KR20050079282A - Method for serving electronic mail services using a web browser and a computer-readable storage medium storing the method - Google Patents

Abstract

The present invention relates to an electronic mail service method using a web browser and a computer readable storage medium recording the same. An email service providing method includes detecting access from a mail sender computing device over the Internet, providing a preset form for composing an email, and sending an email created on the mail sender computing device. It includes. In addition, the method for providing an email service includes obtaining a recipient email address entered in a URL input window of a web browsing program running on a mail sender computing device, and whether an email address matching the recipient email address exists in the database. Determining whether there is a recipient, providing a preset form for composing an e-mail to the mail sender computing device, if the recipient e-mail address exists, and transmitting the e-mail created on the mail sender computing device. The computer readable storage medium stores a program for providing an e-mail service.

Description

TECHNICAL FOR SERVING ELECTRONIC MAIL SERVICES USING A WEB BROWSER AND A COMPUTER-READABLE STORAGE MEDIUM STORING THE METHOD}

TECHNICAL FIELD The present invention relates to the field of Internet communications, and more particularly, to an electronic mail service method using a web browser and a computer readable storage medium storing the same.

As will be appreciated, the Internet is a type of communication network in which a number of computing devices are interconnected via a communication link. In such an Internet environment, a number of interconnected computing devices exchange information with each other using a variety of services such as e-mail, gopher, World Wide Web, and the like.

Among these services, in order to use an e-mail service, both a mail sender and a mail receiver must be given a mail account and a mail address from an ISP (Internet Service Provider) providing a mail service. Typically, mail addresses are constructed in the form of " user ID @ ISP domain name. &Quot; For example, if the mail recipient's mail address is "xyz@mail.com", the sender contacts the server of the ISP that provides the email service, logs in to his or her mail account, and then Enter the mail recipient's mail address ("xyz@mail.com") on the mail creation web page provided by the server, fill out the contents, and send the email. Then, the mail receiver has his own mail account, accesses the server of the ISP having the "mail.com" domain name, logs in, and checks the e-mail sent from the mail sender. However, a typical mail address (eg, "xyz123-a@mail.com") consists only of a specific language, i.e. English, numbers, and / or hyphens, which causes a lot of inconvenience for non-English speakers. .

Therefore, in order to solve this problem, a method of providing an electronic mail service using a native language mail address has been prepared. For example, if a mail recipient uses Korean as the national language, the mail recipient registers a Korean mail address (for example, "Hong Gil Dong @ Mail") on the ISP's server that provides the native language mail service. Links to the original mail address (for example, "xyz@mail.com") held by. Next, the mail sender launches a web browser (e.g., Windows Explorer or Netscape Navigation) to access the Internet, and inputs the mail recipient's Korean mail address ("Korea @ Mail") into the web browser's Uniform Resource Locator (URL). Type in the window. Then, the web browser driven by the mail sender accesses the server of the ISP where the mail receiver has registered the Korean mail address and displays the mail composing web page provided therefrom, thereby enabling the mail sender to compose the e-mail.

As described above, in order to provide a native language e-mail service, the ISP server must have a database linking the mail address of the mail recipient with the original mail address. In addition, there is a restriction that a dedicated plug-in program for a native language e-mail service must be installed on both computing devices of a mail sender and a receiver. Therefore, in order for a mail sender / receiver to use a native language e-mail service, a dedicated plug-in program for the native language e-mail service must be installed on its own computing device and technical support for a native language e-mail service provided from an ISP server must be accompanied.

In addition, the native language mail address of the mail recipient (e.g., "Hong Gil Dong @ mail") that the mail sender enters into the URL input window of the web browser only forwards the mail sender's access to the server of the ISP that provides the local language email service. It's just a key word, and it's not a mail address in the real sense, nor is it a standard international domain. Therefore, using a conventional web browser provided on a computer device to use a native language e-mail service and a typical e-mail service, without the installation of a dedicated plug-in program and technical support of an ISP server, using a conventional web browser provided on a computer device. There is a need for a way to do this. Moreover, there is a demand for a method for sending an e-mail to a mail recipient even when the mail sender does not have his or her own mail account.

Accordingly, the present invention has been made to solve the above-mentioned problems, and is intended to use a standard domain national language mail address domain or a national language and a typical mail address, so that a mail sender does not have his own mail account or is a dedicated plug-in for a national language email service. It is an object of the present invention to provide an e-mail service method capable of sending an e-mail to a mail receiver through a web browser provided on a computing device of the present invention without a program and a computer-readable recording medium storing the same. do.

In accordance with a feature of the present invention, a method is provided for providing an e-mail service on a computing device connected to the Internet and having a particular mail address domain. The method comprises the steps of (a) detecting access from a mail sending computing device via the Internet, the mail sending computing device providing a Uniform Resource Locator (URL) input window; Wherein the access is invoked by entering the specific mail address domain in the URL input window; and (b) in response to the access, a preset email preparation provided on the computing device. Providing a form to the mail sending computing device, and (c) controlling an email written on the mail sending computing device to be transmitted in response to an email sending request from the mail sending computing device. Steps.

According to another aspect of the invention, a method is provided for providing an e-mail service on a computing device connected to the Internet. The method comprises: (a) detecting access from a mail sending computing device via the Internet, the mail sending computing device having a web browsing program providing a URL input window, the access being entered in the URL input window; Obtaining a recipient email address entered in the URL input window upon entry of the recipient email address, wherein the recipient email address is entered; and (b) an email address matching the obtained recipient email address; Determining whether is present in a database provided on the computing device; and (c) if an e-mail address that matches the obtained recipient e-mail address exists in the database, a preset stored in the database. A form for creating an e-mail is sent to the computing device for sending the mail. And (d) controlling the e-mail created on the mail sending computing device to be transmitted in response to the e-mail sending request from the mail sending computing device.

According to another feature of the invention, a computer readable program is provided on a computing device that is connected to the Internet and has a particular mail address domain and that stores a program for providing an e-mail service on the computing device via the Internet. A storage medium is provided. A program stored on a computer readable storage medium may comprise a first program segment for detecting access from a mail sending computing device over the Internet, the mail sending computing device providing a web browsing program providing a URL input window. Wherein the access is invoked by entering the specific mail address domain in the URL input window; A second program segment for providing, to the mail sending computing device, a preset form for composing an email provided on the computing device in response to the access; And a third program segment for controlling an e-mail created on the mail sending computing device to be sent in response to an e-mail sending request from the mail sending computing device.

According to another feature of the invention, there is provided a computer readable storage medium provided on a computing device connected to the Internet and storing a program for providing an e-mail service on the computing device via the internet. A program stored on a computer readable storage medium includes a first program segment for detecting access from a mail sending computing device via the Internet, the mail sending computing device having a web browsing program providing a URL input window, The access is invoked by inputting a recipient email address in the URL entry window, wherein the first program segment acquires the recipient email address entered in the URL entry window upon detecting the access; A second program segment for determining whether an email address that matches the obtained recipient email address exists in a database provided on the computing device; A third program segment for providing, to the mail sending computing device, a preset e-mail composing form stored in the database if an e-mail address that matches the obtained recipient e-mail address is present in the database; ; And a fourth program segment for controlling an e-mail created on the mail sending computing device in response to an e-mail sending request from the mail sending computing device.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. First, referring to FIG. 1, there is shown a schematic block diagram of a communication system for providing an e-mail service according to an embodiment of the present invention.

As shown in FIG. 1, communication system 100 includes a mail sender computing device 102 (hereinafter referred to as a mail sender) and a Domain Name Server (DNS) 116 interconnected via the Internet 106. ), An Internet Service Provider (ISP) server 114, and a mail recipient computing device 108 (hereinafter referred to as a mail recipient). Although FIG. 1 shows one mail sender 102, DNS 116, ISP server 114, and mail receiver 108, each of which is exemplary and sufficient for each of those skilled in the art to be able to constitute a plurality. I can understand.

The mail sender 102 includes a web browser 104 for accessing the internet 106. Here, since the functions and operations of the web browser 104 are widely known, a detailed description thereof will be omitted. The mail recipient 108 includes a mail agent 110 and a database 112. Although not shown in the figure, it is assumed that the mail receiver 108 further includes a web browser for accessing the Internet 106. The mail agent 110 is a program used for the e-mail service according to the present invention, which is stored on a storage device readable by a computing device, and the database 112 is provided by the mail agent 110 to the mail sender 102 side. A preset mail writing format in a web page format and data necessary for an e-mail service according to the present invention are stored.

Referring to FIG. 2, the configuration of the mail agent 110 shown in FIG. 1 is shown. The mail agent 110 is a program stored on a storage medium readable by the computing device, as described above. As shown in FIG. 2, the mail agent 110 includes an access detection module 202, a mail form providing module 204, and a mail transmission module 206.

The access detection module 202 is a module that detects access from the mail sender 102. For example, the mail sender 102 runs the web browser 104 to send an e-mail, and the mail address of the mail receiver 108 is displayed in the Uniform Resource Locator (URL) input window of the driven web browser 104. The access made by entering a mail address domain is detected. Here, the mail address domain may be accessed by the web browser 104 of the mail sender 102 via the DNS 116 as a standard domain on the Internet held by the mail receiver 108. For example, a mail address domain may be the native language of the mail recipient 108 as well as the address consisting of typical alphabetic, numeric and / or hyphens (eg, "kdhong123@mail-elect.com"). Or a form of an address (eg, "Hong Gil Dong@mail.cc", "Hong Gil Dong@mail.cc", or "kdhong@mail.cc").

The form providing module 204 for creating a mail forms a form in which the mail sender 102 can create an e-mail when the access detection module 202 detects an access from the mail sender 102. Module for providing on. The mail creation form provided by the mail creation form providing module 204 is defined by the mail recipient 102 and includes a mail address designated by the mail recipient 108. Detailed description thereof will be described later with reference to FIG. 7.

Referring to FIG. 7, an example of a form for composing a mail displayed on the web browser 104 of the mail sender 102 by the form providing module 204 for composing a mail of the mail agent 110 according to the present invention is shown. It is. The mail creation style 700 is, for example, written in HTML (HyperText Markup Language). As shown in Fig. 7, the mail creation form 700 includes a recipient address input window 702 for inputting a mail address of the mail recipient 108, and a name input window for inputting a name of the mail sender 102; 704, a sender address input window 706 for inputting a mail address of the mail sender 102, a subject input window 708 for inputting a subject of the mail, and a content input window 710 for inputting the contents of the mail; ), A file name input window 712 for inputting a file name of an attached file, a browse control button 714 for searching for an attached file, an e-mail transmission control button 716, an e-mail cancellation control button 718 Consists of.

In addition, the e-mail writing form 700 has a function for storing the e-mail contents created when the e-mail sender 102 does not have an e-mail account in a predetermined storage location provided on the e-mail sender 102 side, and e-mail acknowledgment. Function, an e-mail conversion method selection function may be further included. Here, the recipient address input window 702 describes the mail address designated by the mail recipient 108, which may be a mail address configured in a native language (for example, "Hong Gil Dong@mail.com") or a conventional ISP (for example, And typical mail addresses (e.g., "kdhong@mail.com") that can be obtained from e-mail service providers such as Yahoo, Naver, Lycos, and the like. The form for creating a mail according to the present invention is not limited to that shown in Fig. 7, and it will be understood by those skilled in the art that a form having various forms and functions can be used.

Referring again to the configuration of the mail agent 110 with reference to FIG. 2, the mail transmission module 206 uses the mail compose form 700 displayed by the mail sender 102 on the web browser 104. A module for controlling the created e-mail can be transmitted to the e-mail address described in the recipient address input window 702 in the mail creation form 700. The mail transmission module 206 converts the e-mail created by the mail sender 102 into an international standard conversion method (for example, the UTF-8 method) and transmits it. Thus, the reason for converting the created e-mail by the international standard conversion method is that the character code of the language used by the mail sender 102 and the character code of the language used by the mail receiver 108 may be different. Even if it is to provide a stable e-mail service according to the present invention.

3, there is shown a flow chart illustrating a method for providing an e-mail service according to an embodiment of the present invention. An e-mail service providing method according to an exemplary embodiment of the present invention will be described in detail with reference to FIGS. 1 to 3 and 7.

First, in step S302 of FIG. 3, the access detection module 202 of the mail agent 110 determines whether access from the mail sender 102 is detected. Specifically, the access detection module 202 of the mail agent 110 enters the DNS address 116 when the mail sender 102 inputs the mail address domain as described above in the URL input window of the web browser 104 in which the mail sender 102 is driven. Detect access from mail sender 102 forwarded from. If the result of the determination in step S302 is negative, i.e., no access from the mail sender 102 is detected, the process of the present invention returns to perform the above-described access detection step. Alternatively, if the determination at step S302 is affirmative, i.e., an access from the mail sender 102 is detected, the process of the present invention proceeds to step S304.

In step S304, the mail creation form providing module 204 of the mail agent 110 sends the mail creation form 700 (see FIG. 7) stored on the database 112 to the mail sender 102. to provide. Next, the mail sender 102 creates an e-mail using the mail creation form 700 displayed on the web browser 104, and then the e-mail transmission control button 716 provided in the mail creation form 700. Click).

Then, the mail transmission module 206 of the mail agent 110 converts the created e-mail into an international standard conversion method, and then transmits the e-mail to the mail address described in the recipient address input window 702 of the mail creation form 700. (Step S306). The mail recipient 108 may then log in to the ISP server 114 managing his or her mail account and check the e-mail sent from the mail sender 102 in his or her mail account according to conventional methods. However, although not described as a separate step in the flowchart of FIG. 3, after the mail sender 102 has created an email, the mail sender control button 718 in the mail creation form 700 is clicked to display the mail agent ( 110 does not transmit the e-mail created by the mail sender 102 and the process of the present invention is terminated.

4, there is shown a schematic block diagram of a communication system for providing an e-mail service according to another embodiment of the present invention. As shown in FIG. 4, communication system 400 comprises a mail sender computing device 402 (hereinafter referred to as a mail sender), DNS 410, and web server 408 interconnected via the Internet 406. It is. Although FIG. 4 shows one mail sender 402, DNS 410, and web server 408, each of which is illustrative and can be understood by those skilled in the art. Since the mail sender 402 and the DNS 410 perform the same functions as the mail sender 102 and the DNS 116 of FIG. 1, a detailed description thereof will be omitted. The mail sender 402 has a web browser 404 that performs the same functions and operations as the web browser 104 shown in FIG.

The web server 408 includes a mail agent 412, a database 414, and a mail server 416 and is connected to the client 418 through the mail server 416. In FIG. 2, although shown as one client 418, this is illustrative and one skilled in the art will fully understand that multiple clients may be connected to mail server 416. The web server 408 is a computing device operated by a typical enterprise, a public institution, or the like, having an infrastructure (eg, an intranet) in which a plurality of clients are connected, and the client 418 is illustrated in FIG. A computing device corresponding to the last recipient of an e-mail sent by the mail sender 402, such as the mail recipient 108 of one.

The database 414 of the web server 408 stores the mail address of the client 418 that is connected to the mail server 416, and the web of the mail sender 402 by the mail agent 412 as described below. The mail creation form displayed on the browser 404 is stored. For example, the database 414 stores a form as shown in FIG. 7 as a form for creating a mail. In addition, the database 414 may be configured to include a mail address (for example, “hong gil@abc.com”) configured in the native language of the client 418 when the domain managed by the web server 408 is “abc.com” and // Or a typical mail address (eg, "kdhong@abc.com"). This mail address is converted and stored in the aforementioned international standard manner. The mail server 416 forwards the e-mail created by the mail sender 402 to the mail account of the client 416, and provides a function for sending the e-mail written by the client 418 according to a predetermined manner. Since the mail server 416 has the same configuration and operation as a general mail server, a detailed description thereof will be omitted.

The mail agent 412 is a program for providing an e-mail service according to the present invention and is stored on a computer-readable storage medium. As shown in FIG. 5, the mail agent 412 includes a mail address acquisition / analysis module 502, a mail form providing module 504, a mail address search module 506, a mail transmission module 508, and a web. The page forwarding module 510 is configured.

The mail address obtaining / resolving module 502 may be configured as a local language mail address or a typical mail address that the mail sender 402 runs a web browser 404 to enter an email address to the client 418 and inputs it into its URL input window. For example, "xyz123@abc.com" or "Hong Gil-dong@abc.com") is a module for obtaining and analyzing. The mail address acquisition / analysis module 502 converts the obtained mail address into an international standard conversion method (eg, UTF-8 method), and analyzes the converted mail address. This is to stably provide an e-mail service according to the present invention even when the national language code used by the mail sender 402 and the national language code used by the client 418 are different.

As described above with reference to FIG. 7, the mail providing form providing module 504 includes a mail creating form 700 in which the mail sender 402 can create an e-mail, and the web browser 404 of the mail sender 402. Module for providing on. The mail creation form 700 provided by the mail creation form providing module 504 is defined by the web server 408, and the mail address acquisition window 702 of the mail creation form 700 obtains an e-mail address. The mail address converted by the analysis module 502 is described.

The mail address search module 506 is a module for searching the database 414 for a mail address that matches the mail address input by the mail sender 402. That is, the mail address search module 506 searches the database 414 for a mail address that matches the mail address output from the data acquisition / analysis module 502.

The mail sending module 508 uses the created email to enable the mail sender 402 to send the created email to the client 418 using the mail writing form 700 displayed on the web browser 404. A module for controlling mail to be delivered to the mail server 416. The mail transmission module 508 converts the e-mail created by the mail sender 402 into an international standard conversion method and outputs it to the mail server 416. The web page forwarding module 510 sends the mail sender to the web page corresponding to the domain included in the converted mail address if a mail address matching the mail address entered by the mail sender 402 is not found in the database 414. Module for forwarding access of 402. In this case, the web page forwarding module 510 may transmit a message to the mail sender 402 indicating that the mail address entered in the URL input window does not exist.

Referring to FIG. 6, a flowchart illustrating a method for providing an e-mail service according to another exemplary embodiment of the present invention is shown through the communication system 400 illustrated in FIG. 4. A method of providing an e-mail service according to another exemplary embodiment of the present invention will be described with reference to FIGS. 4 to 7.

First, in step S602 of FIG. 6, the mail address acquisition / analysis module 502 of the mail agent 412 may include a mail address inputted by the mail sender 402 into the URL input window of the web browser 404 (ie, National language mail address or typical mail address). For example, to send an e-mail to the client 418, the mail sender 402 starts the web browser 404 and then displays a mail address of the client 418 (eg, "kdhong @ internet" in its URL input window). .com "or" Hong Gil Dong@internet.com "). The web browser 404 then accesses the domain name (eg, "internet.com") contained within the mail address, with the aid of DNS 410, wherein the mail agent 412 in the web server 408 is located. The mail address obtaining / analysis module 502 obtains the mail address input in the URL input window. Next, the mail address acquisition / analysis module 502 of the mail agent 412 converts the obtained mail address into an international standard conversion method (for example, UTF-8 method) (step S604).

In step S606, the mail address acquisition / analysis module 502 of the mail agent 412 analyzes the format of the converted mail address. For example, the mail address acquisition / analysis module 502 first removes "http: //" if it is included in the converted mail address and finds the character "@" in the remaining mail address. Next, the mail address obtaining / resolving module 502 determines the ID (i.e., "Hong Gil Dong" or "kdhong") and domain name ("internet.com") of the client 418 on either side based on the character "@". To separate.

In step S608, the mail address retrieval module 506 of the mail agent 412 determines that the acquired ID of the client 418 is stored in the database 414 based on the analysis result of the mail address acquisition / analysis module 502. FIG. It is determined whether or not it is stored, that is, whether or not a mail address corresponding to the obtained mail address is registered in the database 414. If the determination in step S608 is negative, i.e., not a registered mail address, the process of the present invention proceeds to step S614. In step S614, the web page forwarding module 510 of the mail agent 412 corresponds to a domain name (eg, “internet.com”) included in the mail address obtained upon detection of access from the mail sender 402. After forwarding to a web page, the process of the present invention is terminated.

Alternatively, if the determination at step S608 is affirmative, i.e., the registered mail address, the process of the present invention proceeds to step S610. In step S610, the mail preparation form providing module 504 of the mail agent 412 provides the mail preparation form 700 on the web browser 404 of the mail sender 402. At this time, the mail creation form providing module 504 forms a mail writing form in which the obtained mail address (for example, "kdhong@internet.com" or "Hong Gil-dong@internet.com") is written in the recipient address input window 702. Provide 700. When the mail sender 402 completes the e-mail creation and clicks the e-mail transmission control button 716 provided in the e-mail creation form 700, the e-mail transmission module 508 of the mail agent 412 executes the e-mail creation form. In order to send the e-mail to the e-mail address described in the input window 702 in the 700, forward the e-mail written to the mail server 418 side in the web server 408 (step S612), and then the process of the present invention is carried out. Quit. The mail server 416 then stores the forwarded e-mail in the mail account of the client 418. Thereafter, the client 418 can access the mail server 416 under the control of the web server 408 to check the e-mail stored in its mail account. Since the mail server 416 stores the e-mail in the mail account of the client 418 and the client 418 checks the mail, the detailed description thereof will be omitted.

In summary, the method for providing an e-mail service described with reference to FIG. 3 includes a mail receiver 108 having a mail agent 110 and using a native language mail address domain, as in the communication system 100 shown in FIG. 1. It is an e-mail service process that is performed in a case. On the other hand, in the method for providing an e-mail service described with reference to FIG. 6, as in the communication system 400 shown in FIG. 4, the client 418 does not have the mail agent 412, and the local language mail address and the typical mail are provided. An e-mail service process performed when using an address.

On the other hand, although not shown in FIG. 1, when the mail sender 102 inputs a typical mail address or a native language mail address on the URL input window of the web browser 104, the ISP server 114 having the mail agent 110 is provided. Is performed an e-mail service according to the present invention. For example, the domain included in the mail address entered by the mail sender 102 (for example, "xyz123@abc.com" or "abc.com" of "Hong Gil Dong@abc.com") is the mail recipient 108. If the domain is not a domain to be held and managed, but is a domain managed by the ISP server 114, the e-mail service according to the present invention is performed by the ISP server 114 having the mail agent 110. Therefore, the e-mail service according to the present invention performed when the mail sender 102 inputs a typical mail address or a national language mail address into the URL input window of the web browser 104, the mail receiver 108 is the ISP server 114 ) Is the same as the process described with reference to FIG. 6 except for the process of checking the e-mail, and a detailed description thereof will be omitted. Here, the mail creation form provided to the mail sender 102 by the mail agent 110 provided on the ISP server 114 side includes a preset mail creation form provided on the ISP server 114 side.

As described above, according to the present invention, using a standard domain, a national language mail address domain, or using a national language and a typical mail address, a mail sender is provided on his or her computing device without having a dedicated plug-in program for a national language email service. It is effective to send an e-mail to a mail recipient through a prepared web browser. Further, according to the present invention, even if the mail sender does not have his or her own mail account, the convenience of creating and sending an e-mail is provided. Moreover, according to the present invention, a mail sender can send an email to a mail recipient's mail address domain or mail address using a national language code provided on his or her computing device irrespective of the national language code used by the mail receiver. There is an effect that there is no need to perform a separate code conversion process on the side. Furthermore, according to the present invention, even in the case of using not only a typical mail address but also a local language mail address, an e-mail service can be provided to a mail sender and receiver without increasing the load associated with mail processing of a web server provided with a mail agent. It has an effect.

While the present invention has been described and illustrated by way of preferred embodiments, those skilled in the art will recognize that various modifications and changes can be made without departing from the spirit and scope of the appended claims.

1 is a schematic block diagram of a communication system for providing an e-mail service according to an embodiment of the present invention.

2 is a diagram illustrating a configuration of a mail agent according to an embodiment of the present invention.

3 is a flow chart illustrating a method for providing an e-mail service according to an embodiment of the present invention through the communication system shown in FIG. 1.

4 is a schematic block diagram of a communication system for providing an e-mail service according to another embodiment of the present invention.

5 is a diagram showing the configuration of a mail agent according to another embodiment of the present invention.

6 is a flowchart illustrating a method of providing an e-mail service according to another embodiment of the present invention through the communication system shown in FIG. 4.

7 illustrates an example of a form for composing a mail displayed on a web browser of a mail sender under the control of a mail agent according to the present invention;

<Explanation of symbols for the main parts of the drawings>

102, 402: mail sender computing device

104, 404: web browser

106, 406: Internet

116, 410: Domain Name Server

114: Internet Service Provider (ISP) Server

108: mail recipient computing device

408: web server

110, 412: mail agent

112, 414 databases

416: mail server

418: client

Claims (16)

A method for providing an email service on a computing device connected to the Internet and having a specific mail address domain, the method comprising: (a) detecting access from the mail sending computing device via the Internet, the mail sending computing device having a web browsing program providing a Uniform Resource Locator (URL) input window; Wherein the access is triggered by entering the specific mail address domain in the URL input window; (b) in response to said access, providing a predetermined form for composing an email provided on said computing device to said mail sending computing device, (c) controlling an e-mail created on the mail sending computing device to be sent in response to an e-mail sending request from the mail sending computing device. E-mail service providing method comprising a. The method of claim 1, And the form for composing an email is displayed by the web browsing program of the computing device of the mail sending side. The method of claim 1, Wherein the form for writing an email is defined by the computing device and includes a predetermined email address. The method of claim 3, wherein And the created e-mail is transmitted to the preset e-mail address. The method of claim 3, wherein Wherein the preset email address is defined by a user of the computing device, wherein the preset email address is an email address that the user is given from an Internet Service Provider (ISP). The method of claim 5, The specific mail address domain includes a user ID of the user, a letter (@), and a domain name. The user ID and the domain name include a native language used by the user. To provide an email service configured. A method for providing an email service on a computing device connected to the Internet, the method comprising: (a) detecting access from the mail sending computing device via the Internet, the mail sending computing device having a web browsing program providing a URL input window, the access being sent to the URL input window by the recipient electronics; Is activated by inputting a mail address, and obtains the recipient email address entered in the URL input window when the access is detected; (b) determining whether an email address that matches the obtained recipient email address exists in a database provided on the computing device; (c) if an e-mail address that matches the obtained recipient e-mail address exists in the database, providing a preset e-mail compose form stored in the database to the mail sending computing device; (d) controlling an e-mail created on the mail sending computing device to be transmitted in response to an e-mail sending request from the mail sending computing device. E-mail service providing method comprising a. The method of claim 7, wherein The obtained recipient e-mail address is composed of a recipient ID, a letter (@), and a domain name, wherein the recipient ID includes an national language used by a user who owns the obtained recipient e-mail address. Way. The method of claim 8, The step (a) comprises analyzing the obtained recipient e-mail address and separating it into the recipient ID, the character (@), and the domain name, The step (c) may be performed when the email address corresponding to the obtained recipient email address does not exist in the database, the preset web page corresponding to the domain name separated from the obtained recipient email address. A method of providing an email service comprising forwarding access. The method of claim 7, wherein The computing device is one of a computing device having an infrastructure (Infrastructure) and a computing device of the Internet Serve Provider (ISP) is a method for providing an email service. The method of claim 7, wherein The step (d) is a method for providing an e-mail service to control the transmission of the created e-mail to the obtained recipient e-mail address. The method of claim 8, Said step (a) comprises converting said obtained recipient email address into a predetermined format, The predetermined format is a format converted into an international standard conversion method used when converting a multilingual character code on the Internet, and the database stores a plurality of email addresses converted into the preset format. A computer readable storage medium provided on a computing device connected to the Internet and having a particular mail address domain, the computer readable storage medium comprising: The storage medium stores a program for providing an e-mail service on the computing device via the Internet, The program, A first program segment for detecting access from the mail sending computing device via the Internet, the mail sending computing device having a web browsing program providing a URL entry window, the access entering the URL Is activated by inputting the specific mail address domain in the window ― and A second program segment for providing, to the mail sending computing device, a preset form for composing an email provided on the computing device in response to the access; A third program segment for controlling an e-mail created on the mail sending computing device in response to an e-mail sending request from the mail sending computing device. Computer-readable storage medium comprising. A computing readable storage medium provided on a computer device connected to the Internet, the computer readable storage medium comprising: The storage medium stores a program for providing an e-mail service on the computing device via the Internet, The program, A first program segment for detecting access from the mail sending computing device over the Internet, the mail sending computing device having a web browsing program providing a URL input window, the access being received in the URL input window; Activated by entering an email address, wherein the first program segment acquires the recipient email address entered in the URL input window upon detecting the access; A second program segment for determining whether an email address that matches the obtained recipient email address exists in a database provided on the computing device; A third program segment for providing, to the mail sending computing device, a preset e-mail composing form stored in the database if an e-mail address that matches the obtained recipient e-mail address is present in the database; , A fourth program segment for controlling an e-mail created on the mail sending computing device in response to an e-mail sending request from the mail sending computing device. Computer-readable storage medium comprising. The method of claim 14, The obtained recipient e-mail address includes a recipient ID, a letter (@), a domain name, The program forwards the access to a predetermined web page corresponding to the domain name included in the obtained recipient email address if an email address that matches the obtained recipient email address does not exist in the database. Computer readable storage medium further comprising a program segment for loading. The method of claim 14, The program further comprises a program segment for converting the obtained recipient email address into a predetermined format.