KR101578172B1 - Electronic document exchange management system - Google Patents

Abstract

A system for managing electronic document exchange of the present invention comprises: a designating unit for designating a particular area to record content in document data in which a first image displayed in a display and a second image printed in a printer are identical; a setting unit for setting a type of a format being a record menu of the content in the particular area; and a generating unit for inserting a particular format in which the setting is completed into the document data, and generating an electric document including the document data and the particular format.

Description

[0001] ELECTRONIC DOCUMENT EXCHANGE MANAGEMENT SYSTEM [0002]

The present invention relates to an apparatus for managing exchange of electronic documents and related data.

In accordance with the development of communication technology, there is an environment in which a specific document can be created from a remote place through a communication network. For example, an electronic document may be submitted on behalf of a paper document if submission of the paper document is required for use of the financial service.

The electronic document can be provided to the service provider through various communication networks, and various problems may arise in the management in this process.

Korean Patent Laid-Open Publication No. 2006-0112949 discloses a technique for receiving an approval for an electronic signature from a mobile communication terminal of a recipient when a product requiring a signature is delivered and outputting an electronic signature according to the approval. However, there is no management plan for exchange of electronic documents and related data.

Korean Patent Publication No. 2006-0112949

The present invention is intended to provide an electronic document exchange management apparatus for generation and exchange of electronic documents and related data in a shape similar to a paper document.

It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory and are not intended to limit the invention to the precise forms disclosed. Other objects, which will be apparent to those skilled in the art, It will be possible.

The electronic document exchange management apparatus of the present invention is characterized in that it comprises: a determination unit which specifies a specific area in which content is to be written in the same document data as the first image displayed on the display and the second image printed on the printer; A setting unit configured to set a type of a format to be a write menu of the content in the specific area; And a generating unit for inserting the specified form into the document data and generating an electronic document including the document data and the specific form.

The electronic document exchange management apparatus of the present invention includes: a display unit for displaying an electronic document prepared in a form in which a form in which content is written is prepared and printed; An input unit for inputting the content to be written in the form; And a management unit managing the electronic document, wherein the management unit can insert the content into the electronic document so that the content inputted through the input unit is displayed on the electronic document.

The electronic document exchange management apparatus of the present invention can insert the content into the same document data as the first image displayed on the display and the second image printed on the printer.

As a result, the user can directly input the entry corresponding to the content into the document data having the same shape as the paper document. Then, the electronic document exchange management apparatus can generate an electronic document having the same shape as the paper document created by the user.

The generated electronic document can be managed in the form of an electronic document or a paper document at a server requesting a user's entry.

1 is a block diagram showing an electronic document exchange management apparatus according to the present invention.
Figure 2 is a contract relating to insurance contracts.
3 is a schematic view showing a content input screen displayed on the terminal.
4 is a schematic diagram showing document data having a transfer menu.
5 is a schematic diagram showing document data in a state in which the transfer menu has been executed.
6 is a schematic diagram showing another electronic document exchange management apparatus of the present invention.
7 is a schematic view showing a structure in which an electronic document is distributed.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. The sizes and shapes of the components shown in the drawings may be exaggerated for clarity and convenience. In addition, terms defined in consideration of the configuration and operation of the present invention may be changed according to the intention or custom of the user, the operator. Definitions of these terms should be based on the content of this specification.

1 is a block diagram showing an electronic document exchange management apparatus according to the present invention.

The electronic document exchange management apparatus of the present invention can generate an electronic document.

The electronic document referred to in the present specification may be one in which contents created by a user are inserted into document data in which various forms are recorded.

For example, assume that user A enters into an insurance contract with an insurance company. A contract (10) is required for the insurance contract. At this time, the contract (10) may be in a state where various forms related to the contract contents are described.

If you look at the contract (10), the 'name' may be printed and next to the 'name' there may be a blank space where the user A can write his or her name.

At this time, the contents written by the user A in the above space may correspond to the contents. The form may correspond to a print statement " name " to guide the entry of the content.

2 is a contract (10) related to insurance contract. The contract 10 in Fig. 2 takes the form of a paper document.

If you look at it, the phrase 'COMMERCIAL GENERAL LIABILITY POLICY' indicating contract (10) is listed at the top, and various forms are listed below. In addition, the areas ①, ②, ③, ④, and ⑤ in which contents are to be written adjacent to each form may be provided.

An insurance number corresponding to the content may be written in the area (1) provided next to the 'Policy No'. The insurance number may be entered by the user or the insurance company. Usually, the insurance number will be filled in by the insurance company.

In the area ② next to 'Named Insured', the name of the insured person may be entered by the user. The insured person may be the same as the user, or may be someone else designated by the user.

The address of the insured person can be entered in the area ③ next to 'Mailing Address'.

Then, the signature of the user can be written in the area ④ formed next to the 'Signature'.

At the end, the insurance company's signature or seal may be entered in the area ⑤ of 'AAA', which refers to the insurance company.

Generally, users fill content in areas ②, ③, and ④, and inserting contents from insurance companies in ① and ⑤.

If the above contract 10 is a paper document, the user and the insurance company (employee, etc.) can manually fill in the content on the paper document.

If the contract 10 is an electronic document, each content can be written through a separate input menu.

FIG. 3 is a schematic view showing a content input screen displayed on the terminal 200. FIG.

In order to create an electronic document contract 10, the user can access the server of the insurance company using the terminal 200. [ Then, each content can be input through a content input screen displayed through the display unit 210 provided in the terminal 200.

Since the content input screen is for user's content input, the form written by the insurance company may be omitted. For example, only the menu for filling in the name of the insured person, the address of the insured person, and the signature is provided on the content input screen for creating the contract 10 of FIG. 2, and the menu for filling in the insurance number can be omitted .

In the content entry screen, the 'Named Insured' menu may be for filling in the name of the insured. As the input unit 230, a mouse for moving the pointer displayed on the display unit 210 and a keyboard for inputting characters may be provided. If you select the 'Named Insured' menu with your mouse and type the name on the keyboard, the name of the insured person can be entered in the space next to the 'Named Insured' menu.

In the content entry screen, the 'Mailing Address' menu can be used to enter the address of the insured. When the user selects the 'Mailing Address' menu through the input unit 230 and inputs an address using the keyboard, the address of the insured person can be displayed in the blank space of the 'Mailing Address' menu.

For addresses, there may be many characters to be written. Since the possibility of input errors increases in the process of inputting a lot of characters, the address input field can be divided into plural so as to induce the input of the correct address.

Address boxes 1) and 2) are fields for writing the detailed address, and 1) for the upper address and 2) for the lower address. For example, if the detailed address is 'xxx-xxx yy building 100' in Gangnam-gu, 1), 'xxx-xxx' in gangnam-gu, and 'yy building 100' can be entered in 2).

Below the address boxes 1) and 2), a COUNTRY menu for selecting a CITY menu and a country for selecting a city located at the top of the detailed address may be provided. If city names and country names are entered in different formats for different users, it may be difficult for an insurance company to manage each user's address. Therefore, it is recommended that the countries and cities are selected through the mouse, etc., in the options set by the insurance company.

In FIG. 3, click '▼' in the COUNTRY menu with the mouse to list the names of the countries in the world, and select the specific country corresponding to the insured address with the mouse.

Likewise, if you click on the '▼' in the CITY menu with your mouse, the names of the cities included in the specific country can be listed. The user can use the mouse to select the city where the insured person resides.

In the content entry screen, the 'Signautre' menu may be for signature of the user. Since the signature is preferably made by the user's handwriting, the signature made through the mouse or the touch screen provided on the display unit 210 can be directly written in the 'Signautre' menu.

The above content input screen may include only the forms corresponding to the areas 2, 3, and 4 of FIG. 2 that need to be input by the user.

In other words, it is not necessary to provide a form and a menu for the areas (1) and (5) that the insurance company needs to fill in on the content input screen.

If the contract document 10 is a paper document, the insurance contract can be concluded such that the contract 10 is completed and the contract 10 is divided between the user A and the insurance company. At this time, the contract (10) owned by the user A and the insurance company can have the same shape.

Since the user 10 directly owns the contract 10 created by himself / herself from the standpoint of the user A, it is possible to confirm the authenticity of the contract with the contract 10 alone. However, in order to prepare the contract (10), it is necessary to visit the insurance company directly or to inconvenience the encounter with the insurance company staff.

In the case of the insurance company, since the user A obtains the contract 10 written by himself / herself, the contract 10 can confirm the authenticity of the contract. However, it is inconvenient to input the contents written in the contract 10 again to the server for customer management or the like.

If the contract 10 is data communicated over the communication, the user A can create the contract 10 without having to visit the insurance company or meet the employee of the insurance company. To this end, the user A needs to access the server of the insurance company using the terminal 200, and input contents such as a name on the content input screen provided by the server of the insurance company.

However, since the content input screen is composed of menus different from the actual contract 10 as shown in FIG. 3, it is difficult for the user to confirm how the contents written by him / her are reflected in the actual contract 10. In order to do this, it is necessary to complete the input of the content on the content input screen and inconvenience to check the actual state of the contract 10 through the menu such as print preview. That is, it is difficult for the user to directly grasp how the contents he / she is input are reflected in the actual contract 10.

In addition, it is difficult to grasp the contract conditions and the like described in the contract (10) of Fig. 2 only by the content input screen of Fig. This is because contract conditions and the like are not described on the content input screen. Therefore, there arises an unreasonable problem that the content is inputted without confirming the contract condition.

In view of the insurance company, there is an advantage in that the customer management can be performed by using the content received from the user terminal 200, but it may be necessary to keep a scanned copy of the actual contract 10 or the actual contract 10 have. For this purpose, it is necessary to inconvenience the outputting of the contract 10 in the form of a paper document.

In other words, the insurance company also needs to separately store the contract 10 in the same state as the paper document of Fig. 2, so that the contract 10 of Fig. 2 needs to be additionally printed.

The electronic document exchange management apparatus of the present invention can basically adopt a content input screen method in order to solve the disadvantage of the paper document method. In order to solve the disadvantage of the content input screen method, the first image displayed on the display and the second image printed by the printer can handle the same document data.

That is, according to the document management apparatus of the present invention, a content input screen different from the contract 10 as shown in FIG. 3 can be excluded. Instead, the contract 10 of FIG. 2 can be directly provided as a content input screen. That is, document data having the same shape as the contract document 10 of FIG. 2 can be displayed on the display unit 210 as a content input screen.

According to this, since the user can directly input the contents into the document data in the form of paper documents, for example, the user can feel as if he / she directly writes the contents (contents) necessary for the contract 10 to be actually owned. In addition, the contract conditions and the like described in the actual contract 10 can be confirmed before the contents are written, or can be confirmed in the course of writing the contents.

In the case of the insurance company, since the electronic document in which the content is written in the document data having the same shape as the paper document is obtained, it is not necessary to convert the content input screen of Fig. 3 into the paper document form as shown in Fig. In addition, it is not necessary to output and store the electronic document through the printer unless otherwise specified. This is because they have a scanned copy of a so-called paper document.

The document data referred to in this specification may have the same shape as displayed on the display and the same when printed on paper.

However, since there is no input menu as shown in FIG. 3 in the document data having the same first image displayed on the display and the second image printed on the printer, it may be difficult to write the content.

The electronic document exchange management apparatus of the present invention may include a specification unit 110, a setting unit 130, and a generation unit 150 in order to acquire an electronic document in which contents are written in document data.

The document data can be generated, for example, in a specific server such as an insurance company or in a state in which a print phrase 'Policy No' or the like is written on the terminal 200 as shown in FIG. The document data at this time may include various electronic documents such as a PDF (Portable Document Format) document, or image files such as JPG, GIF, and the like.

The determination unit 110, the setting unit 130, and the generation unit 150 may be provided in the first server 100. The document data may be generated in another server or terminal 200 that is different from the first server 100. [ In some cases, the first server 100 may be provided integrally with a server where document data is generated.

The designation unit 110 can acquire document data from an institution that requires content input by a user such as an insurance company, and designate specific regions 1, 2, 3, 4, and 5 to which contents are to be written in the document data. Specifically, the dotted line portion shown in FIG. 2 may be an area set by the specifying unit 110. [ The determination unit 110 can determine the position and size of each region.

The setting unit 130 can set the type of the format to be the content write menu in the specific area designated by the specifying unit 110. [ The setting unit 130 may be formed integrally with the specifying unit 110. [ According to this, the type of the format can be determined simultaneously with the specification of the specific area.

The format set by the setting unit 130 may be changed in size according to the size of the specific area designated by the specification unit 110. [ And, the types of forms can be divided into contents or formally.

Formal types can include keyboard input, direct write, URL Link write, lock form, complete update form, and so on.

The keyboard input may be a format in which a code input through a keyboard provided as the input unit 230 is written in a specific area. Keyboard input format can be used to write name, address, and so on.

The direct writing may be a format in which an image or letter input through the input unit 230 such as a touch screen for inputting a handwriting is written in a specific area in the form of a letter. This form can be used for signing, etc.

URL (Uniform Resource Locator) Link writing can be to write data that can access resources managed by an Internet server (web page). URL Link Writing can be similar to keyboard input.

The lock form may include a form that requires a password to be entered. When a password is entered via the lock form, the password is inserted into the electronic document, which may then be required to enter the password to view the electronic document. Since the password is not stored in the terminal on which the electronic document is displayed but stored in the password directly in the electronic document, the input of the password may be required even when the electronic document is transferred to another terminal.

The completed update form may be a form in which content is changed or written by a server such as an insurance company rather than a user. A completed update form can be associated with another form.

The content type of the form may be a submission form, a payment form, a transfer form, and a payment form.

The submission form may include forms submitted to a specific agency, such as a contract (10), an entry form, an application form, and so on. The submission form may include a submission menu for transmitting the electronic document to a specific server requesting the completed electronic document.

Payment forms may include forms for the purchase of various goods. For example, the settlement form may include a settlement menu.

The transfer form may include a transfer menu for transferring a setup amount from the own bank account to another user's account.

The form of payment may include a payment menu to pay tax, etc. to an organization such as the National Tax Service.

Payment forms, transfer forms and payment forms may contain completed update forms.

The payment form, transfer form, and payment form may be linked to the payment link of the payment intermediary. When one of settlement, transfer, and payment is completed through the settlement intermediary, the completed update form can be updated by the settlement intermediary in a certification form proving the completion.

4 is a schematic diagram showing document data having a transfer menu. 5 is a schematic diagram showing document data in a state in which the transfer menu has been executed.

The document data may be displayed through the display unit 210. [

The user can input the name, account number, and the like in various forms set in the document data, and can select the transfer menu ⓐ.

Since the transfer menu ⓐ is an element which is not displayed in the actual transfer contract 10, the transfer menu ⓐ may disappear when the transfer is completed by selecting the transfer menu ⓐ. Then, as shown in FIG. 5, a certification form ⓑ such as a signature or a signature of the bank AA BANK proving that the transfer is completed can be newly added. At this time, the proof format may correspond to a complete update format in which the shapes of the first and second views are different on the document data.

The transfer menu operates on the bank server handling the user's money, while the payment menu and payment menu can operate on the product sale server, the tax server, which does not handle the user's money. Accordingly, the billing menu and payment menu may be associated with a payment link of a payment intermediary that is able to pay for a product sales server or a tax server. In some cases, the transfer menu may also be linked to the payment link of the payment intermediary.

Payment intermediary companies may require only passwords to pay for the convenience of users who use the network. An example of a payment intermediary might be 'PayPal'.

When the user selects the settlement menu, the transfer menu, or the settlement menu, the payment payment screen of the settlement intermediation company can be displayed on the display unit 210. [ When one of payment, transfer, and payment is completed through the settlement intermediation company, the settlement intermediation company provides the corresponding cost to the specific server, and can transmit the completion of the payment to the terminal 200 in which the document data is displayed. If the payment completion fact is known, the document data may show proof forms such as signatures or signatures. At this time, the authentication form may include the update time. The update time can be displayed together with the sign or sign. Or the update time may be embedded in the document data without being displayed through the display unit 210. [ The updated update time can be grasped through the analysis of the electronic document and can be used to prove that the future cost has been paid.

The update time may include a time at which the payment of the fee is completed or a time at which the proof form is displayed.

When the proof form is displayed, the document data becomes one completed electronic document, and the electronic document at this time can prove the payment of the fee.

In summary, a payment form, a transfer form, and a payment form may correspond to a payment form having a payment function for sending money such as money to another place. The completion update form can be updated with the proof form including the update time when a payment payment event via the payment form is generated. And, the electronic document with the updated certificate form can be a receipt proving payment.

Referring back to FIG. 1, the generating unit 150 may insert a specific format, which has been set by the setting unit 130, into the document data. Then, the electronic document including the document data and the specific format can be generated. The specific format included in the electronic document may function as a control module for controlling the terminal 200 on which the electronic document is displayed. If the payment form is selected as described above, the payment form can allow the terminal 200 to access the server of the payment intermediary company.

The document data may be an image file such as JPG or an electronic document such as PDF. The generation unit 150 can convert the document data into an electronic document such as PDF regardless of the type.

In addition, the creator 150 may provide the viewer 200 with a viewer module in case the viewer 200 does not have a viewer program capable of displaying the electronic document. According to this, the electronic document can be displayed regardless of the terminal 200.

In addition, the generating unit 150 may insert the producer information of the electronic document into the electronic document to prove that the electronic document is legitimately generated. In order to prevent forgery, the creator information can be generated when the integrity of the identity verification process is confirmed. Integrity verification may be performed at the terminal 200 through means provided separately from the electronic document.

According to this, since the electronic document includes the creator information in which the identity verification process is completed, the electronic document creator can be reliably grasped. The creator information thus obtained can be used for authenticity determination of the electronic document.

The first server 100 for generating an electronic document has been described above. Hereinafter, a terminal 200 using an electronic document generated in the first server 100 will be described.

6 is a schematic diagram showing another electronic document exchange management apparatus of the present invention. The electronic document exchange management apparatus of FIG. 6 may include a terminal 200 that uses an electronic document generated in the first server 100. FIG.

The electronic document exchange management apparatus shown in FIG. 6 may include a display unit 210, an input unit 230, and a management unit 250.

The display unit 210 may display an electronic document prepared in a form in which a format for writing content is prepared and printed. The display unit 210 may include various displays.

The input unit 230 may input content to be written in a format included in the electronic document. The input unit 230 may include a mouse and a keyboard.

The display unit 210 and the input unit 230 may be integrally formed as a touch screen.

The management unit 250 can manage the electronic document. The management at this time may be to insert the contents into the electronic document, or to generate the electronic document with the contents inserted. In addition, the management unit 250 may mask the content or insert the distributor information in the electronic document.

For example, the management unit 250 may insert the content into the electronic document so that the content input through the input unit 230 is displayed on the electronic document.

The electronic document created in the first server 100 may be difficult to insert content as in a PDF (Portable Document Format) document. However, since the form in which the contents can be written is added by the instruction unit 110, the setting unit 130, and the generation unit 150 of the first server 100, the content can be written through the form.

The management unit 250 may generate a third code that is a combination of a first code that forms the form of the electronic document and a second code that forms the content.

The electronic document can be composed of digital data. The electronic document generated by the first server 100 may include first digital data whose content is missing, and the first digital data at this time may be the first code. When the content is written in the electronic document, the management unit 250 may embed the second digital data corresponding to the content into the first digital data through various methods. At this time, the second digital data is the second code, and the first digital data in which the second digital data is embedded may be the third code.

When the third code is generated, the management unit 250 can use the third code for displaying the electronic document through the display unit 210 or printing the electronic document through the printer. That is, one complete electronic document is created with the content in a particular form.

However, when the first code is the contract 10 generated by a specific server such as an insurance company, the specific server may desire the contract 10 in which the contents are written by the user for establishing the contract. For this, the management unit 250 may transmit the third code to the specific server.

However, since the first code included in the third code is created by a specific server, it is necessary to send it to a specific server. Accordingly, when the specific format provided in the electronic document, for example, the submission menu, the payment menu, the transfer menu, the payment menu, or the like is selected, the management unit 250 extracts the second code from the third code, To the server. According to this, the communication load can be reduced as compared with the transmission of the third code.

On the other hand, the management unit 250 may mask at least a part of the content displayed through the display unit 210. According to this, the content that has been masked can be displayed on the display unit 210.

For example, even if the user inputs '1234-5678' in a specific format through the input unit 230, the management unit 250 can mask '5678' according to the business policy with '*' or the like. According to this, '1234 - ****' may be displayed on the display unit 210. The masking processed '5678' can be embedded in the first code in a coded state. To this end, the generation unit 150 of the first server 100 may include a masking module for masking processing, an encryption module for encryption, or an encryption key.

The management unit 250 can insert the distributor information of the electronic document into the electronic document.

The distributor may be the first user who received the electronic document from the first server 100. [ Alternatively, the distributor may be a server managed by the first user or a second user receiving the electronic document from the terminal 200, or a third user receiving the electronic document from the second user.

7 is a schematic view showing a structure in which an electronic document is distributed.

The distributor information inserted into the electronic document by the management unit 250 may also correspond to the second code. According to this, a specific server can use the distributor information for security policy or business policy.

For example, when an electronic document generated in the first server 100 is transmitted to the user through the user, the user, and the user creates the content and submitted to the first server 100 or another server I suppose.

At this time, in the server receiving the contents, it is possible to judge the content as falsified electronic document if the information is missing from the distributor or if there is an error.

The distributor information can be inserted into the electronic document after the identity confirmation process is performed in the terminal 200 of the user, the terminal 200 of the user, and the terminal 200 of the user. Since the distributor information of the user will be the information of the content creator, the authenticity of the creator can be grasped. In addition, the distributor information of the user and the user is information of the user who circulated the electronic document, and can be used to prevent the forgery and alteration of the form in the circulation process.

On the other hand, servers offer a variety of benefits to legitimate retailers and retailers, which can entice a large number of legitimate retailers to intervene. According to this, an electronic document can be easily diffused similarly to the so-called pyramid propagation method.

While the invention has been shown and described with reference to certain preferred embodiments thereof, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention as defined by the appended claims. Accordingly, the true scope of the present invention should be determined by the following claims.

10 ... paper document 100 ... first server
110 ... designation unit 130 ... setting unit
150 ... generation unit 200 ... terminal
210 ... display section 230 ... input section
250 ... manager

Claims (11)

A determination unit that specifies a specific area in which the first image displayed on the display and the second image printed on the printer are to be written in the same document data;
A setting unit configured to set a type of a format to be a write menu of the content in the specific area; And
And a generating unit for inserting the specified form into the document data and generating an electronic document including the document data and the specific form,
At least one of a payment form, a transfer form, a payment form, and a complete update form is set in a specific area to which the content is to be written in the document data,
The settlement link of the settlement intermediary company is interlocked with the settlement form, the transfer form, and the payment form,
Wherein the settlement update form is updated by the settlement company in the form of a certificate proving the completion when one of settlement, transfer, and payment is completed through the settlement company.
The method according to claim 1,
Wherein the generator inserts the producer information of the electronic document into the electronic document,
Wherein the creator information is generated when integrity of the identity verification procedure is confirmed.
delete The method according to claim 1,
The form includes a lock form requesting input of a password,
Wherein the password is inserted into the electronic document when the password is inputted through the lock form, and then the password is input to the reading of the electronic document.
The method according to claim 1,
Wherein the form includes a payment form and the completed update form,
Wherein the completion update form is updated with the verification form including the update time when a payment event via the payment form is generated,
Wherein the electronic document with the updated proof format is a receipt proving the payment.
The method according to claim 1,
Wherein the specifying unit, the setting unit, and the generating unit are provided in a specific server,
Wherein the document data is generated in another server or terminal distinguished from the specific server.
And a display unit, an input unit, and a management unit provided in a terminal using an electronic document created in a printed form in which a form is created and written in the first server,
Wherein the display unit displays the electronic document received from the first server,
Wherein the content to be written in the form is input to the input unit,
Wherein the management unit inserts the content into the electronic document such that the content input through the input unit is displayed on the electronic document,
Wherein the manager inserts the distributor information of the electronic document into the electronic document,
Wherein the distributor information includes information of a user managing the management unit.
8. The method of claim 7,
Wherein the electronic document is a PDF (Portable Document Format) document.
8. The method of claim 7,
The management unit generates a third code in which a first code constituting the form of the electronic document and a second code constituting the content are combined,
Wherein the management unit uses the third code to display the electronic document via the display unit or to print the electronic document through the printer,
Wherein the management unit extracts the second code from the third code when the specific form provided in the electronic document is selected and transmits the extracted second code to the specific server.
8. The method of claim 7,
The management unit may mask at least a part of the content,
And wherein the display unit displays the contents for which the masking processing has been completed.
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