KR20090032546A - System for processing marc data of book and method thereof - Google Patents

Abstract

A system for processing mark data of a book and a method thereof are provided to reduce the time taken for a mark operation remarkably by performing a mark work for a list of plural books included in a mark order sheet file based on a selective mapping method. An order client(102) creates a mark order sheet file including a list for plural books, and transmits the generated mark order sheet file to a book mark service system(108) to request a book order. A book mark service system classifies the book list in a mark-containing book list and a non-mark containing book list by searching a mark database(1085) at which previously processed mark data are stored. In addition, the book mark service system creates a mark file by selectively executing a mark work for the lists of the non-mark containing books and transmits the created mark file to the client who requested an order.

Description

Mark data processing system for books and its method {SYSTEM FOR PROCESSING MARC DATA OF BOOK AND METHOD THEREOF}

The present invention relates to a system for processing mark data for books, and more particularly, to a mark data processing system and method for books suitable for effectively generating mark data of books necessary for maintaining a book list.

As is well known, the book list system is a system used to maintain a list of books stored in a library, etc., and it is convenient for general book users to use books such as book search, book reading, book loan, and book return. It provides the surname, etc., and provides book managers (eg, librarians, etc.) the convenience and speed of book management, such as book placement management, book loan management, and book return management.

In the book list system, as book identification information (book index information), there are items such as book name, author, publisher, ISBN (international standard book number), publication year, number of books, unit, etc., each of which has unique mark data. (Mark symbol) is set, and such mark data is an item necessary for book management such as book search or the like.

Therefore, in a library or the like using a book list system, mark data of all books held must be stored in a database, and such mark data is generated manually by a librarian who manages books. As a procedure, a series of procedures such as book identification information input, search, mark data input, and the like are sequentially performed to acquire and store necessary mark data in a database.

However, the method of acquiring the mark data according to the conventional procedure performed by a librarian or the like has a problem that the process of acquiring the mark data is not only complicated but also takes a lot of time.

In addition, the conventional conventional mark acquisition method has a problem that the acquisition error of the mark data due to the input error of the operator frequently occurs.

Therefore, in the present invention, by building a plurality of mark data in a database, and performing a mark operation on a plurality of book lists included in the mark order file in a selective mapping method of the mark data using the same, a breakthrough time of the mark operation It provides a service technique that can realize savings.

In addition, the present invention, by constructing a plurality of mark data in a database, by performing a mark operation on a plurality of book lists included in the mark order file in a selective mapping method of the mark data using the same, the mark operator input mistake It provides a service technique that can effectively prevent the acquisition error of the mark data caused by the.

The present invention is a system for processing mark data for books using a network, according to one aspect, generating a mark order book file including a plurality of book lists, and transmitting the generated mark order book file to a book mark service system. By ordering a book client to request a book order, and a mark database in which a plurality of previously-worked mark data are stored, the book list included in the mark order document file is classified into a mark-bearing book list and a mark-free book list, Perform a mark operation for mapping the mark data corresponding to each item to the mark holding book lists, and selectively execute the mark operation for the non-marked book lists to complete the book mark operation for the mark order book file Creates a mark file, and the generated mark file The book provides a data processing system for marks containing the book mark service system to send orders to the client via the network.

According to another aspect of the present invention, there is provided a method of processing mark data for books using a network, the method comprising: an order client generating a mark order book file including a plurality of book lists; Requesting the work of the mark data for the book by sending it to the mark service system, and searching the mark database in which a plurality of previously-worked mark data are stored. Classifying the mark-free book list, performing a mark job for mapping mark data corresponding to each item to the mark-owned book lists, and selectively executing a mark job on the non-marked book lists. Complete the book mark operation on the mark order form file, And the step of generating the W mark file, the created mark file provides the data processing for the book mark comprises the step of transmitted to the client through the network order.

According to the present invention, the time required for the mark operation is established because the mark operation is executed on the plurality of book lists included in the mark order file by constructing a plurality of mark data in a database and using a selective mapping method of the mark data using the same. Can drastically reduce.

In addition, the present invention builds a plurality of mark data in a database, and executes a mark operation on a plurality of book lists included in a mark order file in a selective mapping manner of the mark data using the mark data, thereby inputting a mark operator. Error in acquiring mark data due to a mistake can be effectively prevented.

Summary of the Invention The technical subject matter of the present invention is that, unlike the above-described conventional method for obtaining necessary mark data by sequentially repeating a series of procedures such as book identification information input, search, mark data input, and the like, a plurality of previously worked Build mark data into a database, use the database to classify book lists included in the mark order file into a mark-owned book list and a mark-free book list, and mark-book book lists through a mark data mapping method using a database. The present invention realizes a mark operation on a plurality of book lists included in a mark order file by selecting and executing a mark operation and selecting and executing an actual mark operation for non-marked book lists. Efficiency of mark data for each book through means Which can provide the acquisition.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the present invention.

Example 1

1 is a block diagram of a book data processing system for a book according to a preferred embodiment of the present invention, the order client 102, the network 104, the book delivery client 106 and the book mark service system 108, etc. Include. Although only one ordering client and one book delivery client are illustrated in the system of FIG. 1, this is merely illustrative for convenience of explanation and enhancement of understanding, and is not necessarily limited thereto. Of course, there may be a large number of ordering clients and book delivery clients accessing the system.

The order client 102 includes a book operating module 1021 including a mark program 1021a, a mark verification program 1021b, a book operating program 1021c, a mark DB 1023, a book DB 1025, and the like. The book delivery client 106 includes a delivery processing module 1061 and an order DB 1063, and the book mark service system 108 includes a mark work module 1081 and an order member DB 1083 and a mark. DB 1085 and the like.

Referring to FIG. 1, the order client 102 is, for example, an orderer server or an orderer terminal (eg, a PC system) that can be connected to a network 104 including the Internet using a dedicated line, an ADSL, a modem, or the like. The book delivery client 106 and the book mark service system 108 are selectively connected through the network 104 to provide the service of mark data. Such an ordering client 102 is provided with, for example, a library that holds many books and provides services such as book reading and book rental to a large number of ordinary people.

First, the book management module 1021 in the ordering client 102 includes, for example, a microprocessor, network connection means, etc. to support the overall process required for library operation. Such book management module 1021 includes a mark program. 1021a, a mark verification program 1021b, a book operating program 1021c, and the like are mounted. Here, the mark program 1021a provides a process required for generating a mark order file (e.g., an Excel file) required for requesting a mark job, and the mark verification program 1021b provides the book mark service system 108 Provides a verification (compatibility verification) process for each mark data included in the mark file received from the book file, the book operation program (1021c) provides a variety of processes required for the maintenance and maintenance of each book provided in the library. Here, the mark program 1021a means a mark work dedicated program provided to the ordering client 102 side by the book mark service system 108 side via online or offline.

To this end, the book operation module 1021 stores the mark order book file generated for the request for the mark work, the mark file received from the book mark service system 108, and the like in the mark DB 1023, and the book DB 1025. In the library, catalog information and book rental information for each book in the library are stored.

In addition, the book operation module 1021 uses the mark program 1021a to generate a mark order file including a plurality of book lists, and then, along with the book delivery request message including its delimiter information, the network 104. It provides a function such as sending to the book delivery client 106 through the. Here, the delimiter information may include, for example, an orderer name (or library name), an orderer ID, an e-mail address, a wireless terminal number of the order manager, and the like.

In addition, the book operation module 1021 stores a mark file (a mark file including mark data for each book) when it is provided from the book mark service system 108, and stores it in the mark DB 1023, and the mark verification program 1021b. ) To verify whether the mark data for each book included in the mark file is appropriate, and when it is determined that each mark data is suitable through this verification, the book operation program 1021c is executed to execute the mark data for each book. Provides a function to apply to the books (registered in the book DB (1025) by applying the mark data of each book to the book).

Next, the book delivery client 106 is, for example, a book delivery company server or a business terminal (for example, a PC system) that can be connected to a network 104 including the Internet using a dedicated line, an ADSL, a modem, or the like. The delivery processing module 1061 includes, for example, a microprocessor for supporting the overall process required for book delivery service, network connection means, and the like, and the order DB 1063 includes an order file (e.g., each order client requests book delivery). , Excel's mark order file).

In addition, the delivery processing module 1061 in the book delivery client 106 retrieves the mark order file sent by the order client 102 at the time of book delivery request from the order DB 1063 for the purpose of the present invention. Along with the work request message, to the book mark service system 108 via the network 104. In this case, the mark work request message may include, for example, an orderer name (or a library name), link information (URL) of the ordering client, an orderer e-mail address, a wireless terminal number of the order manager, and the like.

Meanwhile, the book mark service system 108 is a server that services mark data operations for respective book lists included in the mark order document file provided from the book delivery client 106. Such mark data operations use Excel. Mark work is realized through the program.

That is, when the mark work module 1081 in the book mark service system 108 receives the mark order form file together with the mark work request message from the book delivery client 106, the orderer name (or library name) extracted from the mark work request message is received. Information about the order client's link information (URL), the orderer's email address, the order manager's wireless terminal number, and the mark order form file in the order member DB 1081, and the mark data previously stored in the mark DB 1085. The list of books included in the mark order file file is classified into a mark-owned book list and a mark-free book list. For the mark-listed book lists, each item (e.g., book name, author, publisher, Map mark data by ISBN, year of publication, volume, unit, price, etc., and user-selectable mark for unmarked book lists To issue the mark-up operation performed in a manner, it will be described in detail later with reference to Figure 2 for the specific process to thus perform the operation mark.

In this case, the mark order file stored in the order member DB 1083 may be stored as an Excel file or converted into a CSV file, and the mark order file may be classified into identification information items for each book (marks retained and not retained). The data may be converted and stored in a form suitable for the classification (eg, location conversion of each item).

In addition, when the mark data operation is completed through an optional mark data mapping technique using the mark DB 1085 or the like, the mark operation module 1081 generates a mark file in which the mark data operation is completed and stores it in the order member DB 1083. It is then sent to the ordering client 102 side via the network 104, which mark file may also be sent to the book delivery client 106 side that requested the mark job.

Accordingly, the mark data processing system for books according to the present embodiment orders the mark data work service for each book newly introduced into the library through an organic process linkage between the order client, the book delivery client, and the book mark service system. Can be provided quickly and accurately on the client side.

Next, a series of processes for providing a mark work service to the order client side using the mark processing system for books of the present embodiment having the above-described configuration will be described.

2 is a processing flowchart showing a process of processing mark data for books according to the first embodiment of the present invention.

Referring to FIG. 2, the book operation module 1021 in the order client 102 generates a plurality of book lists (eg, a list of books to be newly purchased) generated using the mark program 1021a according to an operation of the order manager. Create a mark order book file (or a quote order file) including, for example, a mark order book file having a format as shown in FIG. 5 (step 202), and the mark order book file thus generated is stored in the mark DB 1023. do.

Subsequently, when a command signal for book delivery is generated, the book operation module 1021 withdraws the mark order form file from the mark DB 1023, and then, for example, the orderer name (or library name), orderer ID, email address, The book order is sent to the book delivery client 106 side with the separator information optionally including the wireless terminal number of the order manager and the like (step 204). Here, the order client 102 may be viewed as a kind of "order company", and the book delivery client 106 may be viewed as a kind of "book vendor".

In response, the delivery processing module 1061 in the book delivery client 106 stores the received mark order book file in the order DB 1063, and then the orderer name (or library name) and link information (URL) of the order client. Mark data for books by generating a mark work request message including an orderer's e-mail address, an order manager's wireless terminal number, and the like, and transmitting the mark work request message together with the mark order file to the book mark service system 108 through the network 104. Request the work of (step 206). Here, the book mark service system 108 can be viewed as a kind of "book mark worker".

Next, in the mark work module 1081 in the book mark service system 108, as shown in FIG. 6 as an example, the received mark order file is converted (position-by-item position) and then the mark work request message is received from the mark work request message. The extracted information is stored in the order member DB 1083 together with the extracted information (step 208).

That is, as an example, the items in the order of "number-book name-author-publisher-ISBN-year-volume-number-unit-price etc." in the mark order file shown in FIG. 5 are shown as an example in FIG. As can be converted into the order of "number-ISBN-book name-volume-author-publisher-year, etc.". The conversion of the mark order file (item position change) as described above is intended to facilitate the classification of book lists included in the mark order book file into a mark-owned book list and a mark-free book list using a mark work program. In this case, the converted mark order file may be stored in the form of an Excel file or converted into the CSV file.

On the other hand, the operator of the book mark service system 108 may request a mark operation for each book list included in the mark order form file that is converted and stored in the order member DB 1083, and the operator performs processing for the book mark operation. If requested (step 210), the mark operation module 1081, as an example, retrieves the file search screen as shown in FIG. 7 from the screen DB (not shown) and provides it to the monitor side (not shown) (step 212). .

Thus, the operator can select a file (i.e., a converted mark order file) to be marked (for example, by clicking on the "Find file" item on the screen). When the operator selects the desired file (step 214), In the mark operation module 1081, as an example, as shown in FIG. 8, search option specification items (e.g., ISBN items, signature items, author items, publisher items, year surrender, deduplication items, etc.) and mark order forms are shown. A book list screen including book lists included in the list is constructed and provided to the monitor side (not shown) (step 216).

Subsequently, the mark work module 1081 waits for the sorting job command from the operation signal generation block (not shown). When the sorting job command is input (step 218), the mark work module 1081 reads the mark DB 1085. By searching, the book list classification screen which sorts the mark-owned book list and the mark-free book list for the books included in the mark order file, and distinguishes the mark-held book list and the mark-free book list, that is, as an example is shown in FIG. 9. As shown in the figure, a city list screen in which the entire book list is displayed on the upper side, the mark holding book list on the left side, and the unlisted book list on the right side is configured and provided to the monitor side (step 220). Here, the mark DB 1085 stores mark data for which a mark operation was previously performed.

Next, on the book list classification screen shown in FIG. 9, for example, the mark data mapping of the mark holding book can be commanded by clicking the "save" item. When the "save" item is clicked, the mark operation module In 1081, a mark job for drawing and mapping the mark data corresponding to each item of the mark holding book from the mark DB 1085 is executed (automatic execution of the mark job) (step 222). Here, the automatic execution of the mark operation means that the mark data, which has been previously worked, is applied to each book as it is, rather than a separate mark operation.

Therefore, when the mark mapping operation is automatically executed by clicking the "save" item on the screen of FIG. 9, the book list classification screen is converted as shown in FIG. 10 as an example. In FIG. 10, the white part located at the top represents mark-listed book lists on which the mark work is completed, and the black part located at the bottom represents list of un-marked books to be marked.

Thereafter, the mark work module 1081 waits for an operation instruction for a mark work on books without marks, and the operator can selectively execute a mark work required by using a mark work program. That is, the operator can, for example, collectively delete each tag provided by the mark work program, copy each tag, modify each tag, delete part of each tag, register number and author number processing, and author symbol generation functions. In addition, a mark operation may be performed on non-owned books by using an automatic book mark importing function according to library options, a domestic library KDC, and an automatic automatic converting function according to DDC application (step 224).

Next, when the mark operation on the book lists included in the mark order file is completed through the execution of the two steps 222 and 224 described above, the mark operation module 1081 marks the mark for which all the books have been completed. A file is generated, and the mark file generated as described above is stored in the order member DB 1083 (step 226), and the mark data generated through the mark operation in step 224 is registered (stored) in the mark DB 1085. )do. Here, the reason why the mark file is stored in the order member DB 1083 is to respond (resend correspondence) when the order client 102 requests to send the mark files that have been worked on in the future as necessary.

Thereafter, the mark work module 1081 fetches the mark file (mark file in which mark work for all book lists is completed) stored in the order member DB 1083 and transmits it to the book delivery client 106 side through the network 104. In response (step 228), the delivery processing module 1061 in the book delivery client 106 stores the received mark file in the order DB 1063 and transmits it to the order client (order) side via the network 104. (Step 230).

At this time, although the book mark service system 108 omits the illustration in FIG. 2, the book mark service system 108 transmits the mark file to the book delivery client 106 and generates a guide message indicating the transmission of the completed mark file. It may be sent online to a predetermined wireless terminal (eg, the order manager's wireless terminal) through the omitted wired / wireless communication network, and the online sending of the guide message may be provided in the form of an SMS or MMS message, for example. Therefore, the order manager on the order client side requesting book order and mark work using the mark order file will easily recognize that the requested mark work is completed through a guide message provided to his wireless terminal.

Next, the book operation module 1021 in the order client 102 stores the received mark file in the mark DB 1023 and then executes the mark verification program 1021b to determine whether each mark data included in the mark file is suitable. (Steps 232 and 234), when the verification result determines that there is an abnormality (authentication error) in some of the mark data for the book lists, a corresponding verification error message is generated by generating a corresponding verification error message. Sending to the mark service system 108 side (step 236), this verification error message may be sent directly to the book mark service system 108 or via a route via the book delivery client 106.

Accordingly, the book mark service system 108 will take follow-up measures (such as rework and retransmission of the failed mark data) corresponding to the verification error.

If it is determined in step 234 that the mark data for all the book lists are all correct, the book operation module 1021 executes the book operation program 1021c to display the mark data for each book in the book. (Mark data for each book is applied to the book and registered in book DB 1025) (step 238), and then a verification confirmation message corresponding to the verification result is generated and transmitted to book mark service system 108 side. This verification confirmation message may be sent directly to the book mark service system 108 or via a route via the book delivery client 106.

Accordingly, the book mark service system 108 will recognize that there is no abnormality in the mark file which they have made a mark work and sent to the order client 102 side.

Meanwhile, in the present embodiment, the mark file generated through the mark operation is described as being transmitted to the order client via the book delivery client. However, this is merely an example and the present invention is not necessarily limited thereto. Of course, it is possible to set the mark service system to directly transmit the mark file to the order client through the network.

Example 2

Unlike the above-described Embodiment 1 in which the mark data processing service is provided through the linkage between the order client, the book delivery client, and the book mark service system, the present embodiment differs from the mark data through the direct linkage between the order client and the book mark service system. The difference is that it provides processing services.

That is, the data processing system of this embodiment has a configuration in which the book delivery client is removed from the configuration of FIG.

3 is a block diagram of a book mark data processing system according to a second embodiment of the present invention, and includes an order client 302, a network 304, a book mark service system 306, and the like. Although only one ordering client is shown in the system of FIG. 3, this is merely illustrative for convenience of explanation and for better understanding, and is not necessarily limited thereto. The ordering client may be connected to a book mark service system through a network. Of course, a large number may exist.

Referring to FIG. 3, the order client 302, like the corresponding component of FIG. 1, has a book operating module 3021 having a mark program 3021a, a mark verification program 3021b, a book operating program 3021c, and the like. , Including a mark DB 3023 and a book DB 3025, which are substantially the same as the corresponding ordering client 102 of FIG. 1 in practical function, thereby avoiding unnecessary duplication of description for the sake of brevity of the specification. Detailed description thereof is omitted here.

In addition, the book mark service system 306 includes a mark work module 3031, an order member DB 3063, and a mark DB 3065, and in a practical function, the corresponding book mark service system 108 of FIG. Are substantially the same, and detailed descriptions thereof are omitted here in order to avoid unnecessary overlapping descriptions for the sake of brevity of the specification.

Therefore, hereinafter, a process of providing a data processing service will be described in detail with reference to FIGS. 3 and 4.

4 is a processing flowchart showing a process of processing mark data for books according to a second embodiment of the present invention.

Referring to FIG. 4, as in the above-described first embodiment, when a mark order book file including a plurality of book lists (eg, a list of books to be newly purchased) generated using the mark program 3021a is generated (step) 402, the mark order file generated in this way is stored in the mark DB 3023.

Then, when a command signal for book delivery is generated, the book operation module 3021 fetches the mark order form file from the mark DB 3023, and then, for example, the orderer name (or library name), orderer ID, email address, A mark operation is requested by transmitting to the book mark service system 306 side via the network 304 together with the identifier information optionally including the radio terminal number of the order manager and the like (step 404).

In response, the book mark service system 306 proceeds to a process of steps 406 through 424 to generate a mark file for which all of the books have been marked, which is a series of processes, that is, the processes of steps 406 through 424. 2 is substantially the same as the process of steps 208 to 226 shown in FIG. 2, and detailed descriptions thereof are omitted here in order to avoid unnecessary overlapping for the sake of brevity of the specification.

Accordingly, the mark work module 3021 fetches the mark file (mark file in which mark work for all book lists is completed) stored in the order member DB 3063 and transmits it to the order client 302 side through the network 304. (Step 426).

As a result, the order client 302 proceeds to the process of steps 428 to 436 to perform subsequent processing (verification, etc.) on the received mark file. The process of steps 428 to 436 is shown in FIG. It is substantially the same as the process of 232 to 240. Therefore, in order to avoid unnecessary duplication of description for the sake of brevity, the detailed description thereof will be omitted.

That is, according to the present embodiment, the order client 302 provides a processing service for the mark data by directly accessing the book mark service system 306 without passing through the book delivery client as in the first embodiment described above. I can receive it.

In the above description has been described by presenting a preferred embodiment of the present invention, but the present invention is not necessarily limited to this, and those skilled in the art to which the present invention pertains within a range without departing from the technical spirit of the present invention It will be readily appreciated that branch substitutions, modifications and variations are possible.

1 is a block diagram of a book mark data processing system according to a first embodiment of the present invention;

2 is a processing flowchart showing a process of processing mark data for books according to a first embodiment of the present invention;

3 is a block diagram of a book mark data processing system according to a second embodiment of the present invention;

4 is a processing flowchart showing a process of processing mark data for books according to a second embodiment of the present invention;

5 is an exemplary diagram of a mark order form screen for mark data processing for a book according to the present invention;

6 is an exemplary diagram of a mark order form screen converted for mark data processing for a book according to the present invention;

7 is an exemplary diagram of a file search screen for processing mark data for books according to the present invention;

8 is an exemplary view of a book list screen having search option designation items for mark data processing for books according to the present invention;

9 is an exemplary view of a book list classification screen showing a form in which a mark book list and a mark free book list are classified according to the present invention;

10 is another exemplary diagram of a book list classification screen showing a form in which a mark-listed book list and a mark-free book list are classified according to the present invention.

<Description of the code | symbol about the principal part of drawing>

102, 302: Order Client 106: Book Delivery Client

108, 306: book mark service system 1021, 3021: book operation module

1023, 1085, 3023, 3065: Mark DB 1025, 3025: Book DB

1061: Delivery Processing Module 1063: Order DB

1081, 3061: mark operation module 1083, 3063: order member DB

Claims (12)

A system for processing mark data for books using a network, An order client which generates a mark order book file including a plurality of book lists, and sends the generated mark order file to a book mark service system to request a book order; By searching the mark database in which a plurality of previously-marked mark data are stored, the book list included in the mark order book file is classified into a mark-bearing book list and a mark-free book list, and for each item in the mark-bearing book list. Executes a mark operation for mapping the corresponding mark data, and selectively executes a mark operation for the non-marked book lists to complete a book mark operation for the mark order book file to generate a mark file, and generates the generated mark file. The book mark service system for transmitting a file to the order client via the network Mark data processing system for a book comprising a. The method of claim 1, The book mark service system, Before classifying the book list, the mark data processing system for the book, characterized in that for converting the identification information for each book of the mark order file to a form suitable for classification and performing a sorting operation. The method of claim 1, The book mark service system, And generating a guide message indicating completion of the book mark operation and transmission of the mark file, and sending the generated guide message online to a predetermined wireless terminal through a wired / wireless communication network. The method of claim 1, The order client, And verifying the suitability of each mark data included in the mark file, and registering the mark file in a database for book management when the verification is authenticated. The method of claim 4, wherein The order client, And the mark file is transmitted to the book mark service system to request an error correction of mark data when the verification is not authenticated. The method according to any one of claims 1 to 5, The mark order processing file for books is an Excel file. A method of processing mark data for books using a network, The ordering client generates a mark order book file containing a plurality of book lists, Transmitting the generated mark order file to a book mark service system and requesting work of book mark data; Classifying the book list included in the mark order book file into a mark-bearing book list and a mark-free book list by searching a mark database in which a plurality of previously-marked mark data are stored; Executing a mark operation for mapping mark data corresponding to each item to the mark book list; Selectively executing a mark operation on the non-marked book lists, thereby completing a book mark operation on the mark order book file to generate a mark file; Transmitting the generated mark file to the order client through the network; Mark data processing method for a book comprising a. The method of claim 7, wherein The treatment method, Before classifying the book list, converting identification information items of each book in the mark order file into a form suitable for classification Mark data processing method for a book, characterized in that it further comprises. The method of claim 7, wherein The treatment method, Generating a guide message indicating completion of the book mark operation and transmission of the mark file; Online transmission of the generated guide message to a predetermined wireless terminal through a wired or wireless communication network Mark data processing method for a book, characterized in that it further comprises. The method of claim 7, wherein The treatment method, Verifying suitability for each mark data included in the mark file transmitted to the order client; Registering the mark file in a database for book management when the verification is authenticated Mark data processing method for a book comprising a. The method of claim 10, The treatment method, Transmitting the mark file to the book mark service system and requesting error correction of the mark data when the verification is not authenticated. Mark data processing method for a book, characterized in that it further comprises. The method according to any one of claims 7 to 11, And the mark order form file is an Excel file.

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