JP2010103896A - Standby display setting system, standby display setting method, and standby display setting program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a standby display setting system that can automatically set standby display of the other mobile terminal in accordance with action of a user of a mobile terminal. <P>SOLUTION: A standby display displaying section 91 displays standby display. State storage means 92 stores state information indicating a state of a first mobile terminal 70. Condition storage means 93 stores standby control information in which a predetermined condition is associated with image information to be displayed when satisfying the condition. Register means 94 registers state information in the state storage means 92 when receiving the state information from a control server 80. A timer 95 makes time check of a current time. Image display means 96 causes the standby display displaying section 91 to display image information corresponding to a condition in the case where the state information stored in the state storage means 92 and a condition corresponding to the current time are stored in the condition storage means 93. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a standby screen setting system for displaying a standby screen corresponding to a movement of a user of a mobile terminal on a screen of another mobile terminal, a mobile terminal applied to the standby screen setting system, and a control server The present invention relates to a standby screen setting method, a standby screen setting program, a status information transmission program, and a control program.

  As a communication tool with a person living away, there is a method of making contact using a mail with a photo or a TV phone. By using these methods, there is an advantage that you can get a sense of security because you can see the shape and living space of the other party.

  In addition, mobile phones have become widespread, and many people put their photos of family, friends, lovers, pets, etc. on the standby screen of the mobile terminal, so that each time they open the mobile phone, they are softened. In particular, the standby screen of a mobile phone has a relatively large number of times of peeping compared to a PC (Personal Computer), and for the user of the mobile phone, the standby screen is an entrance for acquiring information.

  Patent Document 1 describes a mobile phone standby screen update system capable of sharing a mobile phone standby screen within a specific group. In the mobile phone standby screen update system described in Patent Document 1, a server receives screen data from a mobile phone and stores the contents. When another mobile terminal transmits a request indicating whether or not the screen data has been updated to the server, the server transmits the updated screen data and text data. The mobile phone updates the standby screen based on the received screen data and text data.

Japanese Patent Laying-Open No. 2005-229164 (paragraphs 0024 to 0026, FIG. 3)

  When using e-mails with photos or videophones, communication methods using these methods always require dialogue and often feel too close. On the other hand, there are cases where people who feel this way seek contact at a reasonable distance that is neither too close nor too far away. There is a need to know the other person's behavior and safety simply because it is often felt that they can feel safe just by knowing the other person's situation without having to talk.

  Further, in the mobile phone standby screen update system described in Patent Document 1, when updating screen data to be displayed on the standby screen, the user of the mobile terminal needs to update it while paying attention to the image data in the server. There is. Furthermore, a user who uses the screen data as a standby screen of the mobile terminal needs to make a request for whether or not the screen data in the server has been updated, and acquire and set image data from the server. There was a problem.

  Therefore, the present invention provides a standby screen setting system that can automatically set a standby screen of another mobile terminal according to the behavior of the user of the mobile terminal, and a mobile terminal that is applied to the standby screen setting system, It is an object of the present invention to provide a control server, a standby screen setting method, a standby screen setting program, a status information transmission program, and a control program.

  The standby screen setting system according to the present invention includes a first mobile terminal, a control server that receives state information indicating a state of the first mobile terminal from the first mobile terminal, and status information from the control server, A second portable terminal that displays a standby screen according to the state information, and the first portable terminal is between the detection means for detecting the state information and the reference information indicating the reference of the state information and the state information. And a state information transmitting unit that transmits state information to the control server when the control server determines that there is a difference between the two, the control server includes a transmitting unit that transmits the state information to the second portable terminal. Standby control information in which a standby screen display unit that displays a standby screen, status storage means that stores status information, and image information that is displayed when a predetermined condition is satisfied is associated with the terminal. Condition storage means for storing and status from control server When the information is received, the registration means for registering the status information in the status storage means, the timer for measuring the current time, the status information stored in the status storage means and the conditions corresponding to the current time are stored in the condition storage means In this case, image display means for displaying image information corresponding to the condition on the standby screen display unit is provided.

  A mobile terminal according to the present invention is a mobile terminal that receives status information from a control server that receives status information indicating the status of another mobile terminal and displays a standby screen according to the status information. A standby screen display unit that displays the state information, a state storage unit that stores state information, and a condition storage unit that stores standby control information in which predetermined information and image information displayed when the condition is satisfied are associated with each other When the status information is received from the control server, the registration means for registering the status information in the status storage means, the timer for timing the current time, the status information stored in the status storage means and the conditions corresponding to the current time are In the case where it is stored in the condition storage means, an image display means for displaying image information corresponding to the condition on the standby screen display unit is provided.

  The portable terminal according to the present invention is a portable terminal that detects state information indicating its own state, and there is a difference between the detection means for detecting the state information and the reference information indicating the reference of the state information and the state information. And a state information transmitting means for transmitting the state information to a predetermined device when it is determined.

  The control server according to the present invention receives state information indicating the state of the first portable terminal from the first portable terminal and associates a predetermined condition with image information to be displayed when the condition is satisfied. A control server that transmits status information to a second portable terminal that displays a standby screen according to information, and sets standby control information based on setting information and image information for creating a predetermined condition. It is characterized by comprising standby control information generating means for generating and transmitting means for transmitting status information and standby control information to the second portable terminal.

  The standby screen setting method according to the present invention includes a detection step in which the first portable terminal detects state information indicating the state of the first portable terminal, and the first portable terminal uses the reference of the state information and the state information. A state information transmitting step for transmitting state information to the control server when it is determined that there is a difference between the reference information and the second portable terminal for displaying a standby screen according to the state information. A transmitting step for transmitting the state information to the mobile station, a registration step for registering the state information in the state storage means for storing the state information when the second portable terminal receives the state information from the control server, and a predetermined condition. The condition storage means for storing standby control information in association with image information to be displayed when a predetermined condition is satisfied has a condition corresponding to the state information stored in the state storage means and the current time counted by the timer. Remembered If it has, it characterized in that it comprises an image display step of displaying the image information in which the second mobile terminal corresponds to the condition in Standby display unit.

  A standby screen setting program according to the present invention is a standby screen mounted on a computer that receives status information from a server that receives status information indicating the status of another computer and displays a standby screen according to the status information. A setting program for registering status information in status storage means for storing status information when the computer receives status information from a server, and when a predetermined condition and a predetermined condition are satisfied If the condition storage means for storing the standby control information associated with the image information to be displayed stores the condition information stored in the state storage means and the condition corresponding to the current time measured by the timer, the condition is An image display process for displaying corresponding image information on a display unit that displays a standby screen is executed.

  The state information transmission program according to the present invention is a program installed in a computer that detects state information indicating its own state. The computer detects detection processing for detecting state information, and provides a reference for state information and state information. When it is determined that there is a difference from the reference information to be displayed, a state information transmission process for transmitting the state information to a predetermined device is executed.

  The control program according to the present invention receives standby state information indicating the state of the first portable terminal from the first portable terminal, and associates a predetermined condition with image information to be displayed when the condition is satisfied. A program installed in a computer that transmits status information to a second portable terminal that displays a standby screen in accordance with information, the computer based on setting information and image information for creating a predetermined condition Further, the present invention is characterized in that standby control information generation processing for generating standby control information and transmission processing for transmitting status information and standby control information to a second computer are executed.

  ADVANTAGE OF THE INVENTION According to this invention, the standby screen of another portable terminal can be automatically set according to the action of the user of a portable terminal.

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

  FIG. 1 is a block diagram showing an embodiment of a standby screen setting system according to the present invention. The standby screen setting system according to the present invention includes a mobile phone 101, a mobile phone 201, and a base station server 131. Mobile phone 101, mobile phone 201, and base station server 131 are connected via communication network 100. The communication network 100 is a wireless communication network or the like, but the form of the communication network 100 is not particularly limited.

  The mobile phone 101 transmits information on the current state detected by the mobile phone 101 (hereinafter referred to as state information) to the mobile phone 201 which is another mobile phone. As the state information, the mobile phone 101 detects, for example, the current position and the presence / absence of movement, and also detects the time when these pieces of information are detected.

  In the present embodiment, the mobile phone 101 transmits status information to a predetermined base station server 131, and the base station server 131 converts the status information received from the mobile phone 101 to the mobile phone 201, A case where the mobile phone 201 receives converted information (hereinafter referred to as state conversion information) will be described. Note that the mobile phone 101 may create state conversion information for the mobile phone 201. In this case, the base station server 131 may not perform the conversion process.

  In addition, the mobile phone 101 transmits to the mobile phone 201 conditions for updating an image to be displayed on the standby screen of the mobile phone 201 and information on a standby image to be displayed based on the conditions. The standby image information may be image data itself, or may be information that can identify the image data if the base station server 131 stores the image data.

  In the following description, conditions for updating an image to be displayed on the standby screen of the mobile phone 201 and information on the standby image to be displayed based on the conditions are summarized and transmitted by the mobile phone 101. These pieces of information are referred to as setting information. In this embodiment, the mobile phone 101 transmits setting information to a predetermined base station server 131, and the base station server 131 converts the setting information received from the mobile phone 101 as control information for the mobile phone 201. The case where the mobile phone 201 receives the converted information (hereinafter referred to as standby control information) will be described. In the standby control information, information obtained by converting a condition for updating an image is referred to as condition information, and an image determined from information of a standby image to be displayed is referred to as image information. Note that the mobile phone 101 may create standby control information for the mobile phone 201. In this case, the base station server 131 may not perform the conversion process.

  In the example shown in FIG. 1, one mobile phone 101 and one mobile phone 201 are shown, but the number of the mobile phones 101 and 201 is not limited to one and may be two or more.

  In the following description, a case where the mobile phone 101 and the mobile phone 201 have different configurations will be described. However, the mobile phone 101 and the mobile phone 201 may have the same configuration. For example, like the cellular phone 301 shown in the example of FIG. 2, the processor 302, the clock 303, the program storage unit 304, the key 305, the line connection unit 306, the acceleration information acquisition device 307, and the position information acquisition device. 308, memory 309 (more specifically, standby screen function control memory 322, standby screen function image memory 323), display device 310, speaker 311, and microphone 312. Good.

  The mobile phone 101 includes a processor 102, a clock 103, a program storage unit 104, a key 105, a line connection unit 106, an acceleration information acquisition device 107, a position information acquisition device 108, a memory 109, a speaker 111, And a microphone 112.

  The clock 103 measures the current date and time.

  A key 105 is an input device operated by a user of the mobile phone 101 or the like. The key 105 is an input device such as a keyboard or a numeric keypad, but the mode of the key 105 is not limited to the keyboard or numeric keypad.

  The line connection unit 106 transmits / receives data to / from the base station server 131 and other mobile phones via the communication network 100.

  The acceleration information acquisition device 107 is a sensor that detects that the mobile phone 101 has moved, and is realized by, for example, an acceleration sensor. For example, even if the acceleration information acquisition apparatus 107 detects information indicating that the holder holding the mobile phone 101 has moved, the processor 102 may use the information as the status information of the user of the mobile phone 101. Good. Furthermore, if the mobile phone 101 includes a camera and the camera and the acceleration information acquisition device 107 can acquire the tilt and the moving speed information, the mobile phone 101 can acquire these information that can be acquired by the camera and the acceleration information acquisition device 107. Information may be used as state information.

  The position information acquisition device 108 is a sensor that detects the current position of the mobile phone 101. The position information acquisition device 108 is realized by, for example, a GPS device that derives position information based on a signal from a GPS (Global Positioning System) satellite. For example, the position information acquisition device 108 may detect the current position of the user holding the mobile phone 101, and the processor 102 may use the information as the status information of the user of the mobile phone 101. In the following description, a case where the current position detected by the position information acquisition apparatus 108 is used as the user status information will be described.

  The memory 109 is a storage device that stores information (hereinafter referred to as reference information) that serves as a reference for the state information of the mobile phone 101. For example, the memory 109 may store position information detected by the position information acquisition device 108 as reference information.

  The speaker 111 emits a ring tone or an alarm sound.

  The microphone 112 detects the voice of the user of the mobile phone 101. For example, the microphone 112 may detect the voice of the user of the mobile phone 101, and the processor 102 may use the voice as the status information of the user of the mobile phone 101.

  The program storage unit 104 is a storage device that stores a program. For example, the processor 102 reads the program and transmits status information and standby control information according to the program.

  The processor 102 transmits the setting information to the base station server 131. For example, the processor 102 may transmit setting information input by the user of the mobile phone 101 via the key 105. For example, if the memory 109 stores setting information, the processor 102 may read the setting information from the memory 109 and transmit the setting information to the base station server 131.

  The setting information transmitted by the mobile phone 101 may be additional information for adding standby control information, or may be difference information from previously set setting information. For example, when image information that has already been transmitted exists in the base station server 131 and the mobile phone 101 transmits difference information, the mobile phone 101 does not include the image information in the difference information to be transmitted. Also good. That is, the mobile phone 101 only needs to transmit only the newly added image to the base station server 131.

  Further, the processor 102 transmits the state information and the time when the state information is detected (hereinafter referred to as a detection time) to the base station server 131 in order to notify the mobile phone 201 of the state of the mobile phone 101. The detection time is measured by a clock 103, for example.

  In addition, when the mobile phone 101 can acquire image data as standby image information from a site on the Internet via the communication network 100, the processor 102 uses the acquired image data as the standby image information as a base station. You may transmit to the server 131. For example, if the memory 109 stores image data, the processor 102 may read the image data from the memory 109 and transmit the image data to the base station server 131.

  The base station server 131 includes a standby screen update information processing unit 132 and a storage unit 133.

  The storage unit 133 is a storage device that stores reference information, image information to be transmitted to the mobile phone 201, information indicating a destination of the mobile phone to be transmitted, and the like. For example, the storage unit 133 may store position information of a point indicating the home of the user of the mobile phone 101 as the reference information. In the following description, the case where the storage unit 133 stores, as reference information, position information of a point indicating the home of the user of the mobile phone 101 (hereinafter referred to as home position information) will be described as an example. However, the reference information is not limited to home position information.

  The standby screen update information processing unit 132 creates state conversion information based on the state information received from the mobile phone 101. For example, when the standby screen update information processing unit 132 receives information indicating the current position as the state information from the mobile phone 101, the standby screen update information processing unit 132 calculates the difference between the home position information stored as the reference information and the distance, and the difference May be created as state conversion information. For example, when the current position and the home position information are almost the same and there is almost no difference, the state conversion information is indicated as “position 0”, and when there is a certain difference, the state conversion information is indicated as “position 2”, “position The information converted as information such as “3” may be created.

  Further, the standby screen update information processing unit 132 creates standby control information based on the setting information received from the mobile phone 101. The standby screen update information processing unit 132 receives setting information from the mobile phone 101 such as “display a predetermined image on the standby screen of the mobile phone 201 when the mobile phone 201 is at a predetermined position at a predetermined time”. When received, condition information for causing the mobile phone 201 to perform display control corresponding to these conditions is created. At this time, the standby screen update information processing unit 132 may use the image data received from the mobile phone 101 as the image information corresponding to the condition information. Alternatively, if image data is stored in the storage unit 133, the image data stored in the storage unit 133 may be used as image information in response to an instruction from the mobile phone 101.

  In addition, the standby screen update information processing unit 132 transmits the detection time, state conversion information, and standby control information to the mobile phone 201.

  The standby screen update information processing unit 132 is realized by the CPU of the base station server 131 that operates according to a program, for example. For example, the program may be stored in a storage unit (not shown) of the base station server 131, and the CPU may read the program and operate as the standby screen update information processing unit 132 according to the program.

  The cellular phone 201 includes a processor 202, a clock 203, a program storage unit 204, a line connection unit 206, a memory 209, and a display device 210.

  The mobile phone 201 receives the detection time, state conversion information, and standby control information received from the base station server 131 and stores these information in the memory 209. The mobile phone 201 updates the image displayed on the standby screen based on the stored information.

  The clock 203 measures the current date and time.

  The line connection unit 206 transmits and receives data to and from the base station server 131 and other mobile phones via the communication network 100.

  The display device 210 is a display device that displays a standby screen or the like. For example, the display device 210 is realized by a display device such as an LCD (Liquid Crystal Display) included in the mobile phone 201, but the mode of the display device 210 is limited to the LCD. Not.

  The memory 209 is a storage device that includes a standby screen function control memory 222 and a standby screen function image memory 223.

  The standby screen function control memory 222 stores the detection time, state conversion information, and condition information received from the base station server 131, and the standby screen function image memory 223 stores the image information received from the base station server 131. Remember. The condition information is, for example, script information, and the image information is, for example, image data displayed on the display device 210. However, the condition information and the image information are not limited to these contents.

  The standby screen function control memory 222 stores a plurality of condition information with priorities. For example, when the mobile phone 201 receives the standby control information a plurality of times, the standby screen function control memory 222 may store the condition information stored later as high priority information.

  In the present embodiment, a case is described in which the storage device that stores the condition information is the standby screen function control memory 222 and the storage device that stores the image information is the standby screen function image memory 223. The storage device is not limited to this division. For example, the condition information and the image information may be stored together (that is, as standby control information) and stored in a single storage device.

  The program storage unit 204 is a storage device that stores a standby screen setting program 221. In the present embodiment, the processor 202 reads the standby screen setting program 221 and sets the standby screen according to the program.

  The processor 202 reads the condition information corresponding to the time measured by the clock 203 from the standby screen function control memory 222, and determines whether the condition information matches the state conversion information. If the conditions match, the processor 202 reads the image information corresponding to the condition information from the standby screen function image memory 223 and causes the display device 210 to display the image information. If the conditions do not match, the processor 202 may cause the display device 210 to display predetermined image information.

  Further, the mobile phone 101 and the mobile phone 201 may have a function of editing image information. For example, an illustration by an illustration tool may be used as image information. In addition, an image processed by performing photo retouching processing such as color change or writing of characters on a redistributable image preinstalled in a mobile phone may be used as image information. In addition, if the mobile phone 101 and the mobile phone 201 have a built-in camera, a photograph may be taken using the camera, and the image may be used as image information.

  Next, the operation will be described. FIG. 3 is a flowchart illustrating an example of processing in which the mobile phone 101 performs initial setting on the mobile phone 201. Hereinafter, the completion of the initial setting and the start of cooperation between the mobile phone 101 and the mobile phone 201 will be referred to as the start of linked operation.

  For example, when the user of the mobile phone 101 gives an instruction to start the initial setting, the mobile phone 101 starts the initial setting. First, the position information acquisition device 108 acquires position information at the initial setting start time, and registers the position information in the memory 109 as reference information (step S201). In the following description, a case will be described in which the home location information detected by the location information acquisition device 108 by default is used as reference information.

  The processor 102 transmits the home position information and setting information acquired as reference information to the base station server 131 (step S202). The setting information includes a time zone in which the standby image is displayed and information on an image to be displayed in that time zone. The image information may be image data itself or information for identifying image data stored in the base station server 131.

  Further, the processor 102 transmits information indicating the destination of the mobile phone to which the standby control information is transmitted to the base station server 131. The information indicating the destination may be one item or a plurality of items.

  When the base station server 131 receives the reference information and information indicating the destination of the mobile phone from the mobile phone 101, the standby screen update information processing unit 132 stores the information in the storage unit 133. When the base station server 131 receives the setting information, the standby screen update information processing unit 132 creates standby control information based on the setting information (step S301). The standby screen update information processing unit 132 transmits the created standby control information to the mobile phone 201 (step S302). The standby screen update information processing unit 132 determines the transmission destination of the standby control information based on information indicating the destination of the mobile phone 201 stored in the storage unit 133.

  In addition, the standby screen update information processing unit 132 may transmit information on a predetermined item to the mobile phone 201 as the state conversion information. In the following description, in step S302, the standby screen update information processing unit 132 transmits information related to a predetermined item (eg, “position 0”, “position 2”, etc. indicating the position) as state conversion information to the mobile phone 201. The case where it does is demonstrated. However, the standby screen update information processing unit 132 does not need to transmit information regarding a predetermined item to the mobile phone 201 as the state conversion information in step S302. In this case, the mobile phone 201 may display an existing standby image without controlling the standby screen until it receives state conversion information indicating the current position of the mobile phone 101.

  When the mobile phone 201 receives the standby control information and the state conversion information, the processor 202 stores the condition information and the state conversion information of the standby control information in the standby screen function control memory 222 and receives the image information. The image data is stored in the screen function image memory 223. In order to notify the cellular phone 101 of the fact that it has been stored, the processor 202 transmits that fact to the base station server 131 (step S401).

  When the base station server 131 receives the notification that the mobile phone 201 stores the standby control information, the base station server 131 notifies the mobile phone 101 of the notification (step S303). When receiving the notification to that effect from the base station server 131, the mobile phone 101 determines that the interlocking operation with the mobile phone 201 has started (step S203).

  Next, an operation after the mobile phone 201 receives the standby control information will be described. FIG. 4 is a flowchart showing an example of processing after the mobile phone 201 receives the standby control information. After the mobile phone 201 stores the standby control information and the state conversion information in the memory 209 (step S401), for example, in response to an instruction from the user of the mobile phone 201, the processor 202 displays a standby screen. Is started (step S402).

  When starting the process for displaying the standby screen, the processor 202 causes the clock 203 to acquire the current date and time (step S403). The processor 202 compares the current date and time and state conversion information with the condition information stored in the standby screen function control memory 222, and determines whether there is matching condition information (step S404). If there is matching condition information (YES in step S404), the processor 202 reads the image data corresponding to the condition information from the standby screen function image memory 223 and causes the display device 210 to display the image data (step S210). S405). When there is no matching condition information (NO in step S404), for example, when there is matching condition information under the conditions only for that time zone regardless of the state conversion information (for example, the current position of the mobile phone 101). If there is, the image data corresponding to the condition information may be read from the standby screen function image memory 223 and displayed on the display device 210 (step S406). Further, when there is no matching condition information even in the condition of only the time period, for example, predetermined image data may be displayed on the display device 210.

  Next, a case where the mobile phone 101 updates the state conversion information of the mobile phone 201 will be described. FIG. 5 is a flowchart illustrating an example of processing for updating the state conversion information of the mobile phone 201 in accordance with the movement status when the user of the mobile phone 101 moves with the mobile phone.

  For example, when the acceleration information acquisition apparatus 107 detects the movement of the mobile phone, the processor 102 secures a work area in the memory 109, for example. After that, the processor 102 causes the clock 103 to detect the date and time periodically (for example, every several tens of seconds to several minutes), and also causes the position information acquisition device 108 to acquire the current position and responds to the information. In addition, it is stored in the work area of the memory 109 (step S501). Hereinafter, these pieces of information stored in the work area of the memory 109 are referred to as log information.

  The processor 102 determines whether or not there is a certain difference between the log information and predetermined reference information (in this example, home position information) (step S502). For example, the processor 102 determines whether or not the user of the mobile phone 101 is away from the home by a certain distance (for example, a distance of several hundred meters, several kilometers, or several tens of kilometers) and a certain time has passed.

  If it is determined that there is a certain difference (YES in step S502), the processor 102 transmits the current position and detection time of the mobile phone 101 to the base station server 131 (step S503). On the other hand, when the processor 102 determines that there is no constant difference (NO in step S502), the processing after step S501 for comparing the log information stored again with the reference information is repeated.

  When the base station server 131 receives the current position and detection time of the mobile phone 101, the base station server 131 creates state conversion information based on the current position and the reference information (step S511). For example, when the base station server 131 receives the location of the university where the user of the mobile phone 101 passes as the current location of the mobile phone 101, the standby screen update information processing unit 132 receives the location information of the home as the reference information. From the university position, the state conversion information may be created as, for example, “position 2”. The standby screen update information processing unit 132 transmits the created state conversion information and detection time to the mobile phone 201 (step S512).

  When the mobile phone 201 receives the detection time and the state conversion information, the mobile phone 201 registers the information in the memory 209 and transmits the result to the mobile phone 101 via the base station server 131 (step S521). The base station server 131 transmits the update result to the mobile phone 101 (step S513).

  Next, a case where the mobile phone 101 updates the standby control information of the mobile phone 201 will be described. FIG. 6 is a flowchart illustrating an example of processing in which the mobile phone 101 updates standby control information for the mobile phone 201. For example, when an instruction to update standby control information is given by the user of the mobile phone 101, the processor 102 transmits setting information in which information to be updated is set to the base station server 131 (step S202 '). At this time, the processor 102 may transmit the current position of the mobile phone 101 together.

  The processing from when the base station server 131 receives the setting information, creates standby control information, and transmits the standby control information to the mobile phone 201 is the same as the contents shown in steps S301 to S302.

  When the mobile phone 201 receives the standby control information, the processor 202 stores the condition information of the standby control information in the standby screen function control memory 222 and stores the image information in the standby screen function image memory 223. (Step S401 ′).

  Next, a method for updating the display of the standby screen of the mobile phone will be described in detail below. FIG. 7 is an explanatory diagram illustrating an example of processing in which the display device 601 that displays the standby screen of the mobile phone 600 displays an image that matches the condition information.

  The elapsed time 602 is the date and time counted by the clock 203. The standby screen display setting 603 (hereinafter referred to as initial setting 603) set by the mobile phone 600 is condition information of the standby control information stored in the mobile phone 600 by the initial setting. The interrupt standby screen display setting 604 (hereinafter referred to as update setting 604) is condition information of standby control information added after the initial setting. The update setting 604 is added by an update operation of the user of the mobile phone that transmits the condition. The mobile phone 600 uses the update setting 604 with higher priority than the initial setting 603 as a determination condition.

  A specific description will be given using an event 605 and an event 606 that are part of the standby control information. In the event 605, four pieces of condition information are registered as the display setting 603, but there is no condition information registered as the update setting 604. Therefore, when the time indicated by the elapsed time 602 matches the time zone included in the condition information of the display setting 603, the mobile phone 600 displays the content to be displayed on the display device 601 based on the content of the matched condition information. to decide.

  For example, when the user of the mobile phone 600 tries to display image information on the standby screen at 8:30 on June 2, 2008, the mobile phone 600 includes the condition information of the display setting 603. Image 3 which is an image corresponding to the time zone including that time (time zone 08: 00 to 09:00) is selected and displayed.

  On the other hand, in the event 606, one condition information is registered as the display setting 603 and the update setting 604, respectively. In the display setting 603, the image 1 is displayed between 16:00 and 17:00 regardless of the position of the mobile phone. Here, since the update setting 604 is set to display the image 0 when the mobile phone is in the position represented by “position 0” between 16:30 and 17:00, this condition is satisfied. In this case, the image 0 (the person at home) is displayed with priority over the image 1.

  In addition, when the user of the mobile phone 600 stays at the home set as the reference information for a certain period, no difference is generated between the current position and the home position, and thus no condition is added to the display setting 604. Therefore, mobile phone 600 updates the standby screen according to the contents of display setting 603.

  FIG. 8 is an explanatory diagram showing an example of an image of the standby screen displayed when the state information and the condition information match. Images 711 to 716 described above the broken line 701 are image information corresponding to the time zone of the condition information of the display setting 603. Images 717 to 719 described between the broken line 701 and the broken line 702 are image information corresponding to the time zone of the condition information of the update setting 604.

  In the time zones (1), (2), and (6), there is no condition information of the update setting 604 (that is, there is no image information to be displayed in that time zone). Therefore, image information (in this example, images 711, 712, and 716) corresponding to the condition information of the display setting 603 is displayed on the standby screen of the mobile phone 700.

  On the other hand, in the time zones (3), (4), and (5), the condition information of the update setting 604 exists (that is, image information to be displayed in that time zone exists). Therefore, when the condition information of the update setting 604 is satisfied, the standby screen of the mobile phone 700 is not image information corresponding to the condition information of the display setting 603 (in this example, images 713, 714, 715), Image information (images 717, 718, and 719 in this example) corresponding to the condition information of the update setting 604 is displayed.

  According to the present invention, the mobile phone 101 transmits the detected status information to the base station server 131, and the base station server 131 transmits the status information to the mobile phone 201. When the cellular phone 201 receives the status information, the cellular phone 201 registers the status information in the memory 209. When a condition corresponding to the registered state information and the current time measured by the clock 203 is stored in the standby screen function control memory 222, the cellular phone 201 stores image information corresponding to the condition in the standby screen function. It is read from the image memory 223 and displayed on the display device 210. Therefore, the standby screen of the mobile phone 201 can be automatically set according to the behavior of the user of the mobile phone 101.

  FIG. 9 is a block diagram showing an outline of the standby screen setting system according to the present invention. The standby screen setting system according to the present invention includes a first mobile terminal 70 (for example, a mobile phone 101) and state information (for example, the mobile phone 101) indicating the state of the first mobile terminal 70 to the first mobile terminal 70. Control server 80 (for example, base station server 131) that receives the status information from the control server 80 and a second mobile terminal 90 that displays a standby screen according to the status information (for example, Mobile phone 201).

  The first portable terminal 70 includes detection means 71 (for example, the position information acquisition device 108) that detects the state information, reference information (for example, the current position of the mobile phone 101) and reference information (for example, the position information). And state information transmission means 72 (for example, the processor 102) for transmitting the state information to the control server 80 when it is determined that there is a difference between the home position information and the home position information.

  The control server 80 includes a transmission unit 81 (for example, a standby screen update information processing unit 132) that transmits state information to the second portable terminal 90.

  The second portable terminal 90 includes a standby screen display unit 91 (for example, the display device 210) that displays a standby screen, a status storage unit 92 (for example, a memory 209) that stores status information, and predetermined conditions. Condition storage means 93 (standby screen function control memory 222, standby) that stores standby control information in association with image information (for example, image data, information for identifying an image) to be displayed when the condition is satisfied. When receiving state information from the screen function image memory 223) and the control server 80, a registration unit 94 (for example, the processor 202) that registers the state information in the state storage unit 92, and a timer 95 ( For example, when a condition corresponding to the clock 203) and the state information stored in the state storage unit 92 and the current time are stored in the condition storage unit 93, image information corresponding to the condition is stored. Image display means 96 to be displayed on by display surface display unit 91 (e.g., processor 202) and a.

  With such a configuration, the standby screen of another mobile terminal can be automatically set according to the behavior of the user of the mobile terminal.

  Further, the detection means 71 detects current position information indicating the current position of the first portable terminal as the state information, the state information transmission means 72 transmits the current position information as the state information to the control server 80, and the transmission means. 81 transmits the current position information as the state information to the second portable terminal 90, and when the registration unit 94 receives the current position information from the control server 80, the current position information is stored in the state storage unit 93 as the state information. When the image display unit 96 is registered and the condition corresponding to the current position information and the current time stored in the state storage unit 92 is stored in the condition storage unit 93, the image information corresponding to the condition is displayed on the standby screen. You may display on the part 91.

  In addition, the first mobile terminal 70 sets information for creating a predetermined condition (for example, standby control information) (for example, a condition for updating an image to be displayed on the standby screen of the mobile phone 201, and A setting information transmission unit (for example, the processor 102) that associates and transmits to the control server image information to be displayed when a predetermined condition is satisfied, and information on a standby image displayed based on the condition) The control server 80 includes standby control information generation means (for example, a standby screen update information processing unit 132) that generates standby control information based on the setting information and image information. The standby control information generated by the control information generating means is transmitted to the second portable terminal 90, and when the registration means 94 receives the standby control information, the standby control information is registered in the condition storage means 93. Also good.

  Further, the setting information transmitting means transmits the state information and the time zone satisfying the state information as the setting information to the control server 80, and the standby control information generating means has the state information and the time zone as the setting information. Alternatively, standby control information may be generated.

  Further, the control server 80 may include a destination storage unit (for example, the storage unit 133) that stores a plurality of destinations, and the transmission unit 81 may transmit the state information to the second portable terminal 90 indicated by the destination.

  The present invention is suitably applied to a standby screen setting system that displays a standby screen corresponding to the movement of a user of a mobile terminal on the screen of another mobile terminal.

It is a block diagram which shows one Embodiment of the standby screen setting system by this invention. It is a block diagram which shows one Embodiment of the mobile telephone by this invention. 10 is a flowchart illustrating an example of processing in which the mobile phone 101 performs initial setting on the mobile phone 201. 10 is a flowchart illustrating an example of processing after the mobile phone 201 receives standby control information. 10 is a flowchart illustrating an example of processing for updating state conversion information of the mobile phone 201. It is a flowchart which shows the example of the process which updates standby control information. FIG. 11 is an explanatory diagram illustrating an example of processing in which the display device 601 displays an image that matches condition information. It is explanatory drawing which showed the example of the image of the image of a standby screen displayed when status information and condition information correspond. It is a block diagram which shows the outline | summary of the standby screen setting system in this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 100 Communication network 101,201,301 Cellular phone 102,202,302 Processor 103,203,303 Clock 104,204,304 Program memory | storage part 105,305 Key 106,206,306 Line connection part 107,307 Acceleration information acquisition apparatus 108 , 308 Location information acquisition device 109, 209, 309 Memory 111, 311 Speaker 112, 312 Microphone 131 Base station server 132 Standby screen update information processing unit 133 Storage unit 210, 310 Display device 222, 322 Control memory for standby screen function 223,323 Image memory for standby screen function

Claims (15)

A first mobile device,
A control server for receiving state information indicating the state of the first portable terminal from the first portable terminal;
A second portable terminal that receives state information from the control server and displays a standby screen according to the state information;
The first portable terminal is
Detecting means for detecting the state information;
When it is determined that there is a difference between the state information and the reference information indicating the reference of the state information, a state information transmitting unit that transmits the state information to the control server,
The control server
A transmission means for transmitting the state information to a second portable terminal;
The second portable terminal is
A standby screen display for displaying the standby screen;
State storage means for storing the state information;
Condition storage means for storing standby control information in which a predetermined condition is associated with image information to be displayed when the condition is satisfied;
A registration unit that registers the state information in the state storage unit when the state information is received from the control server;
A timer that counts the current time,
Image display means for displaying image information corresponding to the condition on the standby screen display unit when conditions corresponding to the state information and current time stored in the state storage means are stored in the condition storage means And a standby screen setting system. The detection means of the first mobile terminal detects current position information indicating the current position of the first mobile terminal as state information,
The status information transmitting means of the first portable terminal transmits the current position information to the control server as status information,
The transmission means of the control server transmits the current position information as status information to the second portable terminal,
The registration means of the second portable terminal, when receiving the current position information from the control server, registers the current position information as state information in the state storage means,
When the condition corresponding to the current position information and the current time stored in the state storage unit is stored in the condition storage unit, the image display unit displays the image information corresponding to the condition on the standby screen display unit. The standby screen setting system according to claim 1. The first mobile device
Setting information transmitting means for associating setting information for creating a predetermined condition with image information to be displayed when the predetermined condition is satisfied, and transmitting the information to the control server;
The control server
Based on the setting information and image information, comprising standby control information generating means for generating standby control information,
The transmission means of the control server transmits the standby control information generated by the standby control information generating means to the second portable terminal,
The registration unit of the second portable terminal, when receiving the standby control information, registers the standby control information in the condition storage unit. The standby unit according to any one of claims 1 to 2. Screen setting system. The setting information transmission means of the first portable terminal transmits the state information and the time zone that satisfies the state information to the control server as the setting information,
The standby control information generating means of the control server generates standby control information as setting information based on the status information and the time zone. Receiving screen setting system. The control server
Destination storage means for storing a plurality of destinations is provided,
The standby screen setting system according to any one of claims 1 to 4, wherein transmission means of the control server transmits status information to the second portable terminal indicated by the destination. A mobile terminal that receives the status information from a control server that receives status information indicating the status of another mobile terminal and displays a standby screen according to the status information;
A standby screen display for displaying the standby screen;
State storage means for storing the state information;
Condition storage means for storing standby control information in which a predetermined condition is associated with image information to be displayed when the condition is satisfied;
A registration unit that registers the state information in the state storage unit when the state information is received from the control server;
A timer that counts the current time,
Image display means for displaying image information corresponding to the condition on the standby screen display unit when conditions corresponding to the state information and current time stored in the state storage means are stored in the condition storage means A portable terminal characterized by comprising: A mobile terminal that receives current position information indicating a current position of another mobile terminal as status information from a control server,
When the registration means receives the current position information from the control server, the registration means registers the current position information as state information in the state storage means,
When the condition corresponding to the current position information and the current time stored in the state storage unit is stored in the condition storage unit, the image display unit displays the image information corresponding to the condition on the standby screen display unit. The mobile terminal according to claim 6. A portable terminal that detects state information indicating its own state,
Detecting means for detecting the state information;
When it is determined that there is a difference between the state information and the reference information indicating the reference of the state information, the apparatus includes a state information transmitting unit that transmits the state information to a predetermined device. Mobile device. The state information indicating the state of the first portable terminal is received from the first portable terminal, and the standby according to the standby control information in which the predetermined condition is associated with the image information displayed when the condition is satisfied. A control server that transmits the state information to a second portable terminal that displays a receiving screen;
Standby control information generating means for generating the standby control information based on setting information and image information for creating the predetermined condition;
A control server comprising: transmission means for transmitting the state information and the standby control information to the second portable terminal. A detection step in which the first portable terminal detects state information indicating the state of the first portable terminal;
When the first portable terminal determines that there is a difference between the state information and reference information indicating the reference of the state information, a state information transmission step of transmitting the state information to the control server;
A transmitting step in which the control server transmits the state information to a second portable terminal that displays a standby screen according to the state information;
When the second portable terminal receives the state information from the control server, a registration step of registering the state information in a state storage unit that stores the state information;
The state information stored in the state storage means and the timer timed in a condition storage means for storing standby control information in which a predetermined condition is associated with image information to be displayed when the predetermined condition is satisfied. A standby screen comprising: an image display step for causing the standby screen display unit to display image information corresponding to the condition when the condition corresponding to the current time is stored; Setting method. In the detection step, the current position information indicating the current position of the first mobile terminal is detected as the state information,
In the state information transmission step, the current position information is transmitted to the control server as the state information,
In the transmission step, the current position information is transmitted to the second portable terminal as status information,
In the registration step, when the current position information is received from the control server, the current position information is registered in the state storage means,
In the image display step, when the conditions corresponding to the current position information and the current time stored in the state storage means are stored in the condition storage means, the image information corresponding to the conditions is displayed on the standby screen display unit. The standby screen setting method according to claim 10. A standby screen setting program installed in a computer that receives status information from a server that receives status information indicating the status of another computer and displays a standby screen according to the status information,
In the computer,
A registration process for registering the state information in the state storage means for storing the state information when the state information is received from the server; and
In the condition storage means for storing standby control information in which a predetermined condition is associated with image information to be displayed when the predetermined condition is satisfied, the state information and the timer stored in the state storage means are timed. A standby screen setting program for executing image display processing for displaying image information corresponding to the condition on a display unit that displays the standby screen when a condition corresponding to the current time is stored. In the computer,
In the registration process, when the current position information is received from the server, the current position information is registered as the state information in the state storage means,
In the image display process, when the conditions corresponding to the current position information and the current time stored in the state storage unit are stored in the condition storage unit, the image information corresponding to the condition is displayed on the standby screen display unit. The standby screen setting program according to claim 12. A program installed in a computer that detects state information indicating its own state,
In the computer,
A detection process for detecting the state information; and
A state information transmission program for executing state information transmission processing for transmitting state information to a predetermined device when it is determined that there is a difference between the state information and reference information indicating a reference of the state information . The state information indicating the state of the first portable terminal is received from the first portable terminal, and the standby according to the standby control information in which the predetermined condition is associated with the image information displayed when the condition is satisfied. A program installed in a computer that transmits the state information to a second portable terminal that displays a receiving screen,
In the computer,
Standby control information generation processing for generating the standby control information based on setting information and image information for creating the predetermined condition, and
A control program for executing transmission processing for transmitting the state information and the standby control information to the second computer.

Images