JP2008176624A - Character recognition result management apparatus and method, and computer program - Google Patents

Abstract

An object of the present invention is to make it possible to create a file name with a high degree of freedom as intended by an operator.
A plurality of recognition results are obtained by designating a plurality of recognition areas in image data of a document and performing character recognition for each of the recognition areas. A recognition result file is created based on the obtained plurality of recognition results. It should be noted that two or more recognition results are specified from among a plurality of recognition results obtained by character recognition (by inputting a format character string into the format input field BF32), and the recognition result file Is created by creating the file name for assignment based on the two or more designated recognition results.
[Selection] Figure 6

Description

  The present invention relates to a technique for managing a recognition result file obtained by character recognition of a document image, and particularly to a technique for automatically assigning a file name.

  Conventionally, there has been a technique for obtaining character information of an image by reading an image of a document with a scanner and optically recognizing the image. The obtained character information is stored in a memory such as a hard disk drive as a character recognition result file. There is a technique for setting a character string in a preset area obtained by character recognition as the file name of a character recognition result file at the time of saving.

JP 2005-56315 A

  However, since the conventional technique creates a file name from only one character string obtained from the preset area, the file name cannot be determined as desired by the operator, and a single character is used. There is a problem that the degree of freedom of file name creation is low because it is determined from the column.

  The problem to be solved by the present invention is to make it possible to create a file name with a high degree of freedom as intended by the operator.

  As means for solving at least a part of the problems described above, the following configuration is adopted.

The character recognition result management apparatus according to the present invention includes:
A character recognition means for obtaining a plurality of recognition results by designating a plurality of recognition areas in the image data of one page of document and performing character recognition for each recognition area;
In a character recognition result management device comprising: a file creation means for creating a recognition result file with a file name based on a plurality of recognition results obtained by the character recognition means;
A recognition result specifying means for specifying two or more recognition results among a plurality of recognition results obtained by the character recognition means in accordance with an instruction from an operator;
The file creation means includes:
The present invention is characterized by comprising file name creation means for creating the file name for assignment based on two or more recognition results designated by the designation means.

  According to the character recognition result management apparatus having the above-described configuration, two or more recognition results are designated from a plurality of recognition areas designated in the image data of a one-page document in accordance with an instruction from the operator. A file name for assignment is created based on two or more recognition results. Since the recognition result is designated in accordance with an instruction from the operator, the file name can be set as intended by the operator. Further, since the file name is determined based on two or more recognition results, the degree of freedom in creating the file name is high. Therefore, according to the character recognition result management apparatus of the present invention, a file name can be created with a high degree of freedom as intended by the operator.

  The recognition result designating unit is configured to designate the order of the two or more recognition results together with the two or more recognition results in accordance with an instruction from the operator, and the file name creating unit is configured to specify the recognition result designating unit. The file name may be created by combining two or more recognition results specified by the above based on the arrangement order. According to this configuration, the arrangement order of the two or more designated recognition results can be changed in accordance with an instruction from the operator, so that the degree of freedom in creating a file name is higher.

  The recognition result designating unit includes a format character string input unit that inputs a format character string including a special character string assigned to each of the two or more recognition results according to an instruction from the operator. The means may be configured to create the file name by combining recognition results corresponding to the variables according to a rule determined from the format character string. According to this configuration, since the file name can be determined by a simple operation of inputting a character string, the operability is excellent.

  The format character string may have a configuration including a special symbol, a character, or the like, and the file name creation unit may create a file name including the code. According to this configuration, the file name can be provided with a special symbol, character, or the like, so that the degree of freedom in creating the file name is higher.

The management method of the character recognition result of the present invention is:
A plurality of recognition results are obtained by designating a plurality of recognition areas in the image data of one page of document and performing character recognition for each recognition area,
In the character recognition result management method for creating a recognition result file with a file name based on the plurality of obtained recognition results,
Specifying two or more recognition results among a plurality of recognition results obtained by the character recognition according to an instruction from the operator,
The recognition result file is created by creating the file name for assignment based on the two or more designated recognition results.

The computer program of the present invention is:
A computer program,
(A) a function of obtaining a plurality of recognition results by designating a plurality of recognition areas in the image data of a one-page document and performing character recognition for each recognition area;
(B) Based on the plurality of obtained recognition results, the computer has a function of creating a recognition result file with a file name, and
further,
(C) causing a computer to realize a function of designating two or more recognition results from a plurality of recognition results obtained by the function (a) according to an instruction from an operator;
The function (b) is
And a function of creating the file name for assignment based on two or more recognition results specified by the function (c).

  The character recognition result management method and computer program have the effect that a file name can be created with a high degree of freedom as intended by the operator, similarly to the character recognition result management apparatus of the present invention.

  Note that the present invention can be realized in various forms, for example, in the form of a recording medium that records the computer program of the present invention, a data signal that includes the computer program and is embodied in a carrier wave, and the like. Can be realized. In addition, the present invention can be realized as a program supply device that supplies a computer program via a communication path.

Hereinafter, embodiments of the present invention will be described in the following order based on examples.
1. First embodiment:
A. Hardware configuration:
B. Software configuration:
C. Action / Effect:
2. Second embodiment:
3. Other embodiments:

A. Hardware configuration:
FIG. 1 is a block diagram showing a schematic configuration of hardware of a computer system to which the first embodiment of the present invention is applied. This computer system includes a so-called personal computer (hereinafter simply referred to as a computer) 10 and a display 12 and an image scanner 14 around it. The computer 10 includes a computer main body 16, a keyboard 18 and a mouse 20 as input devices. The computer main body 16 is equipped with a CD drive 22 for reading the contents of the CD-ROM.

  The computer main body 16 includes a ROM, a RAM, a display image memory, a mouse interface, a keyboard interface, and the like connected to each other by a bus around a CPU as a central processing unit. The computer main body 16 includes a built-in hard disk drive (hereinafter referred to as HDD) 40. The HDD 40 temporarily stores image data of a document optically read by the image scanner 14.

  The computer main body 16 takes in image data for one page of the document optically read by the image scanner 14 from the HDD 40, and recognizes the image data as characters. This character recognition process is realized by the CPU executing software (computer program) installed in the computer main body 16 and stored in the HDD 40. This software is OCR (optical character reader) software and is provided by a CD-ROM.

  The OCR software is provided as a configuration stored in another portable recording medium (portable recording medium) such as a flexible disk, a magneto-optical disk, and an IC card in place of the CD-ROM. can do. Further, the OCR software may be provided via a network from a specific server connected to an external network. The network may be the Internet or a computer program obtained by downloading from a specific homepage. Alternatively, it may be a computer program supplied in the form of an email attachment.

B. Software configuration:
In FIG. 1, the computer main body 16 is shown by blocks of functions implemented internally. The OCR software 30 included in the computer main body 16 functionally includes a scanned image capturing unit 32, a character recognition unit 34, and a file creation unit 36. According to the OCR software 30 operating inside the computer main body 16, first, the scanner driver 50 is operated by the scan image capturing unit 32 to perform processing for capturing an image (scanned image) of the document P from the image scanner 14. . Next, the character recognition unit 34 performs a process of recognizing characters from the captured image data of the scanned image. Thereafter, based on a plurality of character recognition results obtained by the character recognition process, the file creation unit 36 creates a recognition result file CF and stores it in the HDD 40.

  By executing the OCR software 30 with the CPU of the computer main body 16, the scanned image capturing unit 32, the character recognition unit 34, and the file creation unit 36 are realized. The file creation unit 36 includes a file name creation unit 36a, and the file name creation unit 36a creates a file name of the file. The file name creation unit 36a creates a file name for assignment based on two or more recognition results designated by the recognition result designation unit 38 that operates in response to an input command from the keyboard 18 or the mouse 20 as an input device. is doing. The scan image capturing unit 32 is a well-known unit that performs the above-described operation, and a detailed description thereof will be omitted. The character recognition unit 34, the file creation unit 36, and the recognition result designation unit 38 will be described in detail later. The character recognition result management apparatus of the present invention is constituted by the character recognition unit 34, the file creation unit 36, and the recognition result designation unit 38 according to the OCR software 30.

  FIG. 2 is an explanatory diagram showing an example of the image data SD of the scanned image captured by the scanned image capturing unit 32 together with the window WD. The window WD is displayed on the display 12 by the OCR software 30, and includes a menu bar BR1, a tool bar BR2, and a work field WF. The toolbar BR2 is provided with “scan”, “region extraction”, “recognition”, and “save” buttons BT1, BT2, BT3 and BT4 for executing commands in the order according to the work procedure. The illustrated example is a state after the “scan” button BT1 is clicked by the mouse 20 and the document P of the document is scanned by the scan image capturing unit 32.

  As shown in the drawing, image data SD of a scanned image is displayed in the work field WF. The document P, which is the original document of the scanned image, has a slip number, address, title, and text. An image of the original P is obtained as image data SD. In this embodiment, a plurality of documents P in such a format are read in order by the image scanner 14 to obtain a plurality of image data SD, and the first page of image data SD is displayed in the work field WF. Note that the document P does not necessarily have to be plural, and may be one. Thereafter, the “area extraction” button BT2 is clicked by the mouse 20 to perform a process of designating a plurality of recognition areas for each of the obtained image data SD. The layout of the plurality of areas is common to each of the image data SD.

  FIG. 3 is an explanatory diagram illustrating an example of the recognition areas L1 to L4. The CPU of the computer main body 16 specifies a rectangular frame drawn by the operator on the display screen as a recognition area in response to the operation of the mouse 20 by the operator on the work field WF on which the image data SD of the scanned image is displayed. To do. In the example shown in the figure, recognition areas L1 to L4 corresponding to the slip number, address, title, and text described on the document P are designated. Note that the recognition areas L1 to L4 may be configured to be automatically designated by a CPU process from a predetermined character string such as “slip number” or “middle” or a set of characters. Note that serial numbers are assigned to the recognition areas L1 to L4, and the recognition areas L1 to L4 can be individually specified by a process described later (in the present embodiment, specified by a format character string described later). In this way, the numbers N1 to N4 are displayed so as to be attached to the respective recognition areas L1 to L4.

  From the state shown in FIG. 3, the operator then clicks the “recognition” button BT3. When the “recognition” button BT3 is clicked, character recognition is performed in each of the designated recognition areas L1 to L4. As a result, a recognition result (text data) for each of the recognition regions L1 to L4 is obtained for each piece of image data SD of the scanned image. The process of designating a plurality of recognition areas by clicking the “area extraction” button BT2 and the process of obtaining a recognition result for each recognition area by clicking the “recognition” button BT3 are shown in FIG. Corresponding to

  Thereafter, when the “Save” button BT4 is clicked by the operator, a recognition result file corresponding to each of the image data SD of the scanned image is created by collecting the recognition results for each of the recognition regions L1 to L4 and stored in the HDD 40. Saved. This process corresponds to the file creation unit 36 (FIG. 1).

  FIG. 4 is an explanatory diagram showing the data structure of the recognition result file CF stored in the HDD 40. As shown in the figure, the recognition result file CF includes a file name field Fd1, a content field Fd2, and the like. The file name field Fd1 stores a file name automatically given by the OCR software 30. Note that how the file name is created will be described later. The content field Fd2 is composed of first to fourth data fields Fd21 to Fd24. The first data field Fd21 stores slip number data as a recognition result entered in the slip number recognition area L1 (see FIG. 3). In the second data field Fd22, address data as a recognition result entered in the address recognition area L2 (see FIG. 3) is stored. In the third data field Fd23, subject data as a recognition result entered in the subject recognition area L3 is stored. The fourth data field Fd24 stores text data as a recognition result entered in the text recognition area L4.

  In the present embodiment, prior to the creation of the recognition result file CF having the above-described configuration, a dialog box of [OCR factory setting] for setting conditions for the creation is displayed on the display 12. When the “Save” button BT4 is clicked, the [OCR Factory Settings] dialog box may be displayed immediately, or the [OCR Factory] provided in the toolbar BR2 as a preparation for OCR work. When the button BT0 (see FIG. 2) is clicked, a [OCR factory setting] dialog box may be displayed.

  FIG. 5 is an explanatory diagram showing a dialog box DB1 of [OCR factory setting]. As shown in the figure, the [OCR factory setting] dialog box DB1 includes a folder designation field BF1 for designating a folder for storing the recognition result file CF, and a file format designation for designating the file format of the recognition result file CF. A field BF2 and a file name designation field BF3 for designating the file name (saved file name) of the recognition result file CF are provided.

  The operator can specify the save destination folder, the file format, and the file name for the recognition result file CF by operating the keyboard 18 and the mouse 20 to input the fields BF1 to BF3. In accordance with this specification, the CPU creates a recognition result file CF and saves it in the HDD 40.

  A method for specifying the file name specifying field BF3 will be described in detail below. Specifically, the file name designation field BF3 includes a file name display field BF31 for displaying a sample of the file name of the recognition result file CF, and a [Change] button BT11. When the “change” button BT11 is clicked by the operator, a dialog box DB2 of “file name setting” is displayed on the display 12.

  FIG. 6 is an explanatory diagram showing a dialog box DB2 for [File name setting]. [File name setting] dialog box DB2 is for editing the format of the file name of recognition result file CF, and includes a format input field BF32. A format character string is input to the format input field BF32 by an operation using the keyboard 18 by the operator. The format character string indicates a rule for editing the format of the file name, and has a configuration in which one or more special character strings are combined. A plurality of special character strings shown in Table 1 below are prepared in advance.

  “%? W” in the table designates a recognition area used as a file name. The recognition areas here are the recognition areas L1 to L4 (see FIG. 3) designated in the image data SD of the scanned image as areas for character recognition. "?" Is an integer and means a number determined in the recognition areas L1 to L4. That is, “% 1w” designates the slip number recognition area L1, “% 2w” designates the address recognition area L2, “% 3w” designates the subject recognition area L3, and “% 4w” A body recognition area L4 is designated.

  The operator uses one or more parameters in the table and, if necessary, special symbols (-, \, *, ", #, (,), etc.) and characters (A, a, a, a, etc.) A format character string created using a code such as is input from the format input field BF32.Examples of inputting a format character string and examples of file names created according to the input example are as follows. ).

(A) When the format character string is input as “% 1w-% 2w”, the file name is “recognition result of slip number recognition area L1−recognition result of address recognition area L2.txt”. In the case of the image data SD illustrated in FIG. 3, the file name is “1-234-XXX Corporation.txt”. txt is an extension indicating that the data is in text format.

(B) When the format character string is input as “% 2w (% 3w)”, the file name is “recognition result of the slip number recognition area L2 (recognition result of the address recognition area L3) .txt”. In the case of the image data SD illustrated in FIG. 3, the file name is “xxx corporation (delivery notice) .txt”.

(C) When the format character string is input as “A-% 1w-% 2w”, the file name is “A-slip number recognition area L1 recognition result-address recognition area L2 recognition result.txt”. Become. In the case of the image data SD illustrated in FIG. 3, the file name is “A-1-234-XXX Corporation.txt”.

(D) When the format string is input as “% 1w-% 2w-% 001p”, the file name is “recognition result of the slip number recognition area L1−address recognition area L2-001p. txt "," recognition result of slip number recognition area L1-address recognition area L2-002p.txt ", and so on. In the case of the image data SD illustrated in FIG. 3, the file names are “1-234-XXX Corporation.-001.txt” and “1-234-XXX Corporation.-002.txt” in order from the first file. "...

  That is, there are a plurality of special character strings “%? W” for designating a recognition area to be used as a file name in the format character string (2 in the examples (A) to (D) above, but a number of 3 or more may of course be used. ), If it is included, each character recognition result data is extracted from the recognition areas L1 to L4 specified by the special character string “%? W”, and the recognition results are displayed in the order in which they are arranged on the format character string. combine. For example, if the format character string is “% 3w−% 2w”, the file name is created by arranging both in the order of the recognition result of the recognition area L3 and the recognition result of the recognition area L2. If there is a code such as a special symbol or character in the format character string, the file name is created by adding the code at that position.

  Note that a file name list field BF33 is provided in the right column of the [File name setting] dialog box DB2. In the file name list field BF33, file name samples formed by setting the format are displayed in a list. The first file name displayed in the file name list field BF33 matches the file name display field BF31 in the dialog box DB1 of [OCR factory setting]. The configuration of the [File name setting] dialog box DB2 corresponds to the recognition result designation unit 38 (FIG. 1).

  Hereinafter, the creation / saving process of the recognition result file including the creation of the file name will be further described. FIG. 7 is a flowchart showing a recognition result file creation / storage process executed by the CPU of the computer main body 16. In this flowchart, after the operator clicks the “Save” button BT4 and inputs data from the [OCR Factory Setting] dialog box DB1 and the [File Name Setting] dialog box DB2 as necessary. Execution starts.

  As shown in the figure, when the process is started, the CPU of the computer main body 16 reads the input contents of the folder designation field BF1 and the file format designation field BF2 provided in the [OCR factory setting] dialog box DB1. Processing is performed (step S100). Next, the CPU performs a process of reading the format character string input in the format input field BF32 provided in the [file name setting] dialog box DB2 (step S110). If no input is made from the dialog box DB1 for [OCR factory setting] and the dialog box DB2 for [file name setting], the contents at the previous setting are read in steps S100 and S110.

  Next, the CPU reads the recognition result (text data) for each of the recognition regions L1 to L4 with respect to each of the image data SD of the scanned image obtained in the character recognition process which is the previous process, for only one page of document (step). S120). Next, the CPU prepares a buffer corresponding to the recognition result file CF, and stores the recognition results for each of the recognition areas L1 to L4 read in step S120 in an area corresponding to the content field Fd2 of the recognition result file CF in the buffer. (Step S130).

  Thereafter, the CPU extracts a special character string (%? W) for designating the recognition result from the format character string read in step S110, and among the recognition results for each of the recognition regions L1 to L4 read in step S120. Then, a recognition result corresponding to the recognition area specified by the extracted special character string (%? W) is selected (step S140). Thereafter, the selected recognition result is combined according to a rule determined from the format character string read in step S110, thereby creating a file name in an area corresponding to the file name field Fd1 in the buffer (step S150). The process of step S150 combines the recognition results in the order described above, that is, in the order in which they are arranged on the format character string. If there is a code such as a special symbol or character in the format character string, a code is added at that position. To create a file name. The processing of steps S140 and S150 executed by the CPU corresponds to the file name creation unit 36a (FIG. 1).

  Thereafter, the contents of the buffer are stored in the HDD 40 as a recognition result file CF (step S160). The storage destination is a folder according to the input content of the folder designation field BF1 read in step S100.

  After execution of step S160, the CPU proceeds to step S170 to determine whether the recognition result read in step S120 is for the last page sent from the character recognition process. Here, when it is determined that it is not the last, the process returns to step S120, and the processes of steps S120 to S170 for the recognition result for the next page are repeatedly executed. On the other hand, if it is determined in step S170 that it is the last, the process proceeds to “return”, and the process of creating and saving the recognition result file is ended.

C. Action / Effect:
As described above in detail, in this embodiment, two or more recognition results are designated from among a plurality of recognition areas L1 to L4 designated in the image data of a document in accordance with an instruction from the operator, and the designation is made. A file name for assignment is created based on two or more recognition results. Since the recognition result is designated in accordance with an instruction from the operator, the file name can be set as intended by the operator. Further, since the file name is determined based on two or more recognition results, the degree of freedom in creating the file name is high. Therefore, according to the present embodiment, a file name can be created with a high degree of freedom as intended by the operator.

  In this embodiment, the file name of the recognition result file CF can be set by a simple operation of inputting a format character string, which is excellent in operability.

2. Second embodiment:
Next, a second embodiment of the present invention will be described. The second embodiment is different from the first embodiment only in the [File name setting] dialog box, and the other software configuration and hardware configuration are the same. The same parts as those in the first embodiment will be described with the same numbers.

  FIG. 8 is an explanatory diagram showing a [file name setting] dialog box XDB2 in the second embodiment. [File name setting] dialog box DBX2 includes a format input field XBF32 and a file name list field XBF33. The file name list field XBF33 is the same as that in the first embodiment.

  The format input field BF32 in the first embodiment is merely for inputting a character string into one input field. On the other hand, the format input field XBF32 in the second embodiment is [recognition result]. Input field IF1 for [character string to be placed before], input field IF2 for [recognition frame number], and input field IF3 for [character string to be placed after recognition result]. By receiving an input operation of the keyboard 18 and the mouse 20 by the operator for each of the input fields IF1 to IF3 of the format input field BF32, designation of the recognition result and what special symbols and characters are added before and after the recognition result. It can be instructed to the computer main body 16 to be included. Further, by clicking the add button BT22, the set of the input fields IF1 to IF3 can be increased, and by clicking the delete button BT21, the corresponding set can be deleted. As a result, the same file name as that of the interface of the format input field BF32 of the first embodiment can be provided by the interface of the format input field XBF32 of the second embodiment.

3. Other embodiments:
Another embodiment of the present invention will be described next.

(1) In the first embodiment, by inputting a format character string in one input field, in the second embodiment, by entering a number in the input field IF2 of [recognition frame number], two or more However, any interface may be used as long as two or more recognition results can be designated by the operator. For example, in the screen display after the area designation shown in FIG. 3, a configuration may be adopted in which a recognition area used as a file name is double-clicked. In this case, the file name may be created by arranging the recognition results corresponding to the order of double-clicking, or the higher the number N1 to N4 (those closer to 1), the more upstream the file name may be. Good. That is, the arrangement order of the recognition results does not necessarily need to be specified by the operator, and may be determined automatically by the computer.

(2) In the first and second embodiments, a file name is created based on two or more recognition results. However, a name for a folder storing a recognition result file is created based on two or more recognition results. It is good also as composition to do. Since the folder name is a name that can identify the recognition result file to some extent, it corresponds to the “file name” in the present invention.

(3) Instead of the first and second embodiments, the recognition result file CF is created as document image data in which the original image data is integrated, and the file name used when saving the document image data is changed. It is good also as a structure which applies this invention to a setting.

(4) In the above embodiment, the image data to be character-recognized is the image data of the document optically read by the image scanner 14, but instead of this, the image data of the document prepared in advance is the HDD, It may be read from a recording medium such as a CD-R. Further, the image data may be provided via a network from a specific server connected to an external network.

  As mentioned above, although one Example of this invention and its modification were explained in full detail, this invention is not limited to such an Example at all, and it implements in various aspects in the range which does not deviate from the summary of this invention. Of course you can.

It is a block diagram which shows schematic structure of the hardware of the computer system to which 1st Example of this invention is applied. It is explanatory drawing which shows an example of the image data SD of the scan image taken in by the scan image taking-in part 32 with the window WD. It is explanatory drawing which shows an example of recognition area | region L1-L4. 6 is an explanatory diagram showing a data structure of a recognition result file CF stored in the HDD 40. FIG. It is explanatory drawing which shows dialog box DB1 of [OCR factory setting]. It is explanatory drawing which shows dialog box DB2 of [file name setting]. 6 is a flowchart showing a recognition result file creation / storage process executed by a CPU of a computer main body 16; It is explanatory drawing which shows dialog box XDB2 of [setting of a file name] in 2nd Example.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 ... Computer 12 ... Display 14 ... Image scanner 16 ... Computer main body 18 ... Keyboard 20 ... Mouse 32 ... Scanned image capturing part 34 ... Character recognition part 36 ... File creation part 36a ... File name creation part 38 ... Recognition result designation part 40 ... HDD
50 ... Scanner driver P ... Original WD ... Window WF ... Work field CF ... Recognition result file DB1 ... [OCR factory setting] dialog box DB2 ... [File name setting] dialog box BF32 ... Format input field BF33 ... File Name list field XDB2 ... [File name setting] dialog box XBF32 ... Format input field IF1-IF3 ... Input field BT21 ... Delete button BT22 ... Add button XBF33 ... File name list field

Claims (6)

A character recognition means for obtaining a plurality of recognition results by designating a plurality of recognition areas in the image data of one page of document and performing character recognition for each recognition area;
In a character recognition result management device comprising: a file creation means for creating a recognition result file with a file name based on a plurality of recognition results obtained by the character recognition means;
A recognition result specifying means for specifying two or more recognition results among a plurality of recognition results obtained by the character recognition means in accordance with an instruction from an operator;
The file creation means includes:
An apparatus for managing character recognition results, comprising: a file name creation means for creating the file name for assignment based on two or more recognition results designated by the designation means. The character recognition result management device according to claim 1,
The recognition result specifying means includes
The arrangement order of the two or more recognition results together with the two or more recognition results is designated according to an instruction from the operator;
The file name creation means
A character recognition result management apparatus configured to create the file name by combining two or more recognition results specified by the recognition result specifying means based on the arrangement order. The character recognition result management device according to claim 2,
The recognition result specifying means includes
A format character string input means for inputting a format character string including a special character string assigned to each of the two or more recognition results according to an instruction from the operator;
The file name creation means
A character recognition result management apparatus configured to create the file name by combining recognition results corresponding to the variables according to a rule determined from the format character string. The character recognition result management device according to claim 3,
The format character string is configured to include special symbols, characters, and the like,
The file name creation means
A character recognition result management apparatus configured to create a file name including the code. A plurality of recognition results are obtained by designating a plurality of recognition areas in the image data of one page of document and performing character recognition for each recognition area,
In the character recognition result management method for creating a recognition result file with a file name based on the plurality of obtained recognition results,
Specifying two or more recognition results among a plurality of recognition results obtained by the character recognition according to an instruction from the operator,
A method of managing a character recognition result, wherein the recognition result file is created by creating a file name for assignment based on the two or more designated recognition results. A computer program,
(A) a function of obtaining a plurality of recognition results by designating a plurality of recognition areas in the image data of a one-page document and performing character recognition for each recognition area;
(B) Based on the plurality of obtained recognition results, the computer has a function of creating a recognition result file with a file name, and
further,
(C) causing a computer to realize a function of designating two or more recognition results from a plurality of recognition results obtained by the function (a) according to an instruction from an operator;
The function (b) is
A computer program comprising a function of creating the file name for assignment based on two or more recognition results specified by the function (c).

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