KR100661576B1 - Method of call processing and phone number registration for mobile station - Google Patents

Abstract

The present invention relates to a mobile communication terminal, and in particular, a telephone directory of a mobile communication terminal for easily registering a continuous telephone number and automatically transmitting a call signal to a continuous telephone number when a call is not connected even when a call is connected. It relates to a registration and call processing method. In the present invention, when a continuous telephone number is entered into a telephone book using a mobile communication terminal, the common number of the telephone number is input only once, and the remaining numbers are simply recorded by pressing the * key on the keypad and stored as the corresponding telephone numbers. In the case of a call, when one phone number is being used, the call signal can be conveniently transmitted by sequentially transmitting the remaining phone numbers. The present invention is convenient because it is possible to simply enter a continuous phone number at once by using a shortcut key of the keypad when there are a plurality of phone numbers in a row. In addition, when a phone number is registered and a call is made, when one phone number is in a call, a call signal is automatically transmitted to another phone number in a call so that the call can be easily connected.

Serial number. Phone number field.

Description

Phonebook registration and call processing method of mobile communication terminal {Method of call processing and phone number registration for mobile station}             

1 schematically shows a basic configuration of a conventional mobile communication terminal,

2 is a flowchart of registering a continuous telephone number in a telephone book of a mobile communication terminal of the present invention;

3 is an operation flowchart of processing a call using a mobile communication terminal of the present invention;

4 is another operation flowchart of FIG. 3 for processing a call using a mobile communication terminal.

<Description of Major Symbols in Drawing>

20: CPU (MSM) 22: keypad (key panel)

24: memory 26: RF (Radio Frequency) module

28: LCD screen unit

The present invention relates to a mobile communication terminal, and in particular, a telephone directory of a mobile communication terminal for easily registering a continuous telephone number and automatically transmitting a call signal to a continuous telephone number when a call is not connected even when a call is connected. It relates to a registration and call processing method.

In general, a mobile communication terminal is a device capable of transmitting or receiving a voice mainly using a mobile telephone exchange facility to a person having a transmission / reception facility installed in a mobile by a wireless communication method. Unlike a wired telephone, a mobile communication terminal is a system capable of communicating good quality wirelessly without using a cable, and uses a radio wave as a communication medium to completely guarantee mobility. For this reason, the number of simultaneous users in a region is not fixed but variable, and it is difficult to accurately predict the propagation path of the radio wave due to the reflection by the feature.

The general mobile communication service of our country is testing the possibility of forming a new market by providing various services such as broadcasting, multimedia video, e-mail and multimedia message. After the voice-driven second-generation mobile telecommunications service, about 80% of subscribers are using CDMA2000-1X terminal, which is a synchronous third-generation mobile telecommunication service, and the asynchronous (W-CDMA) third-generation service has begun in the metropolitan area.

The third generation mobile communication service is classified into IMT-2000. Third-generation mobile communication technologies can provide new types of data services using higher bandwidths (1.9 GHz and above) than second generation (1.8 GHz and below), while consumers are not limited by time and place. Make the service available.

The third generation mobile communication technology can provide a wireless multimedia service capable of high-speed data and video services. It is expected to develop rapidly thanks to the combination of multimedia technology, voice recognition technology, mobile phone positioning technology and Bluetooth technology. Mobile terminals are using advanced features such as color displays, large memory, digital cameras, wireless Internet platforms, multiplexing, MP3 and VOD functions. The development of mobile communication service technology and the demands of consumers are accelerating the multimediaization of mobile communication terminals. Mobile communication services are diverse, but next-generation mobile communication services are in addition to education, crime prevention, transportation, entertainment, and mobile commerce in addition to health checks, medical data provision services, nursing information services, and current services. It is also expected that services will be provided to handle the administration.

It will be described in detail the registration and call of the phone book using a conventional mobile communication terminal.

1 schematically illustrates a basic configuration of a conventional mobile communication terminal.

A CPU (MSM) 20 for controlling the entire mobile communication terminal, a keypad (key panel) 22 which is an input means for inputting characters and numbers, etc. of the mobile communication terminal and using other services, and a screen. Memory 24 for temporarily storing the image data to be displayed to display on the LCD screen 28, and 1.7 ~ 1.8GHz band processing to wirelessly transmit and receive high-frequency call signals and control signals, RF module 26 including a primary IF processor that lowers the 1.7 to 1.8 GHz band to a lower frequency band, a secondary IF processor and a baseband analog (BBA) part that is lowered to a frequency band that can be processed by the CPU 20 to form a bit string And the LCD screen 28 shown to the user on the screen.

The memory 24 includes a flash memory in which a main program is stored, an SRAM (Static RAM) for receiving and storing call processing data and timer data of a mobile terminal from a base station, mail, telephone number, and user terminal number information. It consists of an EEPROM (Electrically Erasable and Programmable Read Only Memory) that provides storage.

In the case of registering in the phone book of the conventional mobile communication terminal, up to 3 to 4 phone numbers can be stored in one phone number field, and more phone numbers must be registered in another phone number field. .

Therefore, if you want to store your phone number when the phone number of your company or organization is a continuous phone number, the maximum number that can be entered when adding a phonebook entry is fixed. Even if there is a continuous phone number, it was inconvenient because it is necessary to enter the repeated portion by pressing a number key from 0 to 9 when entering the phone number.

That is, in the phone book of the conventional mobile communication terminal, if the maximum number of phone numbers that can be entered at the time of registering the continuous phone number is impossible to input, even if it is within the maximum number of phone numbers that can be input, the number is repeated one by one. It's inconvenient because you have to type it.

For example, if you want to enter a continuous phone number 027771000 ~ 12, it is inconvenient to input only three repeating parts, such as 027771000, 027771001, 027771002, if the maximum number of three phone numbers in the phone book. There is this.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and a plurality of consecutive telephone numbers can be input into one telephone number field using a mobile communication terminal, and a phone book registration and call processing method of a mobile communication terminal which is convenient to make a call. The purpose is to provide.

In the present invention, when a continuous telephone number is entered into a telephone book using a mobile communication terminal, the common number of the telephone number is input only once, and the remaining numbers are simply recorded by pressing the * key on the keypad and stored as the corresponding telephone numbers. It is an object of the present invention to provide a phone book registration and call processing method of a mobile communication terminal capable of making a convenient call by sequentially transmitting a call signal to one another consecutive phone number when the call is in progress.

Phone book registration and call processing method of the mobile communication terminal of the present invention, the step of inputting a phone number in the phone book of the mobile communication terminal, and if the phone number is a continuous phone number by pressing the key on the keypad (~) And inputting the remainder of the consecutive telephone number after the tilde and registering and storing the consecutive telephone number.

The present invention provides a first step of transmitting a call signal by inputting a phone number using a mobile communication terminal, a second step of searching and determining whether a phone number is registered in a phone book of the mobile communication terminal, and a phone number registered. Step 3 to determine whether the phone number is a continuous phone number, and to send a call signal to the phone number, step 4 to make a call when the call signal is connected to the phone number, and if the call is not connected to the phone number registered as the continuous phone number And then sending a call signal to the phone number to make a call.

In addition, the step 1 may include transmitting a call signal by selecting the registered consecutive phone number, and in the fifth step, when there are a plurality of registered consecutive phone numbers, all of the continuous until the call is connected. It characterized in that it comprises the connection to continue to transmit the call signal to the telephone number in order to talk.

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

2 is a flowchart of registering a continuous telephone number in a phone book of a mobile communication terminal, FIG. 3 is an operation flowchart of processing a call using the mobile communication terminal of the present invention, and FIG. 4 is a mobile communication terminal. 3 is another operational flow diagram of FIG. 3 for handling calls.

2 is a flowchart of registering a continuous telephone number in a telephone book of a mobile communication terminal.

First, the phone book menu is selected using the mobile communication terminal (S30).

If the phone number is a continuous phone number such as 0277771000 ~ 0277771011, enter 0277771000, which is the part that is repeated first in the phonebook, and press the '*' key three times, '~' is entered, and the remaining number 12 is entered. It is simply registered and stored in the telephone number field such as '0277771000 to 11' (S31 to S33).

To enter a hyphen when entering a phone number, press the '*' key twice to enter a hyphen '-'.

In other words, 0277771000 ~ 11 is inputted into the phone book. First, press 02, press the '*' key on the keypad to enter the hyphen '-', enter the station number 7777, and press the '*' key. After entering the hyphen '-' and entering 1000 and then pressing the '*' key three times, '~' is entered and the remaining 11 is entered and saved as 02-7777-1000 ~ 12. On the other hand, input of hyphen '-' may be omitted and stored as 0277771000 ~ 11.

3 is a flowchart illustrating an operation of processing a call using a mobile communication terminal of the present invention.

When a user attempts to make a call using a continuous phone number registered in the phone book of the mobile terminal, when the user directly inputs a phone number with the keypad and sends a call signal, the phone number attempts to call 02-7777-1000. (S50 to S51).

If the telephone number entered by the user is a consecutive telephone number registered in the phone book, the phone number is searched first, and if the telephone number is not consecutive, the call is sent by sending a call signal to the telephone number entered or when the receiver is busy. The heavy signal is transmitted (S52 to S54).

If the telephone number entered by the user is a continuous telephone number registered in the phone book, the call signal is transmitted to the telephone number entered first, and when the call is connected, the call is processed to process work (S52, S55, S56 ~). S57).

On the other hand, if the receiver of the input telephone number is busy or the power is off and the call is not made, the call signal is transmitted to the next number of the consecutive telephone numbers.

If there are several consecutive phone numbers, a call request signal is sent to all the phone numbers once and if there is a receiving number to which the call is connected, the call is made with the user.

For example, if the consecutive phone number is 02-7777-1000 ~ 12, the call signal is first transmitted to 02-7777-1000, and if the call is in progress, the call signal is transmitted 1 ~ 12 times to the number to which the call is connected. Make a call with the user (S56. S58).

According to the present invention, when a call is not made to the first consecutive phone number when a call is made with a recipient of a registered serial number, the mobile communication can be made by transmitting a call signal to the remaining registered serial numbers. Provide convenience to the user of the terminal.

4 is another operation flowchart of FIG. 3 for processing a call using a mobile communication terminal.

A call signal is transmitted by selecting a consecutive phone number registered in the phone book of the mobile communication terminal (S60 to S61).

If a call is made by sending a call signal with one of consecutive phone numbers registered in the phone book, the call is made.

That is, when the call is made by transmitting the call signal to the continuous telephone number 02-7777-1000 (S62 ~ S63).

On the other hand, if the call is not made because the 02-7777-1000 number is busy or the power is off, the call signal is transmitted to another consecutive telephone number 02-7777-1001 (S64).

If a call is made with another consecutive phone number, the call is made (S65, S67).

If the call is not made by sending the continuous phone number 02-7777-1001 and the call signal, the call signal is sequentially transmitted to the other consecutive telephone numbers 02-7777-1002 ~ 12 registered in the phone book, and for each telephone number. The user can conveniently connect the phone by determining whether the call is in progress and making a call with one continuous phone number which is not in a call (S65 ~ S67).

4 illustrates a case in which a user of a mobile communication terminal registers a continuous phone number and transmits a call signal to one phone number, if the call is not answered at the corresponding phone number, the call is connected to the other consecutive phone numbers. You can talk easily.

As described above, the present invention registers and stores a continuous telephone number in the telephone directory of the mobile communication terminal in one telephone number field by using the * key of the keypad, and also calls a continuous telephone number registered in the telephone directory. In case of making a call, the call request signal is automatically sent to another phone number so that the call can be made.

As described above, the present invention is convenient because it is possible to simply input a continuous telephone number at a time by using a shortcut key of the keypad when there are a plurality of telephone numbers consecutively.

In addition, when a telephone number is registered and a call is made, when one phone number is in a call, a call signal is automatically transmitted to another consecutive phone number, thereby effectively connecting the call.

Claims (4)

In the case of inputting a plurality of telephone numbers of consecutive numbers in the telephone directory of the mobile communication terminal, the first telephone number input step of inputting all the first telephone numbers of consecutive telephone numbers; A continuous number input verification step of inputting a special symbol character for confirming continuous number input by pressing a special symbol character key for executing the continuous telephone number input menu a predetermined number of times after the first telephone number input step; Registering the phone book of the mobile communication terminal, characterized in that the continuous phone number storage completion step of completing the registration of the continuous phone numbers by registering the remaining non-repeated end number of the consecutive phone numbers after the continuous number input confirmation step Way. A first step of determining whether the outgoing telephone number is registered in the telephone directory of the terminal and is registered as a continuous telephone number when the mobile communication terminal attempts to make a call; A second step of attempting to connect the call to the corresponding phone number inputted by the current terminal user when the currently searched phone number is registered in the phone book and registered as a continuous phone number as a result of the determination in the first step; A third step of checking whether the call signal is normally processed through the telephone number to which the current call is connected after the second step; If it is determined in the third step that the call is not normally made to the phone number attempted to connect the current call is registered in the continuous phone number is the fourth step of attempting to connect the call to the next phone number to execute the call Phone book registration and call processing method of a mobile communication terminal. 3. The method of claim 2, wherein in the second step, a phone number registered as a continuous phone number set by the terminal user is searched in the phone book of the terminal, and the call is connected to a phone number set by the terminal user from the searched phone numbers. A telephone directory registration and call processing method of a mobile communication terminal, characterized in that it further comprises an attempted continuous telephone number call connection attempt step. [4] The method of claim 2, wherein the fourth step further comprises a continuous call step of continuously transmitting all consecutive phone numbers sequentially until the call is connected when there are a plurality of consecutive phone numbers registered in the terminal phone book. Phone book registration and call processing method of a mobile communication terminal.

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