JP2002315053A - Mobile communication system, mobile communication terminal, message transfer method and automatic communication method - Google Patents

Abstract

(57) [Summary] [Problem] Depending on the time and location of the subscriber,
Enables control of message transfer, outgoing and incoming calls. Kind Code: A1 A message transfer condition and a message type designated by a mobile communication terminal, or a communication start condition, a communication destination information and a communication type are stored. A search is performed to determine whether the corresponding condition is stored. If the condition is stored, the communication setting is automatically performed based on the condition so as to perform the communication of the stored content.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a mobile communication system and a mobile communication terminal, and more particularly, to a mobile communication system for automatically sending a message such as voice, text, or image stored in a message center to a subscriber. The present invention relates to a communication system and a mobile communication terminal in the communication system.

[0002]

2. Description of the Related Art Conventionally, a caller leaves a message in a message center for a subscriber who cannot receive a call because he / she is outside the service area, and when the subscriber enters the service area, the caller leaves the message. As an invention for a system for notifying a received message, for example, Japanese Patent Application Laid-Open
There is a technique as disclosed in US Pat. The technique disclosed in Japanese Patent Application Laid-Open No. H11-18148 discloses a method in which a subscriber who has changed from an unacceptable state to an incoming state has
The purpose of the subscription is to allow the user to know that the message has been registered without having to call the exchange and search for it, and to ensure that the subscriber and the caller do not call back to each other at the same time. When a subscriber detects that a call can be received, the subscriber is called and the message left in the message center is sent, and the caller is called by a request from the subscriber who received the message. is there.

[0003]

In the above-mentioned prior art, when the subscriber detects that the incoming call is changed from the unreceivable state to the receivable state, the subscriber is automatically called and the message left in the message center is deleted. Because the message is sent, the message is sent without any consideration of the situation where the subscriber is located at the time of being able to receive the call, such as being on a transportation or talking with a third party. There was a problem that would.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and a mobile communication system for controlling message transfer, calling, and receiving calls according to the time and location of a subscriber. And a mobile communication terminal.

[0005]

In order to solve the above problems, in a mobile communication system according to the present invention, a mobile communication terminal includes input means for inputting an operation condition and an operation content when the condition is satisfied; A storage unit for storing operating conditions;
A communication processing unit for transmitting operation contents and operation conditions to the base station control station via the base station, and a detection unit for detecting whether or not the operation conditions are satisfied are provided.

Further, the base station control station stores the operation conditions and the operation contents received from the mobile communication terminal via the base station in the storage section, and stores the operation condition and the operation content in the storage section every time a position registration request is received from the mobile communication terminal. And a communication processing unit for performing communication processing with the mobile communication terminal via the base station based on the operation conditions and the operation contents.

Further, according to the message transfer method of the present invention, a message transfer condition and a transfer message type specified in advance by the mobile communication terminal are stored in association with the mobile communication terminal. A search is performed to determine whether a message transfer condition and a transfer message type corresponding to the mobile communication terminal are stored, and if so, a message of the stored type is transferred to the mobile communication terminal based on the message transfer condition. It is something to do.

Further, according to the automatic communication method of the present invention, a communication start condition, a communication destination information and a communication type specified in advance by a mobile communication terminal are stored in association with the mobile communication terminal, and the access from the mobile communication terminal is performed. If there is, it is searched whether the communication start condition, the communication partner information, and the communication type corresponding to the mobile communication terminal are stored. If the communication start condition is stored, the communication partner information based on the communication start condition is stored. The communication of the specified type is performed with the specified destination with reference to the communication type.

In the present invention, the designation of the operating condition is, for example, to designate a date and time, a place, and a region. The specification of the operation content specifies, for example, message transfer, automatic call to a specified connection destination, and automatic call from a specified partner.

[0010]

Embodiments of the present invention will be described below with reference to the drawings. First, FIGS. 1 and 14
The configuration of the entire system of the present invention will be described with reference to FIG. FIG. 1 is a diagram showing a configuration of an entire system to which the present invention is applied. FIG. 14 is a diagram illustrating items stored in a condition storage unit in the memory unit of the base station control station. FIG. 15 shows a storage image diagram of setting conditions and specifying operations in the condition storage unit of the base station control station. In a system to which the present invention is applied, the mobile station 100a acting as an actor is the base station 10 in the registered location area to which the mobile station 100a belongs.
6. Base station control station 107 for controlling base station 106, mobile switch 119 and other mobile communication networks or wired networks 12
0, a message center 121, another mobile station or fixed station 100b, and a content server 124 having map information such as latitude and longitude information. In addition, the base station control station 107 has a home location register (hereinafter, HL) having information on a registered location area to which the mobile station 100a acting as an actor belongs and a base station.
R: Home Location Register) 117 is connected.

Next, the configuration of the mobile station 100a will be described. In the mobile station 100a, in addition to a normal call, a position calculation processing unit 10 based on information obtained via a processing unit 101 which controls call connection and transmission / reception of control information such as base station control information.
In step 4, the current position of the mobile station 100a is calculated. Further, the message such as voice, character, image, etc. transferred to the mobile station 100a is stored in the message storage unit 102 in the memory unit 103. In addition, the mobile station 100a has a timer 1 for managing time synchronized with the base station 106 and the base station control station 107.
05.

A call connection / control information reception / transmission processing section 116 in the base station control station 107 controls a call with the mobile station and transmission of control information to the mobile station. Base station control station 107
Has a condition storage unit 109 for storing conditions designated by the subscriber.

FIG. 14 shows an example of items stored in the condition storage unit 109. The condition storage unit stores conditions for each mobile station. The ten items shown in FIG.
In a plurality of embodiments described below, items are stored in the condition storage unit for each mobile station. First, in item No. 1, a mobile station identification indicating which mobile station is the condition of the following item Nos. 2 to 10 is stored. In the mobile station identification, information unique to each mobile station (for example, a telephone number of the mobile station) is stored so that the mobile station can be identified. In item number 2,
The type of the message to be transferred specified by the subscriber of the mobile station No. 1 is stored. In the item No. 3, a bit indicating that the date and time is specified is set when the date and time at which the specifying operation is performed is specified by the subscriber. Information on the designated date and time itself is managed by each mobile station.

Item No. 4 is an area for searching and setting a position registration area to which the specified position belongs when the detailed position for performing the specified operation is specified. In the item number 5, the detailed position specified by the subscriber is converted into latitude and longitude information and stored. Item No. 6 stores not a one-point position such as a detailed position, but a region unit when specifying a region such as a prefecture or a municipal. The item No. 7 stores information on a designated area such as Tokyo or Yokohama. Item No. 8 stores the specified operation information when the specified conditions stored in Item Nos. 3 to 7 are satisfied. In the following plurality of embodiments, three types of designation operations, message transfer, outgoing call, and incoming call, will be described.

Item No. 9 is an area for designating whether or not to transfer a message when performing an operation when a call or an incoming call is specified as an operation in Item No. 8. When the designated condition is satisfied and the subscriber designates also to transfer a message when calling or receiving a call based on the designated operation, a bit is set in this item No. 9.
The item No. 10 stores connection destination specification information (such as a telephone number) when a call or an incoming call is specified as the specified operation stored in the item No. 8.

FIG. 15 shows an image of conditions stored in the condition storage unit. FIG. 15 shows a state in which condition items of a plurality of embodiments described below are stored. As shown in FIG. 15, the condition storage unit 109 stores conditions and designation operations set by the subscriber of the mobile station for each mobile station.

A search for a designated operation stored in an operation designated area in the condition storage unit 109 is performed by a search processing unit 114. When the message transfer processing unit 115 specifies a message transfer as a specified operation under a certain condition,
Call the registered message. Memory unit 1
08 is a message saving area 111 for saving a called message. Also, the base station control station 107
Includes a timer 112 that manages the time synchronized with the mobile station 100 and the base station 106. The HLR 117 stores and manages the location registration area of the mobile station in the mobile station location registration area storage unit 118. The information stored in the mobile station location registration area storage unit 118 of the HLR 117 is appropriately accessed from the base station control station 107.

In the message center 121, the mobile station 10
Characters 122 and voice 1 registered when 0 is in a communication disabled state
23, manages images and other messages. The content server 124 stores location information in association with the latitude and longitude information of the location, and also stores map information and various contents. The various contents are, for example, information such as voice, characters, images, and data linked to the map information.

In the system described above, according to the present invention, various services can be provided by a combination of setting conditions such as time and place specified by the subscriber and operations specified by the subscriber. In Table 1, "No condition", "Date and time", "Detailed position", "Position area"
Taking four kinds of setting conditions vertically, three kinds of operating conditions of "no operation designation", "automatic call", and "automatic call reception" are taken, and the combination of the setting condition and the designated operation provides the twelve kinds of conditions provided by the present invention. The service is summarized in a table. Hereinafter, the contents of these 12 services will be described in the embodiments with reference to Table 1 and FIGS. The number in parentheses attached to each service in the table is
It corresponds to the number of the embodiment.

[0020]

[Table 1]

(1) Embodiment 1 Setting condition: no designation Operation: no designation First, a first embodiment will be described with reference to Table 1, FIG. 2 and FIG. FIG. 2 is a sequence diagram for explaining the contents of the processing according to the present embodiment. The first embodiment is an embodiment shown in Table 1 (1) when the subscriber does not specify the setting conditions such as time and place and the operation. At that point, the message is forwarded. If you want to perform the transfer process according to the message type, such as automatically transferring the mail but not the voice, the subscriber must send the message type to the message center in advance from the mobile station. Can also be registered.

FIG. 15A shows an example of condition items stored in the condition storage section in the present embodiment. No. 1 specifies the telephone number of the mobile station owned by the subscriber, and No. 2 specifies only the text message as the message transfer type. This embodiment is an embodiment in a case where the subscriber does not specify setting conditions and operations such as time, place, etc.,
Nothing is specified in item numbers 3 to 7. In the operation designation of item No. 8, if there is no operation designation from the subscriber, message transfer is set by default. Since the operation designation is not outgoing or incoming call, there is no designation in item numbers 9 and 10.

In this embodiment, first, the base station information is transmitted from the call connection / control information reception / transmission processing section 116 of the base station control station 107 to the mobile stations in the area under the jurisdiction of the base station 106 (200). . The mobile station 100a acting as an actor transmits the information to the call connection / control information reception / transmission processing unit 10 in the mobile station.
1, when the location area has moved, a registration request (201) for a new location area is made to the HLR 117 via the base station control station 107. The HLR 117 registers a new location area of the mobile station 100a acting as an action subject (202).

In response to the area registration request, the mobile station identification of the mobile station 100a acting as the subject of the action is extracted (203), and the time and locational conditions are detected as to whether or not the conditions and operations for message transfer have been set in advance (204). ), And the search processing unit 114 of the base station control station 107 detects the designated operation (205). In the first embodiment, since neither time, locational conditions nor operation conditions are specified, the base station control station 10 searches for the next message registration.
7 to the message center 121 from the message call processor 115 (206). At this time, the search target is only the message of the type obtained by the transfer message type detection (249) (for example, only mail). The subscriber manually accesses the message center 121 to download the message not to be automatically transferred to each mobile station later.

The message center 121 searches for a message for the mobile station (207), and if there is a message, the message save area 111 of the base station control station 107.
(208), and saves the message (209). If there is a message to be transferred, first, control information is transmitted from the call connection / control information reception / transmission processing unit 116 of the base station control station 107, and a mobile station as a reception destination is searched (210). When there is a response from the receiving mobile station 100a (211), the base station control station 107 allocates a control channel to the mobile station (212), and the designated mobile station is saved in the message saving area of the base station control station 107. The type of message is transferred (213). Thereafter, the base station control station 107 requests release of the control channel (21).
4), the mobile station 100a releases the control channel (21)
5).

According to the above-described first embodiment, when the subscriber is ready to receive a call, the registered message can be automatically transferred to the own mobile station. Also, the type of the message to be transferred can be specified by the subscriber. (2) Example 2 Setting condition: with date and time specified Operation: without specification A second example will be described with reference to Table 1, FIG. 3 and FIG. FIG. 3 is a sequence diagram illustrating the contents of the processing according to the present embodiment. The second embodiment is an embodiment in which the subscriber specifies the date and time as the setting condition and does not particularly specify the operation shown in (2) of Table 1, and the registered message is the specified date and time. Automatically forwarded to In the second embodiment, the subscriber specifies in advance the date and time at which the message is desired to be transferred from the mobile station 100a. The date and time at this time are specified in the form of month, day, hour, minute,
There is a designation method such as what day of the week, what day of the month, and the like. As in the first embodiment, when the type of the message to be transferred is specified, the type of the transfer message is also specified.

FIG. 15B shows an example of condition items stored in the condition storage unit in this embodiment. As in the first embodiment, the telephone number of the mobile station owned by the subscriber is specified in the item number 1 and only the text message is specified as the message transfer type in the item number 2. Since the present embodiment is an embodiment in which the subscriber specifies the date and time as the setting condition and does not particularly specify the operation, a bit indicating that the date and time is specified is set in item No. 3. Since there is no designation of the place and the operation, nothing is specified in the item Nos. 4 to 7, and the message transfer is set by default in the operation specification of the item No. 8. No designation is made for item numbers 9 and 10.

The date and time specified in advance by the subscriber is
It is stored in the memory unit 103 of the mobile station 100a itself.
The mobile station 100a compares the current time with the date and time designated by the subscriber with reference to the timer 105 in the mobile station and stored in the memory unit 103 (216).
Requests a control channel to the base station control station 107 (22
8) Yes. Upon receiving the control channel request (228), the base station control station 107 extracts the mobile station identification (203).
Then, the transfer process of the message of the designated type is performed in the same manner as in the first embodiment. However, in the case of the second embodiment, since the control channel request (228) has already been received from the mobile station 100a, the search for the receiving terminal (2
10) and the response from the receiving terminal (211) is not performed, the control channel is allocated (212), and the message is transferred (213).

According to the second embodiment, no message is received during a meeting or while traveling on a train bus or the like.
The subscriber can schedule the timing of receiving the message according to his / her own schedule so that the message is transferred after getting off the vehicle. Therefore, there is an effect that the message can be transferred in consideration of the situation where the subscriber is placed when the call becomes available. (3) Example 3 Setting conditions ... Detailed position is specified Operation ...
In the case of no designation The third embodiment will be described with reference to Table 1 and FIG. FIG. 4 is a sequence diagram for explaining the contents of the processing of this embodiment. The third embodiment is an embodiment in which the subscriber specifies a detailed position (location) as a setting condition and does not particularly specify an operation as shown in (1) of Table 1, and the registered message is Automatically transferred to the subscriber when the specified location is reached.

In the third embodiment, the subscriber determines in advance the detailed location (location) where he / she wants to receive a message by using his / her own mobile station 1.
Register from 00a. For example, if you are currently on a train and want to receive a message when you arrive at Tokyo Station, enter "Tokyo Station" as the designated location on the detailed location registration screen. The input method at this time is to input a first character of a place and other information (for example, a nearby station, park, store, etc.) in addition to a character string input using a normal key, and move based on the input information. A method of presenting a candidate from a place list registered in advance in the memory unit 103 of the station and selecting a desired place from the presented candidates, a method of directly inputting the latitude and longitude of the place to be registered, and the like can be considered. When specifying the type of a message to be automatically transferred, the message type is also specified in advance.

FIG. 15C shows an example of the condition items stored in the condition storage unit in this embodiment. As in the first embodiment, the item number 1 specifies the telephone number of the mobile station owned by the subscriber, and the item number 2 specifies only the text message as the message transfer type. This embodiment is an embodiment in a case where a subscriber specifies a detailed position (location) as a setting condition and does not particularly specify an operation. Therefore, there is no designation in No. 3 and the detailed position specified in No. 5 (here, Tokyo Station)
Is converted to latitude and longitude and stored. In item No. 4, information on the position registration area to which the specified detailed position belongs is searched and stored on the system side. Nothing is specified for item numbers 6 and 7, and message transfer is set by default for the operation specification of item number 8. No designation is made for item numbers 9 and 10.

In FIG. 4, the base station control station 107 performs a location area registration request (201) of the mobile station 100a and detects a locational condition (204). The sequence up to this point conforms to the first embodiment. The search processing unit 114 accesses the content server 124 and acquires the latitude / longitude information of the detailed position (designated location) specified by the subscriber (21)
7). The content server 124 calculates the latitude / longitude information of the specified detailed position (218) and calculates the position area to which the specified detailed position belongs (219), and notifies the search processing unit 114 of the base station control station 107 of the calculated area. (22
0). When the subscriber inputs the latitude and longitude, the process of calculating the latitude and longitude information (218) is omitted.

The search processing unit 114 is the main mobile station 10
Confirmation of currently registered location area of 0a (221)
Is performed on the HLR 17, the current location area of the mobile station is extracted by the HLR 117 (222), and it is retrieved by the search processing unit 1.
14 is notified (223). The current location area is compared with the location area to which the detailed location specified by the subscriber belongs (22).
4) If they match, the latitude and longitude information of the designated detailed position is notified to the mobile station 100a (225). At this time, a flag indicating that the latitude and longitude information has been transferred to the mobile station 100a is set in the condition storage unit 109 (249).

In the main mobile station 100a, the position calculation processing unit 104 calculates the current position based on the base station information (226), and compares it with the latitude and longitude of the specified detailed position notified from the base station control station 107 ( 227), upon reaching the designated detailed position, requests the base station control station 107 to allocate a control channel (228). Upon receiving the control channel request (228), the base station control station 107 detects the identification of the mobile station (203), and thereafter, transfers a specified type of message as in the second embodiment.

According to the third embodiment, a message can be transferred according to the location of the subscriber, such as receiving a message at home or at the office. (4) Fourth Embodiment Setting Condition: With Position Area Specification Operation: Without Specification A fourth embodiment will be described with reference to Table 1 and FIG. FIG. 5 is a sequence diagram illustrating the contents of the processing according to the present embodiment. The fourth embodiment is an embodiment shown in Table 1 (4) in which a subscriber specifies a position area where he / she wants to receive a message as a setting condition and does not particularly specify an operation. Here, the position area is not a one-point position like the detailed position described in the third embodiment, but means a region such as a prefecture or a municipal. In a fourth embodiment, the registered message is automatically forwarded to the subscriber when the subscriber enters the designated location area.

In this embodiment, the subscriber needs to register in advance the location area where he / she wants to receive the message from the mobile station. For example, to receive a message in Tokyo, enter "Tokyo" on the location area registration screen. The input method at this time is, in addition to a character string input using a normal key, a first character of a place or the like is input, and a location area list registered in advance in the memory unit 103 of the mobile station based on the input information. And a method of selecting a desired location area from the presented candidates. When the type of a message to be automatically transferred is specified, the message type is also specified in advance.

FIG. 15D shows an example of condition items stored in the condition storage unit in this embodiment. As in the first embodiment, the item number 1 specifies the telephone number of the mobile station owned by the subscriber, and the item number 2 specifies only the text message as the message transfer type. This embodiment is an embodiment in a case where a subscriber specifies a location area as a setting condition and does not particularly specify an operation. Therefore, there is no designation for item numbers 3 to 5. Item No. 6 stores the designated unit of the designated position area. In the present embodiment, a case where Tokyo is designated as the location area is described as an example.
Is a flag indicating the designated unit "prefecture""11"
Is stored. The designated area “Tokyo” is stored in the item number 7. Message transfer is set by default in the operation designation of item number 8, and there is no designation in item numbers 9 and 10.

In FIG. 5, the base station control station 107 issues a location area registration request (20
At 1), mobile station identification (203) and locational condition detection (204) are performed. The sequence so far is the first
According to the embodiment of the present invention. The search processing unit 114 requests the location information of the base station that controls the current location area from the HLR 117 (230), and extracts the location information by the HLR 117 (231). If the designated location area is a prefecture, the prefecture The information is notified to the search processing unit 114 of the base station control station 107, such as location information such as municipal information in the case of municipalities (232). The search processing unit 114 compares the location area designated by the subscriber with the location area extracted by the HLR 117 (233), and detects the presence or absence of the designated operation when the designated area is reached (205). As in the example,
The specified type of message is transferred.

According to the fourth embodiment, a message is transferred according to the location of the subscriber, such as when he / she wants to receive a message when returning to Tokyo when traveling to another prefecture. I can do it. (5) Fifth Embodiment Setting Condition: No Specification Operation: Automatic Calling Specification A fifth embodiment will be described with reference to Table 1 and FIG. FIG. 6 is a sequence diagram for explaining the contents of the processing according to the present embodiment. The fifth embodiment is an embodiment in which the subscriber does not specify the time and place conditions, but specifies the automatic call as the operating condition, as shown in (1) of Table 1. In the fifth embodiment, when a call can be made, a call is automatically made to a connection destination designated in advance. The subscriber needs to register the telephone number of the call destination from the mobile station in advance. Further, when it is desired to transfer a message as well as automatically make a call when it becomes possible to make a call, the simultaneous transfer of the message is designated. When specifying the type of a message to be automatically transferred, the message type is also specified in advance.

Although an example of the condition items stored in the condition storage unit in this embodiment is not particularly shown, FIG.
Item numbers 8, 9, and 10 in (a) are changed as follows. First, a call is set in the operation designation of item No. 8. In the item No. 9, the bit is set when the message transfer is specified at the same time when the call is made while satisfying the conditions. The item number 10 stores call destination designation information (here, a telephone number).

In FIG. 6, the base station control station 107 issues a location area registration request (2
01), mobile station identification (203), detection of time and location conditions (204), detection of designated operation (20)
Perform 5). The sequence up to this point conforms to the first embodiment. The search processing unit 114 determines whether the message is to be transferred simultaneously at the time of the automatic call operation specified by the subscriber (234), and then searches for a message of the type specified by the transfer type. Evacuate. The processing sequence for saving the message conforms to the first embodiment.

The call connection / control information reception / transmission processing section 116 of the base station control station 107 transmits control information to search for a terminal on the transmission side (235). Response from calling terminal (23
6), a control channel is allocated (212), and there is a transfer message. If there is a transfer instruction, the message is transferred.

Next, the call connection / control information reception / transmission processing section 116 of the base station control station 107 similarly transmits the control information so that the receiving terminal 100b registered as an automatic call destination
Is searched (237), and if there is a response (238) from the receiving terminal, the control channel is allocated to the terminal (239).
Thereafter, a calling notification and a receiving notification are made to both the calling side and the receiving side mobile stations (241, 240), and the mobile station enters a talking state (242). After the end of the call, the call connection / control information reception / transmission processing unit 116 of the base station control station 107 requests a control channel release request (214, 243) to the originating and receiving mobile stations, and release the control channel from both mobile stations. Are performed (215, 244).

According to the fifth embodiment, by specifying an automatic call destination in advance, a call can be automatically made to a desired connection destination when a call can be made. (6) Example 6 Setting condition: date and time specified Operation: automatic call specification Next, a sixth example will be described with reference to Table 1 and FIG. FIG. 7 is a sequence diagram illustrating the contents of the processing according to the present embodiment. The sixth embodiment is an embodiment in which the subscriber specifies a date and time as a setting condition and an automatic call as an operating condition, as shown in (7) of Table 1. In the sixth embodiment, when a date and time set by the subscriber comes, a call is automatically made to a connection destination designated in advance. In the sixth embodiment, it is necessary for the subscriber to register in advance the date and time of the automatic call and the telephone number of the call destination from the own mobile station. When not only automatic calling but also message transfer is desired, simultaneous transfer of messages is designated. When specifying the type of a message to be automatically transferred, the message type is also specified in advance.

FIG. 15E shows an example of the condition items stored in the condition storage unit in the present embodiment. The item number 1 stores the telephone number of the mobile station owned by the subscriber, and the item number 2 stores information indicating that a text message and a voice message are specified as the message transfer type. This embodiment is an embodiment in which a subscriber specifies a date and time as a setting condition and specifies an automatic call as an operation. Therefore, a bit indicating that the date and time is specified is set in item 3. ing. Since there is no designation of the place and the operation, nothing is specified in the item Nos. 4 to 7, and the outgoing call is set in the operation specification of the item No. 8. In item No. 9, a bit is set indicating that message transfer is also specified at the same time as calling. The item number 10 stores call destination designation information (here, a telephone number).

As shown in FIG. 7, in the sixth embodiment, first, the designated operation is detected (20) according to the second embodiment.
Steps 5) to 5) are performed, and it is determined whether or not a message is also transferred at the time of the automatic calling operation (234). After detecting the simultaneous transfer designation of the message, message search and saving, message transfer of the designated type to the calling terminal, and automatic call processing are performed as in the fifth embodiment. However, since the control channel request (228) has been sent from the mobile station 100a to the base station control station 107 at the time and date designated in advance, the search for the calling terminal (235) and the calling terminal response (23)
6) is not performed, and the control channel is allocated (21).
Perform 2).

According to the sixth embodiment, it is possible to automatically make a call to a designated connection destination at a designated date and time. Such usage is very convenient when it is necessary to regularly contact a certain party. (7) Example 7 Setting conditions ... Detailed position is specified Operation ...
In the case of automatic call designation, a seventh embodiment will be described with reference to Table 1 and FIG.

As shown in Table 1, the seventh embodiment is an embodiment in the case where the subscriber specifies a detailed position (place) as a setting condition and specifies automatic calling as an operating condition, and FIG. 4 shows a processing sequence.

It is necessary for the subscriber to register in advance the detailed position (location) where the automatic call is desired and the telephone number of the call destination from the own mobile station. For example, if you want to automatically place a call when you arrive at Tokyo Station, enter "Tokyo Station" as the designated location on the detailed location registration screen. As the input method at this time, several methods as described in the third embodiment can be considered. When not only automatic calling but also message transfer is desired, simultaneous transfer of messages is designated. If you want to specify the type of message to be automatically forwarded,
The message type is also specified in advance.

Although an example of the condition items stored in the condition storage unit in this embodiment is not specifically shown, FIG.
The item numbers 8, 9, and 10 in (c) are changed as follows. First, a call is set in the operation designation of item No. 8. In the item No. 9, the bit is set when the message transfer is specified at the same time when the call is made while satisfying the conditions. The item number 10 stores call destination designation information (here, a telephone number).

The base station control station 107 triggers the mobile station identification (203) and the detection of time and locational conditions (204) upon the location area registration request (201) of the mobile station 100a acting as the action subject, and the latitude and longitude of the designated position. After obtaining information and comparing the position area corresponding to the designated position with the current position area, the designated operation is detected. The sequence up to this point conforms to the third embodiment. Thereafter, as in the fifth embodiment, it is confirmed whether or not to transfer the message at the same timing as the automatic calling operation (234). Thereafter, as in the third embodiment, when there is a simultaneous transfer designation of a message upon reaching the designated detailed position, the process of transferring the message of the designated type is performed, and then the reception is performed as in the fifth embodiment. Search for a terminal,
Perform automatic call processing.

In the seventh embodiment, when a detailed position specified in advance is reached, an automatic call is made to the specified call destination. Therefore, according to the seventh embodiment, it is possible to use the mobile station 100a with a child, for example, and automatically call home when the child arrives at the nearest station at home. Another example is to set up a system to automatically call a visitor when the visitor arrives at the nearest station. You can also use it to guide you. (8) Eighth Embodiment Setting Condition: Position Area is Specified Operation: Automatic Calling is Specified An eighth embodiment will be described with reference to Table 1 and FIG. Table 1
As shown in FIG. 9, the eighth embodiment is an embodiment in a case where the subscriber specifies an area such as a prefecture or a municipal area as a setting condition and specifies automatic calling as an operation, and FIG. 9 shows a processing sequence thereof. ing. It is necessary for the subscriber to register in advance from his / her mobile station the area in which he / she wants to be set to automatically call when entering the area and the telephone number of the call destination. For example, if it is desired to make a setting so that a call is automatically made when the user enters Tokyo, the user inputs "Tokyo" on the location area registration screen. If automatic message transfer is desired, the message transfer is also specified. When specifying the type of a message to be automatically transferred, the message type is also specified in advance.

In this embodiment, the subscriber needs to register in advance the location area where he / she wants to receive the message from the mobile station. For example, to receive a message in Tokyo, enter "Tokyo" on the location area registration screen. As an input method at this time, several methods as described in the fourth embodiment can be considered. When the type of a message to be automatically transferred is specified, the message type is also specified in advance.

Although an example of the condition items stored in the condition storage unit in this embodiment is not particularly shown, FIG.
Item numbers 8, 9, and 10 in (d) are changed as follows. First, a call is set in the operation designation of item No. 8. In the item No. 9, the bit is set when the message transfer is specified at the same time when the call is made while satisfying the conditions. The item number 10 stores call destination designation information (here, a telephone number).

In FIG. 9, the base station control station 107 issues a location area registration request (2
01), the mobile station is identified (203), the designated area is detected, the current location area is compared with the designated area (233),
The designated operation is detected (205). The sequence up to this point conforms to the fourth embodiment. After that, when the simultaneous transfer of the message is specified as in the fifth embodiment, the specified type of message is transferred and the automatic call processing is performed.

In the eighth embodiment, when a subscriber reaches an area designated in advance, an automatic call is made to the designated connection destination. According to the eighth embodiment, it is possible to use such a way that when a business traveler arrives in a certain area of the company, he or she contacts the company. Further, it is convenient that a participant of an event or the like can contact a designated connection destination when reaching a certain area. (9) Ninth Embodiment Setting Condition: No Specification Operation: Automatic Incoming Call Specification A ninth embodiment will be described with reference to Table 1 and FIG. FIG. 10 shows a processing sequence in the ninth embodiment. As shown in Table 1, the ninth embodiment is an embodiment in a case where the subscriber does not specify the setting conditions and specifies the automatic incoming call for the operation. Automatically initiates a call and calls the subscriber's terminal. The subscriber needs to register the telephone number of the other party to be called from the mobile station in advance. Further, when it is desired to transfer a message in addition to automatically receiving an incoming call when a call becomes available, the simultaneous transfer of the message is designated. When specifying the type of a message to be automatically transferred, the message type is also specified in advance.

Although an example of the condition items stored in the condition storage unit in this embodiment is not shown, FIG.
Item numbers 8, 9, and 10 in (a) are changed as follows. First, an incoming call is set in the operation designation of item No. 8. In item number 9, a bit is set if the message transfer is also specified at the same time when a call is received satisfying the conditions. The item number 10 stores designation information (here, a telephone number) of a caller.

As shown in FIG. 10, in the ninth embodiment, the base station control station 107 controls the
The mobile station identification (203) and the detection of the time and place conditions (20) triggered by the location area registration request (201) of 0a
4) Detect designated operation (205) and detect simultaneous message transfer designation (234). The sequence up to this point conforms to the fifth embodiment. Then, when the simultaneous message transfer is designated, the receiving terminal 100a is searched for and the message of the designated type is transferred as in the first embodiment.

The call connection / control information reception / transmission processing unit 116 of the base station control station 107 transmits control information to search for a terminal on the transmission side based on a number registered in advance (245).
If there is a response (246) from the calling terminal, a control channel is allocated (239).

Thereafter, a calling notification and an incoming call notification are made to the calling mobile station 100b and the called mobile station 100a (247, 248), and a call state is established (242). After the call ends, the originating mobile station 100b and the terminating mobile station 100
a of the control channel release request (243, 214) to the base station control station 100.
03 request, and both mobile stations release the control channel (244, 215).

According to the ninth embodiment, when a subscriber becomes available for a call, a call can be automatically made from a call destination specified in advance, and the mobile station can receive a call. (10) Example 10 Setting conditions: date and time specified Operation:
Automatic Call Designation A tenth embodiment will be described with reference to Table 1 and FIG.
As shown in Table 1, the tenth embodiment is an embodiment in which the subscriber specifies the date and time as the setting condition and specifies the automatic incoming call as the operation condition, and the destination specified at the date and time specified in advance. Call automatically from. FIG. 11 shows the processing sequence. It is necessary for the subscriber to register in advance the date and time at which the call is to be received and the telephone number of the party to be called from the own mobile station. When the messages are transferred together, the simultaneous transfer of the messages is specified, and when the type of the message to be transferred is specified, the message type is specified in advance.

Although an example of the condition items stored in the condition storage unit in this embodiment is not shown, FIG.
Item numbers 8 and 10 in (e) are changed as follows. First, an incoming call is set in the operation designation of item No. 8. The item number 10 stores designation information (here, a telephone number) of a caller.

In the tenth embodiment, as shown in FIG. 11, first, up to the detection of the simultaneous transfer designation of the message according to the sixth embodiment. However, when a message is also transferred at the time of the automatic call receiving operation, the process is performed up to the message transfer process of the specified type. Thereafter, as in the ninth embodiment, a search is made for a receiving terminal and a calling terminal, and an automatic incoming call process is performed.

The tenth embodiment can be used in a convenient manner similar to the sixth embodiment. For example, when it is necessary to regularly contact a certain party, by registering the date and time with the other party in advance, it is possible to automatically receive a call to your mobile station. That is, there is an advantage that the user is not forgotten to contact, and is relieved from the trouble of having to always be aware of the need to contact. (11) Eleventh Embodiment Setting condition ... Detailed position is specified Operation: Automatic incoming call specification An eleventh embodiment will be described with reference to Table 1 and FIG.
As shown in Table 1, the eleventh embodiment is an embodiment in which a subscriber specifies a detailed position (location) as a setting condition and an automatic call is specified as an operation condition. When you reach, the call is automatically received. FIG. 12 shows the processing sequence.

The subscriber needs to register in advance the detailed position (location) where the call is desired and the telephone number of the destination to be called from the mobile station. For example, in order to receive a message when arriving at Tokyo Station, the subscriber needs to register in advance the detailed location (location) and the telephone number of the call destination to which an automatic call is desired from his own mobile station. . For example, if you want to automatically place a call when you arrive at Tokyo Station, enter "Tokyo Station" as the designated location on the detailed location registration screen. As the input method at this time, several methods as described in the third embodiment can be considered. If automatic message transfer is desired at the same time, automatic message transfer is also set. When specifying the type of a message to be automatically transferred, the message type is also specified in advance.

FIG. 15F shows an example of the condition items stored in the condition storage unit in this embodiment. As in the first embodiment, the item number 1 designates the telephone number of the mobile station owned by the subscriber, and the item number 2 designates both a text message and a voice message as a message transfer type. This embodiment is an embodiment in a case where a subscriber specifies a detailed position (location) as a setting condition and specifies an automatic incoming call as an operation. Therefore, the item No. 3 is not specified, and the detailed position (here, Tokyo Station) specified in the item No. 5 is stored after being converted into latitude and longitude. In item No. 4, information on the position registration area to which the specified detailed position belongs is searched and stored on the system side. Nothing is specified in No. 6 and No. 7,
In the operation designation of item No. 8, an incoming call is set. No. 9
The bit is set when the message transfer is specified at the same time when a call is received satisfying the conditions. The item number 10 stores designation information (here, a telephone number) of a caller.

As shown in FIG. 12, in the eleventh embodiment, when the simultaneous transfer of messages is designated as in the seventh embodiment, the processing up to the transfer of the designated type of message is performed according to each condition. Perform while comparing with. Thereafter, as in the ninth embodiment, a search is made for a calling terminal and an automatic call receiving process is performed.

The eleventh embodiment is suitable for use similar to that of the seventh embodiment. For example, when a child arrives at the nearest station, it can be set to automatically call from home and automatically call the terminal owned by the child, or when a visitor arrives at the nearest station to visit. When a user comes in, a setting can be made so that a call is automatically made from the destination and a call is automatically received at the visitor's terminal. The difference from the seventh embodiment is the difference between the calling side and the calling side. The calling side and the called side can be determined in consideration of the call charge and the like. (12) Embodiment 12 Setting conditions: Position area specified
Operation: Case of Automatic Call Designation A twelfth embodiment will be described with reference to Table 1 and FIG.
As shown in Table 1, the twelfth embodiment is an embodiment in a case where the subscriber specifies an area such as a prefecture or a municipal as a setting condition and specifies an automatic incoming call as an operation. FIG. Is shown. The subscriber needs to register in advance the location area where he / she wants an automatic call and the telephone number of the caller from the mobile station. For example, if it is desired to set to automatically receive a call when entering Tokyo, the user inputs "Tokyo" on the location area registration screen. As an input method at this time, several methods as described in the fourth embodiment can be considered. If automatic message transfer is desired, the message transfer is also specified. When the type of a message to be automatically transferred is specified, the message type is also specified in advance.

An example of the condition items stored in the condition storage unit in the present embodiment is not particularly shown in FIG.
Item numbers 8, 9, and 10 of 5 (d) are changed as follows. First, an incoming call is set in the operation designation of item No. 8. In item number 9, a bit is set if the message transfer is also specified at the same time when a call is received satisfying the conditions. The item number 10 stores designation information (here, a telephone number) of a caller.

As in the eighth embodiment, when the simultaneous transfer of messages is designated, the processing up to the saving of the message is performed while comparing with each condition. Thereafter, as in the ninth embodiment, the receiving and originating terminals are searched, and the automatic incoming call processing is performed.

According to the twelfth embodiment, a convenient use can be made such that a setting is made so that a contact can be made from a company when a business traveler arrives in the company region.

[0072]

According to the present invention, it is possible to control the transfer of a message, the outgoing call, and the incoming call according to the time and location of the subscriber. Also, at the time of message transfer, a message of a specified type can be transferred. Therefore, a meticulous response in accordance with the behavior of the subscriber becomes possible.

[Brief description of the drawings]

FIG. 1 is a diagram showing an overall configuration of an embodiment of the present invention.

FIG. 2 is a sequence diagram of a message transfer process according to the first embodiment of the present invention.

FIG. 3 is a sequence diagram of a message transfer process according to a second embodiment of the present invention.

FIG. 4 is a sequence diagram of a message transfer process according to a third embodiment of the present invention.

FIG. 5 is a sequence diagram of a message transfer process according to a fourth embodiment of the present invention.

FIG. 6 is a sequence diagram of an automatic calling process according to a fifth embodiment of the present invention.

FIG. 7 is a sequence diagram of an automatic calling process according to a sixth embodiment of the present invention.

FIG. 8 is a sequence diagram of an automatic calling process according to a seventh embodiment of the present invention.

FIG. 9 is a sequence diagram of an automatic calling process in the eighth embodiment of the present invention.

FIG. 10 is a sequence diagram of an automatic call receiving process in the ninth embodiment of the present invention.

FIG. 11 is a sequence diagram of an automatic call receiving process according to the tenth embodiment of the present invention.

FIG. 12 is a sequence diagram of an automatic call receiving process according to the eleventh embodiment of the present invention.

FIG. 13 is a sequence diagram of an automatic call receiving process according to a twelfth embodiment of the present invention.

FIG. 14 is a diagram illustrating items stored in a condition storage unit of a memory unit of the base station control station.

FIG. 15 is a diagram illustrating a specific example of items stored in a condition storage unit of a memory unit of a base station control station.

[Explanation of symbols]

100a, b mobile station, 101 call connection / control information reception / transmission processing unit, 102 message storage unit, 103 memory unit, 104 location calculation processing unit, 105, 112 timer, 107 base station control station, 108: memory unit, 109
... condition storage unit, 111 ... message save area, 113 ... processing unit, 114 ... search processing unit, 115 ... message call processing unit, 116 ... call connection / control information reception / transmission processing unit, 117
... Home location register, 118 ... Mobile station location area storage unit, 121 ... Message center, 124 ... Content server.

──────────────────────────────────────────────────続 き Continued on the front page (51) Int.Cl. ⁷ Identification symbol FI Theme coat ゛ (Reference) H04B 7/26 109L F-term (Reference) 5K030 GA17 HA05 HC09 JA02 JA11 JL01 JT09 KA06 LD11 LD13 5K051 AA08 BB02 5K067 AA34 BB04 DD52 DD53 DD54 EE02 EE10 EE16 GG11 HH17 HH23 JJ52 JJ54 5K101 KK02 LL12 NN21

Claims (9)

[Claims] 1. A mobile communication system in which a plurality of mobile communication terminals are connected to a communication network via a base station and a base station control station for controlling the base station, wherein the mobile communication terminal has operating conditions and Input means for inputting an operation content when the condition is satisfied, a storage unit for storing the operation condition, and a communication process for transmitting the operation content and the operation condition to a base station control station via the base station And a detection unit for detecting whether or not the operation condition is satisfied, wherein the base station control station stores the operation condition and the operation content received from the mobile communication terminal via the base station. A storage unit, a search processing unit that searches for an operation condition and an operation content stored in the storage unit every time there is a location registration request from the mobile communication terminal, and a search processing unit that searches through the base station based on the operation condition and the operation content. The mobile communication terminal Mobile communication system characterized by having a communication processing unit that performs a communication process and between. 2. A base station control station for controlling a base station of a mobile communication system, wherein the base station control station receives designation of an operation condition and an operation content from a mobile communication terminal via the base station, Controlling the base station to perform communication processing based on the specified operation content with respect to the mobile communication terminal when the operation condition is satisfied; and specifying the operation condition and the operation content as information. A storage unit that stores in association with the mobile communication terminal that has been, a search processing unit that searches for the operation content specified by the mobile communication terminal and the mobile communication terminal when the operation condition is satisfied,
A base station control station, comprising: a communication processing unit that controls a base station so that the mobile communication terminal performs a communication process based on the operation content. 3. A mobile communication terminal connected to a mobile communication network, wherein information for designating an operation condition and an operation content is transmitted to said mobile communication network in advance, and said operation condition is satisfied when said operation condition is satisfied. A mobile communication terminal which receives communication control based on the specified operation content from a mobile communication network side, comprising: input means for inputting information for specifying the operation condition and operation content; and storing information for specifying the operation condition. A storage unit, a detection unit that detects whether the operation condition is satisfied, and a transmission / reception of the communication information including a transmission of information specifying the operation condition and the operation content to the mobile communication network side and the mobile communication. A mobile communication terminal comprising: a communication processing unit that performs connection processing with a network side. 4. A method for transferring a message stored in a mobile communication network to a mobile communication terminal capable of making a call, wherein a message transfer condition and a transfer message type specified in advance from the mobile communication terminal are transferred to the mobile communication terminal. It is stored in association with the terminal, and when there is access from the mobile communication terminal, it is searched whether or not the message transfer condition and the transfer message type corresponding to the mobile communication terminal are stored. A message transfer method, wherein a message of the stored type is transferred to the mobile communication terminal based on the message transfer condition. 5. An automatic communication method in a mobile communication network, wherein a communication start condition, communication partner information, and communication type specified in advance by a mobile communication terminal are stored in association with the mobile communication terminal. When there is access from the communication terminal,
The communication start condition, the communication destination information, and the communication type corresponding to the mobile communication terminal are searched to determine whether or not the communication type is stored. If the communication type is stored, the communication destination information and the communication are set based on the communication start condition. An automatic communication method, wherein a communication setting is performed so as to perform communication of a specified type with a specified destination by referring to the type. 6. The input means according to claim 1 or 3, wherein the operating condition is to input a date and time, a place, or an area such as a prefectural city. 7. The storage unit according to claim 2, wherein a date and time, a place, or an area such as a prefectural city is stored as information for designating an operation condition. 8. The input means according to claim 1 or 3, wherein the input means transfers a message stored in the mobile communication network, automatically calls a designated destination, or automatically receives a call from the designated destination. Is input. 9. The storage unit according to claim 2, wherein the information for designating the operation content includes transferring a message stored in the mobile communication network, automatically calling a designated destination, or automatically transmitting a message from the designated destination. It is characterized by storing an incoming call.