3). That is, as shown in FIG. 6, the "image position specification" screen is called on the screen of the input / display unit 101, and the "page type" (designated as "envelope page table" in the figure) and the specific page are designated as specific pages. Enter the "identification keyword" (designated as "〒" in the figure) and the envelope name to be used (designated as "window empty envelope A" selected earlier in the figure), which is the criterion for identification, and press the OK key 107. Press. As explained earlier, there are multiple types of page types, but it is not always necessary to enter and set all the judgment criteria for judging each page, and set the judgment criteria for finding the specific page you want to discover. do it.

The determination unit 102 of the document data correction device 100 determines the type of each page of the document data (S4), and if a page containing the identification keyword "〒" is found, determines this as a specific page. To do. In this example, the symbol "〒" is used to determine the page of the enclosure on which the address is printed as a specific page. Then, as shown in FIG. 6, the determination unit 102 displays the image 113 of the specific page including the address, which is the specific image information, on the input / display unit 101. In the example of FIG. 6, the address which is the specific image information is displayed in the image 113 of the specific page, but there is no image other than the address. The user specifies the address area 112 surrounding the address by using a designation means such as a pointer on the screen of the input / display unit 101, and presses the OK key 107 to confirm the specific image information. The specific image information of the address includes information on the area of the address (position information of the area where the address image exists on the specific page) and the size of characters and the like constituting the address.

The correction unit 103 of the document data correction device 100 corrects the address, which is the specific image information, with the envelope window area information of the designated "window empty envelope A". That is, each correction amount of the position and the character size is calculated to generate the correction specific image information (S5), and as shown in FIG. 7, the designated area is displayed on the "correction specific image confirmation" screen of the input / display unit 101. The corrected specific image which is the address moved to 110 is displayed. In the "correction specific image confirmation" screen shown in FIG. 7, not only the position of the address has been moved, but also the size of the address has been reduced. The character size is corrected when it is necessary. This is because if the address can be moved from the original position to the window position of "Window Empty Envelope A", the font size does not need to be corrected, but the address can be moved to the window. This is because if it does not fit in the area of, it may be necessary to make corrections to reduce the address.

The determination unit 102 of the document data correction device 100 or the second determination unit (not shown) determines whether or not the address, which is the correction specific image shown in FIG. 7, overlaps with an image other than another address whose position has not been corrected. (S7). In this example, there is no image other than the address, so there is no overlap.

If the address whose position or the like has been corrected overlaps with another image that is not subject to correction (S7, YES), a warning message is displayed on the input / display unit 101. If they do not overlap (S7, NO), the generated correction specific image information (address with corrected position, etc.) is associated with the specific page (specific page with the address) and stored in the storage unit 105. It is used in later printing in the printing unit 2.

The manuscript data correction device 100 executes the above processing for all pages of all the manuscript data. If the processing of all pages is completed (S8, YES), the correction processing for this manuscript data is completed (S9), and if the processing of all pages is not completed (S8, NO), the process returns to S4 and is unprocessed. The same process is sequentially executed for each page of.

If the printing unit 2 prints the manuscript data using the corrected specific image information obtained by the above correction processing, the position of the address to be printed on the first page of the enclosed envelope is determined by the window of the empty envelope. Since the correction is made so as to match the position of, when the sealed letter is created by the enclosed envelope 3, the address printed on the enclosed envelope can be properly visually recognized from the window of the empty envelope.

As described above, according to the present embodiment, the position and size of the image related to the specific image information can be corrected only for the specific page, so that the position and size of the window of the empty window envelope can be accurately adjusted. The effect of being able to easily create manuscript data for window-open envelopes can be obtained without grasping it.

In the correction processing example described above, an example of using an open window envelope has been described, but the manuscript data correction device 100 is also preferably used when creating an envelope in which the address is printed directly on the surface of an envelope without a window. Can be used. For example, when creating an envelope using a normal envelope without a window using the manuscript data 200 as shown in FIG. 3, the address of the specified envelope is displayed even if an envelope of an arbitrary size is specified. Information about the designated area to be output is read from the storage unit 105 as correction information, and the address position is moved to the position corresponding to the designated area, so that proper destination printing can be performed on the surface of the envelope.

Further, in the correction processing example described above, since the specific image information was used as the address, the symbol "〒" was used as the judgment standard for detecting the specific page, but the judgment standard is based on the type and nature of the specific page. Needless to say, it can be determined arbitrarily. For example, if there are specific characters / symbols in a specific position (range) on the page, it may be determined that the page is a specific page of the inclusion. Specifically, for example, a certain logo or trademark is on the page. It is also possible to adopt the criterion of judging that it is an inclusion when it is found at a specific position in the header.

Further, according to the manuscript data correction device 100 of the present embodiment, it is suitable not only for manuscript data correction for correcting the arrangement of addresses represented on the surface of the envelope as described above, but also for position correction of an image in an enclosure. Can be used for. For example, unaddressed images that are specific image information, that is, images other than addresses (characters, figures, photographs, etc.) are identified from a continuous manuscript data including a plurality of pages consisting of an envelope and an enclosure according to a predetermined criterion. It is also possible to determine a specific page. In that case, the information of the folding method (folding pattern such as tri-folding and quadruple-folding) of the enclosed material is used as the correction information. If it is determined that the non-addressed image exists at the position related to the fold line of the inclusion based on this correction information, at least one of the area and the size of the non-addressed image is corrected to obtain the non-addressed image. It is possible to generate correction specific image information that does not cover the fold line. If the manuscript data is printed based on the corrected specific image information, the unaddressed image can be moved to a position where the fold line does not overlap in the envelope of the sealed letter and printed, so that the appearance is improved.

In the embodiment described above, the manuscript data correction device is mounted on the seal creation device 1 as a part of the function of the control unit 100, but the manuscript data correction device is connected to the seal creation device 1 via a network. It may be realized by an external terminal such as a personal computer. That is, in this case, the document data correction device is configured as an application or a printer driver on an external terminal, and the document data corrected by the document data correction device is transmitted to the envelope creation device 1 via the network. Further, the display, mouse, and keyboard provided in the external terminal function as the display / input unit 101.

1 Sealing and sealing device 2 Printing unit 3 Enclosing and sealing unit 30 Paper to be enclosed 40 Envelope 100 Control unit which is a document data correction device 101 Input / display unit 102 Judgment unit 103 Correction unit 104 CPU
105 Storage unit 110 Designated area 111 Image of envelope with window 112 Address area 113 Image of specific page 200 Manuscript data 201 Page 201

Claims (4)

A manuscript data correction device that corrects through manuscript data composed of multiple pages including envelopes and inclusions.
A determination unit that determines a specific page containing specific image information from each page of the manuscript data according to a predetermined determination criterion,
A correction unit that corrects the specific image information of the specific page determined by the determination unit based on the correction information, and a correction unit.
Equipped with
The specific image information includes information regarding the area and size of the address displayed on the specific page.
The correction information includes information regarding a designated area in which the address should be displayed in a sealed letter composed of an envelope and an enclosure.
The correction unit corrects at least one of the address area and the size of the specific image information to generate correction specific image information such that the address is displayed in the designated area in the sealed letter. A featured original data correction device. It further has a storage unit in which the determination criteria and the correction information are stored.
The manuscript data correction device according to claim 1, wherein the correction unit stores the correction specific image information in association with the specific page in the storage unit. The specific image information includes information regarding the area and size of the unaddressed image displayed on the specific page.
The correction information includes information regarding the folding position of the inclusions.
The correction unit corrects at least one of the area or the size of the unaddressed image in the specific image information, so that the unaddressed image is displayed in the area outside the fold line of the inclusion in the inclusion. The manuscript data correction device according to claim 1 or 2, wherein the correction specific image information is generated. The manuscript data correction device according to claim 1 , wherein a warning is issued when the correction specific image related to the correction specific image information overlaps with another uncorrected image on the specific page.

Images