KR101107189B1 - mobile communication terminal having a repeat morning call function and controlling method therefore - Google Patents

Abstract

According to the present invention, a wake-up call sound emitting step of generating a wake-up call sound set by the user and emitting it to the outside when the repeating wake-up call function is set and executed in the mobile communication terminal, and terminates the wake-up call sound when the end signal is input after the wake-up call sound emitting step. A sound average time calculating step of checking and accumulating a turn off time for the currently set sound, and then calculating an average time for each sound, and subtracting a predetermined time from the average time calculated after the sound average time calculating step, and randomly re-emitting time. And a re-emission time calculating step of checking the calculated re-emission time, and generating a random wake-up call sound after a random time when the current time reaches the set re-emission time after the re-emission time calculating step. Mobile communication with repeated wake-up call Provided is a control method of a terminal.

As described above, the present invention accumulates and analyzes the time when the wake-up call is turned off by the user, and then calculates the turn-off time after the random call, and the wake-up call turns off before the user hears the wake-up call and wakes up again after a random time. As a result, the wake-up call's utility is significantly improved.

Wake-up call, Random, Wake-up sound, Cumulative calculation, End signal, Turn off time, Average time

Description

Mobile communication terminal having a repeat morning call function and its control method {mobile communication terminal having a repeat morning call function and controlling method therefore}

1 is an explanatory diagram illustrating a conventional mobile communication terminal.

2 is an explanatory diagram illustrating a mobile communication terminal equipped with a repetitive morning call function of the present invention.

3 is a flowchart of the present invention.

4 is an explanatory diagram illustrating a setting screen of a morning call implemented by a repetitive morning call function of the present invention.

<Detailed Description of Codes>

1: Mobile communication terminal 2: LCD panel

3: MSM 4: Memory

5: handset phone 6: codec unit

7: Key panel unit 8: Base station system unit

9: terminal

The present invention relates to a mobile communication terminal equipped with a recurring wake-up call function and a control method thereof. In particular, the wake-up call function is divided into a normal mode and a repetitive mode, and the repetitive wake-up call is accumulated by analyzing the time that the wake-up call is turned off by the user and then randomized. The present invention relates to a mobile communication terminal having a recurring wake-up call function for calculating and applying a turn off time and a control method thereof.

In general, wireless data communication refers to a communication function of wirelessly transmitting and receiving various data such as letters, numbers, and images through a base station system using a portable terminal capable of wireless transmission and reception. For example, it is a mobile communication system that exchanges or retrieves data in both directions while moving by using various terminals such as a cellular phone, a portable computer, a facsimile, and a credit card inquiry machine. Especially in the early 1980s, mobile phones divided the service area into hexagonal cells of several km to several ten kilometers in diameter in North America, and then repeatedly used the same frequency channel in geographically separated cells. As a result, cellular phones that implement radio channel switching between cells have grown rapidly for the first time.

Then, referring to the conventional mobile communication system as described above with reference to Figure 1, the base station (71, 72) for wirelessly processing function signals, for example, call signals or SMS messages transmitted from a plurality of terminals 70, and MSC (73) for controlling the transmission function of the call signal or SMS message input via the base station (71, 72). Here, the terminal 70 is provided with a morning call function for providing a call signal to a terminal user at a specific time, for example, in the morning.

On the other hand, referring to the operation of the conventional mobile communication terminal as described above, first, when the user of the terminal 70 opens the folder 74 and presses the telephone number signal through the keypad 75, the telephone number signal is the LCD panel ( At the same time as displayed on the 76, the radio signal is processed by the terminal 70 and transmitted to the base station 71. The base station 71 transmits the call signal of the input terminal 70 to the MSC 73. Then, the MSC 73 analyzes the input call signal data to recognize the destination telephone number and transmits the call signal to the base station 72 of the corresponding destination. Accordingly, the destination base station 72 relays the transmitted call signal and connects the call to the counterpart terminal 77. At this time, when the call is formed by the above process, the terminal 70 executes a normal call with the counterpart terminal 77.

Here, when the user of the terminal 70 sets the wake-up call function through the keypad 75, the terminal 70 displays the menu screen on the LCD panel 76. Then, the user of the terminal 70 is set with the time and ring tone information while looking at the menu screen displayed on the LCD panel 76. Then, the terminal 70 stores the input morning call information and then emits the morning call signal to the outside when the corresponding time is reached. Therefore, the user of the terminal 70 hears the morning call signal and wakes up from the seat.

However, the conventional mobile communication terminal equipped with the morning call is a method of immediately stopping when the user presses a specific button on the keypad when the morning call rings, so the user wakes up and wakes up even when the user presses a specific button on the keypad to wake up. The wake-up function of the terminal is no longer ringing, and thus the utility of the wake-up call is considerably deteriorated. In addition, the wake-up call is executed by only pressing a keypad button. there was.

Accordingly, the present invention has been invented to solve the above-mentioned problems, the wake-up call before the user hears the wake-up call wakes up and wakes up again and again after a random time, the wake-up call function is also significantly improved accordingly accordingly An object of the present invention is to provide a mobile communication terminal, a control method thereof, and a method of controlling the same.

Another object of the present invention is to accumulate the wake-up time of the user wakes up weighted to the latest measurement and then to calculate the wake-up call time and wake up repeatedly after a random call until the specific menu function to turn off the wakeup call accordingly The present invention provides a mobile communication terminal having a repeating wake-up call function and a control method thereof.

The present invention for achieving the above object in the mobile communication terminal performing a call processing function, while executing the repeated wake-up call function set by the user of the mobile communication terminal, the time for the wake-up call by the user for each sound A cumulative calculation and an MSM unit for re-calculating the re-emission time after random from the calculated time; A repeating wake-up call function; and a memory unit for storing randomly re-emission time data recalculated using the cumulatively calculated data for turning off the wake-up call for each sound according to the storage control signal of the MSM unit and the calculated time data. Provided is a mobile communication terminal provided.

Another feature of the present invention is a set time checking step of checking whether the current time has reached the wake-up call emission time when the repeated wake-up call function is set and executed in the mobile communication terminal; A wake-up call sound emitting step of generating a wake-up call sound set by the user and emitting it to the outside when the current time reaches the wake-up call emission time as a result of checking during the set time checking step; A sound average time calculating step of terminating the morning call sound, checking the cumulative time for the currently set sound, accumulating it, and calculating an average time for each sound when an end signal is input after the wake-up call sound emitting step; A re-emission time calculating step of subtracting a predetermined time from the average time calculated after the sound average time calculating step to calculate a re-emission time after randomization and checking the calculated re-emission time; And a random re-emission step of generating and releasing a set wake-up call sound after a random time when the current time reaches the set re-emission time after the re-emission time calculating step. Provided is a control method of a mobile communication terminal having a repeated wake-up function. do.

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

As shown in FIG. 2, the present invention provides an LCD panel unit 2 installed on a part of a body of the mobile communication terminal 1 to display various information signals processed by the terminal to the outside, and the mobile communication terminal 1. By repeating the morning wake-up function set by the user of the cumulative calculation of the user's every time of sound, and then calculates and reruns the re-emission time after random from the calculated time, and reruns the overall function of the mobile communication terminal (1) Randomly recalculated using the cumulatively calculated data for each sound according to the MSM unit (Mobile station modem) and the storage control signal of the MSM unit 3 and the calculated time data. The memory unit 4 stores the re-emission time data and stores various information processed by the mobile communication terminal 1 and the handset 5 according to the call connection control signal of the MSM unit 3. Analog Tone Input And a codec unit 6 for converting a sex signal into a digital signal or converting a digital voice signal into an analog signal and outputting the same.

One end of the MSM unit 3 is connected to a key panel unit 7 for inputting a function setting signal of the user to the MSM unit 3.

In this case, when the cumulative calculation is performed by the MSM unit 3, the average time is calculated by weighting the most recent turning time.

Then, the random post-release time calculated by the MSM unit 3 is set to the time minus 20 [SEC], which is set from the average time so that the user turns off earlier than the time that the user habitually turns off.

Next, a control method of the system having the above configuration will be described.

As shown in FIG. 3, the method of the present invention proceeds from the initial state S1 to the morning call function setting checking step S2 to check whether the morning call function is set in the current terminal. If the morning call function is not set in the terminal as a result of checking during the morning call function setting confirmation step (S2), the process proceeds to the general call processing function execution step (S3) to execute the general call processing function.                     

That is, when power is applied to the terminal 1 of the present invention, the MSM unit 3 of the terminal 1 proceeds to an initialization state, forms necessary information from the memory unit 4, executes an initialization process, and then waits. Proceed to

At this time, the MSM unit 3 of the terminal 1 recognizes when the user inputs a telephone number through the key panel unit 7 and presses a call button, and the user inputs the telephone number to the memory unit 4. In addition to the storage, the system accesses the base station system unit 8 through the access channel, and then transmits an outgoing signal to the corresponding telephone number. Then, the base station system unit 8 processes the outgoing signal sent from the terminal 1 and transmits an incoming call to the counterpart terminal 9 to form a call. That is, when the user of the terminal 1 inputs a voice signal through the handset 5, the codec unit 6 of the terminal 1 signals the voice signal input through the handset 5. Processing is input to the MSM unit 3. In addition, the MSM unit 3 of the terminal 1 wirelessly processes the voice signal input through the codec unit 6 and transmits the voice signal to the counterpart terminal 9 via the base station system unit 8. Is achieved.

However, if the wake-up call function is set in the terminal as a result of checking during the wake-up call function setting checking step (S2), the control unit proceeds to the wake-up call function execution step (S4) and provides information on the execution time, sound, and execution mode of the morning call set by the user. Save the settings and execute the wake-up call function according to the set information. Then, the process proceeds to the set time checking step (S5) and checks whether the time for emitting the current wake-up call has been reached. At this time, if the current time does not reach the time to release the wake-up call as a result of checking during the set time checking step (S5), the process proceeds to the wake-up call function step (S4) and repeats the loop.                     

On the other hand, as a result of checking during the set time checking step (S5) when the current time reaches the time to emit the wake-up call proceeds to the wake-up call sound emitting step (S6) to generate a wake-up call sound set by the user and emits it to the outside. After the wake-up call sound emitting step S6, the process proceeds to the end signal input checking step S7 to check whether the current user inputs the wake-up call signal through the end menu. At this time, if the user has not input the wake-up call termination signal through the end menu as a result of checking during the input check step (S7), the process proceeds to the wake-up sound emission step (S6) and repeats the loop. In addition, when the current user inputs the wake-up call termination signal through the end menu as a result of checking in the input checking step (S7), the process proceeds to calculating the average sound time (S8) to terminate the wake-up call sound and turn off the time for the currently set sound. Check and accumulate, then calculate the average time for each sound.

The sound average time calculating step S8 further includes a weight adding step of calculating an average time by giving a weight to the most recent turning off time.

On the other hand, after the sound average time calculation step (S8) proceeds to the re-release time calculation step (S9) to subtract a predetermined time from the calculated average time to calculate a random re-release time and check the calculated re-release time. After the re-discharge time calculating step S9, the re-release time checking step S10 is performed to check whether the currently set re-release time has been reached. Here, when the re-emission time checking step (S10), as a result of the check is not reached to the currently set re-emission time proceeds to the re-emission time calculation step (S9) to repeat the loop. However, when the re-emission time checking step (S10) confirms that the currently set re-emission time has been reached, the process proceeds to the random re-emission step (S11) to generate and emit a wake-up call sound set after a random time.

That is, when the user sets the wake-up function, the MSM unit 3 of the terminal 1 of the present invention blows the wake-up menu from the memory unit 4 as shown in FIG. 4 on the LCD panel 2. Display. At this time, when the user of the terminal 1 sets information such as a running time, a sound (ring tone), an execution mode, etc. of his or her desired wake-up call on the menu screen displayed on the LCD panel 2, the MSM unit 3 does this. After storing in the memory unit 4, the morning call function is executed according to the set information.

In this case, when the MSM unit 3 confirms that the current time has reached the time to emit the wake-up call, the MSM unit 3 generates a "knock" sound in the wake-up sound set by the user, for example, a repetition mode (sleep), and emits it to the outside. In this case, the MSM unit 3 checks whether the current user inputs the wake-up call signal through the end menu. If the current user inputs the wake-up call signal through the end menu, the MSM 3 ends the current wake-up call sound and is currently set. Check off the cumulative time for the sound, then calculate the average time for each sound.

Here, in the sound average time calculation process, the average time is calculated by giving a weight to the most recent turning off time. In this case, the information on the time when the terminal user turns off the wake-up call can be averaged.

On the other hand, after the process, the MSM unit 3 subtracts a predetermined time from the calculated average time, calculates a random re-release time, and checks the calculated re-release time. That is, the random post-release time calculated by the MSM unit 3 is set to the time minus 20 [SEC], which is set from the average time so that the user turns off earlier than the time that the user habitually turns off.

Here, the MSM unit 3 generates and emits a set morning call sound after a random time when the current time reaches the set re-emission time.

Therefore, according to the method of the present invention as described above, the user of the terminal 1 does not immediately turn off the wake-up call when the wake-up call because the wake-up call after the randomly repeating wake-up call to wake up frequently because There is no choice but to wake up.

As described above, the present invention divides the wake-up call function into the normal mode and the repeat mode, and accumulates and analyzes the time when the wake-up call is turned off by the user, and then calculates and applies the turn-off time after the random call. The wake-up call rings repeatedly after the random time is turned off and accordingly has the advantage that the effectiveness of the wake-up call is significantly improved.

In addition, according to the present invention, the user wakes up the wake-up call, weighted to the latest measurement, calculates the wake-up call time, and wakes up repeatedly after a random call until the specific menu function to turn off, so accordingly the optimality of the wake-up call There is also a significant improvement.

Claims (3)

In the mobile communication terminal performing a call processing function, An MSM unit which executes the repeated wake-up call function set by the user of the mobile communication terminal, cumulatively calculates the time at which the wake-up call is turned off by the user for each sound, and then recalculates the re-emission time after random operation at the calculated time; ; A memory unit for storing randomly re-emission time data recalculated using the cumulatively calculated data for turning off the wake-up call for each sound according to the storage control signal of the MSM unit and the calculated time data; Mobile communication terminal with a repeat wake-up call, characterized in that it comprises a. A set time checking step of checking whether a current time has reached a wake-up call emission time when a repeat wake-up call function is set and executed in the mobile communication terminal; A wake-up call sound emitting step of generating a wake-up call sound set by the user and emitting it to the outside when the current time reaches the wake-up call emission time as a result of checking during the set time checking step; A sound average time calculating step of terminating the morning call sound, checking the cumulative time for the currently set sound, accumulating it, and calculating an average time for each sound when an end signal is input after the wake-up call sound emitting step; A re-emission time calculating step of subtracting a predetermined time from the average time calculated after the sound average time calculating step to calculate a re-emission time after randomization and checking the calculated re-emission time; A random re-emission step of generating and emitting a set wake-up call sound after a random time when the current time reaches a set re-emission time after the re-emission time calculating step; Control method of a mobile communication terminal with a repeat wake-up call, characterized in that consisting of. The control method of claim 2, wherein the sound average time calculating step further comprises a weighting step of calculating an average time by assigning a weight to a most recent turning off time. Way.

Images