KR100606751B1 - service method for certificating respective right through network, and the system for the same - Google Patents

Abstract

The present invention relates to communication services and systems, in particular, to individual written materials, web site configuration materials of a particular web service provider, and individual information materials such as a unique resource locator (URL) of a particular web site. A method for providing individual proof of rights over a network suitable for providing a service for officially proving on a web, the method comprising: identifying a client to which a web server is connected; Providing, by the web server, a web page to the client, and receiving proof data from the client through the web page; Encoding, by the web server, the written proof-object data with a pre-assigned encryption proof code and storing the data in an arbitrary storage location; And the web server assigning a unique number corresponding to the stored coding data, and transmitting the unique number to the client.

Individual proof of rights services, internet, web server

Description

Service method for certificating each right through network, and the system for the same}

1 is a diagram illustrating a system configuration for providing an individual proof of rights service through a network of the present invention.

Figure 2 is a flow chart illustrating a procedure for receiving a unique number in accordance with the transmission of proof data of the individual rights proof service procedure through the network of the present invention.

3 is a flowchart illustrating a procedure for issuing attestation data in response to a request for attestation data among individual attestation rights service procedures through the network of the present invention.

4 is a view showing an example of a format for transmitting evidence data used in the present invention.

* Description of symbols on the main parts of the drawings *

100: client computer 200: web server

300: air pipe server

TECHNICAL FIELD The present invention relates to telecommunications services and systems, and in particular, formally on the web for individual writing materials, web site configuration materials for particular web service providers, and individual information materials such as unique resource locators (URLs) for particular web sites. The present invention relates to a method and system for individual proof of rights through a network suitable for providing a service for proving.

Today, people around the world can freely search for information, watch news, and trade goods through wired and wireless communication networks such as the Internet and wireless mobile networks. They can learn various courses and participate in local communities. You can do many things. This is because the Internet supports the connection of many networks around the world.

In particular, the Internet connects servers that send information from various networks, and sends and receives text messages from various web pages in the world using e-mail and web browsers. World Wide Web (WWW), which allows you to find information, NET NEWS for information exchange and discussion on specific topics, and file transfer protocols that transfer files between your computer and the server for file transfer Enable various services such as (FTP: File Transfer Protocol).

As a result, the number of Internet users is increasing day by day, and the development of technology to meet the needs of users continues.

Recently, users' satisfaction has increased due to the increase of internet speed, that is, the increase of transmission bandwidth (which means that the amount of data to be transmitted) is increasing. Internet services are now available that allow users to view and listen to multimedia through on-line retrieval of combined video.

The services that can be provided over the Internet are beyond applicability.

However, none of the services provided through the Internet or intranets at home and abroad, yet, has proved to be the official right of individual writing materials, such as research materials and literary works, and to protect and protect them.

In particular, despite the recent increase in the number of Internet services, the possibility of illegally stealing the web site components of a particular service provider has not existed.

SUMMARY OF THE INVENTION The present invention has been made in view of the above points, and in particular, the web site components of various Internet service providers, namely, the configuration data of web pages created according to the web site implementation, and the unique resource locator of the web site. The present invention provides a method for providing individual proof of rights through a network and a system therefor for proving through a network such as the Internet so that the URLs have public rights.

Another object of the present invention is to provide a method and system for individual proof of rights service through a network, which proves through a network such as the Internet so that individual research materials, literary works, and other personal writing materials have public rights. .

Another object of the present invention is to provide proof and archive through a network so that documents having a later legal effect (contracts, agreements, requests, quotations, etc.), such as various contracts or agreements occurring offline, have public rights online. The present invention provides a method of individual proof of rights through a network and a system therefor.

A feature of the individual proof of rights service method via the network according to the present invention for achieving the above objects comprises the steps of: identifying a client to which a web server is connected; The web server presenting a web page to the client; As the proof target material of the client is written through the web page, the web server coding the written proof target material into a pre-assigned encryption proof code and storing the data in an arbitrary storage location; The web server assigns a unique number corresponding to the stored coding data, and transmits the unique number to the client.

Preferably after the step of transmitting the unique number further comprises the step of performing a payment line according to the provision of the proof service.

In addition, when the client finds the stored data after the transmitting the unique number, the web server may further search for the coded data stored in the storage location, and decode the retrieved coded data to transmit the coded data to the client. Included.                         

The unique number assigned to the client also includes date and time information when data is written by the client.

Another feature of the individual rights attestation service method through the network according to the present invention for achieving the above object is, as the client writes the data to be verified through the web page, the step of receiving the data by the web server Wow; Generating, by the web server, individual proof data by mixing the proof codes of the air pipes already known to the source of the data together; Storing the generated individual attestation data in a storage location of the web server assigned to the client; The web server assigns a unique number corresponding to the stored individual authentication data to the client, and transmits the assigned unique number to the client.

More preferably, the providing of the attestation material selects a desired attestation proof item from the web page transmitted by the web interface of the web server, and on the page of the selected attestation proof item, data to be proved by the client is filled in. Is done. Here, the data includes a web site configuration data of a specific web service company, a unique resource locator (URL) of the web site, and a specific personal writing data, and the data are in the form of a text file or an image file.

In order to achieve the above object, a feature of the individual rights proof system via the network according to the present invention includes: a personal computer of a client in which a web browser is embedded for web access; First software for interfacing a web page of a web site to be served to the personal computer in response to the attempt of the web connection, and for coding the data transmitted from the personal computer or decoding the coded data requested by the client. A web server incorporating second software and third software for controlling input and output of stored data of a database to be linked while controlling operation of the first software and the second software; And an external air pipe server for providing the web server with an encryption proof code to be allocated for coding and decoding by the second software.

When the third software of the web server inputs data of a specific client into the database, the third software is to give the client a unique number corresponding to the input data, and the third software is to input data into the database. The time information at that time is included in the unique number.

Hereinafter, an individual right proof service method and a system therefor through the network according to the present invention will be described in more detail with reference to the accompanying drawings.

Once in the present invention, it has the system configuration shown in FIG.

1 is a diagram illustrating a system configuration for providing an individual right proof service through a network of the present invention. Each of the computers 100 to 120 of various clients to be serviced and individual rights of the present invention are shown. A web server 200 of a web site providing an attestation service, a database 210 in which data is inputted and outputted in association with the operation of the web server, and an air pipe server in charge of an auxiliary role of the service of the present invention. 300, and a database 310 interlocked with the air pipe server 300.

In order to use a communication service through the web, a web browser that supports hypermedia is required. Therefore, the personal computer 100 to 120 used by many clients includes a web browser, one of a netscape navigator, an internet explorer, a mosaic, and a cyber dock.

The client attempts to access a web site of various other Internet services (gopher, telnet, FTP, Internet news, etc.) using a web browser embedded in the personal computers 100-120. 100-120, the web browser built in is run, and the service site providing the individual proof of rights service is accessed.

The web server 200 providing the individual proof of rights service of the present invention includes first software for interfacing web pages of web sites to be serviced to personal computers 100 to 120 for web access attempts of various clients, and personal information. Second software is embedded for coding the data transmitted from the computer 100 to 120 or for decoding the coded data requested by the client.

In particular, the web server 200 controls the operation of the first software that supports the website access and the second software that supports the coding and decoding of the data, respectively, and also stores the database 210 connected to and linked to itself. The third software for controlling data input and output is embedded.

Accordingly, the web server 200 drives the first software as several clients attempt to access the individual proof of rights service site of the present invention by running a web browser embedded in each personal computer 100 to 120.

The web server 200 drives the first software to interface web pages of its own website to each personal computer 100 to 120.

Thereafter, the client inputs the desired proof data from the web page displayed on his personal computer 100 to 120 and delivers it to the web server 200.

In the present invention, it is possible to adopt a variety of ways to deliver the personal proof data to the web server (200).

First, an active-X component or a java applet installed down from the web server 200 is used. The client fills the data to be authenticated in a fixed frame such as an Active-X component or a Java applet so that the proof data is transmitted to the web server 200 through a simple web interface rather than a file transfer. In this case, the client does not have to launch the web browser each time to access the website. Figure 4 shows an example of one format for delivering proof data used in this case. As can be seen in Figure 4, there is a field for classifying items of evidence material in the evidence data transmission format so that the web server 200 can efficiently manage the database 210, and writes evidence data directly or records the data file. There is a column to attach.

Second, the client creates an evidence file using document writing software or other software for converting the proof data into a file in advance, and transmits the proof data file to the web server 200. . In this case, e-mail is used as an example, and a pre-made proof data file is attached and sent by e-mail.

The proof data (or proof data file) transmitted from the personal computers 100 to 120 by each of the above methods is compressed in the web server 200 and temporarily stored in the database 210.

Thereafter, the web server 200 requests and receives an encryption proof code from the air pipe server 300 to code the stored proof data (or proof data file). Here, the air pipe server 300 is a server that is operated by an official notary or an authority having legal authority as an official certification authority. In particular, the air pipe server 300 manages not to duplicate the encryption verification code provided to the web server 200. Separately, in the present invention, the web server 200 may be operated after receiving a notary by an official certification authority in advance. In this case, since the necessity of the air pipe server 300 is eliminated, the web server 200 directly duplicates the encryption verification code. It will be assigned to the client's evidence and used for later coding.

Thereafter, the web server 200 drives the second software for coding the proof data of the temporarily stored client, and performs actual coding using the encryption verification code provided from the air pipe server 300.

Next, the third software of the web server 200 is driven to store the coded proof data in the database 210. The web server 200 is uniquely corresponding to the stored proof data by driving the third software. The number is given to the client and forwarded to the client computer 100 to 120. At this time, the delivery of the unique number is a method corresponding to each of the various methods of transmitting the personal identification data from the personal computer (100 to 120) to the web server (200).

In particular, the third software is driven so that the time information at the time when the proof data data stored after coding is stored in the database 210 is included in the assigned unique number. As another example, a unique number assigned to each client may be determined by second software for performing coding and decoding, in which time information at the point of time when the proof data requested by the client is delivered or coded is transmitted. In its unique number. As another example, a unique number is assigned by combining the encryption proof code with the temporal concepts listed above (at the time of storage, at the time of transmission of the verification data, or at the time of coding).

Thereafter, when the client accesses the web site for the individual proof of rights service of the present invention and requests the proof data using the unique number assigned to each of the proof data on the connected web page, the web server 200 Search the database 210 to find the evidence data.

Thereafter, the web server 200 decodes the found proof data to the encryption proof code used at the time of coding, and then delivers (issued) the decoded proof to the personal computers 100 to 120 of the client.

However, as a separate example, the web server 200 may inform the client in advance by including the decoding information (encryption authentication code) of the proof material in the unique number of the proof data data that is coded and stored. In this case, the web server 200 directly transmits the proof data data found by the search to the client computers 100 to 120 as a web interface or a file, and the decoding is performed by the personal computers 100 to 120 of the client.

The following describes the service procedure of the present invention in more detail with reference to the system configuration described above.

Figure 2 is a flow chart illustrating a procedure for receiving a unique number in accordance with the transmission of the proof data of the individual rights proof service procedure through the network of the present invention, first, the client provides the individual rights proof service of the present invention through their personal computer The user accesses a web site of a web server (S1).

As the client access is successful, the web server provides a web interface to the personal computer of the client at the web page according to the site access (S2).

In the web page displayed on the personal computer by the web interface, the client inputs proof data to be verified and transmits it to the web server (S3). As another example, a web page that is displayed on a personal computer and enters evidence may include an initial page that allows the user to select a proof of rights item (such as an individual document item, an individual image item, or a business service item) for each proof item to be proved. It can be implemented by dividing the data to be proved in each of the right proof items selected by the client into a second page.

Evidence includes the web site components of various Internet service providers, namely, the web page composition data generated by the web site implementation, and the unique resource locators (URLs) of the web site. Works, other personal writing materials, various contracts or agreements, etc., which are later in effect (contracts, agreements, requests, quotations, etc.).

Thereafter, the web server requests and receives an unencrypted cryptographic verification code for coding the transmitted proof data (or proof data file) from the air pipe server (S4).

Therefore, the web server codes the proof data (or the proof data in the form of a file) transferred with the encryption proof code provided from the air pipe server, and stores the coded data in the database. At this time, the coded data is stored in a database of an area uniquely allocated to each client (S5).

At the same time, the web server assigns a unique number corresponding to the stored coded data and provides the client with the request for proof of right of the current coded data (S6).

The unique number given to the client is a standard of data verification either at the time when the data is written by the client and delivered to the web server, at the time of coding, or at the time when the proof data is stored in the database. Include time.

As soon as the unique number is transmitted to the client, a payment line for providing the right proof service is executed, and the web server operator receives the service cost from the client.

The following describes the process of issuing evidence when a client requests to issue it.

3 is a flowchart illustrating a procedure for issuing attestation data in response to a request for attestation data among individual attestation rights services through the network of the present invention. First, a client provides an individual attestation service of the present invention through his personal computer. The user accesses a web site of a web server (S10).

As the client access is successful, the web server provides a web interface to the personal computer of the client in response to the web page (S11).

In the web page displayed on the personal computer by the web interface, the client requests proof data to be issued (S12). At this time, the client uses the unique number provided to him in the web page.

Thereafter, the web server searches the database using the unique number delivered by the client, finds the corresponding proof data, and decodes the found proof data into the encryption proof code used at the time of coding (S13).

The web server transmits (issued) the decoded proof data to the client who requested the data (S14). At this time, the issued proof data shall have the effect of public rights by the public agency operating the air pipe server.

The service procedure shown in FIG. 2 and FIG. 3 is summarized as follows.

When a client connects to a web site providing a service of the present invention, the web page of the web site is web interfaced to the client computer.

The client then fills in the data to be verified on the web page, and the web server receives the written data. The transmitted data is a source code in the form of a code, and the source code is mixed with the encryption proof code provided by the air line server to generate individual proof data.

The generated individual attestation data is stored in a storage location (database) of a web server assigned to the client, and the web server gives the client a unique number corresponding to the stored attestation data.

The web server then sends the assigned unique number to the client so that the unique number can be used later in a database search of individual proof data.

By using the individual rights attestation service method and the system therefor through the network according to the present invention has the following effects.

Website components of various Internet service providers, ie, the composition of web pages that are created according to the website implementation, the unique resource locators (URLs) of the website, personal research or literature, and various personal writing materials. Can be easily identified and stored through a network such as the Internet, for example, to other legally valid materials (contracts, agreements, requests, quotations, etc.) Excellent for protecting property rights In particular, it ensures public rights without the leakage of individual proof of rights protected.

Those skilled in the art will appreciate that various changes and modifications can be made without departing from the spirit of the present invention.

Therefore, the technical scope of the present invention should not be limited to the contents described in the embodiments, but should be defined by the claims.

Claims (10)

Identifying a client to which the web server is connected; The web server presenting a web page to the client; As the proof target material of the client is written through the web page, the web server coding the written proof target material into a pre-assigned encryption proof code and storing the data in an arbitrary storage location; And assigning, by the web server, a unique number corresponding to the stored coded data, and transmitting the unique number to the client. The method of claim 1, further comprising the step of executing a payment line according to the provision of the right proof service after the unique number transmission step. The method of claim 1, wherein after the step of transmitting the unique number When the client finds the stored data, the web server searching the coded data stored in the storage location; And decoding the retrieved coded data and transmitting the decoded coded data to the client. The method of claim 1, wherein the unique number assigned to the client includes date and time information when data is written by the client. Receiving, by the web server, the data as the client fills in the data to be verified through the corresponding web page; Generating, by the web server, individual proof data by mixing the proof codes of the air pipes already known to the source of the data together; Storing the generated individual attestation data in a storage location of the web server assigned to the client; And the web server assigning a unique number corresponding to the stored individual proof data to the client, and transmitting the assigned unique number to the client. The method of claim 5, wherein the providing of the proof material, Selecting a desired proof item from the web page transmitted by the web interface of the web server, and writing the data to be authenticated by the client in the selected right proof item page. Individual proof of rights service method. The method of claim 6, wherein the material is A web site configuration data of a specific web service provider, a unique resource locator (URL) of the web site, and a specific personal writing data, which are in the form of a text file or an image file. How individual proof of rights services are provided. A personal computer of a client with a built-in web browser for web access; First software for interfacing a web page of a web site to be served to the personal computer in response to the attempt of the web connection, and for coding the data transmitted from the personal computer or decoding the coded data requested by the client. A web server incorporating second software and third software for controlling input and output of stored data of a database to be linked while controlling operation of the first software and the second software;  And an external air pipe server for providing the web server with an encryption proof code to be allocated for coding and decoding by the second software. 9. The individual right of the web server according to claim 8, wherein the third software of the web server is for giving the client a unique number corresponding to the input data when inputting the data of a specific client to the database. Proof system. 10. The system of claim 9, wherein the third software includes time information at the time data is entered into the database in the unique number.

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