KR100808650B1 - Wills recording system and method using the Internet - Google Patents

Abstract

The present invention relates to a testament recording system and method using the Internet. More specifically, a testament is created and stored, and at the same time, the document itself is encrypted so that it is encoded into a bar code of a bitmap, and if it is encrypted, the testament is disclosed. The present invention relates to a will-recording system using the Internet and a method thereof, which prevents a document from being opened or modified before the date.

Wills recording system using the Internet of the present invention,

Provides a form form of the web to make a will, hashes the input data and password, generates a binary code, encodes it into a bitmap bar code, and transmits it to the Internet information providing means. A will recording means for converting a barcode into a binary form;

Internet information providing means for storing information obtained through said will recording means and determining the data requested by the will recording means;

It characterized in that it comprises an Internet network connecting the will recording means and the Internet information providing means.

In addition, the will recording method using the Internet,

In a method of encoding and decoding a barcode by combining an image and text,

A post request acceptance step (S300) of accepting a post request of the user;

An encoding / decoding judging step (S310) of determining whether the option passed to the ISAPI Extension is encoding or decoding;

An encoding setting step (S320) of setting a parsing option for analyzing and reading the syntax of a syntax input by the user as encoding when it is determined as encoding in the encoding / decoding determination step;

A multipart data decoding step (S330) of decoding the received multipart form data by setting the parsing option;

After the above step is generated, the resulting HMT (HTML) to generate a web browser output step (S340) characterized in that it comprises a.

Through the present invention, while making and saving a will through online web pages, the document itself is encrypted to be encoded as a bar code of a bitmap, and encrypted to eliminate the possibility of manipulation, intentional destruction, etc., and easy writing through the Internet. Providing secure and secure storage provides users with security, convenience, and cost savings.

Description

Wills recording system and method using the Internet {a Method of System for Storing and Transmitting}

1 is an overall configuration diagram of a will recording system using the Internet according to the present invention.

2 is a block diagram of an encoding of a will recording system using the Internet according to the present invention.

3 is a decoding configuration diagram of a will recording system using the Internet according to the present invention.

4 is an overall flowchart of a method of recording a will using the Internet according to the present invention.

5 is a flowchart illustrating an encoding process of a will recording method using the Internet according to the present invention.

6 is a flowchart illustrating a process of parsing data received through a post request of a will recording method using the Internet according to the present invention.

7 is a flowchart illustrating a process of encoding a message and file data in a will recording method using the Internet according to the present invention.

8 is a flowchart illustrating a process of generating a temporary file by decoding a bar code image of a will recording method using the Internet according to the present invention.

Explanation of symbols on the main parts of the drawings

      105: Wills writing unit 110: Wills encryption input button

115: Will code input unit 120: Data request unit

125: encoding determination unit 130: parsing unit

135: binary generation unit 140: bitmap encoding unit

145: barcode display unit 150: message storage unit

155: control unit 205: testament decoding input button

210: Will code input unit 215: Bar code display unit

220: testament decoding unit 225: binary conversion unit

230: screen output unit 235: control unit

240: barcode authentication unit 300: Internet information providing means

400: Internet network

The present invention relates to a testament recording system and method using the Internet. More specifically, a testament is created and stored, and at the same time, the document itself is encrypted so that it is encoded into a bar code of a bitmap, and if it is encrypted, the testament is disclosed. The present invention relates to a will-recording system using the Internet and a method thereof, which prevents a document from being opened or modified before the date.

Conventional wills have been made by the person who willed personally or by his or her family, or have been managed through a personal lawyer. This conventional method of testament means that if the manager of the testament is me, the existence of the testament becomes unclear if the person dies, and the family such as the testament's kin are directly affected by the testament's testament, so it is difficult to manage fairly. In case of using professional workers such as lawyers and lawyers, there was a problem that excessive expenditure and scope of the testament were limited to the material inheritance.

As a result, most of the general public often suffer from inadequate measures in case they die in an accident or are in a situation where they cannot make a decision.

The present invention has been made to solve the above conventional problems,

It is an object of the present invention to generate a binary code with a 128-bit key by hashing the contents of a will and the written will-password written by the user, and encode and store the generated will-bin as a bar code in the form of a screen bitmap. Is to provide a will to an heir or person concerned.

Wills recording system using the Internet according to a preferred embodiment of the present invention to achieve the above object,

Provides a form form of the web to make a will, hashes the input data and password, generates a binary code, encodes it into a bitmap bar code, and transmits it to the Internet information providing means. A will recording means for converting a barcode into a binary form;

Internet information providing means for storing information obtained through said will recording means and determining the data requested by the will recording means;

It characterized in that it comprises an Internet network connecting the will recording means and the Internet information providing means.

At this time, the will recording means,

Receives an image and text in the form of a web form, encrypts it, requests data from the Internet information providing means, judges and reads encoding information among the received data, and generates a binary code by hashing the received content and password. Bar code encoding means for encoding a bar code in the form of a screen bitmap;

When the event occurs by the user's request to convert the barcode in the bitmap form encoded through the barcode encoding means into a binary form, comprising a barcode decoding means for receiving a password from the user to hash and decrypt the password It features.

The barcode encoding means,

It is provided in the form of a WordPad to make a will, and wills writing unit 105 for receiving text, binary or file data in the form of a web form;

A will encryption input button 110 provided to encrypt the will;

A will and password input unit 115 which receives a password to encrypt the content obtained by the will and a writing unit when an event of the encryption input button occurs;

A data request unit 120 for posting a request to the Internet information server as multipart form-data;

An encoding determination unit 125 for accepting a post request and determining whether there is information to be encoded among data transferred from multipart form data in an ISAPI extension of an Internet information server;

A parsing unit (130) for analyzing and reading the meaning of syntaxes in order to obtain will contents from multipart form data acquired by the data requesting unit;

A binary generation unit 135 for generating a binary code with a 128-bit key generated by hashing the contents of the will and the entered will code;

A bitmap encoding unit 140 for encoding the will binary into a bar code having a screen bitmap;

A barcode display unit 145 for outputting a barcode encoded through the bitmap encoding unit to a monitor;

A message storage unit 150 for storing the input text or image of the will, video information, and an encoding file of the corresponding data;

It is characterized in that it comprises a control unit 155 that is electrically connected to each of the parts in charge of the overall control of each part.

The barcode decoding means,

A bar code display unit 215 for outputting a bar code in the form of an encrypted screen bitmap to a monitor;

A will and decode input button 205 provided to decode the barcode;

A will and password input unit 210 for receiving a password in order to decrypt the barcode in response to an event of the decryption input button;

A binary converter 225 for converting the bitmap barcode into a binary format;

A will and decryption unit 220 for decrypting a will and password that inputs the binary having the content of the will and using a 128-bit key generated by hashing;

A screen output unit 230 for outputting the decoded text as one of text, audio, video or video;

It is characterized in that it comprises a control unit 235 that is electrically connected to each of the parts in charge of the overall control of each part.

In addition, according to an additional aspect characterized in that it further comprises a barcode authentication unit 240 for confirming whether the user-created file has changed.

In addition, when the content of the data input by the user is large, there are a plurality of barcode files that are generated.

The will and decryption unit 220,

If you specify the path and risk of an already encoded barcode image file (BMP format) in the form of the web, decode it, collect it in the case of multiple image files, save it as a temporary file, and output the path. It features.

The bitmap encoding unit 140,

The user's input data is characterized by using an Alciff (RC4) encryption algorithm to encrypt data of an unfixed length in the form of messages or files.

On the other hand, the method of recording a will is using the Internet of the present invention,

In a method of encoding and decoding a barcode by combining an image and text,

A post request acceptance step (S300) of accepting a post request of the user;

An encoding / decoding judging step (S310) of determining whether the option passed to the ISAPI Extension is encoding or decoding;

An encoding setting step (S320) of setting a parsing option for analyzing and reading the syntax of a syntax input by the user as encoding when it is determined as encoding in the encoding / decoding determination step;

A multipart data decoding step (S330) of decoding the received multipart form data by setting the parsing option;

After the above step is generated, the resulting HMT (HTML) to generate a web browser output step (S340) characterized in that it comprises a.

In addition, in a method of encoding a barcode by combining the image and the text,

When a user enters a text or file and a password, the password value of the password item parsed from the multipart form-data transmitted using the post request of the client is passed in the passphrase. Pass pass step (S400) and;

A hashing step (S410) of specifying an MD5 checksum generated as a hash value using a hash value generation function in the encryption library;

A key generation step (S420) of generating a 128-bit key using a key generation function using a hash value in the encryption library;

An encryption step (S430) of encrypting the generated key value and a text message or a file to be encoded using an encryption function of an encryption algorithm RC4 in an encryption library;

And a bar code encoding step (S440) of encoding the encoding message into a bar code in a bitmap form.

In addition, in a method of decoding a barcode encoded by combining an image and text,

A decoding data extraction step of calling a function for extracting data by decoding a barcode in a bitmap form;

Decrypting step using the decryption function in the library (Decrypting);

And a data output step of outputting original data to the user.

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

1 is an overall configuration diagram of a will recording system using the Internet according to the present invention.

As shown in Fig. 1, the will-recording system using the Internet of the present invention,

Provides a form form of the web to make a will, hashes the input data and password, generates a binary code, encodes it into a bitmap bar code, and transmits it to the Internet information providing means. A will recording means for converting a barcode into a binary form;

Internet information providing means for storing information obtained through said will recording means and determining the data requested by the will recording means;

And an internet network connecting said will recording means and internet information providing means.

At this time, the will recording means,

Receives an image and text in the form of a web form, encrypts it, requests data from the Internet information providing means, judges and reads encoding information among the received data, and generates a binary code by hashing the received content and password. Bar code encoding means for encoding a bar code in the form of a screen bitmap;

When the event occurs by the user's request to convert the barcode in the bitmap form encoded through the barcode encoding means into a binary form, comprising a barcode decoding means for receiving a password from the user to hash and decrypt the password It features.

2 is a block diagram of an encoding of a will recording system using the Internet according to the present invention.

As shown in Fig. 2, the encoding configuration of the wills recording system using the Internet is as follows.

The barcode encoding means,

It is provided in the form of a WordPad to make a will, and wills writing unit 105 for receiving text, binary or file data in the form of a web form;

A will encryption input button 110 provided to encrypt the will;

A will and password input unit 115 which receives a password to encrypt the content obtained by the will and a writing unit when an event of the encryption input button occurs;

A data request unit 120 for posting a request to the Internet information server as multipart form-data;

An encoding determination unit 125 for accepting a post request and determining whether there is information to be encoded among data transferred from multipart form data in an ISAPI extension of an Internet information server;

A parsing unit (130) for analyzing and reading the meaning of syntaxes in order to obtain will contents from multipart form data acquired by the data requesting unit;

A binary generation unit 135 for generating a binary code with a 128-bit key generated by hashing the contents of the will and the entered will code;

A bitmap encoding unit 140 for encoding the will binary into a bar code having a screen bitmap;

A barcode display unit 145 for outputting a barcode encoded through the bitmap encoding unit to a monitor;

A message storage unit 150 for storing the input text or image of the will, video information, and an encoding file of the corresponding data;

It is characterized in that it comprises a control unit 155 that is electrically connected to each of the parts in charge of the overall control of each part.

The ISAPI described above has a web service module type using Internet Information Server (IIS). To provide encoding / decoding functions online to provide a web service, an ASP script is provided. I will use the ISAPI Extension DL (DLL) using ISAPI. In the case of Active Server Pages (ASP), it is difficult to implement encryption and barcode encoding, and because it operates as an independent process, it uses the ISAPI Extension DL (DLL) due to the high resource consumption. That is, the ISAPI Extension DL (DLL) operates in a threaded structure, which is efficient in using resources, and can be produced in C / C ++, thereby increasing processing speed.

In addition, the present invention will record system using the Internet forms data will be input form in the form of the web, including the attached file or a text message to make a Will because the URL Encode (URL Encode) method is not suitable for passing such large data Therefore, multipart form data is used to transmit each data item separately.

In addition, when the content of the data input by the user is large, there are a plurality of barcode files to be generated, and the plurality of image files are generated and the file list is output.

In addition, the bitmap encoding unit 140,

The user's input data is characterized by using the Alcipo (RC4) encryption algorithm to encrypt data of unfixed length in the form of messages or files.

In more detail, when the user logs in to the homepage in which the present invention is implemented, the will will be written to the user in the will form writing unit 105 in the form of a word pad so that the user can write the will on the provided screen. After writing the testament, it is saved or encrypted. If it is not encrypted, it can be modified later. However, when the will code encryption input button 110 outputted to the monitor is pressed for encryption rather than storing, an event occurs and the will code password input unit 115 obtains and encrypts the content created by the will recorder 105. You will be prompted for a password.

When the password is input and stored, the contents of the wills obtained from the data requesting unit 120 are parsed and read by the parsing unit 130, and then the contents of the wills and the entered wills password are generated by the binary generator 135. Binary code is generated by hashing at 128-bit key, and the generated will binary is encoded into a bar code of the screen bitmap form through the bitmap encoding unit 140, and the encoded barcode is monitored to the monitor through the barcode display unit 145. Will print.

The barcode described in the present invention preferably uses a two-dimensional barcode or a three-dimensional barcode.

3 is a block diagram of a decoding system of a will recording system using the Internet according to the present invention.

to be.

As shown in Fig. 3, the bar code decoding means of the will recording system using the Internet,

A bar code display unit 215 for outputting a bar code in the form of an encrypted screen bitmap to a monitor;

A will and decode input button 205 provided to decode the barcode;

A will and password input unit 210 for receiving a password in order to decrypt the barcode in response to an event of the decryption input button;

A binary converter 225 for converting the bitmap barcode into a binary format;

A will and decryption unit 220 for decrypting a will and password that inputs the binary having the content of the will and using a 128-bit key generated by hashing;

A screen output unit 230 for outputting the decoded text as one of text, audio, video or video;

It is characterized in that it comprises a control unit 235 that is electrically connected to each of the parts in charge of the overall control of each part.

In addition, the will and decryption unit 220,

If you specify the path and risk of an already encoded barcode image file (BMP format) in the form of the web, decode it, collect it in the case of multiple image files, save it as a temporary file, and output the path. It features.

In more detail, in order to check the contents of the will, the screen created and encrypted by the will is output through the barcode display unit 215 to the monitor. In this case, when the password is input to the will code decryption input button 205 for decryption, an event is generated and the password is input by the will code password input unit 210.

When the password is received, the bitmap-type barcode is converted into a binary form through a binary converter 225, and a will code decryption unit 220 that inputs a binary having the contents of the will is generated by hashing it. The 128-bit key is decoded, and the decoded text, voice, or video is output to the user screen through the screen output unit 230.

4 is an overall flowchart of a method for recording a will will using the Internet according to the present invention.

to be.

As shown in FIG. 4, in the method of encoding and decoding the barcode by combining the image and the text, the method is confirmed.

A post request acceptance step (S300) of accepting a post request of the user;

An encoding / decoding judging step (S310) of determining whether the option passed to the ISAPI Extension is encoding or decoding;

An encoding setting step (S320) of setting a parsing option for analyzing and reading the syntax of a syntax input by the user as encoding when it is determined as encoding in the encoding / decoding determination step;

A multipart data decoding step (S330) for decoding the received multipart form data by setting the parsing option;

After the above step is generated, the resulting HMT (HTML) to generate a web browser output step (S340) characterized in that it comprises a.

In more detail, by receiving a user's post request (POST request) (S300) it is determined whether the option passed to the ISAPI Extension (Encoding or decoding) (S310). In this case, if the encoding is not encoding, the parsing option is set to decode, and when it is determined as encoding, the parsing option for analyzing and reading the syntax of the syntax input by the user is set to encoding (S320).

After setting the parsing option, the received multipart form data is decoded (S330), and then the generated HTM (HTML) is generated and handed over to a web browser for output.

A process of parsing data received through the POST request is illustrated in FIG. 6.

In addition, the process of encoding the message and file data using a bar code of the bitmap is shown in FIG.

5 shows an encoding process of a will recording method using the Internet according to the present invention.

This is a flow chart.

As shown in Fig. 5, in the method of encoding the barcode by combining the image and the text,

When a user enters a text or file and a password, the password value of the password item parsed from the multipart form-data transmitted using the post request of the client is passed in the passphrase. Pass pass step (S400) and;

A hashing step (S410) of specifying an MD5 checksum generated as a hash value using a hash value generation function in the encryption library;

A key generation step (S420) of generating a 128-bit key using a key generation function using a hash value in the encryption library;

An encryption step (S430) of encrypting the generated key value and a text message or a file to be encoded by using an encryption function of an encryption algorithm R4 in an encryption library;

And a bar code encoding step (S440) of encoding the encoding message into a bar code in a bitmap form.

In more detail, when a user enters a text or file and password entered in a Will and WordPad presented to the user, the user parses the multipart form data transmitted using a POST request of the client. A passphrase (S400) of the string value of the generated password item is specified, and an MD5 checksum generated using a hash value generation function in the encryption library is designated as a hash value (S410).

Then, a 128-bit key is generated using a key generation function using a hash value in the encryption library (S420).

The generated key value and a text message or a file to be encoded are encrypted (S430) using an encryption function having an encryption algorithm R4 in the encryption library (S430), and then the encoding message is encoded into a bitmap barcode (S440). ) To present the barcode printout to the user.

In this case, the message is displayed in the client web browser, and in the case of file data, it is stored as temporary original data. The process of generating the temporary file is shown in FIG.

On the other hand, the present invention is not limited only to the above-described embodiment, it can be carried out by modifying and modifying within the scope not departing from the gist of the present invention, the technical idea to which such modifications and modifications also fall within the claims Should be seen.

According to the will and recording system using the Internet and the method according to the present invention having the above configuration and action, while making and storing a will through the online web page, the document itself is encrypted to be encoded as a bar code of the bitmap and encrypted By eliminating the possibility of manipulation, intentional destruction, etc., and providing easy writing and safe storage through the Internet, it provides users with security, convenience, and cost reduction.

Claims (11)

Receives an image and text in the form of a web form, encrypts it, requests data from the Internet information providing means, judges and reads encoding information among the received data, and generates a binary code by hashing the received content and password. To encode a bar code in the form of a screen bitmap, It is provided in the form of WordPad to make a will, and wills writing unit 105 for receiving text, binary or file data in the form of a web form, Wills encryption input button 110 provided to encrypt the wills, A will password input unit 115 for receiving a password to encrypt the content obtained by the will will be generated when the event of the encryption input button occurs; A data request unit 120 for posting a request to the Internet information server as multipart form-data; An encoding determination unit 125 for accepting a post request and determining whether there is information to be encoded among data transferred from multipart form data in an ISP information extension of an Internet information server; A parsing unit 130 for analyzing and reading the meaning of the syntax to obtain the will content from the multipart form data obtained by the data requesting unit; A binary generation unit 135 for generating a binary code of a 128-bit key generated by hashing the contents of the will and the input will. A bitmap encoding unit 140 for encoding the will binary into a bar code of a screen bitmap form; A barcode display unit 145 for outputting a barcode encoded through the bitmap encoding unit to a monitor; A message storage unit 150 for storing the input text or image of the wills, video information, and encoding files of the corresponding data; A bar code encoding means electrically connected to each of the units and configured to include a control unit 155 for overall control of each unit; When an event occurs at the request of the user, in order to convert the barcode encoded in the bitmap form through the barcode encoding means into a binary form, and receive a password from the user to hash and decrypt the password, A bar code display unit 215 for outputting a bar code in the form of an encrypted screen bitmap to a monitor; A will and decode input button 205 provided to decode the barcode; When the event of the decryption input button occurs, the will and password input unit 210 receives a password for decrypting with respect to the barcode; A binary converter 225 for converting the bitmap barcode into a binary format; A will and decryption unit 220 for decrypting a 128-bit key generated by hashing the will with a binary having the contents of the will; A screen output unit 230 which outputs the decoded text as one of text, audio, video or video; It is composed of bar code decoding means that includes the control unit 235 which is electrically connected to each unit and controls the overall control of each unit, and hashes the input data and password by providing a web form form to make a will. A will recording means for generating a binary code, encoding it into a bar code of a bitmap form and transmitting the encoded code to an internet information providing means, and converting the bar code of a bitmap form into a binary form at the request of a user; Internet information providing means for storing information obtained through said will recording means and receiving data requested by the will recording means; A will recording system using the Internet comprising an internet network connecting the will recording means and the Internet information providing means. delete delete delete The method of claim 1, Wills recording system using the Internet, characterized in that it further comprises a barcode authentication unit 240 for confirming whether the file created by the user has changed. The method of claim 1, If a plurality of barcode files generated by the content of the data input by the user is a large number of wills recording system using the Internet, characterized in that to generate a plurality of image files and to output the file list. The method of claim 1, The will and decryption unit 220, If you specify the path and risk of an already encoded barcode image file (BMP format) in the form of the web, decode it, collect it in the case of multiple image files, save it as a temporary file, and output the path. Wills recording system using the Internet. The method of claim 1, The bitmap encoding unit 140, A will recording system using the Internet, characterized in that the user's input data uses the Rc4 (RC4) encryption algorithm to encrypt data of an unfixed length in the form of messages or files. delete delete delete

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