KR100255392B1 - Method for dialing of speed in wireless phone - Google Patents

Abstract

PURPOSE: A memory dialing method in a portable phone is provided to make one communication subscriber integrate all registered telephone numbers into one number. CONSTITUTION: If a key input signal is received from a key input unit, a control unit checks whether the signal is a key input signal corresponding to an abbreviated key(302). If it is judged that the key input signal corresponding to an abbreviated key has been received, the control unit checks whether an abbreviated number is received from the key input unit(304). In case that the abbreviated number is received, the control unit reads an abbreviated number table from a memory unit(306). The control unit judges whether the received number is registered in the abbreviated number table(308). If the received number is registered, the control unit checks whether the number of communication terminals registered in the abbreviated number table is '1'(310). In case that only one communication terminal is registered in the abbreviated number table, the control unit displays the registered caller's name and paging number on a display unit(330). The control unit checks whether a sending key input signal is received from the key input unit(332). If the sending key input signal is received, the control unit dials the displayed paging number(334) and checks whether a call path is connected(336). In case that the call path is not connected, the control unit checks whether a hook key input signal is received from the key input unit(338).

Description

How to dial memory on your phone

The present invention relates to a memory dialing method in a telephone, and more particularly, to a method of storing a plurality of telephone numbers in one memory number and selecting one when dialing.

Recently, with the development of technology, one communication subscriber has a communication terminal device having a different number, and a pager and a mobile phone (HHP) are becoming a necessity of modern people. Here, the subscriber is a person who has joined the public telecommunications network for the purpose of communicating or calling each other through wire or wireless. In this situation, when one person has a plurality of communication terminal devices, a user who wants to call a user having the plurality of communication terminal devices memorizes all the numbers of the communication terminal or stores them in a communication terminal device having a memory dial function. do.

In general, a communication terminal apparatus having a memory dial function stores a number to be called with one memory dial number corresponding to the number of one communication terminal apparatus. An example of such a table in which a speed dial is stored is shown in Table 1 below.

Shortcut number name Subscriber number One Mansu Lee 123-4567 2 Sung Rae Kim 890-1234 3 Jun Hyuk Yang 567-8901 4 Mansu Lee 011-234-5678 ··· ··· ···

Therefore, as shown in Table 1, when a person named 'Man Mansu' has two communication terminal devices of a phone number and a mobile phone, two short numbers (01, 04) had to be added and used to one communication subscriber.

Therefore, when one person joins a plurality of communication networks and has several call numbers, for example, a telephone, a pager, a mobile phone, and the like, the user should be given three shortcut numbers to one user. Here, the call number refers to each phone number that is differently assigned according to each communication network, that is, a phone number, a mobile phone number, and a pager number. Therefore, there has been a need for a method of registering these call numbers with one name.

Accordingly, an object of the present invention is to provide a method of registering all the telephone numbers registered by the subscriber to one number in correspondence with one subscriber.

Another object of the present invention is to provide a method of automatically dialing a call number of another communication terminal when a call is not established for a predetermined time by dialing in a communication terminal storing all communication devices provided by one person.

According to an aspect of the present invention, there is provided a method of registering a memory dial in a communication terminal, the method comprising: receiving a memory number when a memory dial registration request is requested and inputting a name; Selecting and registering the call number sequentially, registering the switching sequence number when registering the call number, and ending the registration mode according to the registration end key,

In the communication terminal, the memory dialing method reads the memory number table and checks whether the memory number is a registered memory number when the dial key of the memory dial number is input. Displaying, and if the type of the displayed terminal is selected, dialing when a dial key is input, and checking whether a call is connected for a predetermined time; and performing a call mode when the call is connected as a result of the test. Is not connected, the step number is registered and checks whether there is another dialed number that is not dialed at the same time; Dial the number.

1 is a block diagram of a mobile phone to which the present invention is applied.

2A and 2B are control flow charts for storing shortcut shortcuts according to a preferred embodiment of the present invention.

3A and 3B are control flowcharts of dialing and diverting dialing during speed dialing according to a preferred embodiment of the present invention;

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. In addition, in the following description, well-known technology that is determined to unnecessarily obscure the subject matter of the present invention will be omitted.

1 is a block diagram of a mobile phone to which the present invention is applied.

The controller 111 controls the overall operation of the mobile phone, and in particular, performs the registration of the memory dial and the control of the memory dial process according to the present invention. The duplexer 112 outputs a signal received from the antenna ANT to the radio receiver 113, and outputs a signal received from the radio transmitter 115 to the antenna ANT. The wireless receiver 113 synthesizes a signal received from the frequency synthesizer 114 and a voice signal received from the voice processor 116 under the control of the controller 111 in the call mode, and outputs the synthesized signal to the duplexer 112. The frequency synthesizer 114 generates and outputs a received carrier removal signal to the wireless receiver 113 under the control of the controller 111, and generates and outputs a carrier signal for transmission to the wireless transmitter 115. The wireless transmitter 115 synthesizes the transmission carrier signal received from the frequency synthesizer 114 and the voice signal received from the voice processor 116 under the control of the controller 111 and outputs the synthesized voice signal to the duplexer 112. The voice processor 116 demodulates a coded voice signal received from the wireless receiver 113 under the control of the controller 111, outputs the audible sound through a speaker SPK, codes the electric voice signal received from a microphone MIC, and then wirelessly transmits the coded voice signal. Print to 115

The memory unit 117 includes a program memory (not shown) that stores a control program generated during the control of the controller 111 and a data memory (not shown) for temporarily storing the control data generated during the control operation. The data memory also stores a memory dial table for memory dials according to the present invention, and the program memory stores control data necessary for registration and dialing of the memory dial. The key input unit 118 has a key matrix structure (not shown), and generates a key input signal corresponding to a key input by the user and outputs the key input signal to the controller 111. The display unit 119 displays the state and operation process of the mobile phone under the control of the control unit 111. In particular, the display unit 119 displays a phone number and a performance request message during the registration process and the dial process of the memory dial according to the present invention.

2A and 2B are control flow charts for storing shortcut shortcuts according to a preferred embodiment of the present invention.

Hereinafter, the present invention will be described in detail with reference to FIGS. 1 to 2a and b.

The control unit 111 maintains the standby state in step 200. When the key input signal is received from the key input unit 118, the control unit 111 proceeds to step 202 to check whether the input signal is a speed dial registration request signal. The control unit 111 proceeds to step 204 in the case of the test result shortened dial registration request signal, and proceeds to step 260 in the case of not the test result shortened dial registration request signal to perform the corresponding function and ends. The controller 111 displays a shortcut number input request message on the display unit 119 in step 204. The message displayed at this time is displayed in Korean or English, such as 'Please enter a shortcut number'. When the key input signal is received in step 204, the controller 111 proceeds to step 206 to receive a shortcut number. In step 208, the controller 111 searches for a shortcut number table stored in the memory unit 117 and proceeds to step 210. The controller 111 checks whether the shortcut number input in step 206 is a previously registered shortcut number. The control unit 111 proceeds to step 212 in the case of a registered shortcut number as a result of the inspection, and proceeds to step 240 in the case of a new registration that is not already registered.

First, a case of new registration, that is, the case of proceeding from step 210 to step 240 will be described as an example.

When the controller 111 proceeds from step 210 to step 240, the controller 111 displays an input request message on the display unit 119. The message displayed at this time may be displayed in Korean or English, such as 'Please enter your name.' If the control unit 111 receives a key input signal from the key input unit 118 in step 240, the controller 111 receives a name in Korean or English, and proceeds to step 242 to check whether a confirmation key is input. When the key input signal corresponding to the test result confirmation key is received, the controller 111 proceeds to step 246. If the key input signal corresponding to the confirmation key is not received, the controller 111 continuously receives name data. In addition, the controller 111 proceeds to steps 2a and b46 even when the name data is not received and a confirmation key is input. The controller 111 displays the type of the terminal for registering the call number on the display unit 119 in step 246. In this case, for example, the type of the terminal to be displayed is composed of a telephone number, a mobile phone number, a pager number, and the like. The control unit 111 displays the number of the type registered in step 246, proceeds to step 248, selects an end to register in response to the direction key input signal received from the key input unit 118, and proceeds to step 250 when a confirmation key is input. To display a cursor on the display unit 119 for input of the selected call number. In addition, the control unit 111 receives a call number corresponding to the key input signal received from the key input unit 118 in step 250, and proceeds to step 226. The control unit 111 receives a call number for each type of registration through the selection process, etc., and displays a cursor on the switching sequence number separately from the number received in step 226.

Here, the switching sequence number refers to a number which designates a sequence in advance to dial another number when a call fails for a predetermined time during memory dialing according to the present invention. That is, when both a telephone number, a mobile phone number, and a pager number are registered, the switching sequence number of the telephone number is set to 1, the switching sequence number of the mobile number is set to 2, and the number of the pager is the switching sequence number. If it is registered in 3, if the call is not established for a predetermined time when dialing the telephone number, the call number of the switching sequence number 2 is read and dialed. The mobile phone reads and dials the next change sequence number when no call is established for a predetermined time.

The control unit 111 receives the switching sequence number in step 228 and proceeds to step 230 to check whether a confirmation key input signal is received from the key input unit 118. When the test result confirmation key input signal is received, the controller 111 proceeds to step 232 and stores the call number received in step 250 and the switching sequence number received in step 228 in the speed dial table. When the call number is stored in the speed dial table in step 232, the controller 111 displays a message asking whether to register another speed dial number on the display unit 118. In step 236, a registration request signal for another speed dial number is received. If yes, proceed to step 204 to perform the registration process again.

Next, the case where the data of the registered shortcut number is updated, that is, the case where the process proceeds from step 210 to step 212 will be described.

The control unit 111 displays a message on the display unit 119 asking whether to modify the data of the registered shortcut number in step 212. When the key input signal is received from the key input unit 118, the controller 111 proceeds to step 214 and checks whether the received signal is a correction request signal. The control unit 111 proceeds to step 216 when the test result corrected request signal and proceeds to step 204 when the test result corrected request signal is not selected, and selects the shortcut number again.

When the controller 111 proceeds from step 214 to step 216, the display unit 119 displays a cursor on the name stored in the memory unit 119 and the first letter of the name corresponding to the registered shortcut number. When the key input signal is received in step 216, the control unit 111 overwrites the name displayed on the display unit 119. In step 220, the controller 111 receives a key input signal corresponding to the confirmation key from the key input unit 118. Check it out. The control unit 111 proceeds to step 222 when the test result confirmation key input signal is received. On the other hand, if the correction of the name is not requested, if the confirmation key input signal is received from the key input unit 118 in step 216, the flow proceeds to step 222. If the control unit 111 proceeds from step 220 to step 222, the control unit 111 displays a type to register the call number on the display unit 119. In this case, the display may be shown in Table 2 below.

Phone number pager number mobile number

In this case, the display in reverse phase is selected, and when the confirmation key is inputted, the selection is settled and proceeds to the call number input process. In addition, it is displayed that the reverse phase is selected according to the input signal of the up and down keys from the key input unit 118.

The control unit 111 selects a target to modify the call number in response to the key input signal received from the key input unit 118 in step 224. When the target is selected, the display unit stores the stored call number and cursor according to the type of the terminal selected on the display unit. Mark 119. In addition, if the call number is entered where the cursor is located, it is overwritten and modified. When the selection and the modification are finished in step 224, the control unit 111 proceeds to step 226, displays a cursor in the automatic telephone sequence, and receives a switching sequence number in response to the key input signal input from the key input unit 118. When the confirmation key is input in step 230, the controller 111 stores the received call number and the switching sequence number in the speed dial table, and proceeds to steps 232 to 236.

A speed dial table input through the above-described process may be illustrated in Table 3 below.

Shortcut number name Phone number Pager number Mobile Phone Number One Admiral Yi 460-2854 (1) 011-345-6789 (2) 2 Hong Gil Dong 794-3982 3 Kim Yushin 744-0305 (2) 015-975-6501 (3) 017-333-4341 (1) ··· ··· ··· ··· ···

As shown in Table 3 above, a call number is stored for each type of terminal in one shortcut number, and the number in parentheses means a switching sequence number for switching.

3A and 3B are control flowcharts of dialing and switching dialing during speed dialing according to a preferred embodiment of the present invention.

Hereinafter, the present invention will be described in detail with reference to FIGS. 1 to 3a and b.

In step 300, if the key input signal is received from the key input unit 118, the controller 111 proceeds to step 302 to check whether the input signal corresponds to a key input signal. The control unit 111 proceeds to step 306 when a key input signal corresponding to the test result shortcut key is received, and proceeds to step 362 to perform the corresponding function and ends when the key input signal corresponding to the test result shortcut key is not received. When the controller 111 proceeds from step 302 to 304, the controller 111 checks whether a shortcut number is received from the key input unit 118 within a predetermined time. When the test result shortcut number is received, the controller 111 proceeds to step 306 to read the speed dial number table stored in the memory unit 117, and proceeds to step 308 to determine whether the shortcut number received in step 304 is a registered shortcut number. Check it. The control unit 111 proceeds to step 310 in the case of a registered speed dial number as a result of the inspection, and proceeds to step 360 in the case of an unregistered speed dial number, and indicates that the speed dial number is not registered in the display unit 119 and ends.

When the controller 111 proceeds from step 308 to 310, the controller 111 checks whether one communication terminal is registered in the speed dial table. The control unit 111 proceeds to step 350 when there is one registered communication terminal as a result of the test, and proceeds to step 312 when there are two or more registered terminals. First, when one communication terminal is registered in the speed dial table, that is, the process proceeds from step 310 to 350.

In step 350, the controller 111 displays the name and the calling number of the caller registered in correspondence with the shortcut number on the display unit 119. If this is described with reference to Table 3, the shortcut number 02 corresponds. The controller 111 displays a name and a telephone number on the display unit, and proceeds to step 332 to check whether a transmission key input signal is received from the key input unit 118. When the control unit 111 receives a key input signal corresponding to the test result transmission key, the controller 111 proceeds to step 334 to dial the call number displayed on the display unit 119, and proceeds to step 336 to check whether the call path is connected. The control unit 111 proceeds to step 338 when the call path is not connected as a result of the test, and proceeds to step 350 when the call path is connected, and terminates when the call ends in step 352. If the call path is not connected in step 336, the controller 111 proceeds to step 338 and checks whether a hook key input signal is received from the key input unit 118. The control unit 111 terminates when the hook key input signal is received, and proceeds to step 336 when the hook key input signal is not received.

Next, the case where there are two or more communication terminals registered in step 310, that is, the case of shortcut numbers 01 and 03 in Table 3 will be described. In step 312, the controller 111 displays the type of the terminal registered in the speed dial number table on the display unit 119. In step 314, the controller 111 selects the terminal type to be dialed in response to the key input signal received from the key input unit 118. do. When the type of the terminal is selected and a confirmation key is input, the control unit 111 displays a call number on the display unit 119, and proceeds to step 316 to check whether a key input signal corresponding to the transmission key is received from the key input unit 118. . When the control unit 111 receives a key input signal corresponding to the test result, the controller 111 proceeds to step 318 to perform dialing, and proceeds to step 322 to check whether a call path is connected. The control unit 111 proceeds to step 350 when the call path is connected to perform the call mode, and checks whether the set time has elapsed when the call path is not connected. The controller 111 proceeds to step 340 when the test result setting time has elapsed, and proceeds to step 324 when the set time has not elapsed.

In step 322, if the set time has elapsed, the control unit 111 searches for the speed dial table. In step 342, the control unit 111 checks whether another registered non-dialed call number exists. The control unit 111 proceeds to step 344 if there is a non-dialed call number as a result of the check, and blocks and terminates the call path if there is no dialed call. In step 342 to step 344, the control unit 111 reads out the call number having the low change sequence number, proceeds to step 346, flashes the hooked call path, blocks the dialed call path, and proceeds to step 348 to perform dialing. . Through the above process, all registered call numbers are dialed sequentially. This will be described with reference to the shortcut number 03 of Table 3 as an example.

When the first dialed number is dialed to 744-0305, the control unit 111 reads out and dials a mobile phone number 017-333-4341 according to the switching sequence number. In addition, the mobile phone number also dials 015-975-6501, which is not dialed, if the call path is not established for the set time.

As described above, all communication terminals provided by one person are stored in one memory dial number, so that it is easy to manage shortcut numbers. In addition, in the case of a terminal that is not connected to a call path for a predetermined time during dialing, it is possible to dial to another communication terminal by setting a switching sequence number and to connect to a communication subscriber for a quick call.

Claims (5)

In the memory terminal registration method in the communication terminal, Receiving a memory number upon request for memory dial registration and requesting entry of a name; Registering the call number sequentially by selecting the type of the terminal to be registered when the input of the name is finished; Registering a switching sequence number when registering the call number; Memory dial method in a mobile phone characterized in that the step of exiting the registration mode according to the registration end key. The method of claim 1, If the memory number is received, checking whether the memory number is a registered number by searching a memory number table; Displaying a message asking whether to revise a registered number, and displaying the registered name and calling number together with a cursor when a modification is requested; And overwriting and registering a key input signal received at a name or a call number where the cursor is located. In any one of the preceding claims, Displaying a message on the display unit asking to further register another memory dial number when the registration is completed; And registering another memory number upon receiving another number registration request signal from the key input unit. In the memory dial method in the communication terminal, Reading a memory number table to check whether a registered memory number is entered when a dial key of the memory dial number is input; Displaying the type of the registered terminal when the memory number is registered as a result of the test; Dialing when a type of the displayed terminal is selected and a dial key is input, and checking whether a call is connected for a predetermined time; Performing a call mode when the call path is connected as a result of the check, and checking whether there is another call number that is not dialed at the same time when the sequence number is registered and when the call path is not connected, And dialing the non-dialed number after the hook flash when a switching sequence number is registered and another call number is present at the same time. The method of claim 4, wherein Checking whether there is one terminal registered when reading the memory number table; And performing a general dialing mode when the call number registered is one of the test results.

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