KR101460513B1 - System, Management Server, Portable Terminal and Method for Performing Transformation to Sleep Mode - Google Patents

Abstract

The present invention relates to a system for performing conversion into a sleep mode, a management server, a mobile terminal and a method thereof, and more particularly, When the incoming call is received from the terminal, the incoming notification is output. When the change of the external environment including the movement is detected in the sleep mode, the sleep mode is released. The first time when the motion is not detected and the second time It is possible to solve the problem that the user has to set the sleep mode by himself or herself by adding it to the sleep mode setting list and it is possible to cope with the incoming call required by the user even in the sleep mode, It is possible to provide convenience in which time can be automatically added.

Sleep mode, conversion, acceleration sensor, movement

Description

(System, Management Server, Portable Terminal and Method for Performing Transformation to Sleep Mode)

The present invention relates to a technique for converting a mode of a portable terminal into a sleep mode. More specifically, when a motion is not detected for a predetermined time, the portable terminal converts the mode to a sleep mode. A management server, a portable terminal, and a method for releasing a sleep mode when a change in an external environment including a motion is sensed.

Due to the convenience of the portable terminal and various multimedia functions, the portable terminal has become a necessity of modern people. However, users often can not take a deep sleep due to a wrong phone call or a text message received from the mobile terminal while sleeping. As a result, users can not take a good night's sleep, do.

Accordingly, the portable terminal manufacturers can set the sleep mode time by setting the sleep mode start time and the sleep mode end time by employing a sleep mode (hereinafter referred to as a sleep mode) in the portable terminal. The portable terminal enters a silent mode (e.g., lamp mode) in the sleep mode time set by the user and outputs a call alert silently without outputting a call alert by ringing or vibration even when a call or text message is received from the caller terminal.

However, if the portable terminal is set to the sleep mode, the user may not be able to instantly receive a response when an important phone or text message is received in the sleep mode time. In addition, there is a need to change the sleep mode time such as deletion and addition whenever the user needs to do so.

In order to solve such a conventional problem, an object of the present invention is to provide a system for converting into a sleep mode, a management server, a mobile terminal and a method for converting a sleep mode into a sleep mode if there is no movement in a portable terminal for a predetermined time.

Another object of the present invention is to provide a system for converting into a sleep mode, a management server, a mobile terminal, and a method for outputting an incoming notification when an incoming call is received from a calling terminal that has been previously stored after being converted into a sleep mode by a portable terminal.

It is still another object of the present invention to provide a system for converting a sleep mode into a sleep mode, which is repeated when a time at which a conversion into a sleep mode is performed is repeated a plurality of times, A portable terminal, and a method.

According to another aspect of the present invention, there is provided a system for performing conversion into a sleep mode, the system comprising: a receiver for receiving a call from a calling terminal to a portable terminal, receiving the calling terminal information, When a sleep mode release signal is received from the mobile terminal due to an entry signal to the sleep mode due to the stop state of the mobile terminal and a motion of the mobile terminal from the mobile terminal, And a second time, which is a time when a change in the external environment including the movement is sensed, and adds the first time and the second time to the sleep mode setting list, To the terminal, storing one or more terminal numbers that are allowed to be called to the portable terminal in the sleep mode, When receiving the new terminal information check the number of the calling terminal contained in the calling terminal information one of said stored number to includes a management server to transmit the call to the call controller songsinho improved.

According to an aspect of the present invention, there is provided a management server of a system for performing conversion into a sleep mode, the management server including a transmitter and receiver for data transmission and reception, a sleep mode including a start time of a sleep mode of the portable terminal, A server side setting list storage unit for storing a setting list, and a signal for entering the sleep mode due to the stop state of the mobile terminal and a release signal for the sleep mode due to the occurrence of movement of the mobile terminal through the transceiver, A first time, which is a start time of the stop state, and a second time, which is a time when a change in the external environment including the motion is sensed, is confirmed, and the first time is set to the sleep mode setting list And adds the corresponding second time to the sleep mode setting list at the end time of the sleep mode, And a server control unit for transmitting a de-set list to the portable terminal.

In the management server of the system for performing the conversion into the sleep mode, the server control unit may include at least one first time and at least one second time corresponding to at least one time point before the current time, And adds the first time and the second time of the current time point to the sleep mode setting list from the second time point.

In the management server of the system for converting into a sleep mode according to the present invention, the server control unit may include a first time and a second time of a current time point, and at least one first time point corresponding to at least one time point before the current time point And an average time of each time at a second time, and adds the calculated average time to the sleep mode setting list.

In the management server of the system for performing the conversion into the sleep mode, the server control unit may determine whether the information of the calling terminal, which has originated an incoming call to the portable terminal after the entry signal to the sleep mode is received, And the information of the calling terminal is information of the terminal previously stored in the called terminal when the call control information is received from the call controller controlling call setup between the terminal and the calling terminal.

In the management server of the sleep mode conversion performing system according to the present invention, the server controller may control the call controller to transmit the incoming call to the portable terminal if the information of the calling terminal is information of the pre- And transmits an incoming call forwarding call to the call controller.

In the management server of the sleep mode conversion performing system according to the present invention, the server control unit may store information of the calling terminal if the information of the calling terminal is not the information of the pre-stored calling terminal, And transmits the information of the calling terminal to the portable terminal when a sleep mode release signal is received.

According to another aspect of the present invention, there is provided a mobile terminal for converting data into a sleep mode, the mobile terminal including a communication unit for data transmission and reception, a sensor unit for sensing movement, a first time, And a control unit for controlling the operation of the mobile communication terminal based on the detection result of the sensor unit and the occurrence of an incoming signal to the sleep mode due to the stop state through the transceiver unit, And a terminal controller for adding the new sleep mode setting list to the terminal side setting list storage unit and storing the new sleep mode setting list when receiving a new sleep mode setting list through the transceiver unit.

According to another aspect of the present invention, there is provided a mobile terminal for converting data into a sleep mode, the mobile terminal including a communication unit for data transmission and reception, a sensor unit for sensing movement, a first time, And a controller for measuring a stop time at which no movement is sensed by the sensor unit and entering a sleep mode if the stop time is equal to or longer than a threshold time, When the change of the external environment including the movement from the sensor unit is sensed, the sleep mode is released and the first time, which is the start time of the stop time, and the second time, which is the time when the change of the external environment is sensed, And adds the first time and the second time to the sleep mode setting list of the terminal side setup list storage unit.

In the portable terminal performing the conversion to the sleep mode according to the present invention, the terminal control unit may be configured to perform at least one of the first time and the second time corresponding to at least one time point before the current time, The first time and the second time of the current time point are added to the sleep mode setting list.

In the portable terminal performing the conversion to the sleep mode according to the present invention, the terminal control unit may be configured to perform at least one of the first time and the second time corresponding to at least one time point before the current time, The average time of each time is calculated with time, and the calculated average time is added to the sleep mode setting list.

The portable terminal of the present invention may further include a terminal number storage unit for storing at least one calling terminal number input from the outside as a calling permission number.

In the portable terminal performing the conversion into the sleep mode according to the present invention, the terminal control unit may be configured to transmit the incoming call to the incoming call if the incoming call is received from the calling terminal when the sleep mode is selected and the calling number of the calling terminal is the incoming authorization number And a notification is output.

In the portable terminal performing the conversion to the sleep mode of the present invention, the terminal control unit outputs the incoming notification and maintains the sleep mode when the call is terminated with the calling terminal.

In the portable terminal performing the sleep mode conversion according to the present invention, the terminal control unit may process the incoming call as a missed call reception if the calling number of the calling terminal is not the incoming permission number.

In the portable terminal performing the conversion to the sleep mode of the present invention, the incoming call includes an incoming call of a voice call or an incoming call of a text message.

In the portable terminal performing the conversion into the sleep mode according to the present invention, the sensor unit may include at least one of an inertial sensor, a geomagnetism sensor, a gyro sensor, and an acceleration sensor capable of sensing motion, An illuminance sensor and a noise sensor.

In the portable terminal performing the conversion to the sleep mode according to the present invention, the terminal control unit is provided with a motion signal including a change in position coordinates, a vibration generated from the outside, and an illuminance value and a decibel value from the sensor unit do.

In the portable terminal performing the conversion to the sleep mode of the present invention, the terminal control unit recognizes an input signal to an input generated in an input unit including a keypad as a motion.

According to another aspect of the present invention, there is provided a method of converting a sleep mode into a sleep mode, the method comprising: receiving a signal to enter a sleep mode due to a stop state of the mobile terminal; Receiving a sleep mode release signal due to a change in the external environment including the change of the external environment including the start time of the stop state and the second time being the time when the change of the external environment is detected, Adding the first time and the second time to the sleep mode setting list, and transmitting the stored sleep mode setting list to the management server.

According to another aspect of the present invention, there is provided a method for converting a sleep mode into a sleep mode when a mobile terminal measures a stop time when motion is not detected and enters a sleep mode when the stop time is equal to or longer than a threshold time, The method comprising the steps of: releasing the sleep mode when a change in the external environment including the movement is sensed; a first time, which is the start time of the stop time, and a second time, And adding the first time and the second time to the sleep mode setting list by the portable terminal.

As described above, according to the present invention, when there is no movement for a predetermined period of time in the portable terminal, the conversion into the sleep mode for converting into the sleep mode is performed, thereby eliminating the need for the user to directly set the sleep mode .

In addition, the present invention has an effect of enabling a user of a portable terminal to respond to an incoming call required by outputting a call notification when an incoming call is received from a caller terminal pre-stored after being converted into a sleep mode by a portable terminal.

In addition, the present invention adds time to the sleep mode setting list when the time at which the conversion to the sleep mode is performed is repeated a plurality of times based on whether or not the mobile terminal is moving, thereby automatically setting the sleep mode time in the sleep mode setting list It is possible to provide convenience that can be added.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description of the exemplary embodiments of the present invention, a description of technologies that are well known in the art and not directly related to the present invention will be omitted. This is to omit the unnecessary description so as to convey the key of the present invention more clearly without fading.

Hereinafter, the mobile terminal of the present invention may be a mobile communication terminal, a personal digital assistant (PDA), a smart phone, or the like, which provides convenience to a user and can communicate with a calling terminal.

1 is a block diagram illustrating a main configuration of a mobile terminal that performs conversion to a sleep mode according to an embodiment of the present invention.

Referring to FIG. 1, a portable terminal 100 that performs conversion to a sleep mode according to the present invention includes a communication unit 11, an input unit 12, a sensor unit 13, an output unit 14, Unit 15, a terminal control unit 16, and a terminal side setting list storage unit 17.

The communication unit 11 has an interface for transmitting and receiving data through a network.

The input unit 12 transmits a signal corresponding to the key input from the user to the terminal control unit 16 in order to control the operation of the portable terminal 100. The input unit 12 may be configured with a conventional keypad, and may include a touch screen, a touch pad, a scroll wheel, or the like.

In particular, the input unit 12 receives the sleep mode start time and the sleep mode end time and provides the input to the terminal control unit 16, receives a motion for releasing the sleep mode from the user, ). In this case, when the input unit 12 is a touch screen, the movement for releasing the sleep mode may be a specific shape input or an input occurring to a specific button. In addition, the input unit 12 inputs the calling number of at least one calling terminal to the terminal control unit 16 as the calling permission number.

The sensor unit 13 senses the movement of the mobile terminal 100 and provides the terminal control unit 16 with the detection result of the external environment change including the motion detection result. The sensor unit 13 may include one sensor such as an inertial sensor, a geomagnetism sensor, a gyro sensor, and an acceleration sensor for detecting movement of the mobile terminal 100, An illuminance sensor for measuring an external environment, a noise sensor, and the like. The sensor unit 13 collects information received from the provided sensors and confirms the detection result of the movement of the portable terminal 100 based on the information and provides it to the terminal control unit 16. [

Particularly, the sensor unit 13 can detect a change in the position coordinates of the portable terminal 100, a motion signal for tapping generated from the outside, an illuminance value indicating the brightness of the external environment, and a noise level of the external environment, Decibel value to the terminal control unit 16.

The output unit 14 displays a series of operation states and operation results and a plurality of pieces of information in the portable terminal 100 under the control of the terminal control unit 16. [ The output unit 14 may include a display device such as an LCD (Liquid Crystal Display), an OLED (Organic Light Emitting Diodes), a speaker, and a vibration sensor for generating vibration in the portable terminal 100. In addition, when the output unit 14 is constituted by a touch screen or the like, it can simultaneously perform the functions of the input unit 12 and the display device.

The terminal number storage unit 15 stores the telephone number information of the calling terminal which is allowed to be called to the portable terminal 100 in the sleep mode under the control of the terminal control unit 16. [ The terminal number storage unit 15 may receive a user input through the input unit 12 or may receive and store a reception permission number from a separate information storage server or the like through a network.

The terminal side setting list storage unit 17 stores the sleep mode time input through the input unit 12 and stores the sleep mode time to be added to the sleep mode setting list under the control of the terminal control unit 16. [ When the portable terminal 100 receives the sleep mode setting list from the management server (not shown) connected to the network through the communication unit 11, the terminal control unit 16 controls the sleep mode setting list To the terminal-side setting list storage unit 17.

The terminal control unit 16 controls the overall operation of the portable terminal 100.

In particular, the terminal control unit 16 measures the time during which no movement occurs in the portable terminal 100, that is, the time during which the portable terminal 100 is in a stopped state, from the motion detection result provided from the sensor unit 13. The terminal control unit 16 confirms whether the measured stop time of the portable terminal 100 is equal to or longer than the previously stored threshold time, and if the stop time is equal to or longer than the threshold time, the terminal control unit 16 enters the sleep mode and converts the call mode into the silent mode.

The terminal control unit 16 confirms whether the calling number of the calling terminal is the calling permission number pre-stored in the terminal side number storage unit 15 when an incoming call is received from the calling terminal 100 through the communication unit 11. [ If the calling number of the calling terminal is not the pre-stored called permission number, the terminal control unit 16 processes the absence reception and stores the calling number in the call list.

The terminal control unit 16 controls the output unit 14 to output an incoming notification if the calling number of the calling terminal is a pre-stored calling permission number. When the call with the calling terminal is terminated, . At this time, an incoming call indicates an incoming call of a voice call, an incoming call of a text message, and the end of a call may indicate the end of a voice call and the completion of a response message transmission to a text message.

The terminal control unit 16 cancels the sleep mode when a change in the external environment of the portable terminal 100 is detected from the sensor unit 13 after the call is terminated. The external environment change indicates a motion detection signal, an illumination value, and a decibel value sensed by the portable terminal 100.

At this time, when the input unit 12 is the touch screen, the terminal control unit 16 can recognize that the specific pattern is input to the touch screen by the movement of the portable terminal 100, It is possible to recognize that the input is generated as a motion. Also, the terminal control unit 16 can recognize a change in the positional coordinate of the portable terminal 100 provided from the sensor unit 13, a signal for tapping generated from the outside, and the like.

The terminal control unit 16 confirms the first time, which is the stop state start time at which the stop was started at the stop time when the sleep mode was entered, and confirms the second time, which is the external environment change detection time at which the sleep mode was canceled. The terminal control unit 16 adds the first time and the second time to the sleep mode setting list of the terminal side setup list storage unit 17. [

The addition of the first time and the second time to the sleep mode setting list will be described with reference to Table 1 below.

n-3 n-2 n-1 n (current) First time PM1: 45 PM1: 58 PM2: 07 PM2: 00 Second time PM3: 15 PM3: 02 PM2: 45 PM3: 00

The terminal control unit 16 adds the first time and the second time to the sleeping mode setting list when the first and second times of the present (n) confirmed times are two o'clock and three o'clock, respectively.

If the first time and the second time are 2:07 pm and 2:45 pm, respectively, when the user enters the sleep mode depending on the motion detection immediately before the current (n-1) It is possible to add the first time and the second time of the current (n) to the mode setting list. This indicates that the first time and the second time are recognized a plurality of times, and indicates that the sleep mode setting list is added at the last confirmed time. In addition, instead of adding the finally confirmed time to the sleep mode setting list, it is possible to set the first and second times of the present (n) You can also add it to the list of settings. Of course, the threshold time of about 30 minutes before and after can be changed by the user.

The terminal control unit 16 determines that the first and second times of the current (n) time point are present even if the first time and the second time exist at the n-1, n-2, It can be added to the sleep mode setting list as the reference time. Also, the terminal control unit 16 does not refer to the first time and the second time of the current (n), but the first and the second time corresponding to the n, n-1, n-2, It can also be added to the sleep mode setting list based on the average time of two times. In addition, the terminal control unit 16 uses each time corresponding to the n, n-1, n-2, and n-3 time points to calculate the average time of the first and second times to be added to the sleep mode setting list However, the number of viewpoints is not limited, and can be changed depending on the setting of the user.

2 is a flow chart illustrating a method for performing conversion to a sleep mode according to an embodiment of the present invention. 3 is a view illustrating a screen of a sleep mode setting list according to an embodiment of the present invention.

Referring to FIGS. 2 and 3, in step S21, the mobile terminal 100 measures a stop time when no motion exists, that is, a stop state. In step S22, the mobile terminal 100 measures the stop time, Compare the stored critical time.

If the stop time is less than the threshold time, the mobile terminal 100 returns to step S21.

In step S23, the portable terminal 100 enters the sleep mode and converts the incoming mode into the silent mode.

When the mobile terminal 100 entering the sleep mode receives the incoming call from the calling terminal in step S24, the terminal proceeds to step S25 and checks the calling information of the calling terminal, that is, the calling number, Check the number.

If it is determined in step S25 that the calling number of the calling terminal is not the pre-stored calling permission number, the mobile terminal 100 proceeds to step S29 to receive the incoming call from the calling terminal during absence, stores the calling number, .

Conversely, if it is determined in step S25 that the calling number of the calling terminal is the pre-stored calling permission number, the mobile terminal 100 proceeds to step S26 to receive an incoming call notification (a call notification for a voice call or a text message For example). At this time, the mobile terminal 100 outputs a reception notification in a reception mode (for example, a ring mode, a vibration mode, and the like) before entering the sleep mode.

Then, in step S27, when the call with the calling terminal is terminated, the portable terminal 100 proceeds to step S28 to continuously maintain the sleep mode and proceeds to step S30. In this case, the incoming call in step S24 may indicate incoming of a voice call and incoming of a text message, and termination of the call in step S27 may indicate completion of a voice call and completion of transmission of a response message to a text message. In addition, the motion generated in the mobile terminal 100 for a response to an incoming call is not recognized as a motion for releasing the sleep mode.

In step S30, if the external environment change is not detected, the portable terminal 100 returns to step S24 to perform the above-described steps. If a change in the external environment is detected, the mobile terminal 100 proceeds to step S31. At this time, a change in the external environment may indicate a change in the movement, the illumination value, and the decibel value occurring in the portable terminal 100, and the movement may be a change in position coordinates of the portable terminal 100, A specific shape input to the touch screen when the portable terminal 100 has a touch screen, and an input generated to a specific button.

Subsequently, in step S31, the portable terminal 100 releases the sleep mode and enters the incoming mode before entering the sleep mode.

Thereafter, in step S32, the mobile terminal 100 confirms the first time, which is the stop state start time at which the movement does not start before entering the sleep mode. In step S33, the mobile terminal 100 releases the sleep mode The second time, which is the time at which the change in the external environment is detected, is detected.

In step S34, when the first time measured when the mobile terminal 100 enters the sleep mode is confirmed more than once and the second time measured when the sleep mode is released is confirmed more than once, The process proceeds to step S35.

In step S35, the portable terminal 100 adds the first time and the second time that are confirmed more than once to the sleep mode setting list. This can be shown in FIGS. 3A and 3B.

Reference numeral 41 in FIG. 3A denotes a predetermined sleep mode setting time by the input of the input unit 12, and reference numeral 42 denotes a sleep mode setting time added to the sleep mode setting list by performing the above process. As in 42, the first time is PM2: 00 and the second time is PM3: 00. Here, if the user selects the menu 43, the portable terminal 100 displays a menu for items highlighted as 41 in FIG. 3A among the sleep mode setting list as shown in 44 of 3b. Accordingly, the portable terminal 100 can deactivate, delete, and edit the preset 41 in the sleep mode setting list by inputting to the user, and disable (disable) the first and second time points automatically added to the sleep mode setting list , Delete, and edit.

At this time, although it is described that the first time and the second time are added to the sleep mode setting list when measured more than once, it is not necessarily the same every time the first time and the second time are measured.

More specifically, the portable terminal 100 determines whether or not there is a first time and a second time at n-1, n-2, and n-3 before the current time (n) The second time can be added to the sleep mode setting list as the reference time. Also, the terminal control unit 16 does not refer to the first time and the second time of the current (n), but the first and the second time corresponding to the n, n-1, n-2, It can also be added to the sleep mode setting list based on the average time of two times.

Conversely, if the first time and the second time are not confirmed more than once, the portable terminal 100 returns to step S21 and executes the above steps again.

4 is a block diagram showing a main configuration of a system for performing a conversion into a sleep mode according to another embodiment of the present invention.

Referring to FIG. 4, a system 200 for converting to a sleep mode according to the present invention includes a portable terminal 100, a call controller 125, a management server 150, and a network 250.

The network 250 means a data communication network for data transmission and information exchange between the portable terminal 100, the call controller 125 and the management server 150. The network 250 of the present invention includes the Internet, an intranet, an extranet, or other well-known or later developed wired, wireless, or a combination thereof.

The portable terminal 100 includes at least one sensor such as an inertial sensor, a geomagnetism sensor, a gyro sensor, and an acceleration sensor. The portable terminal 100 includes an illuminance sensor and a noise sensor, The illuminance value outside the portable terminal 100, and the decibel value are measured. The mobile terminal 100 confirms whether the measured stop time is equal to or greater than a pre-stored threshold time, and if the stop time is equal to or longer than the threshold time, enters the sleep mode and converts the call mode to the silent mode.

In particular, the portable terminal 100 transmits to the management server 150 via the network 250 a signal indicating that the mobile terminal 100 has entered the sleep mode, and first time information, which is a stop state start time at which the mobile terminal 100 is stopped at the stop time, Lt; / RTI >

When a call is received from the calling terminal through the call controller 125, the portable terminal 100 outputs a call notification to perform a call to the calling terminal. If the mobile terminal 100 detects a motion after terminating the call with the calling terminal, do.

The portable terminal 100 transmits the sleep mode release signal indicating that the sleep mode is released and the second time information that is the external environment change detection time at which the sleep mode is released to the management server 150 via the network 250, Thereafter, the sleep mode setting list received from the management server 150 via the network 250 is stored therein.

The call controller 125 performs call connection of the portable terminal 100 in the network 250 and confirms the information of the calling terminal when receiving an incoming call from the calling terminal to the portable terminal 100, And transmits the information to the management server 150.

For example, the call controller 125 may be a SGSN (Serving GPRS Support Node), a GGSN (not shown, Gateway GPRS Support Node), a CSCF (not shown) used for call control, data transmission and exchange, A call state control function), or any device that will be used to control data and calls according to the development of future technologies.

The SGSN performs data packet forwarding functions with the base station in the service area, and performs functions such as packet routing and transmission, mobility management, and logical link management.

The GGSN is a gateway for providing a packet data service in connection with the SGSN, and assigns an IP address to the mobile terminal 100.

The CSCF is responsible for the part related to call and session processing. It also functions as a gateway (incoming call gateway), call control function, SPD (Serving Profile Database), address handling And so on. However, since the call controller 125 is not a characteristic configuration of the present invention, detailed description thereof will be omitted.

When the sleep mode release signal due to the entry signal to the sleep mode due to the stop state of the portable terminal 100 and the movement of the portable terminal 100 is received, the management server 150 outputs the first time And transmits the sleep mode setting list to the mobile terminal 100 by checking the second time, which is the time when the change of the external environment is detected, and adding the first time and the second time to the sleep mode setting list.

The management server 150 includes a transceiver 151, a server side number storage 152, a server control unit 153, and a server side configuration list storage unit 154.

The transmission / reception unit 151 has an interface for transmitting / receiving data through the network 250.

The server side number storage unit 152 is a storage unit storing the number of the calling terminal which is allowed to be called when the mobile terminal 100 is in the sleep mode. When the management server 150 receives the reception permission number through the transmission / reception unit 151 via the network 250, the server control unit 153 stores the reception permission number in the server side number storage unit 152. [

The server-side setting list storage unit 154 is a storage that stores a sleep mode setting list of the portable terminal 100. When the management server 150 receives the information related to the entering of the sleep mode of the portable terminal 100 and the information related to the sleep mode release of the sleep mode through the transmission / reception unit 151 via the network 250, the server control unit 153 Stores the second time information, which is the first time and the end time, which is the start time, in the sleep mode setting list of the server side setting list storage unit 154 and transmits the same to the portable terminal 100.

The server control unit 153 controls the overall operation of the management server 150.

In particular, the server control unit 153 receives an entry completion signal indicating that the mobile terminal 100 has entered the sleep mode through the call controller 125, receives the information of the calling terminal received through the call controller 125 Is a call-allowed number. The server controller 153 transmits an incoming call transmission signal for causing the call controller 125 to transmit an incoming call received from the calling terminal to the mobile terminal 100 if the received calling number is a call permission number send. In addition, the server control unit 153 may receive the first time, which is the stop state start time at which the mobile terminal 100 starts not to exist when receiving the entry completion signal.

If the calling number of the calling terminal received through the call controller 125 is not a call authorization number, the server control unit 153 temporarily stores the calling number in the server side number storage unit 152, and the mobile terminal 100 When the sleep mode is canceled, the calling number can be transmitted to the mobile terminal 100 so that the calling number can be processed as a missed call or the like.

The server control unit 153 confirms the first time and the second time when the second time is received and a release completion signal indicating that the sleep mode is released from the portable terminal 100 through the call controller 125. [

When the first time measured when entering the sleep mode is confirmed more than once and the second time measured when releasing the sleep mode is confirmed more than once, the server control unit 153 sets the first time and the second time To the sleep mode setting list of the server-side setting list storage unit 154, and transmits the sleep mode setting list to the portable terminal 100 so as to be stored in the portable terminal 100.

5 is a flowchart illustrating a method of performing a conversion to a sleep mode according to another embodiment of the present invention.

Referring to FIG. 5, in step S51, the mobile terminal 100 measures a stop time when there is no motion, that is, a stop state. In step S52, the mobile terminal 100 measures the measured stop time, .

As a result of the comparison in step S52, if the stop time is less than the threshold time, the mobile terminal 100 returns to step S51, and if the stop time is equal to or longer than the threshold time,

In step S53, the portable terminal 100 enters the sleep mode and converts the incoming mode to the silent mode.

In step S54, the mobile terminal 100 enters the sleep mode. In step S54, the mobile terminal 100 transmits an entry completion signal to the management server 150 indicating that the entry into the sleep mode is completed and a first time Lt; / RTI > In step S55, if the call controller 125 receives an incoming call from the calling terminal, the call controller 125 proceeds to step S56 and transmits the calling information of the calling terminal to the management server 150. [

In step S57, the management server 150 receiving the calling information of the calling terminal checks the calling number and confirms that the calling number of the called terminal is the pre-stored called number.

If it is determined in step S57 that the calling number of the calling terminal is not the pre-stored number, the management server 150 proceeds to step S66. If the calling number is the pre-stored number, the management server 150 proceeds to step S58.

In step S58, the management server 150 transmits an incoming call forwarding call to the call controller 125 so as to transmit the incoming call to the mobile terminal 100 because the calling number of the calling terminal is a pre-stored incoming call permission number. In step S59, The controller 125 transmits the call received from the calling terminal to the portable terminal 100 in step S55.

Thereafter, in step S60, the portable terminal 100 outputs a reception notification (a reception notification for a voice call or a reception notification for a text message) indicating that a call has been received from the calling terminal. At this time, the mobile terminal 100 outputs a reception notification in a reception mode (for example, a ring mode, a vibration mode, and the like) before entering the sleep mode. If the call is terminated in step S61, the mobile terminal 100 proceeds to step S62 to continuously maintain the sleep mode and proceeds to step S63.

In step S63, if the external environment change is not detected, the mobile terminal 100 returns to step S60. In step S63, if the external environment change is detected, the mobile terminal 100 proceeds to step S64. At this time, the change in the external environment occurring in the portable terminal 100 may be caused by a change in the positional coordinates of the portable terminal 100, a tapping occurring outside the portable terminal 100, An illuminance value, and a decibel value including a specific shape input to the touch screen, an input occurring to a specific button, and the like.

In step S64, the portable terminal 100 releases the sleep mode and enters the incoming mode before entering the sleep mode. In step S65, the portable terminal 100 transmits a release completion signal indicating that the sleep mode has been canceled, To the management server 150, the second time, which is the time when a change in the external environment of the terminal 100 is detected.

After receiving the sleep mode release signal and the second time, the management server 150 proceeds to step S68 and determines whether the mobile terminal 100 is in the first state The process advances to step S69 and the portable terminal 100 confirms the second time, which is the time when the change in the external environment is detected.

In step S70, the first time measured when the user enters the sleep mode is confirmed more than once, and when the measured second time is confirmed more than once when the sleep mode is released, the management server 150 proceeds to step S71, Otherwise, it returns to the step before step S54.

In step S71, the management server 150 adds the confirmed first and second times to the sleep mode setting list a plurality of times, and proceeds to step S72 to transmit the sleep mode setting list to the mobile terminal 100. [ In step S73, the portable terminal 100 stores the sleep mode setting list.

On the contrary, if it is determined in step S57 that the calling number of the calling terminal is not the pre-stored called permission number, the management server 150 proceeds to step S66 to store the calling number of the calling terminal. In step S65, When the time is transmitted, the management server 150 transmits the stored calling number to the mobile terminal 100 in step S67. This is to allow the portable terminal 100 to process the incoming call from the calling terminal by receiving it during absence or the like.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims.

The present invention relates to a system for performing conversion into a sleep mode, a management server, a mobile terminal and a method thereof, and more particularly to a system and a method for converting a sleep mode into a sleep mode if there is no movement for a predetermined time, The calling terminal outputs an incoming notification so that the incoming call can be received. If the conversion to the sleep mode is repeated a plurality of times, the calling terminal can be added to the sleep mode setting list, thereby providing convenience to the user of the portable terminal.

1 is a block diagram illustrating a main configuration of a portable terminal that performs conversion to a sleep mode according to an embodiment of the present invention;

2 is a flow chart illustrating a method of performing conversion to a sleep mode according to an embodiment of the present invention.

FIG. 3 is a screen exemplary view showing a screen of a sleep mode setting list according to an embodiment of the present invention; FIG.

4 is a block diagram showing a main configuration of a system for performing a conversion into a sleep mode according to another embodiment of the present invention

5 is a flowchart illustrating a method of performing conversion to a sleep mode according to another embodiment of the present invention

DESCRIPTION OF THE EMBODIMENTS

11: communication unit 12: input unit

13: sensor part 14: output part

15: terminal side number storage unit 16: terminal control unit

17: Terminal side setting list storage unit 100:

125: call controller 150: management server

151: Transmitting / receiving unit 152: Server side number storage unit

153: server control unit 154: server side setting list storage unit

250: Network

Claims (21)

A call controller for transmitting caller terminal information to a management server upon receiving an incoming call from a caller terminal for the mobile terminal, receiving an incoming call forwarding call from the management server, and transmitting the incoming call to the mobile terminal; And When a signal to enter the sleep mode due to the stop state of the portable terminal and a sleep mode release signal due to the movement of the portable terminal are received from the portable terminal, the first time, which is the start time of the stop state, The first time and the second time are checked in the sleep mode setting list if the first and second times are confirmed a plurality of times. Storing the added sleep mode setting list to the portable terminal, storing one or more terminal numbers allowed to be called to the portable terminal in the sleep mode, and receiving the calling terminal information from the call controller, And transmitting the called call forwarding number to the call controller by confirming that the number of the calling terminal included in the calling terminal information is one of the stored numbers A system for performing a conversion into a sleep mode including a management server. A transmission / reception unit for data transmission / reception; A server side setting list storage unit storing a sleep mode setting list including a start time of the sleep mode of the portable terminal and end time information of the sleep mode; And Receiving a signal for entering the sleep mode due to the stationary state of the mobile terminal and a signal for releasing the sleep mode due to the movement of the mobile terminal through the transceiver unit, The second time being a time at which the change in the external environment including the movement is detected and if the first and second times confirmed are a plurality of times confirmed, the first time is set to the start time of the sleep mode And a server control unit for adding the added sleep mode setting list to the sleep mode setting list and adding the corresponding second sleep mode to the sleep mode setting list at the end time of the sleep mode to transmit the added sleep mode setting list to the mobile terminal The management server of the system performing the conversion to mode. 3. The method of claim 2, The server control unit A first time and a second time of the current time among at least one first time and a second time corresponding to a first time and a second time of the current time and at least one time before the current time, To the sleep mode conversion system. 3. The method of claim 2, The server control unit Calculating an average time of each time at a first time and a second time of the current time and at least one first time and a second time corresponding to at least one time before the current time, Wherein the sleep mode setting list is added to the sleep mode setting list. 3. The method of claim 2, The server control unit When the information of the calling terminal that originated the incoming call to the portable terminal after receiving the entry signal to the sleep mode is received from the call controller that controls the call setup between the portable terminal and the calling terminal, And confirms that the information is the information of the terminal previously stored in the call acceptance terminal. 6. The method of claim 5, The server control unit And if the information of the calling terminal is information of the pre-stored calling terminal, the call controller transmits the incoming call transmission signal to the call controller so as to transmit the incoming call to the portable terminal. Management server. The method according to claim 6, The server control unit Storing the information of the calling terminal if the information of the calling terminal is not the information of the pre-stored calling terminal, and transmitting the information of the calling terminal to the portable terminal when the sleep mode release signal is received from the portable terminal A management server of a system for performing conversion to a sleep mode. A communication unit for transmitting and receiving data; A sensor unit for sensing movement; A terminal side setting list storage unit storing a sleep mode setting list including a first time, which is a start time of a sleep mode, and second time information, which is an end time of the sleep mode; And And transmits a sleep mode release signal due to the occurrence of an entry signal to the sleep mode due to the stop state and a motion through the communication unit with reference to the detection result of the sensor unit. When receiving the new sleep mode setting list through the communication unit, And a terminal control unit for adding and storing a sleep mode setting list to the terminal side setting list storage unit, The new sleep mode setting list When the first time, which is the start time of the stop state, and the second time, which is the time when a change in the external environment including the motion is detected, are confirmed a plurality of times, the first time and the second time are set to the sleep mode setting list To the sleep mode, wherein the portable terminal performs the conversion into the sleep mode. A communication unit for transmitting and receiving data; A sensor unit for sensing movement; A terminal side setting list storage unit storing a sleep mode setting list including a first time, which is a start time of a sleep mode, and second time information, which is an end time of the sleep mode; And Wherein the control unit measures a stop time at which no motion is detected by the sensor unit, enters a sleep mode if the stop time is equal to or longer than a threshold time, releases the sleep mode when a change in an external environment including a motion is detected from the sensor unit If the first time and the second time, which are times at which the first stop time and the second stop time are detected, are confirmed, And a terminal control unit for storing the added sleep mode setting list in the terminal side setting list storage unit after adding the time and the second time to the sleep mode setting list. 10. The method of claim 9, The terminal control unit A first time and a second time of the current time among at least one first time and a second time corresponding to a first time and a second time of the current time and at least one time before the current time, To the sleep mode. 10. The method of claim 9, The terminal control unit Calculating an average time of each time with at least one first time and a second time corresponding to the first time and the second time of the current time and at least one time before the current time, And the mode setting list is added to the mode setting list. 10. The method of claim 9, And a terminal number storage unit for storing at least one calling terminal number inputted from the outside as a reception permission number. 13. The method of claim 12, The terminal control unit Wherein when the call destination is received from the calling terminal when the sleep mode is selected and the calling number of the calling terminal is the called permission number, the portable terminal outputs the incoming call notification to the incoming call. 14. The method of claim 13, The terminal control unit And the sleep mode is maintained when the call connection with the calling terminal is completed. 14. The method of claim 13, The terminal control unit And if the calling number of the calling terminal is not the called permission number, processing the incoming call as a missed call reception. 14. The method of claim 13, The incoming call Wherein the receiving of the voice call or the reception of the text message comprises receiving the voice call or the receiving of the text message. 10. The method of claim 9, The sensor unit And a noise sensor, which includes at least one of an inertia sensor, a geomagnetism sensor, a gyro sensor, and an acceleration sensor capable of sensing motion, and is capable of measuring illumination and measuring noise, and a noise sensor A mobile terminal. 18. The method of claim 17, The terminal control unit A movement signal including a change in position coordinates from the sensor unit, a vibration generated from the outside, and an illuminance value and a decibel value. 10. The method of claim 9, The terminal control unit And recognizing an input signal for an input generated at an input unit including a keypad as a motion. The management server receiving an entry signal to the sleep mode due to a stationary state of the portable terminal; Receiving a sleep mode release signal due to a change in an external environment including a motion of the portable terminal; Checking the first time, which is the start time of the stop state, and the second time, when the change of the external environment is detected; Adding the first time and the second time to the sleep mode setting list if the management server confirms the confirmed first and second times a plurality of times; And And transmitting the sleep mode setting list to which the management server is added to the portable terminal. Measuring a stop time when the mobile terminal does not detect motion and entering the sleep mode if the stop time is equal to or longer than a threshold time; Releasing the sleep mode when a change in the external environment including the movement is detected by the portable terminal; Confirming a first time, which is the start time of the stop time, and a second time, at which the mobile terminal detects a change in the external environment; Adding the first time and the second time to the sleep mode setting list when the portable terminal confirms the confirmed first and second times a plurality of times; And And storing the sleep mode setting list to which the portable terminal is added.

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