KR100454388B1 - Simplified telephone dialing system using first constant character and method for dialing using the same - Google Patents

Abstract

The present invention relates to a phone speed dialing system and a method using a consonant, in order to reduce the inconvenience of memorizing the other party's phone number or a phone book only, you can effectively use the Hangul first consonant When entering a phone number by entering a business name or full name with a letter input keyboard, when dialing, look at the keyboard in speed dialing mode, and press the initial consonant of each letter of the name or all the consonants in the name to call out the phone number. It is made to make a call, even if you do not memorize the other party's phone number, you can make a convenient call if you know the name or business name.

Description

Simplified telephone dialing system using first constant character and method for dialing using the same

The present invention relates to a phone speed dialing system utilizing a consonant and a dialing method thereof, and more particularly, a vowel in each letter of a recipient's name or business name using a character input keyboard capable of effectively inputting a Hangul consonant. The present invention relates to a telephone short dialing system and a method for making an initial consonant phone call, which allows a user to call and dial a phone number together with a name or a name of the phone number excluded.

In general, in order to make a call, the recipient's telephone number is memorized or recorded through a memo, and then the number is called and the other party is called.

However, this process is inconvenient because it always remembers the recipient's phone number or needs to carry a notebook that records the recipient's phone number, and if the user does not remember the recipient's phone number or does not carry the phone number notebook, There was also a problem that can not hang.

In addition, in order to make a phone call, all of the recipient's phone numbers must be input. Recently, due to an increase in the number of phone subscribers and an increase in the number of mobile phone users, it is inconvenient to make a call by inputting a 10-digit or more number. Conventionally, in order to improve this problem, a telephone having a speed dial function capable of making a call through inputting a memory address together with a special function and storing a telephone number corresponding to two or more memory addresses is used. That is, it is not used much because of the problem of having to remember the shortcut number again.

On the other hand, Korean Patent Publication No. 1998-066919, filed by the present applicant and published on October 15, 1998, shortens the attachment of the "Korean consonant display board" to allow dialing by inputting only consonants (or initial consonants) within the letters of the name or name. The output phone is disclosed, and the general-purpose phone type keyboard using the superconsonant and the method of implementing Korean characters using the same, which is filed as a patent application No. 2002-10687 on February 27, 2002, is most suitable for the use of the supersonant. Ideally, the number buttons (1, 2… 9, 0) have 10 consonants (a ... )), One by one, the remaining consonants ㅋ, ㅌ, ㅌ, ㅎ are placed repeatedly from buttons 1 to 4, and the consonants are not duplicated (5 and ㅁ,… 0 and…) There are six short vowels (ㅏ, ㅓ, ㅗ, TT, ㅡ, ㅣ), each paired in a one-to-one correspondence with a double vowel (버튼, 구성, ㅛ, ㅠ) is added to the configuration of the B-type keyboard with all 24 letters are added to the four and a description of a method for effective and complete input of Hangul characters and various codes using the same.

The present invention has been invented in view of the above-described circumstances, and is a character input method that can utilize a pre-consonant consonant developed in a telephone to correspond to a name or a trade name and a phone number or a consonant (or consonant only) of a name. After registering with an index number consisting of numbers, you can dial easily by looking at the initial consonant or consonant of each letter of the name or business name, and then call up the registered phone number and display it on the display device so that it can be dialed directly. An object of the present invention is to provide a system for making a phonetic dialing system and a method for making a phonetic dialect.

1 is a system configuration for the implementation of the present invention,

2 a) and b) are each a preferred embodiment of a keyboard for the implementation of the present invention,

Figure 3 is a flow chart for explaining a short-dial method according to the present invention.

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

10-keyboard, 12-memory,

13-microprocessor, 14-telephone circuitry,

15-display.

In the consonant phone call dialing system according to the present invention, the number buttons (1, 2… 9, 0) are the remaining consonants after 10 consonants are arranged one by one in the consonant arrangement order of the Hangul spelling method. ㅋ, ㅌ, ㅌ, ㅎ are arranged from 1 button to 4 buttons, and the six buttons (ㅏ, ㅓ, 0, TT) are assigned to the number buttons (5 and ㅁ,… 0 and ㅊ) where the consonants are not overlapped. (10) consisting of arranged after the consonants in pairs corresponding to 1 to 1, respectively; A memory number 12 having a telephone number database constructed and stored as a shortcut information including a name, a telephone number, and an index composed of numbers corresponding to consonants included in the name; The keyboard unit 10 and the memory 12 are connected to the input terminal to store the shortened information input through the keyboard unit 10 in the memory 12 and the phone number stored in the memory 12 to input index information. A microprocessor 13 configured to retrieve and output from a database; The display unit 15 is connected to an output terminal of the microprocessor 13 and includes a display unit 15 for displaying a telephone number input from the keyboard unit 10 or accessed from the memory 12.

In addition, according to the present invention, the first phone dialing method using the consonant phoneme is determined by the input of the call button and the storage button, if it is determined that the stored signal is input, the index consisting of the phone number and name and the consonant included in the name Performing a step of establishing a telephone number database (hereinafter referred to as "DB") by sequentially inputting a number, and if a stored signal is not input and a numeric signal is input, checking whether the telephone number is an index signal or the telephone number; / If the index input at the step of checking the index signal does not exist in the DB, it waits for additional button signals, and if it exists in the DB, it judges whether it is a duplicate, and if it is duplicated, displays the serial number and selects the desired record to access the DB. And displaying the name and phone number in the DB access step. Dialing the corresponding phone number to form a call path, and if it is recognized as a phone number in the step of checking the phone number / index signal, searches a DB to perform the DB access step and the dialing step; Dialing a phone number to form a call path; if it is determined that the call is terminated after the call path is formed with a phone number that does not exist in the DB, it is determined whether to store the current phone number in the DB and then stored according to a confirmation signal. When it is determined, the name and index are entered and stored in the DB.

1 is a block diagram for the implementation of the present invention.

The keyboard unit 10 is a function for adding Korean characters to the numeric buttons for inputting a normal telephone number, and in the present invention, a patent application filed by the present applicant as an embodiment for the convenience of Korean initial consonant input. The keyboard disclosed in 2002-10687 is used.

In the present invention, as shown in a) of FIG. 2, the number buttons 1, 2… 9, 0 have 10 consonants (a… κ) arranged one by one in the consonant arrangement order of the Hangul spelling method, and then the remaining consonants There are 6 short vowels (ㅏ, ㅓ, ㅗ, TT) on the number buttons (5 and ㅁ,… 0 and)), which are arranged from 1 to 4 buttons repeatedly. (A), which are arranged in pairs corresponding to one-to-one, respectively, after the consonant, and a double vowel (버튼, ㅕ) on a button without a vowel in the A-type keyboard as shown in FIG. , ㅛ, ㅠ) 4 plus the letter of the B-shaped layout with 24 letters.

The memory 12 is a storage device in which telephone numbers of recipients who wish to call by speed dial are constructed and stored together with a name and an index number in a database. The index number is composed of numbers corresponding to each consonant when the receiver's name or business name is input. The index number may be composed of all consonants included in the name or business name of the receiver, or may be configured using only the first consonant of each syllable. It is. However, only a phone number, an index number, and a serial number for a duplicate index may be stored and output in a phone having only a number display function and no character display function.

The microprocessor 13 controls the telephone circuit unit 14 and the display unit 15 when the key input signal from the keyboard unit 10 or the call tone is received from the outside to connect the handset 16 and the talker 17 to the trunk line. It serves to control the overall operation to form a call path, in the present invention is to store the user's telephone number in accordance with the key input signal from the keyboard 10, as will be described later in particular to build a telephone number database Function to read and dial a phone number stored in the memory 12 by determining whether the key input signal is an index signal using an initial consonant, and if the key input signal is a phone number, dialing based on the key input signal It is designed to additionally store the function in the DB through the index input procedure.

3 is a flowchart illustrating a shortened dialing method according to the present invention.

First, when it is determined that the save button is input in the input state of the call button, it switches to the phone number input mode and performs a phone number database construction. In other words, enter the name (name or business name) and telephone number of the registration applicant, and then enter the index. The index consists of numbers corresponding to all consonants or only consonants included in the name of the registered applicant, so that the dialing function can be performed by inputting only the consonants of the name when dialing in the future. To do this. This telephone number registration operation is repeated to build a telephone number database (DB).

Here, when the user inputs the index number, the consonant displayed on each button of the keyboard unit 10 is viewed, and the initial consonant or consonant of each letter of the name or business name is pressed, and the display unit mainly composed of the LCD screen ( The number shown in 15) shows the number written on the button where the consonant is located. For example, when entering a short number or index number of a person named Hong Gil-dong, if the user presses 'ㅎㄱㄷ', the number 413 is displayed on the LCD screen. In contrast, when entering all the consonants, the consonant of 'ㅎㅇ ㄱㄹㅇ' is input. 481438 is displayed on the display unit 15. In addition, when indexes are duplicated, serial numbers are automatically added and stored to distinguish registrants having the same index later. In other words, if there is already 413 corresponding to 'ㅎㄱㄷ', serial numbers are generated again in the form of 1-413 and 2-413 and stored in the DB.

On the other hand, in the input state of the call button, the save button is not inputted, but 1,2,. When a 9,0 numeric signal or a Korean alphabet signal is input, it is determined whether the input signal constitutes an index signal stored in a DB or a complete phone number. If there is no duplicate by judging whether or not it is duplicated, search the DB through the corresponding index number, and if the index number is found to be duplicated, output the index number along with the serial number and name so that the user can select the desired record. The DB is searched through the serial number included in the selected record to access the name and the phone number to be displayed on the display unit 15. Thereafter, the phone number is dialed through the searched phone number to form a call path, and when the user hangs up the phone and hooks up, the call path is blocked and waits for the next signal input.

In addition, if it is determined that a complete phone number is formed in the phone number / index signal checking step of determining whether an input signal constitutes an index signal stored in a DB or a complete phone number after a call button is input, DB search is performed. After searching the phone number through the access and display the name and phone number as shown above on the display unit 15 and dialing through the searched phone number to form a call path.

However, in the step of checking the telephone number / index signal, if the input signal constitutes a complete telephone number but does not exist in the DB, it displays the input telephone number and dials the corresponding telephone number to perform the call mode. If it is determined that the call is terminated, check whether the current telephone number is stored in the DB, and if it is determined to be stored according to the user's confirmation signal, enter the name and the index and store it in the DB.

Therefore, when making a call, the registered phone number can be effectively called and dialed by inputting only the consonant included in the name or the name of the other party, thereby making it convenient to use.

(Example)

The following Table 1 is an example of configuring index numbers, or shortcut numbers, by extracting all the consonants included in the member's name for any group member consisting of 192 people, and Table 2 shows the first consonant of each syllable in the member's name. This is an example of extracting index number.

And Table 3 shows the status of the number of duplicate telephone number by group size as illustrated in Table 1 and Table 2. In other words, if you enter all the consonants as index numbers, there will be 10 index duplications for all 192 people, 3 for 100 groups, 0.5 duplicates for 50 groups, and no duplicate indexes for 25 groups. In the case of inputting the index number using only the consonants, 87 indexes for all 192 persons, 34 persons for 100 groups, 9.5 persons for 50 groups, and 1.0 index duplicates for 25 groups It can be seen that. If you enter all the consonants in this way, the number of duplicates is small, but if you enter only the consonants, the larger the number of duplicate index numbers, the larger the number of duplicates as described above. There is a need to do so.

As described above, in the present invention, the registered phone number is a registered name, a trade name, or other consonants of each letter of the initial letter or all the consonants belonging to the letter to call the registered person's name and phone number and display it on the display board Having the ability to print immediately afterwards has the convenience of registering a phone number once and then dialing easily without having to memorize the numeric speed dial numbers at all.

In addition, the above embodiment has been described with respect to the case of storing the phone number, name, index number and serial number for the index number as the short information and to display it on the display, but is not limited to this, but only the numeric display function without the character output function. It will be apparent to those skilled in the art that in the attached telephone, the shortened information may consist of a telephone number, an index number, and a serial number relating to a duplicate index number.

Claims (3)

Ten consonants are placed one by one in the order of consonant consonants in the Hangul spelling method, and four consonants not arranged in the number buttons are placed on four buttons selected from the ten number buttons. A keyboard unit having six short vowels arranged one-to-one corresponding to the number buttons of which consonants are not overlapped; A memory unit for storing a telephone number database in which shortcut information including an index consisting of a telephone number and a name and a number assigned to a numeric button having consonants constituting the name is stored; Store the shortened information input through the keyboard unit in the memory, and confirm whether the numeric string input through the keyboard unit is a complete phone number. And a microprocessor configured to search the telephone number database based on the numeric string and read a telephone number corresponding to the index corresponding to the numeric string if it is confirmed that the numeric string is not a complete telephone number. And And a display unit for displaying a string of numbers input through the keyboard or a phone number read by the microprocessor. Ten consonants are placed one by one in the order of consonant consonants in the Hangul spelling method, and four consonants not arranged in the number buttons are placed on four buttons selected from the ten number buttons. In the speed dialing method of a consonant phone using a consonant dial in a dialing system having a keyboard unit in which six short vowels are arranged in one-to-one correspondence to a number button having no consonant overlapping, (a) If it is determined that the storage signal is input by checking whether the call button and the storage button are input, the consonant included in the name based on the correspondence between the consonants and / or vowels assigned to the number and name is assigned to the number button. Storing in a telephone number database in association with an index composed of numbers corresponding to the number; (b) checking whether the numeric signal received from the user through the keyboard unit is a complete telephone number; And (c) if the numeric signal is confirmed to be a complete telephone number, dial the string to form a call path; if it is determined that the numeric string is not a complete telephone number, search the telephone number database based on the string; And displaying a telephone number corresponding to the index corresponding to the number string, and dialing the displayed telephone number to form a call path. The method of claim 2, Step (c) is, (c1) if the sequence of numbers not identified as the complete telephone number does not exist in the telephone number database, an additional button signal is waited for input, and the sequence of numbers identified as not the complete telephone number exists in the telephone number database. Determining whether it is duplicated and if it is duplicated, displaying a serial number; (c2) reading and displaying a telephone number and a name corresponding to the serial number selected by the user from the displayed serial numbers from the telephone number database; And (c3) dialing the read phone number to form a call path; The shortening information is a phone number dialing method for the initial consonant phone characterized in that the telephone number, the index number and the serial number for the duplicate index number.