KR20030033112A - System and method for providing e-mail which can be updated after transmitting - Google Patents

Abstract

PURPOSE: An e-mail providing system and a method for the same are provided to modify a part or all of the contents or to perform a modification, deletion or addition of inserted images or icons in the e-mail transmitted previously by using an artificial intelligence. CONSTITUTION: The system comprises a file and path server(110), an e-mail server(120), an e-mail transmission and receiving check server(130), and a database server(140). The file and path server(110) offers a path for copying the file including image data to be inserted into the e-mail, converting and encrypting it. The e-mail server(120) converts the text, input by an e-mail sender, into image data, encrypts the converted image data, the image, icon, background colour and background image selected by the e-mail sender, combines the encrypted image data with HTML tags for generating the e-mail contents, stores the combined e-mail contents, and enables the e-mail sender to modify the e-mail contents. The e-mail transmission and receiving check server(130) checks the transmission or the receiving of the e-mail. The database server(140) stores the image data inserted into the e-mail, the e-mail contents having been transmitted already, and data on the e-mail sender.

Description

SYSTEM AND METHOD FOR PROVIDING EMAIL AFTER SENDING {SYSTEM AND METHOD FOR PROVIDING E-MAIL WHICH CAN BE UPDATED AFTER TRANSMITTING}

The present invention relates to a system and a method for providing an updateable email after sending, and in more detail, when there is a part to be modified in an already sent email, the part or the entire contents of the email sent by the AI is modified, and the inserted image Alternatively, the present invention relates to a system for providing a post-sendable updateable email and a method for updating an icon such as changing, adding or deleting an icon, and deleting an entire contents of an email.

The conventional e-mail cannot be modified after sending, and the contents should be input in consideration of the OS language of the recipient. Also, even if the e-mail was sent, it was often difficult to find the contents if the receiving mail service provider did not support the language code. In addition, there is a problem in that the contents of the email are not visible or the contents are disturbed due to the characteristics of the webmail service and the browser of each sales company.

In addition, there was a problem that should be resent, such as correction and apology if the wrong email sent. Therefore, there is a problem that it is possible to put a load on the mail receiving side system, or may be mistaken as spam mail or junk mail due to the repeated sending of similar contents mail.

The present invention has been made to solve the above problems, and an object of the present invention is to provide an updateable email providing system for sending after providing an email for modifying or deleting an already sent email.

Another object of the present invention is to provide a method for providing an updateable email after transmission.

In other words, by maximizing the efficiency of conventional e-mail and minimizing the damages caused by sending wrong contents, you can effectively use internet marketing and internet business, create and send mails freely on the web, and modify the sent contents at any time. It is to provide a system and method that can accurately convey the content.

1 is a block diagram of an updateable email providing system after sending in accordance with the present invention.

2 is a flowchart of a process of generating and modifying a magic mail.

3 is a flowchart in which a content input and data conversion process of a magic mail is performed.

4 is a flowchart of a process of sending, modifying, or deleting a magic mail at a set time.

5 is an exemplary diagram relating to the creation and modification of a magic mail.

*** Explanation of symbols on the main parts of the drawing ***

100: mail sending system 110: file data and path server

120: magic mail server 130: eMailligence server

140: database server 150, 340: webmail server

160, 330: name server 170, 320: firewall

180, 310: Router 190: Mail Sender Client

200: Internet or wired and wireless communication network 300: Mail receiving system

350: client mail server 360: mail receiver client

According to an aspect of the present invention, there is provided a mail transmission system capable of modifying and deleting a previously transmitted email, comprising: an input device for recognizing a text characteristic including font information from text after receiving text to be transmitted from a client; A conversion device for converting the text into text image data according to text characteristics recognized by the input device; A data storage device for storing the converted text image data; A path server for storing information on a stored path of text image data and providing information on the path by an external request; A mail generating device for generating an email including a path of text image data stored in a path server; And a mail transmission device for transmitting the generated email.

In addition, the data storage device stores the e-mail sent after the e-mail is sent,

When the client requests modification of the previously transmitted mail, the apparatus further includes a decoding device for loading the stored email from the data storage device, decoding the converted email, and converting the text image data into the previously input text.

Preferably, the mail generating device encrypts the path information of the text image data to be included in the email,

The converter generates a letter board using the size, letter spacing, and line spacing of each letter constituting the text, and then generates encrypted text image data by applying the color and font of each letter to the letter plate.

In addition, the above object of the present invention is a mail sending system capable of modifying and deleting a previously transmitted email, and after receiving a text and an image file to be transmitted from a client, a text characteristic including an font information from the text and an image file. An input device for recognizing image file characteristics and arrangement information between text and image files; A conversion device for converting the text into text image data according to text characteristics recognized by the input device; A data storage device for storing the converted text image data, the image file, the image characteristic and the layout information; A path server that stores text image data and information on a stored path of the image file and provides information on the path by an external request; A mail generating device including a text image data and a path of an image file stored in a path server, and generating an e-mail according to the batch information; And a mail transmission system provided with a mail transmission device for transmitting the generated email.

The data storage device stores the sent emails,

When the client requests modification of the previously transmitted mail, the apparatus further includes a decoding device for loading the stored email from the data storage device, decoding the converted email, and converting the text image data into the previously input text.

In addition, the mail generation device encrypts the text image data and the path information of the image file to be included in the email,

The converter generates a letter board using the size, letter spacing, and line spacing of each letter constituting the text, and then generates encrypted text image data by applying the color and font of each letter to the letter plate.

In addition, another object of the present invention is a mail providing method capable of modifying and deleting a previously transmitted email, comprising: a first method of recognizing a text characteristic including font information from text after receiving text to be transmitted from a client; step; A second step of converting the text into text image data according to the recognized text characteristics; A third step of storing the converted text image data; A fourth step of storing information on a stored path of the text image data; A fifth step of generating an e-mail including a path of the stored text image data; And a sixth step of transmitting the generated e-mail.

In addition, another object of the present invention is a mail providing method capable of modifying and deleting a previously sent email, and after receiving a text and an image file to be transmitted from a client, a text characteristic and an image including font information from the text. A first step of recognizing image file characteristics of the file and placement information between the text and the image file; A second step of converting the text into text image data according to text characteristics; A third step of storing the converted text image data, the image file, the image characteristic and the placement information; A fourth step of storing text image data and information on a stored path of the image file; It is also achievable by the mail sending method comprising a fifth step of generating an e-mail according to the batch information and a sixth step of sending the generated e-mail, including the stored text image data and the path of the image file.

Hereinafter, with reference to the accompanying drawings will be described in detail the advantages, features and preferred embodiments of the present invention.

1 is a block diagram of an updateable email providing system according to the present invention. Referring to FIG. 1, the configuration of an updateable email providing system according to the present invention is a file for providing a path of a file such as image data to be inserted into an email (hereinafter referred to as 'magic mail') according to the present invention. Data and route server 110, the magic mail server 120 for generating and modifying the magic mail according to the contents and instructions inputted by the mail sender client 190, the origination of magic mail and acknowledgment of the mail receiver client 360 The eMailligence server 130 that provides the data, including the image data inserted into the magic mail, the database server 140 for storing and managing the information of the sent magic mail and the mail sender client 190, etc., sent from the outside Webmail server 150 that supports the receipt of general email (hereinafter referred to as 'normal mail'), name server 160 that supports translation between domain names and IP addresses, abnormal A firewall 180 that blocks the access and malicious access and removes the malicious code number to provide security of the mail sending system 100, and a path of the mail receiving system 300 to receive the sent magic mail. And a path of a system for receiving general mail sent by the mail sending system 100, the Internet or wired / wireless communication network 200, and the mail receiver client 360 including a mail sender client 190 for creating and sending a magic mail. The router 310 to specify the, the firewall 320 for the security of the mail receiving system 300, the name server 330 supporting the conversion between the domain name and IP address, the magic mail sent from the mail sending system 100 Alternatively, the webmail server 340 supporting the reception of the general mail sent from another mail system, the magic mail or the general mail received through the webmail server 340 are distributed and received, and the received magic The mail receiving system 300 includes a client mail server 350 for storing mail and a mail receiver client 360 for checking received magic mail or general mail. The mail sending system 100 and the mail receiving system 300 according to the present invention further include a gateway (not shown).

The mail sending system 100 according to the present invention inputs the contents of the magic mail according to the contents and commands input or selected by the mail sender client 190, converts the input data, generates a magic mail, and generates the generated magic mail. Send. In addition, when the mail originating system 100 requests the modification of the magic mail sent by the mail sender client 190, the mail sending system 100 loads the sent magic mail, and then performs the magic according to the contents and instructions modified by the mail sender client 190. Modify the sent magic mail by modifying the contents of the mail and converting the modified data.

Magic mail means an e-mail according to the present invention, and means an e-mail that can be modified or updated after being sent and received by the mail receiving system 300. The deletion means not deleting the magic mail itself received by the mail receiving system 300, but deleting the contents of the magic mail, and the mail sender client 190 may designate the deletion time. That is, the mail sender client may delete the magic mail sent at a specified time or may be automatically deleted when a predetermined time elapses from when the magic mail is sent and received by the mail receiving system 300. This function is to prevent the information leaked by anyone other than the mail recipient client 360 to view the sent magic mail to improve the security of the magic mail. This will be described in more detail below.

Magic mail is composed of images only, not text and images are combined as in the conventional email. That is, the mail sender client 190 converts the input text into an image, and the mail sender client 190 generates a magic mail by placing the selected background image or an embedded image and the converted image data through HTML tags. If a normal mail is composed of an HTML tag consisting of an image and text, the text is sent to the recipient, but the image is not sent to the recipient. However, since the magic mail is made up of images only, the image is not transmitted to the mail receiving system 300, only HTML tags are transmitted, and the mail receiving system 300 recognizes the same as the general mail.

In addition, the magic mail is stored in the encrypted state all the image module in the HTML tag transmitted to the mail receiving system 300, when the mail sender client 190 wants to modify the sent magic mail mail receiving system 300 Regardless of the connection (connecting) of the e-mail sending system 100 through the decoding (decoding) process to modify the sent magic mail and re-encoding (encoding). That is, the mail sending system 100 decodes and displays the stored image information of the sent magic mail when the mail sender client 190 wants to modify the sent magic mail, and the mail sender client 190 displays the contents. When modified, the modified contents are converted into image data, and when the inserted image is changed, the modified image is inserted, encrypted, and encoded again to generate a modified Magic Mail to store the encoded file in the corresponding location.

The file data and path server 110 according to the present invention provides a file path for files such as image data, image files, and background images used as a background of a magic mail after text inserted into the magic mail is converted. . That is, it provides a path for copying, converting and encrypting a file to be inserted into MagicMail.

For example, suppose acenet.jpg is the file data and the path is / home / httpd / html / file / acenet.jpg.The file is converted to an encrypted code number in MagicMail and stored only in the MagicMail files. It is moved to the place where The moved file name is converted and saved as /home/httpd/html/magicfiles/TH8d7akk98k1432ads.jpg.

The magic mail server 120 according to the present invention generates and modifies a magic mail according to contents and commands input by the mail sender client 190, and includes an input device 122 and a conversion device 124.

The input device 122 according to the present invention is a device for processing contents and commands inputted by the mail sender client 190. The input device 122 includes an image constituting each part or the entirety of a magic mail to be generated, and a background color or a background image. Recognize and recognize the character style for the text input by the mail sender client 190. That is, the characteristics of the text, the characteristics of the image file and the characteristics of the background data are grasped, and the placement information on the location where the text and image files are placed on the magic mail is recognized. Specifically, it recognizes the font, font size and font color, recognizes the text content, and recognizes the content form of the Magic Mail.

The conversion device 124 according to the present invention is a device for converting the text, the selected image, etc. input by the mail sender client 190. The converter 124 distributes the data recognized by the input device 122 and the modules to be performed according to the characteristics of each data, and combines the results of each operation to show the result of the magic mail. At this time, each image files or newly generated images are encrypted and generated by checking the size, color, line spacing, and font style of the image.

Conversion by the conversion device 124 may be divided into conversion of the image, the background color and the text.

In case of image conversion, it receives the information of image file and converts it into random unique encryption code.

In case of background color conversion, the background color is designated using the basic RGB chromaticity. If the image is used as the background, the color of the image is designated as the background without calculating the RGB chromaticity.

In case of font conversion, the color of the font is designated in RGB format and the font is specified by referring to the font existing in the server. At this time, the font should exist on the server in the form of True Font. Recognize font size, letter and font, measure line length of letters to create fonts, and apply font color and fonts to generated fonts. The coated dial is stored as an encrypted file and the information is stored in the sender MagicMail database 144 of the database server 140.

Content input and data conversion will be described in more detail with reference to FIGS. 2 and 3.

When the above operation is completed, all the information is stored in the sender Magic Mail database 144 of the database server 140, and the content is constructed by combining the stored information and the worked information with HTML tags. That is, the magic mail is generated by inserting path information on the location where the image data, image file, and background data for text are stored in the HTML code. In this case, the route information is preferably encrypted and inserted so that it is impossible to access or recognize from the receiving side or the outside.

The eMailligence server 130 according to the present invention provides the sending of magic mail and the acknowledgment of the mail receiver client 360, and includes an eMailligence Trim Engine 132.

The eMailligence trim engine 132 according to the present invention transmits the magic mail generated by the magic mail server 120. That is, the content composed by combining the above-described content and the HTML tag is combined with the eMailligence module, and the configured content is mounted on the eMailligence trim engine 132 to send the magic mail.

The eMailligence module, which is in charge of sending magic mail, sends magic mail by inserting all the contents to the trim engine by inserting icons that can be rejected and other contents that can be checked when the magic mail is opened.

The database server 140 according to the present invention stores and manages data including image data inserted into a magic mail, information of a sent magic mail and a mail sender client 190, and the like, and an image upload database 142 and a sender. A magicmail database 144, a user information database 146, and an acknowledgment database 148.

An example of the configuration of main data fields of each database constituting the database server 140 is shown in Table 1 below.

Code Save the extracted encryption code, used to modify the contents. Filenames Save the names of the images used. Input text Saves the contents of the Magic Mail. It is used to modify only a part and the parts that need to be modified. If modified, the modified contents are saved. Variable (value) information Stores input and used values. Stores the properties of the character strings in the file. Information is used for future modifications and removals. ID Stores user information Distinguished between password extraction and magic mail authors Magic mail content It actually stores what the user sees, which consists of HTML tags. Route Save the path where files are copied. date Stores the send date and modification date. Etc It is a preliminary storage space for storing other input contents. It stores the characteristics of magic mail contents.

In Table 1, the path field is included in the image upload database 142, and the file names field, input text field, variable (value) information field, magic mail content field and date field are included in the sender Magicmail database 144. The encryption code field and the ID field are included in the user information database 146.

The image upload database 142 according to the present invention stores and manages a background image of an image file and background data that the mail sender client 190 intends to insert into a magic mail. The background image is an image that a mail sender client inserts without using a background color as a background of a magic mail. That is, when the actual image file or the background image is stored, the capacity, name and brief description of each image file or the background image are stored. The image upload database 142 is referenced everywhere using image files and background images.

The sender Magic Mail database 144 according to the present invention stores and manages the converted image data of the text inserted into the Magic Mail, the batch information on the location where the text and image files are placed on the Magic Mail, and the sent Magic Mail. Using the saved password code (the password that was used to create the magic mail), it is used to compare what password has to be modified and to convert the file. In addition, when modifying Magic Mail, the contents of Magic Mail are loaded in the text content storage section, each file name is loaded in the file name storage section, and each variable value and property are loaded in the variable value storage section. The text content storage part is a space for storing the contents and modified contents of Magic Mail, the file name storage part is a space indicating what name each file name is stored in, and the variable value storage part is a space indicating what values and properties exist. to be. In addition, it checks who the system user is and stores the user's unique ID, that is, the ID of the mail sender client 190 so that other users cannot use it when modifying. The saved data will be used later to modify or delete the mail.

The user information database 146 according to the present invention stores and manages information about the mail originator client 190. That is, it stores simple information about individuals and companies that must be input when registering or using the system, and generates a code number (password) by referring to a part of its information when extracting each code from the system. The user information database is a database required for system authentication.

The acknowledgment database 148 according to the present invention stores each email address, a code number and a date for each email address, and stores the information in the database when sending a magic mail. In addition, when the confirmation of the magic mail is made, the acknowledgment database 148 automatically updates the acknowledgment information and checks the date and the number of readings. In other words, the acknowledgment database 148 repeatedly performs the update command. The acknowledgment database 148 also stores outgoing information.

Webmail server 150 according to the present invention supports the reception of general mail sent from the outside. That is, the magic mail is sent through the eMailligence server 130, and the general mail is received through the web mail server 150.

The name server 160 according to the present invention supports the translation between the domain name and the IP address and a domain name server (DNS) may be used.

The mail sender client 190 according to the present invention creates and sends a magic mail. The mail sender client 190 may be a person or a company and has a terminal for accessing the mail sending system 100. The terminal is a terminal that can be connected to the mail sending system 100 through the Internet or a wired or wireless communication network, a personal computer, a PDA, a mobile phone or an IMT 2000 terminal.

The mail sender client 190 according to the present invention accesses a predetermined web page provided by the mail sending system 100 or a predetermined mail sending means, generates and sends a magic mail, and modifies the sent magic mail. Creation and modification of the magic mail is made through the magic mail server 120, and the transmission of the generated magic mail is made through the eMailligence server 130. In addition, the mail sender client 190 checks the general mail received through the webmail server 150 through the web page or a predetermined mail receiving means.

The mail receiving system 300 according to the present invention receives the magic mail sent from the mail sending system 100 so that the mail receiver client 360 can check and sends the general mail sent by the mail receiver client 360. . The mail receiving system 300 according to the present invention corresponds to a general email providing system. For example, all standard email delivery systems such as Outlook Express, Hotmail, hanmail and yahoo.

The client mail server 350 according to the present invention distributes the magic mail received through the webmail server 340 and stores the received magic mail. Client mail server 350 is useful when there are many users.

The mail receiver client 360 according to the present invention checks the magic mail sent from the mail sending system 100. The mail receiver client 360 may be an individual or a company and has a terminal for accessing the mail receiving system 300. The terminal is a terminal that can be connected to the mail receiving system 300 through the Internet or a wired or wireless communication network, a personal computer, a PDA, a mobile phone or an IMT 2000 terminal.

The mail receiver client 360 according to the present invention accesses a predetermined web page provided by the mail receiving system 300 or a predetermined mail receiving means and checks the magic mail sent by the mail sending system 100. In addition, the mail receiver client 360 accesses the web page or predetermined mail sending means to generate and send a general mail.

2 is a flowchart of a process of generating and modifying a magic mail. Referring to FIG. 2, the process of generating and modifying a magic mail has the following flow.

The mail sender client 190 according to the present invention accesses a predetermined web page or mail sending means provided by the mail sending system 100 and selects a magic mail writing menu (step S100). The magic mail server 120 activates the magic mail creation window for the mail sender client to create the magic mail, and the mail sender client selects and inputs the contents, the inserted image, the background, etc. of the magic mail through the magic mail creation window. .

The magic mail server 120 according to the present invention processes the data input and selected by the mail sender client through the input device 122 (step S110). Content input of the mail sender client 190 includes text input, background color or background image selection, and an insertion image or icon selection.

The input device 122 according to the present invention selects an image and a background color or a background image of each part or the whole of the magic mail to be generated according to the contents and commands inputted by the mail sender client 190, and selects the mail. The caller client 190 selects and enters a character style for the text entered. That is, it selects font and font size, selects and designates font color, and inputs text content. Also select the magic mail content form. In addition, the input device recognizes each characteristic of the text input by the mail sender client, the characteristic of the image file, the characteristic of the background data, and the like. The characteristics of the text include font, size, color, kerning, line spacing, and text content. The characteristics of the image file include the size and size of the image file.

The converter 124 according to the present invention converts the input content into data (step S120). That is, the converter 124 distributes data such as text and images processed by the input device 122 by the mail sender client 190 to each module to be performed, and combines the respective work results. Show the result of Magic Mail. At this time, each image files or newly generated images are encrypted and generated by checking the size, color, line spacing, and font style of the image.

Data conversion by the converter 124 can be largely divided into an image, a background color and a text.

In case of image conversion, it receives the information of image file and converts it into random unique encryption code.

For example, the PHP code for image conversion is shown below.

$ EncodeNo = "2001012357231023Acenet"; Define a specific key value and extract it from the database.

$ png_code_no = md5 ($ EncodeNo); Process a variable by encrypting a specific key value with a specific command.

In the case of background color conversion, the background color is designated using the basic RGB chromaticity. If the image is used as the background, the color of the image is designated as the background without calculating the RGB chromaticity.

In case of font conversion, the color of the font is designated in RGB format and the font is specified by referring to the font existing in the server. At this time, the font should exist on the server in the form of True Font. Recognize font size, kerning and font, measure line length of letters to create font, and apply font color and font to the font. The coated dial is stored as an encrypted file and the information is stored in the sender MagicMail database 144.

The following is an example of PHP code for color and text conversion.

$ ttfname = "/usr/share/...../hangul.ttf"; True Font Path

$ view = imagettfbbox (font size, 0, "$ ttfname", hanMaping ($ MgFont)); Measure the size of the dial.

$ MFM = imagecreate ($ view [0]-width, $ view [1]-height);

In the above, hanMaping (variable) is a command defined to map a predefined Hangul, which is loaded from the file through the include "MagicHFont.php3" command.

imagecolorallocate ($ MFM, color (255, 255, 255-black)); Color the created font using colors.

imagettftext (font, fontsize, 0, margin, font, font color, fontname, Korean mapping); Write the letters entered in the font.

imagepng (or jpg, or other picture format name) (Work content image, "Image name to be saved (Path to be saved / $ png_code_no.png)");

All information including the converted data is stored in the sender Magic Mail database 144 and combined with the HTML tag to construct the content (step S130).

Combining the content composed by combining HTML tags with the eMailligence module, and mounts the configured content in the eMailligence trim engine 132 to send the magic mail (step S140).

PHP code for the above move and store is as follows.

$ Split = explode (".", "Image filename.extension");

$ Cp_TImg_Name = "$ png_code_no. $ Split [1]";

copy ("existing path / filename to be moved", "path to move / $ Cp_TImg_Name");

img src = "image file path / $ Cp_TImg_Name": An HTML tag command that allows you to view image files.

An example of the origination content combining HTML tags is as follows.

<html>

<head>

<title> </ title>

</ head>

<body bgcolor = "white" text = "black" link = "blue" vlink = "purple" alink = "red">

<div align = "center"> <table border = "0" cellpadding = "0" cellspacing = "0">

<tr> <td bgcolor = "white" colspan = "3">

<p align = "center">

<img src = "image absolute path / filename"> </ p>

</ td>

</ tr>

<tr> <td> <img src = "image absolute path / filename">

</ td>

</ tr>

<tr>

<td bgcolor = "white" colspan = "3">

<div align = "center"> <table border = "0" cellpadding = "0" cellspacing = "0">

<tr>

<td> <p align = "center">

<a href="URL breadcrumbs" target="_blank">

<img src = "Absolute path / image filename" border = "0"> </a>

<a href="URL breadcrumbs">

<img src = "image absolute path / filename" border = "0"> </a>

<a href="URL breadcrumbs" target="_blank">

<img src = "image absolute path / filename" border = "0"> </a> </ td>

</ tr>

<tr>

<td> <p align = "center">

</ td>

</ tr>

</ table> </ div>

</ td>

</ tr> </ table> </ div>

</ body>

</ html>

The mail receiving system 300 according to the present invention receives the magic mail through the webmail server 340 and delivers it to the client mail server 350 (step S150).

The mail receiving system 300 receiving the magic mail stores the magic mail in the same storage manner as the general mail. In addition, the content of processing the specific malicious code and the mail receiving system 300 is not sent.

The mail receiver client 360 according to the present invention checks the received magic mail by accessing a predetermined web page provided by the mail receiving system 300 or a predetermined mail receiving means (S160).

The eMailligence server 130 according to the present invention performs the magic mail acknowledgment of the mail receiver client 360 and stores the acknowledgment information in the acknowledgment database 148 (step S170). The acknowledgment database 148 stores each email address, a code number and date of each email address, and stores information in a table when sending a magic mail. In addition, the acknowledgment database 148 automatically updates the confirmation that reads when the magic mail is made, and checks the date and the number of reads.

When the mail sender client 190 according to the present invention wants to correct the sent magic mail, the user accesses a predetermined web page or mail sending means provided by the mail sending system 100 and selects a magic mail modifying menu (S180). step). The magic mail server 120 displays a list of magic mails already sent by the mail sender client so that the mail sender client selects the magic mail to be modified. When the mail sender client selects the magic mail, the magic mail server loads the stored contents of the selected magic mail from the sender magic mail database 144 (step S190). The magic mail server 120 decrypts the loaded files and contents, and then activates a magic mail modification window for modifying the magic mail so that the mail sender client can modify the magic mail. The process of modifying and storing Magic Mail is similar to the process of creating Magic Mail.

If the sent Magic Mail is modified, the Magic Mail cannot be resent. However, you can resend the mail if necessary. In addition, the mail receiver client 360 is to confirm the magic mail of the modified content from the next confirmation. That is, in the mail receiving system 300, if the contents are modified in the mail sending system 100, the mail receiving system 300 merely plays a role of showing the modified contents.

3 is a flowchart in which the content input and data conversion process of Magic Mail is performed. Referring to FIG. 3, the content input and data conversion process of Magic Mail has the following flow.

The mail sender client 190 according to the present invention inputs text to be input into a magic mail, selects a background color or a background image, and selects an insert image or an icon (step S200).

The input device 122 according to the present invention separates and analyzes the selected image (step S210) and extracts an encryption code (step S215). You can use 'explode (image name)' for image separation and analysis, and use 'md5 (conversion code)' for random code extraction or random function processing.

The input device 122 according to the present invention recognizes the font of the input text (S220). At this point, specify the true font path For example, you can specify '/ usr / share / .....' if you are using Linux or Unix as your operating system, or 'C \ ..... \ ... if you are using the NT family. .. '

The input device 122 according to the present invention checks the selected color (step S230).

The input device 122 according to the present invention recognizes the text area with respect to the input text (step S240), extracts the size (step S242), and sets the margin (step S244). You can use 'ImagettfBox (Info)' for text area recognition.

The converter 124 according to the present invention combines the processed information through the above steps (step S250) and processes the combined information (step S260). You can use 'ImagettfText' to combine the processed information.

In the combined information processing, the file is converted and stored (step S262), necessary file copy conversion is performed (step S264), and the content is combined with the HTML tag (step S266). You can use 'image extension name (encrypted name)' to save the file conversion and 'copy (path-password-path)' to convert the required file copy.

All the information processed through the above step is stored in the sender Magic Mail database 144 (step S270).

Magic mail may be sent, modified or deleted at the time set by the mail sender client 190. That is, the mail sender client may generate a new magic mail and send it at the scheduled time, or modify or delete the already sent magic mail at the scheduled time. The time set by the mail sender client may be set by specifying a date, hour, minute, second, or the like after a predetermined time has elapsed. In addition, in the case of modifying or deleting the magic mail, it may be set after a predetermined time elapses from when the mail receiver client 360 checks the magic mail.

Sending time, modification time, and deletion time can be set by mail sender client through separate integrated time setting menu or by setting up each of magic mail creation, modification or deletion menu.

First, in the case of setting the sending time, modification time, and deletion time through the time setting menu, the mail sender client 190 may select the time setting menu and then set the sending time, modification time, and deletion time through the submenu. At this time, if the mail sender client selects the send time setting menu, which is a submenu of the time setting menu, a magic mail creation window is activated because the creation of a new magic mail is activated. Magic mail is generated and stored by the mail server 120 and sent to the mail receiving system 300 at the set sending time. In addition, when the sender client selects the modification time setting menu as a submenu of the time setting menu, a list of previously sent magic mails is displayed, and the magic mail modification window is activated by selecting a magic mail to be modified from the mail sender client. . When the mail sender client completes the modification of the magic mail and inputs the modification time, the magic mail server 120 stores the modified magic mail as a temporary file and then stores the magic mail sent at the modification time as a temporary mail. Magic mail). Finally, when the mail sender client selects the delete time setting menu, which is a submenu of the time setting menu, a list of the originated magic mails is displayed to select a magic mail to delete. When the mail sender client selects a magic mail to be deleted and inputs a deletion time, the magic mail server 120 deletes the magic mail sent at the set time. Since the process of creating, modifying, and deleting Magic Mail is the same as described above, a detailed description thereof will be omitted.

In addition, when the mail sender client 190 individually sets a sending time, a modifying time, and a deleting time by selecting a magic mail writing menu, a magic mail editing menu, or a magic mail deleting menu, a task window activated according to each menu is used. Have the sender's client set the time. The above process is illustrated in FIG. 4, and FIG. 4 is a flowchart of a process of sending, modifying or deleting a magic mail at a set time. Hereinafter, referring to the flowchart of FIG. 4, a process of setting a sending time, a modifying time, and a deleting time through a menu of creating, modifying, and deleting a magic mail, and sending, modifying, or deleting a magic mail at a set time will be described.

When the mail sender client 190 according to the present invention wants to create a new magic mail (step S300), accesses the mail sending system 100, selects a magic mail creation menu, and the magic mail server 120 creates a magic mail. Activate the window (step S305).

The mail sender client 190 according to the present invention inputs or selects the contents of the magic mail, an embedded image, a background, and the like through the magic mail creation window, and sets a sending time of the magic mail (S310). The sending time is a reservation time for sending a magic mail, and may be set after a predetermined time or a predetermined time from the time of writing a magic mail. The same applies to the following modification time and deletion time. At this time, the magic mail prepared by the mail sender client can be set to be sent immediately without setting the transmission time. The magic mail server 120 processes the data input or selected by the mail sender client to the input device 122 and the converter 124 to generate the magic mail, and stores the generated magic mail in the sender Magic mail database 144. (Step S315). Since the method and process of generating and storing Magic Mail are the same as described above, a detailed description thereof will be omitted.

Magic mail server 120 according to the invention operates a timer to check the transmission time (step S320). The timer is the same as a clock or timer supported by a normal server or a personal computer, and checks whether the mail sender client has reached the set time, and outputs a signal to the magic mail server 120 when the set time is reached. When the sending time set by the mail sender client is reached (step S325), the magic mail server loads the magic mail stored in the sender magic mail database and delivers it to the eMailligence server 130, and the eMailligence server sends the magic mail (step S330). . Preferably, after storing the magic mail generated in step S315 in the form of a temporary file to be stored again when the magic mail is sent.

When the mail sender client 190 according to the present invention wants to correct the already sent magic mail (step S335), when the user accesses the mail sending system 100 and selects a magic mail modification menu, the magic mail server 120 is already present. A list of the sent magic mails is displayed to allow the mail sender client to select the magic mail to be modified (step S340).

When the mail sender client 190 selects a magic mail to be modified, the modification window for the selected magic mail is activated (step S345), and the mail sender client inserts the contents of the magic mail sent and sent through the magic mail modification window. The image and the background are corrected and the modification time is set (step S350). In this case, the magic mail modified by the mail sender client may be set to be modified immediately without setting the modification time.

The magic mail server 120 according to the present invention processes the data modified by the mail sender client 190 through the input device 120 and the conversion device 122 to generate a modified magic mail and sender Magic Mail as a temporary file. The data is stored in the database 144 (step S355). Since the method and process for modifying Magic Mail are the same as described above, a detailed description thereof will be omitted.

Magic mail server 120 according to the invention operates a timer to check the modification time (step S360). When the modification time set by the mail sender client 190 is reached (step S365), the magic mail server 120 stores the magic mail (modified magic mail as a temporary file in a storage location of the selected magic mail in the sender Magic mail database 144). ) Is updated (step S370). Therefore, the mail receiver client 360 checks the modified magic mail the next time.

When the mail sender client 190 according to the present invention wants to delete the already sent magic mail (step S375), when the user accesses the mail sending system 100 and selects the magic mail deleting menu, the magic mail server 120 is already present. A list of the sent magic mails is displayed to allow the mail sender client to select the magic mail to be deleted (step S380).

When the mail sender client 190 selects the magic mail to be deleted, the magic mail deletion window is activated and the mail sender client sets the deletion time through the magic mail deletion window (step S385). At this time, the mail sender client can be set to immediately delete the selected magic mail without setting the deletion time.

The magic mail server 120 according to the present invention operates a timer to check the deletion time (step S390), and when the deletion time set by the mail sender client 190 (step S395), the magic mail server sends the sender magic mail. The magic mail stored in the database 144 is deleted (step S400). Therefore, the next time the mail receiver client 360 connects, the contents, the inserted image, the background, and the like are all deleted, the magic mail, that is, the magic mail in the shell. Since the method and the process of deleting the magic mail are the same as described above, detailed description thereof will be omitted.

5 illustrates an example of creating and modifying a magic mail. The mail sender client creates or modifies a magic mail through a magic mail creation window and a magic mail modification window. Referring to Figure 5 describes the creation and modification of the magic mail as follows.

5A shows a state of a magic mail creation window for creating a magic mail by connecting a mail sender client 190 to a predetermined web page provided by the mail sending system 100 or a predetermined mail sending means. Mail sending system 100 according to the present invention provides a magic mail creation window that is a tool that can create and send a magic mail on the web.

When the mail sender client 190 wants to send a magic mail, the magic mail creation window is activated when the magic mail creation menu is selected from the web page or a menu provided by the mail sending means. As shown in FIG. 5A, the mail sender client 190 selects a background color, a text color, a font, and a font size, and selects an image to be inserted. Also, if there is an attachment file, select the file and enter the contents.

When the mail sender client 190 clicks the 'preview' button, the mail is displayed in a form that the mail receiver client 360 receives. If you click the 'Send Mail' button, the information is taken from the user information database 146 and assigned, the image is uploaded from the image upload database 142, loaded from the sender Magicmail database 144 one by one, and randomly encrypted sequentially. Combining content parts into image modules to compose and send content.

5B illustrates the generated magic mail, and the mail receiver client 360 receives the magic mail as shown in FIG. 5B. In addition, the mail sender client 190 may check the magic mail generated through 'preview'. In addition, the generated magic mail may display the time sent as shown in FIG. 5B.

When the mail sender client 190 wishes to correct the mail sent, when the magic mail modification menu is selected from the web page or the menu provided by the mail sending means, as shown in FIG. 5C, the magic mail modification window is activated and the sender is activated. The contents stored from the magic mail database 144 are loaded and displayed.

When the mail sender client 190 modifies the content as shown in FIG. 5D and clicks the 'edit' button, the magic mail is converted to the modified content. The mail sender client 190 may change the background color, text color, font, font size, insert image, content, and the like of the sent magic mail, and may delete the contents of the magic mail. In the case of Figure 5d, the background color, text color, font, font size and contents were changed, and the inserted image and icon were not changed. The result of the modification of FIG. 5D is shown in FIG. 5E.

5E shows the modified magic mail, and the mail receiver client 360 checks the mail as shown in FIG. 5E after the mail sender client 190 modifies it. In addition, it can be seen from FIG. 5E that the time sent in FIG. 5B is changed to a modified time.

As described above, the present invention allows to update or delete the content after sending the email, thereby minimizing the damage caused by sending wrong contents by allowing the recipient of the email to check the updated email. By sending e-mails repeatedly, there is a remarkable effect of overloading the receiving system and removing misunderstandings as spam.

In addition, the present invention is similar to the conventional email writing method, which is convenient to input and can be used in conjunction with a multifunctional email and internet marketing solution.

In addition, regardless of the language provided by the counterpart system, it can be shown to the recipient in the language written by the email sender, and can be viewed without any distractions in any mail viewing browser or web mail service. That is, the email is delivered as it was written by the sender, regardless of the receiving system.

In addition, the sender can access the web page or the mail sending means at any time, easily create and send a magic mail, and modify and update the sent magic mail.

In addition, the sender's client can freely set the sending time, modification time, or deletion time of the magic mail, so it is convenient to use, and it is automatically modified or deleted when a certain time elapses after the magic mail is received by the mail receiving system. By doing so, it is possible to prevent anyone other than the mail recipient client from viewing the magic mail, thereby preventing the leakage of information, thereby significantly improving the security.

While the preferred embodiments of the present invention have been described using specific terms, such descriptions are for illustrative purposes only, and it is understood that various changes and modifications may be made without departing from the spirit and scope of the following claims. Should be done.

Claims (12)

This is an email sending system that can modify and delete the emails you have already sent. An input device for recognizing a text property including font information from the text after receiving text to be transmitted from a client; A conversion device for converting the text into text image data according to the text characteristic recognized by the input device; A data storage device for storing the converted text image data; A path server that stores information on the stored path of the text image data and provides information on the path by an external request; A mail generating device for generating an email including a path of the text image data stored in the path server; And Mail sending system, characterized in that provided as a mail transmission device for transmitting the generated email. The mail sending system according to claim 1, wherein the email is stored in the data storage device after the email is sent. The decoding apparatus of claim 1, wherein when the client requests modification of a previously transmitted mail, the decoding device loads the stored email from the data storage device, decodes the email, and converts the text image data into the previously input text. Mail sending system, characterized in that it further comprises. 2. The mail sending system according to claim 1, wherein the mail generating device encrypts the path information of the text image data in the email. The apparatus of claim 1, wherein the conversion apparatus generates a character board using the size, character spacing, and line spacing of each character constituting the text, and then encrypts the character board by applying a color and a font of each character. A mail sending system, characterized by generating text image data. This is an email sending system that can modify and delete the emails you have already sent. An input device for receiving a text and image file to be transmitted from a client and recognizing a text property including font information from the text, an image file property of the image file, and layout information between the text and the image file; A conversion device for converting the text into text image data according to the text characteristic recognized by the input device; A data storage device for storing the converted text image data, an image file, an image characteristic, and the arrangement information; A path server which stores the text image data and information on the stored path of the image file and provides information on the path by an external request; A mail generation device including the text image data stored in the path server and a path of the image file, and generating an e-mail according to the batch information; And Mail sending system, characterized in that provided as a mail transmission device for transmitting the generated email. 7. The system of claim 6, wherein the email is stored in the data storage device. The decoding apparatus of claim 6, wherein when the client requests modification of a previously transmitted mail, the decoding device loads the stored email from the data storage device, decodes the email, and converts the text image data into the previously input text. Mail sending system, characterized in that it further comprises. The mail sending system according to claim 6, wherein the mail generating apparatus encrypts the text image data and the path information of the image file in the email. The text of claim 6, wherein the converter generates a letter board using the size, letter spacing, and line spacing of each letter constituting the text, and then applies the color and font of each letter to the letter plate, thereby encrypting the text. A mail sending system, characterized by generating image data. This is a mail providing method that can modify and delete the previously sent email. A first step of recognizing a text property including font information from the text after receiving text to be transmitted from a client; A second step of converting the text into text image data according to the recognized text property; A third step of storing the converted text image data; A fourth step of storing information on a stored path of the text image data; A fifth step of generating an e-mail including a path of the stored text image data; And And a sixth step of transmitting the generated e-mail. This is a mail providing method that can modify and delete the previously sent email. A first step of receiving a text and image file to be transmitted from a client, recognizing a text property including font information from the text, an image file property of the image file, and arrangement information between the text and the image file; A second step of converting the text into text image data according to the text property; A third step of storing the converted text image data, an image file, an image characteristic, and the arrangement information; A fourth step of storing information about the text image data and a stored path of the image file; A fifth step of generating the e-mail according to the batch information and including the stored text image data and the path of the image file; And And a sixth step of transmitting the generated e-mail.