KR20040040321A - The top level domain system composed of figures and the use method of domain system - Google Patents

Abstract

PURPOSE: A top level domain system formed by numbers and a using method thereof are provided to make a number typed Internet terminal conveniently connect to the Internet and make non-English peoples conveniently connect to the Internet without using the English by forming a top level domain with the numbers. CONSTITUTION: An input key judger(720) judges that a word inputted to an Internet address column is a character, the number, or a special character. A numeric Internet address converter(750) converts the numeric Internet address into a domain by judging the numeric Internet address if the numbers and the '*' are inputted. An Internet telephone number converter(770) converts the numeric address into the domain after converting an Internet telephone number into the numeric Internet address. A database information changing menu(790) and a numeric Internet address/Internet telephone number database(780) set or change the information, the numeric Internet address, the Internet telephone number database information to a preset value.

Description

The top level domain system composed of figures and the use method of domain system}

The present invention relates to a domain that is input to an Internet address used to access an Internet site. The top-level domains (100, 120) of a conventional domain are composed of English letters such as info, com, biz, net, org, us, and fr. It was very inconvenient to access the Internet (also called wireless Internet) using a top-level domain composed of English characters in a number-based terminal (hereinafter referred to as a "numeric internet terminal"), such as a mobile phone and an internet telephone.

In addition, the use of the top-level domain composed of English is inconvenient for non-English speaking people who do not know English, and it is inconvenient for people who do not know English because English is mixed in multilingual domains that use native characters such as Korea.com.

As shown in FIG. 1, the top-level domain is composed of English, top-level domains such as info, com, biz, net, org, and has a general top-level domain 100 and a national top-level domain 106 such as us and fr. In addition, as shown in the hierarchical structure of the third-level country domain, the third-level country domain also includes the top-level domains 210, 220, and 230 and the second-level top-level domains 221, 231, and 241 in English.

Therefore, Internet access is inconvenient for numeric Internet terminals such as mobile phones, and it is inconvenient for non-English speaking people to use top-level domains that use English characters.

Therefore, the main object of the present invention is to configure the top-level domain (including the second and third top-level domain) of the domain in numbers, so that you can conveniently access the Internet from the numeric Internet terminal, and non-English The English-speaking people do not speak English, but use the top-level domain as a number in all internet terminals to make Internet access convenient.

In addition, numeric Internet terminal is very inconvenient to input "." Which is used for domain or IP address or in complicated way. You can enter "." For the domain or IP address, "." Instead, enter the special characters (*, #, etc.) on the keypad of the numeric Internet terminal and convert the special characters (*, #, etc.) to "." To allow Internet communication, or "." KEY has been newly established and can be used.

Internet phone number (iTEL), such as 123-4989 and 82-2-4989, is defined as a number used for a telephone call during an Internet terminal period connected to the Internet network.

Domain systems (e.g. 4989.123) and landline numbers (e.g. 123 4989) are in reverse order. Therefore, it is convenient to use the iTEL system according to the general telephone number system. So, in case of domain 4989.123, use 4989 * 123 when using it in the terminal or 123-4989 by changing left and right order in the iTEL method, and convert 4989 * 123 or 123-4989 to 4989.123 in the terminal application to make Internet communication. do. Input character is "." Anything consisting of "-" without it is recognized and processed by the application program in iTEL fashion.

Figure 1 shows the hierarchical structure of a two-level domain

Figure 2 shows the hierarchical structure of the three-level country domain

3 illustrates an embodiment of a two-level domain in which the top-level domain of the present invention is composed of numbers.

4 is an embodiment of a three-level national domain in which the top-level domain and the secondary top-level domain of the present invention are composed of numbers.

5 is an example of implementing a national domain in which the top-level domain in which the general telephone number system and the Internet telephone number (iTEL) system are matched in the present invention is composed of numbers.

6 illustrates an embodiment of a multilingual domain using the current multilingual domain and the 123 top-level domain of the present invention.

7 is a flow chart of the numeric Internet terminal application program of the present invention

8 is an embodiment in which "*" and "." And "#" and "-" are displayed together on a keypad of a mobile phone, an Internet phone, or the like of the present invention.

9 is an embodiment in which "*" and "-" and "#" and "." Are displayed together on a keypad of a mobile phone, an Internet phone, or the like of the present invention.

10 is a diagram showing a process of converting a general top-level domain composed of alphabets of the present invention into an iTEL by encoding a number;

11 is a diagram illustrating a process of converting a country (Korea) top-level domain composed of alphabets of the present invention to iTEL by encoding a number thereof.

12 is a numeric top-level domain (international domain) consisting of the alphabet of the present invention by encoding the number to use as a numeric top-level domain Example

Figure 13 is a country top-level domain consisting of the alphabet of the present invention by using the phone number country code to code the number country top domain used embodiment

14 is used as a secondary top-level domain composed of one number, such as a telephone area code, in a country (Korea) domain consisting of English letters of the present invention.

Explanation of symbols on the main parts of the drawings

100, 300: normal top-level domain

106, 200, 301, 400, 500: Country Top Domains

110, 120: normal top-level domain

121, 222, 311, 312, 313, 331, 332, 412, 413, 523: hostname

160: Country Top Domains in USA

170: Country top domains of France

210, 220, 230: Example of a country's top-level domain using Tier 3 country domains

221, 231, 241: Example of a country's second-level top-level domain using a third-level national domain

310, 320, 330: Example of top-level domain consisting of numbers of the present invention

410, 420, 430, 440: Example of national top-level domain consisting of numbers of the present invention

411, 431: Example of a secondary top-level domain composed of numbers used for national domains

510, 520, 530, 540: Example of numeric top-level domain using phone number country code

521, 531: Example of secondary top-level domain consisting of the same number as the telephone area code

522, 532: 3rd top-level domain example with telephone number

705: keyboard input unit for the Internet terminal

710: numerical Internet address processing unit

720: Internet terminal input key determination unit

730: Internet telephone number (iTEL) processing unit

740: general telephone call processing unit

750: numerical Internet address conversion unit for converting a numeric Internet address into a domain

760: connection portion for connecting to a regular phone and Internet terminal

761: Internet network and telephone communication network (general telephone network and mobile communication network)

770: Conversion processing unit for converting Internet telephone number (iTEL) into a domain address

780: Numeric Internet address DB that can change or change the numeric code information.

800: Example of adding "." Up and down to the existing keyboard "*" of the telephone terminal, such as mobile phone Internet phone

810: Embodiment of adding "." To left and right of the existing keyboard "*" of a telephone terminal such as a mobile phone Internet telephone.

820: Example of adding "-" to the existing keyboard "#" of a telephone terminal such as a mobile phone, an internet phone, and up and down

830: Embodiment in which "-" is added to the left and right of the existing keyboard "#" of a telephone terminal such as a mobile phone Internet telephone

900: Example of adding "-" up and down to the existing keyboard "*" of the telephone terminal, such as mobile phone Internet phone

910: Embodiment in which "-" is added to the left and right of the existing keyboard "*" of a telephone terminal such as a mobile phone Internet telephone

920: Example of adding "." Up and down to the existing keyboard "#" of the telephone terminal, such as mobile phone Internet phone

930: Example of adding "." To left and right of the existing keyboard "#" of a telephone terminal such as a mobile phone Internet telephone

1010: 4989.com domain name

1020: Converts 4989.com domain name to 4989.0 by numeric coding

1030: 4989.com-> 4989.1-> Convert to 4989 * 1

1040: 4989.com converts to iTEL (1-4989)

1110: Country (Korea) Domain Name 4989.busan.kr

1120: Converts 4989.busan.kr to 4989.51.82 by number coding

1130: 4989.busan.kr-> 4989.51.82-> Convert to 4989 * 51 * 82

1140: 4989.busan.kr converts to iTEL (82-51-4989)

In order to achieve this object, in the present invention, the top-level domain is composed of numbers.

A terminal using an internet network (including an intranet network) such as a mobile phone, an internet phone, a PDA, and a computer used to access an Internet site is defined as an "Internet terminal".

The top-level domains used as numbers include the general top-level domains (310), also known as international domains, the country's top-level domains (301) used in each country, the second-level top-level domains (411.431) used in each country, and the existing com , info, biz You can classify the top-level domain using numbers.

First, a method of constructing a generic top level domain (gTLD) with numbers may use preferred numbers such as 123, 12, 1, 7, 77, 777, and 999. In FIG. 3, an example of using a general top-level domain as 123 (310), which is commonly used as a number, is used. When using the "123" number as a general top-level domain, and the host name is the language of each country, the multilingual domain name is Korean.123 for Korean multilingual domain, 123.Chinese multilingual domain name, 123. for Japanese multilingual domain name, カ ソ コ ク .123, The alphabetical domain is korea.123 and the numeric domain used for numeric internet terminals such as mobile phones is 4989.123 (4989 * 123, 123-4989).

Such as mobile phones. On numeric Internet terminals that cannot enter KEY directly, "." How to enter "." On the keypad. Instead, they entered using special characters (*, #, etc.) and converted them to "." In the application so that they could communicate with the Internet. In other words, when entering a dot (.) Used in the Internet address field on the mobile phone, "." Instead, if you enter "*", the numeric Internet terminal application converts "*" to "." So that it can communicate. For example, when entering 4989.123 into the Internet address field of the mobile phone, enter 4989 * 123 (123-4989) and convert "*" to "." In the mobile phone application so that it can communicate with 4989.123.

FIG. 7 is a flowchart illustrating an application program of the numerical Internet terminal of the present invention in which letters, numbers, and special characters of words input by a user in an Internet address field of an Internet terminal are determined using an application program. In other words, it is an Internet terminal application that determines whether it is a numeric Internet address, iTEL, or a general telephone number. The letters, numbers, and special characters (".", "*", " # ","-") To determine whether the numeric Internet address (e.g. 4989.123, 4989 * 123), iTEL, or general phone number input key determination unit 720, the input character is 4989 * 123 and If "number" and "*" are entered as the numeric Internet address conversion unit converts the numerical Internet address into a domain by determining that the numeric Internet address is input by the input KEY determination unit 720 to the numeric Internet address 710 ( 750), if the input text is composed of only numbers, it is determined by the telephone number method (720) and sent to the general telephone call processing unit 740 to connect to the general telephone network (760) for processing, and the Internet address input text is an Internet telephone number (iTEL). Judging by, inter The character inputted into the address field of the terminal 705 consists of only the number and "-" in the input key determination unit 720 is determined by the Internet telephone number (iTEL) method and processed (730, 770, 760, 780) domain Internet phone number conversion unit converting iTEL into a numeric Internet address (770) and converting a numerical Internet address into a domain address (770). 770), i.e. if you enter an Internet phone number instead of a domain (e.g. 2-1234-2580) when you enter it into the Internet address field of your Internet terminal, the application converts the iTEL to a numeric Internet address and then returns the domain address. Conversion unit 770, [Fig. 12], [Fig. 13], [Fig. 14] to convert the information, the numeric Internet address and iTEL DB information 780 to the default value or to change the DB information Change Menu (790) and Numeric In System consisting of four addresses and iTEL DB (780).

As described above, the character entered in the Internet address column is judged to determine whether it is a numeric Internet address, an Internet telephone number (iTEL), or a general telephone number (including a mobile phone number). In addition, by converting an Internet phone number into a domain address, an Internet terminal can access an Internet site or a counterpart Internet terminal.

Domain systems (e.g. 4989.123) and phone number systems are reversed in order. Therefore, it is convenient to use the iTEL system according to the general telephone number system. So, in case of domain 4989.123, use 4989 * 123 when using it in the terminal or 123-4989 by changing left and right order in the iTEL method, and convert 4989 * 123 or 123-4989 to 4989.123 in the terminal application to make Internet communication. do.

Second, FIG. 4 is an example of a three-level national domain in which the top-level domains 410, 420, 430, 440 and the second top-level domains 411, 431 of the present invention are numbers. As shown in FIG. 13, the top-level domains 410, 420, 430, and 440 are conveniently memorized by using country code (Country Codes) of a corresponding country, and are examples of matching with existing phones. . In this case, since the country code number of Korea is 82, the number top domain 82 (410) of Korea in FIG. 4 is the same as the country code number of Korea, and the number top domain 86 (430) of China is the country of telephone number of China. In the same manner as in the code, it is convenient to memorize. In FIG. 4, the number 2 top-level domain 2 (411) of Seoul is the same as the telephone area code of Seoul, and the number 2 top-level domain 10 (431) of China is located in Beijing, China. The telephone area code is the same to make it easy to memorize.

5 is an example of a national domain implementation in which the top-level domain in which the general telephone number system and the Internet telephone number (iTEL) system are matched with numbers in the present invention. In the case of national domain 4989.2690.2.82, 4989 * 2690 * 2 * 82 or iTEL type 82-2-2690-4989 is inputted at the terminal and converted to 4989.2690.2.82 in the terminal application for internet communication. 82 * 2 * 2690 * 4989 means 82.2.2690.4989 and 82.2.2690.4989 is iTEL as 4989-2690-2-82 as shown in FIG. do. Input character is "." Without "-", the application program recognizes and processes the iTEL method.

Third, the existing alphabetic top-level domains such as com, info, biz, net, org are coded with numbers as shown in FIG. 12 so that they can be used in numeric Internet terminals. In other words, you can enter 4989.com (4989.1) in numeric internet terminal such as mobile phone.If you enter 4989 * 1 (1-4989) in numeric internet terminal internet address, 4989. converts to com to communicate with the Internet.

Also, as shown in FIG. 13, the number of the country's top-level domain is the same as the country's phone number and country code, so that the country's top-level domain composed of country code numbers can be used for easy memorization. As shown in [Fig. 14], the secondary top-level domain is composed of telephone area code numbers so that the secondary top-level domain is composed of telephone area code numbers, which is convenient to memorize, and can be matched with general telephone number phone area codes.

The effect of the invention can be used by connecting the Internet directly from the numeric Internet terminal using the top-level domain as a number, and is convenient for non-English speaking people by using the top-level domain to communicate with the Internet. In the case of a multilingual domain, Korean would be like Korea.123, Chinese would be like 韓國 .123, and Japanese would be like カ ソ コ ク .123. Therefore, even in multilingual domains, it is convenient to construct the top-level domain with numbers that are the official languages of the world.

In the case of an English-language domain such as korea.123, the top-level domain "123" keypad is side by side, so it is convenient to input quickly.

Claims (10)

In the domain's top-level domain, the domain's top-level domain is composed of numbers so that users can easily access the Internet from numeric Internet terminals such as mobile phones, and use the numbers shared by people around the world. A top-level domain system consisting of numbers that can be easily used in multilingual domains such as Hangul.123, and how to use them. The top-level domain of claim 1, which is composed of "123" numbers that are associated with numbers, such as Korea.123, Korea.123, Kasoko.123, Korea.com, and 4989.123. The national top-level domain system of claim 1, wherein the number of the country top-level domain number is the same as each country's phone number country code to facilitate memorization. . In the domain, as shown in FIG. 14, the secondary top-level domain is composed of telephone area code numbers, which is convenient for memorization, and the secondary top-level domain system consisting of telephone area code numbers so that it can be matched with a telephone area code. . In numeric Internet terminal such as mobile phone, "." Used for domain and IP address in numeric Internet terminal. Instead of allowing special characters (*. #) To be entered, the terminal keypad will display "." Instead, by inputting special characters (*, #) and converting the special characters (*, #) into the original "." In the terminal application, it is possible to communicate with the Internet. The method of claim 5, wherein when the "*" is entered in the Internet address field of the numeric Internet terminal such as a mobile phone, the special character "*" is converted into "." By using an application program for Internet communication. Numeric internet terminal system, characterized in that "." Used in domains and IP addresses in numeric Internet terminals such as mobile phones. Enter "." On the keypad so that the KEY can be entered at the terminal. Numeric internet terminal keypad system, characterized in that the key is installed. In the numeric Internet terminal, a number is used instead of a domain when inputting into the Internet address field of the Internet terminal. An English top-level domain such as 4989.com is used by encoding a top-level domain composed of English letters. ) Can be used as a numeric Internet address (e.g. 4989.1, 4989 * 1, 1-4989) by encoding an arbitrary number (e.g. 1) as in the example of FIG. Type internet terminal system. In numeric internet terminal, it is a numeric internet address by judging the letters, numbers, special characters (".", "*", "#", "-") Of the words that the user inputs into the internet address field of the internet terminal. input key determination unit 720 for determining whether iTEL or a general telephone number, and if the input characters "number" and "*", such as 4989 * 123 is determined by the input key determination unit 720 as a numeric Internet address To send a numeric Internet address 710 to convert the numerical Internet address to the domain, the numerical Internet address conversion unit 750, if the input character is composed only of numbers, judging by the phone number method (720) by general phone call processing unit ( 740 is connected to the general telephone network (760) to process, and the character input to the address field of the Internet terminal 705 is determined by the input key determination unit 720 is composed only of numbers and "-" Internet telephone number (iTEL ) And judge (730, 770, 760, 780) to convert to a domain to make an iTEL telephone call using an internet network, convert iTEL to a numeric Internet address (770), and convert a numeric Internet address to a domain address (770). When entering the phone number conversion unit 770, i.e., a phone number instead of a domain (for example, 2-1234-2580) when entering in the Internet address field of the Internet terminal, the application converts iTEL to a numeric Internet address. The conversion unit 770 converts the domain address. [Fig. 12], [Fig. 13], [Fig. 14] DB information change menu 790 and the numerical Internet to set or change the information, numeric Internet address and iTEL DB information 780 as the default value. System consisting of an address and an iTEL DB (780). As described above, is it a numeric Internet address, a general telephone number, or an Internet telephone number (iTEL)? And the numerical Internet address is converted into a domain or the Internet phone number is converted into a domain address so that the Internet terminal can access an Internet site or access the other Internet terminal. In numeric Internet terminal, "." (Dot) is displayed on the existing special characters (*, #) KEY keyboard as shown in [Fig. 8] and [Fig. Keypad system characterized in that and "-" displayed together.