JP2003006362A - Certification document issuing and submitting system, and certification document issuing and submitting process method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a system which can completes a sequential procedure of issuing and submitting of certification document on network. SOLUTION: A certification issuing server which issues a certification document, a terminal of a demander for the certification, a terminal of destination to which certification is submitted, and network which connects them are prepared; and the certification issuing server is provided with a means which processes a request of issuing and submitting of certification from the demander's terminal, a means which creates appropriate certification data according to the request of issuing of the certification and specification of the destination of the certification, a means which creates certification disclosure identifying data including a certification disclosure ID that is necessary for access to the certification data by the destination of the certification, a means which creates and transmits an e-mail which informs existence of the certification to be submitted and information of the certification disclosure ID to the destination of the certification, and a means which transmits the certification data according to the request of certification disclosure and input of the certification disclosure ID from the destination of the certification.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a system for issuing various certificates in an organization such as a country or a local government.

[0002]

2. Description of the Related Art Conventionally, papers have been used for issuing and submitting certificates and managing certificates in various organizations. In response to the recent computerization and networking, there is an increasing need for online procedures for issuing and submitting certificates.

An example of a conventional certificate issuing system will be described with reference to FIGS. 10 and 11. The certificate issuing system shown in FIG. 10 includes a requester terminal 20 and a certificate issuing server 30, which are connected by a network such as the Internet. As the applications on the network, especially the Web
Shall be used. The requester terminal 20 is a computer terminal operated by a person who needs to issue a certificate (hereinafter referred to as “requester 10”) and has a Web browser function. The certificate issuing server 30 is a server computer included in an organization that issues certificates (for example, a local government) and has a Web server function (certificate issuing unit 32). Also, a user authentication unit 31 that performs user authentication by a method such as an ID (user name) / password input by an accessor, a print processing unit 33 that prints certificate data on paper, and user data / certificate. A database 34 that stores data and the like is provided. The certificate issuing server 30 is managed by a certificate issuing manager 40 who is in charge of the certificate issuing procedure. Requester 10
Obtains a certificate from the relevant institution through a procedure via the Web and submits the obtained certificate to the submission destination 60.

FIG. 11 is a sequence diagram showing a flow of certificate issuing processing in the above-mentioned conventional certificate issuing system. The flow of processing will be described below with reference to FIG. First, the requester 10 uses the W
Perform registration procedures for using the certificate issuing service on eb. Required data includes name, address, contact information, I
Register D (user name), password, etc. When a certificate is required, the requester 10 uses the requester terminal 20 to
The certificate issuing server 30 is accessed (steps S801 and S802). The certificate issuing server 30 prompts the requester terminal 20 to input an ID and a password in response to the access of the requester terminal 20 (step S803, see FIG. 3). The requester 10 inputs the previously registered ID and password (step S804). The certificate issuing server 30 confirms whether or not it is a registered user by using the input data (step S805).

After confirming that the accessor is a registered user, the certificate issuance server 30 permits the accessor to use the service and sends a certificate issue acceptance Web page to the requester terminal 20 to make a request. It is displayed on the screen of the worker terminal 20 (steps S806 and S807). The requester 10
In the above-mentioned reception Web page, input such as selection of the type of certificate to be requested is made and a certificate issuance request is made (steps S808 and S809).

[0006] The certificate issuing server 30, which has received the certificate issuing request from the requester terminal 20, confirms the user database and sends a confirmation message to the requester terminal 20 asking whether or not the corresponding certificate is surely issued. Send. Requester 1
0 reads the confirmation message from the certificate issuing server 30 and clicks the OK button when it decides to issue the certificate (step S810). The certificate issuing server 30
After obtaining the confirmation of the certificate issuance from the requester terminal 20, necessary data is taken out from the database 34 and printed on a paper of a predetermined format to perform the requested certificate creation processing (step S811).

The requester 10 goes to the certificate issuing organization at a predetermined time (step S812). The certificate issuance manager 40 directly confirms that the requester 10 is the principal, and then hands the created certificate to the requester 10 (steps S813 and S814). The requester 10 receives the certificate (step S815). Requester 10 submits to 6
Submit the certificate by going to 0 or by mail (step S816). This completes the submission of the certificate to the recipient.

As the prior art, Japanese Patent Laid-Open No. 9-265551
Japanese Patent Publication discloses an "automatic certificate issuing system". This system relates to a certificate issuing process on the Web between a user and a certificate issuing organization such as a public office. With this system, the procedure for issuing a certificate can be performed on the Web, but with regard to the submission of the issued certificate, it takes time and effort such as going to the submission destination or mailing the certificate as in the past. That doesn't change.

Japanese Patent Application No. 2000-127399 discloses "a form issuing / authentication system and method by network". In this system, a user issues a certificate issuance request in a certificate issuing / submitting system on a network, and receives certificate data including information such as an authentication code. The user prints out the received certificate data to obtain the desired certificate, and goes to the submission destination (third party terminal) to submit it. At the submission destination, access the above certificate issuance / submission system in accordance with the certification code printed on the submitted certificate, download and display the corresponding certificate data, and compare with the submitted certificate contents. And verify that the certificate is valid.

In this system, the certificate submission destination (third party) visually confirms the content of the certificate printed by the user by comparing it with the certificate data loaded from the certificate issuing / submission system. There is a need.

[0011]

The conventional method has the following problems. The first problem is that the procedures for issuing and receiving certificates should be
It took physical and time to go to the window of the certificate issuing organization, go to the terminal for issuing certificates, and receive registered mail. Also, it took time and effort to submit the certificates, such as going to the organization to which the certificates were submitted and mailing the certificates.

The second problem is that the certificate issuing institution has to provide personnel for the certificate issuing procedure, which is very costly. The administrator of the certificate issuance procedure had to confirm that the certificate requester is the person himself / herself and mail the certificate by registered mail as necessary procedures.

A third problem is that since the certificate is once handed over to the requester and then submitted, there is a risk that the certificate requester falsifies the contents of the certificate.

The present invention has been made in view of the above problems, and can safely and promptly provide a certificate to a certificate submission destination via a network without passing a certificate issuance requester's hand. The first purpose is to provide a certificate issuance / submission system that can be delivered.

A second object of the present invention is to provide a certificate issuance / submission system capable of automating the certificate issuance procedure at the certificate issuing organization and reducing the cost for the certificate issuance procedure.

A third object of the present invention is to provide a certificate issuance / submission system in which the contents data of the certificate can be used electronically at the certificate submission destination.

[0017]

In order to achieve such an object, the invention according to claim 1 provides a certificate issuing server for issuing certificates, a certificate requester terminal, a certificate submission destination terminal, A certificate issuance / submission system for performing a series of certificate issuance / submission procedures on the network having a network connecting these, wherein the certificate issuance server is configured to issue a certificate from a requester terminal. A means for processing the submission request, a means for creating the corresponding certificate data based on the request for certificate issuance by the requester terminal and the designation of the certificate submission destination, and a method for accessing the certificate data by the certificate submission destination. Means for creating the certificate disclosure identification data including the certificate disclosure ID required for, the fact that the certificate to be submitted exists, and the certificate disclosure ID information,
It is characterized by having means for creating and transmitting an electronic mail notifying the user, and means for transmitting the certificate data based on the input of the certificate disclosure request and the certificate disclosure ID from the certificate submission destination.

According to a second aspect of the present invention, in the first aspect of the invention, the certificate issuing server has means for transmitting the certificate data to the requester terminal for display or printing and for confirming issuance / submission. It is further characterized by having.

The invention according to claim 3 is the invention according to claim 1 or 2.
In the invention described in (3), the requester terminal further comprises means for receiving the certificate data from the certificate issuing server and printing the certificate data as a copy of the principal.

According to the invention described in claim 4, in the invention described in any one of claims 1 to 3, the certificate issuing server indicates to the requester terminal the progress status of the certificate issuing / submitting procedure. It is characterized by further comprising means for creating and transmitting an electronic mail for notification.

According to a fifth aspect of the present invention, in the invention according to any one of the first to fourth aspects, the certificate issuing server is an access to the certificate issuing server by a certificate requester or a certificate submission destination. In this case, a user authentication means is further provided for performing authentication for judging the usage qualification of the certificate issuance / submission procedure.

The invention according to claim 6 is the invention according to any one of claims 1 to 5, wherein the certificate issuing server is a certificate for using the certificate issuing / submitting procedure on the network. It is characterized by further having means for performing registration processing of the document requester and the certificate submission destination.

The invention according to claim 7 is the invention according to any one of claims 1 to 6, wherein the certificate data is:
It is characterized in that it is data including information designating a display format and a print format.

The invention according to claim 8 is a certificate issuing / submitting processing method for performing a series of certificate issuing / submitting procedures on a network, wherein a certificate issuing server for accepting the certificate issuing procedure on the network is , The step of processing the certificate issue / submission request from the requester terminal, the step of creating the corresponding certificate data based on the certificate issue request by the requester terminal and the designation of the certificate submission destination, and the certificate submission The step of creating the certificate disclosure identification data including the certificate disclosure ID required for accessing the certificate data by the destination, the fact that there is a certificate to be submitted to the certificate recipient, and the certificate Proof based on the step of creating and sending an e-mail notifying the disclosure ID information and the certificate disclosure request and the certificate disclosure ID input from the certificate submission destination. And transmitting the data, to the requester terminal, it is characterized by comprising the steps to create and send e-mail notifying the completion of the certificate submission procedure, a.

In the invention according to claim 9, in the invention according to claim 8, after the certificate data creation processing, the certificate issuing server sends the certificate data to the requester terminal for display or printing and issuance. -It is characterized by further having an issue confirmation step for confirming submission.

[0026] According to a tenth aspect of the invention, in the invention of the eighth or ninth aspect, the step in which the requester terminal receives the certificate data from the certificate issuing server and prints the certificate data as a copy of the principal. It is characterized by further having.

The invention described in claim 11 is from claim 8 to claim 1.
In the invention described in any one of 0, the certificate issuing server further includes a step of creating and transmitting an email notifying the progress of the certificate issuing / submission procedure to the requester terminal. Is characterized by.

The invention described in claim 11 is from claim 8 to claim 1.
In the invention described in any one of 1 above, when the certificate issuing server accesses the certificate issuing server by a certificate requester or a certificate submitting party, the certificate issuing server qualifies for using the certificate issuing / submitting procedure. It is characterized by further comprising a step of performing user authentication for making a determination.

The invention as defined in claim 11 is from claim 8 to claim 1.
In the invention described in any one of 2 above, a step in which the certificate issuing server performs registration processing of a certificate requester and a certificate submission destination for use of the certificate issuing / submission procedure on the network. It is further characterized by having.

The invention described in claim 11 is from claim 8 to claim 1.
In the invention described in any one of 3), the certificate data is data including information designating a display format and a print format.

[0031]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described in detail below with reference to the accompanying drawings.

FIG. 1 is a diagram showing the configuration of a certificate issuance / submission system according to the embodiment of the present invention. The system includes a requester terminal 20, a certificate issuing server 30,
It is configured to include the submission destination terminal 50. These are connected by a network such as the Internet. The requester 10 who requests the issuance of the certificate operates the requester terminal 20. Administrator of the organization to which the certificate is submitted (hereinafter referred to as “submission destination 6
"0") operates the submission destination terminal 50. This system mainly provides services on the Internet.
Also, as a network application, in particular, W
We shall use eb and e-mail.

Information such as the personal information of the requester 10 should be kept confidential. Therefore, in this system, the HTTPS (HyperText Transfer Protocol Secu
re: Apply the SSL (Secure Sockets Layer) function protocol to http). In addition, encrypted mail is applied to communication using electronic mail.

The requester terminal 20 is an information processing device such as a personal computer. The requester terminal 20 is a terminal that is owned by the requester 10, is used in a company, or is a dedicated terminal installed for use by an unspecified user. Requester terminal 20
Is a web browser 21 and an email client 23
Equipped with. Further, it is connected to the printing device 22. The requester terminal 20 has a function of accessing the certificate issuing service, a function of downloading the certificate data, a display function of displaying the content of the requested copy of the certificate's principal reserve data, a function of saving the data, and It has a function to print data.

The certificate issuing server 30 (hereinafter referred to as "issuing server 30") is an information processing device such as a workstation server dedicated machine. The issuing server 30
Provides a certificate issuance service on the network. The issuing server 30 has a function of receiving a certificate issuance request from the requester terminal 20 and performing a certificate issuance acceptance process, a function of creating and managing management data corresponding to each certificate issuance request, and registration from the database 34. A function to load data related to a person or certificate and generate requested certificate data, and generate e-mails for informing about the process of the procedure and send it to the requester 10 or the destination 60. It has functions.

The submission destination terminal 50 is an information processing device such as a PC, a workstation, or a server-dedicated machine. The submission destination terminal 50 includes a web browser 41 and an email client 43. Further, it is connected to the printing device 42. The submission destination terminal 50 receives the certificate issuance notification e-mail 80 notifying that the certificate is issued to the submission destination 60. Further, upon receiving the certificate disclosure request from the submission destination 60, the issuing server 30 has a function of accessing the service provided on the network and requesting the certificate disclosure. Further, it has a function of displaying the contents of the certificate data requested to be disclosed and a function of printing the data.

The format of the certificate data is not particularly limited here. As an example, it is conceivable that the certificate data has a format including information designating the display format and the print format in addition to the certificate data itself. Also,
It is conceivable to use digital signature technology to ensure the validity of the certificate. The format of the certificate data is to be used in consideration of the format that can be used on the Internet and is easy to handle as electronic data.

The certificate issuance service is a service provided on the premise of ensuring the identity and protection of personal information, and is provided for pre-registered users. Therefore, the issuing server 30 uses the user IDs of the requester 10 and the submission destination 60.
・ Password, email address, name, address,
Information including work place, contact information, usage fee payment method, etc. must be registered as user registration information before the provision of this service. The requester 10 and the submission destination 60 are
The above information is registered in advance in the certificate issuance / submission system on the network or by visiting a corresponding organization. When the issuing server 30 provides this service, if the user ID and the password transmitted from the requester terminal 20 and the submission destination terminal 50 match with those registered in advance, the issue server 30 Allow the offer.

In the configuration shown in FIG. 1, the requester terminal 20 is provided with the electronic mail client 23. However, if the requester 10 can receive the electronic mail by another means, the condition is satisfied. The e-mail client 23 may not be provided. Similarly, the submission destination 60 does not have to include the email client 43 as long as the submission destination 60 satisfies the condition that the email can be received by another means.

FIG. 2 is a sequence diagram showing the flow of the certificate issuing / submitting procedure in the certificate issuing / submitting system according to the embodiment of the present invention. Hereinafter, description will be given with reference to FIG. First, the requester 10 performs a necessary operation for requesting a certificate on the requester terminal 20 to access the issuing server 30 (steps S1 and S2). In response to the access, the issuing server 30 requests the user authentication from the requester terminal 20 (step S3, see FIG. 3). The requester 10 inputs the previously registered ID and password (step S4). The issuing server 30 receives the ID and password from the requester terminal 20 and confirms the registration (step S5). As a result of the user authentication, if it is not recognized that the requester 10 is the registered user, the process does not proceed to the subsequent steps.

After confirming that the accessor is a registered user, the issuing server 30 transmits a certificate issuance acceptance Web page to the requester terminal 20 (step S).
6). The requester terminal 20 receives the reception web page,
It is displayed on the terminal screen (step S7). The requester 10
On the Web page screens as shown in FIGS. 4 and 5, the type of certificate for which an issuance request is made and the certificate submission destination are specified (step S8). The requester terminal 20 transmits a certificate issuance request to the issuing server 30 (step S
9). Since there may be many candidates for the submission destination, you can specify the submission destination by entering information that can identify the submission destination, such as the submission destination name, its ID, telephone number, e-mail address, etc. in the search form. It is conceivable to adopt a configuration that allows the

The issuing server 30 receives from the requester terminal 20
Receive a certificate issuance request. The issuing server 30 reads out necessary data from the database 34 based on the issuing request and creates certificate data. Then, the created certificate data is transmitted to the requester terminal 20 for confirmation of the certificate content and as a copy of the requester himself / herself different from the certificate data to be submitted (step S10). The requester terminal 20 displays or prints the content of the transmitted certificate data (step S11). The requester 10 checks the contents of the displayed or printed certificate data to confirm whether or not it is the requested certificate (step S12).
The requester 10 holds the printed certificate or the certificate data stored in the storage medium as electronic data as a copy of the person himself / herself. Note that as a result of the content confirmation, if a defect such as a certificate different from the requested certificate or an error in the description of the certificate is found, the issue server 30 is notified to that effect.
Tell them to try again.

After confirming the contents of the certificate, the requester 10 makes a confirmation response to the issuing server 30 by the requester terminal 20 (a confirmation that the above certificate data is surely requested, and a proof). (Information indicating a decision to issue / submit a document) is transmitted (step S13). This is because the corresponding button is clicked on the Web page. After completing the necessary operation, the requester 10 disconnects the connection (step S14).

Next, the issuing server 30 uses the requester terminal 20.
Certificate disclosure identification data 70 (= certificate issuance / submission procedure management record) as shown in FIG. 9 is created based on the request contents received from the server (step S15). The created certificate disclosure identification data 70 is stored and managed in a storage device.

The issuing server 30 creates the certificate disclosure identification data 70 for each certificate issuance request. This data includes information (= requester user ID 71, request date / time 72, request certificate ID 73, submission destination user ID 74) indicating who requested when and what certificate to submit. The certificate disclosure identification data 70 is the certificate disclosure ID 75.
And the disclosure deadline date and time 76. Certificate disclosure ID 75
Is an ID required when the submission destination 60 accesses the certificate data (= certificate disclosure request). The issuing server 30 uses the certificate disclosure ID 75 to judge the validity of the certificate disclosure request by the submission destination 60. The disclosure deadline date / time 76 indicates the expiration date of the certificate disclosure. The certificate disclosure ID 75 is information generated for each certificate issuance request by the requester 10 and has a value that does not overlap with the certificate disclosure ID for other certificate issuance requests.

The issuing server 30 generates a certificate issuance notification mail 80 as shown in FIG. 6 based on the certificate disclosure identification data 60 and sends it to the electronic mail address of the submission destination 60 (step S16). . This mail notifies the submission destination 60 that the certificate is submitted by the requester 10, and also notifies the certificate disclosure ID 75. An encrypted mail is used for this mail 80.

The destination terminal 50 receives the certificate issuance notification mail 80 (step S17). The submission destination 60 reads the content of the certificate issuance notification mail 80 and recognizes that there is a certificate to be submitted (step S18). The submission destination 60 uses the submission destination terminal 50 to access the issuing server 30 to make a certificate disclosure request (step S
19, S20). The submission destination 60 inputs the user ID and password on the user authentication screen. Issuing server 30
Checks whether or not the user is a registered user while referring to the usage registration data (step S21). As a result of user authentication, if the submission destination 60 is not recognized as a registered user, the subsequent steps are not proceeded.

When the submission destination 60 is recognized as a registered user as a result of the user authentication, the issuing server 30 requests the submission destination terminal 50 to input the certificate disclosure ID. The submission destination 60 inputs the certificate disclosure ID 65 described in the notification mail 80 from the Web page screen as shown in FIG. 7 on the submission destination terminal 50 to make a disclosure request of the corresponding certificate (step S22). In response to this, the issuing server 30 refers to the certificate disclosure identification data 70 to confirm the validity of the certificate disclosure request by the accessor (step S23). The combination of the user ID and the certificate disclosure ID 75 input by the accessor is present as the certificate disclosure identification data 70, and it is determined that the certificate disclosure request is valid. As a result of judging the validity of the certificate disclosure request, if the result is not valid, the subsequent processing is not performed.

After confirming that the certificate disclosure request is valid, the issuing server 30 transmits the corresponding certificate data to the destination terminal 50 (step S24). Destination terminal 5
0 receives the certificate data from the issuing server 30. The submission destination terminal 50 displays or prints the content of the acquired certificate data (step S25). The submission destination 60 receives the certificate data as electronic data or as a result of printing (step S26). Further, when there is no problem with the acquired certificate data, the configuration may further include a processing step in which the submission destination 60 transmits confirmation information indicating acceptance of the certificate to the certificate issuing server 30.
The submission destination 60 disconnects the connection after completing the necessary operation (step S27).

The issuing server 30 creates a certificate submission completion notification mail 90 as shown in FIG. 8 upon completion of downloading the certificate data to the submission destination terminal 50,
It is sent to the electronic mail address of the requester 10 (step S28). The requester terminal 20 receives the certificate submission completion notification mail 90 (step S29). Requester 10
Confirms that the certificate has been submitted to the submission destination 60 by reading the notification mail 80 (step S30).
This completes the certificate issuance and submission process.

In the above embodiment, step S28
In the above, the issuance server 30 has shown the processing procedure of transmitting the certificate issuance completion notification mail 90 in step S29 upon completion of the download of the certificate data. As another processing procedure, it is conceivable that the certificate submission completion notification mail 90 is transmitted when the confirmation information after receipt of the certificate is received from the submission destination 60.

As the "certificates", for example, a copy of the resident's card, a copy of the family register, an extract of the family register, a seal certificate, an income certificate, a withholding tax, a taxation certificate, a tax exemption certificate, a tax return, and sales Certificate, location certificate, tax payment certificate, land / house evaluation certificate, land / house official duty certificate, copy of name identification,
A copy of the official map, a tax payment certificate for continuous inspection of light vehicles, a land ownership certificate (for garages), a national health insurance tax payment certificate, a pensioner present status certificate, a certified copy of the register, an enrollment certificate, It is possible to apply the system of the present invention to a transcript, a prospective graduation certificate, a graduation certificate, and the like.

The above-described embodiment shows an example of a preferred embodiment of the present invention, and the present invention is not limited thereto, and various modifications can be made without departing from the scope of the invention. It is possible.

[0054]

As is apparent from the above description, according to the present invention, the certificate issue requester does not have to accept the certificates in a paper format and submit it to the recipient in a paper format.
A series of procedures can be completed paperlessly.
In addition, it is possible to save the trouble of going to the certificate issuing institution or the destination to which the certificate is to be sent and mailing the certificate.

Further, the certificate issuing organization can save the administrator's time and labor required for the certificate issuing procedure, and can reduce the cost.

Further, the certificate submission destination can avoid the risk of certificate tampering by the certificate submitter, and can obtain a valid certificate safely and surely.

Further, the certificate submission destination can save and use the certificate in the electronic data format.

[Brief description of drawings]

FIG. 1 is a diagram showing a configuration of a certificate issuance / submission system according to an embodiment of the present invention.

FIG. 2 is a sequence diagram showing a flow of a certificate issuance / submission procedure in the certificates issuance / submission system according to the embodiment of the present invention.

FIG. 3 is a diagram showing an example of a user ID / password input screen for user authentication.

FIG. 4 is a diagram showing an example of a certificate type selection screen on the requester terminal 20.

5 is a diagram showing an example of a submission destination selection screen on the requester terminal 20. FIG.

FIG. 6 is a diagram showing an example of a certificate issuance notification electronic mail 80.

7 is a diagram showing an example of a certificate disclosure request screen on the submission destination terminal 50. FIG.

FIG. 8 is a diagram showing an example of a certificate submission completion notification mail 90.

9 is a diagram showing certificate disclosure identification data 70. FIG.

FIG. 10 is a block diagram showing a configuration of an example of a conventional certificate issuing system.

FIG. 11 is a sequence diagram showing a flow of a certificate issuing procedure in an example of a conventional certificate issuing system.

[Explanation of symbols]

10 Requester (certificate issuer) 20 Requester terminal 30 Certificate issuing server 40 administrator (certificate issuing administrator) 50 Destination terminal 60 submission destination (certificate submission destination administrator) 21 Web browser 22 Printing device 23 Email Client 31 User Authentication Department 32 Certificates Issue Department 33 Print processing unit 34 Database 35 E-mail processing unit 41 Web browser 42 Printing device 43 Email Client 70 Certificate Discrimination Identification Data 80 Certificate issuance notification email 90 Certificate submission notification email

Claims (14)

[Claims] 1. A certificate issuing server for issuing certificates, a certificate requester terminal, a certificate submission destination terminal, and a network connecting these, and issuing a series of certificates on the network. A certificate issuance / submission system for performing a submission procedure, wherein the certificate issuance server processes a certificate issuance / submission request from the requester terminal, and a certificate issuance request by the requester terminal and A means for creating corresponding certificate data based on designation of a certificate submission destination, and certificate disclosure identification data including a certificate disclosure ID required when the certificate submission destination accesses the certificate data. And a means for creating and transmitting an electronic mail notifying the certificate submission destination that the certificate to be submitted exists and the certificate disclosure ID information, and the certificate. Proof issued and submit system comprising: the means for sending the certificate data on the basis of the input of the certificate disclosure requirements and the certificate disclosure ID from writing submission destination, the. 2. The certificate issuing server further comprises means for transmitting the certificate data to the requester terminal for display or printing and for confirming issuance / submission. Certificate issuance and submission system. 3. The requester terminal further comprises means for receiving the certificate data from the certificate issuing server and printing the certificate data as a copy of the person himself / herself. Certificate issuance / submission system described in. 4. The certificate issuing server further comprises means for creating and transmitting an email notifying the requester terminal of the progress of the certificate issuing / submission procedure. The certificate issuance / submission system according to any one of items 1 to 3. 5. The certificate issuing server performs authentication for determining the qualification for using the certificate issuing / submitting procedure when a certificate requester or a certificate submitter accesses the certificate issuing server. The certificate issuance / submission system according to any one of claims 1 to 4, further comprising a user authentication means. 6. The certificate issuing server further comprises means for performing registration processing of a certificate requester and a certificate submission destination for using the certificate issuing / submission procedure on the network. The certificate issuing / submitting system according to any one of claims 1 to 5. 7. The certificate issuing / submitting system according to claim 1, wherein the certificate data is data including information designating a display format and a print format. 8. A series of certificate issuance on the network
A method for issuing / submitting a certificate for performing a submission procedure, wherein a certificate issuing server that accepts a certificate issuing procedure on a network processes a certificate issuing / submitting request from a certificate requester terminal, Creating corresponding certificate data based on the request for certificate issuance by the requester terminal and the designation of the certificate submission destination, and a certificate required when the certificate submission destination accesses the certificate data A step of creating certificate disclosure identification data including a document disclosure ID, and an email notifying the certificate submission destination that there is a certificate to be submitted and the certificate disclosure ID information. And a step of transmitting the certificate data based on the certificate disclosure request from the certificate submission terminal and the input of the certificate disclosure ID. If the response to a request terminal, the certificate proof issuing and submit processing method characterized by comprising the steps of creating and sending an e-mail notifying the completion of the submission procedure, a. 9. The certificate issuing server further comprises a step of, after the certificate data creating process, transmitting the certificate data to the requester terminal to display or print the certificate data and confirm issuing / submitting. The method for issuing and submitting certificates according to claim 8, characterized in that. 10. The requester terminal further comprises the step of receiving the certificate data from the certificate issuing server and printing the certificate data as a copy of the person in question. Issuance of certificates described in
Submission processing method. 11. The certificate issuing server further comprises the step of creating and transmitting an electronic mail to the requester terminal to notify the progress status of the certificate issuing / submission procedure. Items 8 to 10
The certificate issuance / submission processing method described in any one of items. 12. The user authentication, wherein the certificate issuing server determines user qualification for the certificate issuing / submitting procedure when the certificate requester or the certificate submitter accesses the certificate issuing server. The method for issuing / submitting certificates according to any one of claims 8 to 11, further comprising a step of performing. 13. The certificate issuing server further comprises a step of performing registration processing of a certificate requester and a certificate submission destination for using the certificate issuing / submission procedure on the network. The certificate issuance / submission processing method according to any one of claims 8 to 12. 14. The certificate issuance / submission processing method according to claim 8, wherein the certificate data is data including information designating a display format and a print format. .