JP4087799B2 - Mobile communication terminal automatic call service device and mobile communication terminal device - Google Patents

Description

  The present invention relates to a mobile communication terminal automatic call service device and an automatic call service that specify a call time by a user for a mobile communication terminal such as a mobile phone and automatically call the mobile communication terminal when the specified time comes. It is related with the mobile communication terminal device which receives.

Conventionally, a wake-up call service using a telephone is known as a hotel customer service. The user rings a telephone at a time specified by the user, or even hears a voice message when the user picks up the handset.
On the other hand, some mobile phones have a function of sounding an alarm at a specified time depending on the model. A fixed pattern or ringtone can be selected as an alarm sound. If this alarm function is used, the above-mentioned wake-up call can be realized inside the mobile phone.

Recently, there are mobile phones capable of international roaming. Even if you use the same mobile phone in Japan (home network) or roam out to a foreign mobile communication network, the same mobile phone number remains the same as when you are in the home network. You can make and receive calls.
However, since the mobile phone device having the alarm function described above has only one built-in clock, even if the user moves to a foreign country and there is a time difference between the area where he is located and Japan, the built-in clock is set. It was only possible to set the time based on the standard time of the country (for example, home network).
When specifying the alarm time, the user may consider the time difference. However, when the user moves around the world, it is complicated to reset the alarm time for each moving country.
Some countries have multiple standard times, and many countries have introduced daylight-saving time.

Conventional voice mail service that automatically registers presence / absence according to the set time on an international roaming mobile phone, a call forwarding service that forwards / not forwards or changes the forwarding destination according to the set time, and an incoming call according to the set time A service that regulates outgoing calls is known to receive a service according to the standard time of the user's destination area (see Patent Document 1).
However, the automatic call service was not assumed. The practical problems due to the time difference described above were not recognized.
JP 2000-138969 A

  The present invention has been made to solve the above-described problems, and is capable of receiving an automatic call at a set time based on the standard time of a region where the mobile station is located, and a mobile communication terminal automatic call service device and a mobile communication terminal The object is to provide an apparatus.

The present invention, in the invention according to claim 1, the user setting operation in the mobile communication terminal, is specified time by standard time areas where the mobile communication terminal is located, or the specific region and the specific region time by specifying time, the specified time setting means for setting one of a serving area confirmation means for confirming an area in which the mobile communication terminal is currently located, currently standing confirmed by the visited local checking means The current time according to the standard time of the area in which the mobile communication terminal is set becomes the specified time according to the standard time of the area where the mobile communication terminal is located, or the current time according to the standard time of the specific area is a setting time detecting means for detecting that became specified time by time zone for a particular region set by the designated time setting means, the setting time detection means wherein the specified time When it detects that it is now, and has a transmitting means for automatically calling said mobile communication terminal.
Therefore, the mobile communication terminal can receive an automatic call at a designated time according to the standard time of the area in which the mobile communication terminal is located. The mobile communication terminal can also set a specified time according to the standard time of a specified specific area (for example, an area with a home network) and receive an automatic call at the specified time.
The set time detecting means calculates the time difference between the standard time in the area where the mobile communication terminal is currently located and the standard time adopted in the clock of the mobile communication terminal automatic call service device. Is detected at the specified time.
The automatic call not only sounds a ringing tone (ringing tone) but also has a voice message sending means for sending a voice message to the user when the called mobile communication terminal answers automatically or manually. Good. Moreover, you may alert | report the designated time with a voice message from mobile communication terminal device itself with respect to an automatic call.

According to the present invention, in the invention described in claim 2 , the automatic call service device is set with a designated time according to the standard time of the area where it is located, or a specific area is set and the specified time is specified. When the current time according to the standard time of the region where the user is currently located becomes the specified time according to the standard time of the region where the user is present, or the specific time A mobile communication terminal device that receives an automatic call from the automatic call service device when the current time at the standard time of the region becomes a specified time according to the standard time of the specific region, and is present by a user setting operation. A designated time setting method for setting either the designated time according to the standard time of the area in which the service area is located or the designated time according to the standard time of the specific area and the specific area. And caller number identifying means for identifying the caller number when a call is made, and automatic when the caller number identified by the caller number identifying means is the subscriber number of the automatic call service device. An automatic incoming means for receiving an incoming call and a voice message receiving means for receiving a voice message from the automatic call service device when an automatic incoming call is received by the automatic incoming means.
Therefore, the mobile communication terminal can set a designated time according to the standard time of a designated specific area (for example, an area where the home network is located), and can receive an automatic call at the designated time.

According to the present invention, there is an effect that an automatic call can be received at a designated time regardless of the area where the mobile communication terminal apparatus can receive the international roaming service.
As a result, there is no trouble for the user to correct the time difference due to the region or daylight saving time while traveling abroad. Regardless of where you stay, you can always receive a call at a designated time in your area.
If you can specify either the standard time in a specific area, for example, Japan where the home network is located, or the standard time in the area where you are located, the departure time is not limited to a wake-up call. And an automatic call service suitable for various purposes such as notification of the start time of a conference call.
As a result, schedule management is easier for users who do business around the world.

FIG. 1 is a system configuration diagram for explaining an embodiment of the present invention.
In the figure, 1 is a foreign mobile communication network (Visited Network), 2 is a Japanese mobile communication network (Home Network), 3 is a mobile phone, and 4 is a call center (automatic call center).
The cellular phone 3 is subscribed to the mobile communication network 2 in Japan, and in the illustrated example, is located in the foreign mobile communication network 1 that is the roaming destination.
The call center 4 is installed in the mobile communication network 2 in Japan, but may be provided in the foreign mobile communication network 1.
It may be provided outside the mobile communication network. When provided in the mobile communication network, the function of the call center 4 may be realized by cooperation of a plurality of exchanges and server devices.

A visitor location register (VLR) 5 in a foreign mobile communication network 1 is provided corresponding to a mobile services switching center (MSC) 8 and is a regional network managed by the MSC 8. It temporarily holds subscriber information for all mobile phones in the area. It also holds subscriber information of the mobile phone 3 that has roamed.
A home location register (HLR) 6 in the Japanese mobile communication network 2 holds location information, authentication information, additional service information, etc. for all subscribers who subscribe to the Japanese mobile communication network 2. ing.
In addition, a visitor location register VLR7 is provided in the mobile communication network 2 in Japan corresponding to the mobile switching center MSC11, and roaming subscriber information of all mobile phones located in a mobile communication network in a certain area. It also temporarily holds information including mobile phone subscriber information.
The VLR 5 is connected to the HLR 6 via the international relay network and acquires subscriber information. The VLR 7 is also connected to the HLR 6 to acquire subscriber information.

That is, when the mobile phone 3 makes a location information registration request in the foreign mobile communication network 2, this request is notified to the VLR 5 from a base station (not shown).
A request for location registration is made from the VLR 5 to the HLR 6 together with a request for authentication information. At that time, the VLR 5 notifies the HLR 6 of position information for identifying the mobile communication network. The HLR 6 recognizes the roaming destination mobile communication network, stores location information in correspondence with the subscriber, and notifies the authentication information and subscriber information to the VLR 5. Therefore, in the HLR 6, the position information of the mobile phone 3 is held while being constantly updated.
The mobile phone 3 includes a mobile switching center MSC (Mobile Services Switching Center) 8, a Kanmon mobile switching center G-MSC (Gateway-Mobile services Switching Center) 9, an international relay network, and a G-MSC 10, MSC 11 of the Japanese mobile communication network 2. Is connected to the call center 4 via.

The call center 4 includes a communication interface 12, a control unit 13, a clock device 14, and a database DB 15.
A service such as a wake-up call is provided to the user of the mobile phone 3 by calling the mobile phone 3 at a certain time designated by the user and transmitting an automatic message stored in the database 15.
The call center 4 automatically calls at a designated time designated at standard time in the area where the mobile phone 3 is located.

The control unit 13 of the call center 4 always establishes a session with the HLR 6. Therefore, the area where the mobile phone 3 is located is confirmed by the location registration information stored in the HDR 6 and stored in the database 15.
A conventional automatic voice response device IVR (Interactive Voice Response) can be used for setting the automatic call designated time. In addition, a voice message transmitted at the time of automatic calling can be performed by the voice automatic response device IVR.
For example, the clock device 14 outputs the time based on the standard time of a region (Japan) where the home network is located. The control unit 13 performs time calculation for adjusting to the standard time of the area where the area is located, and automatically calls the designated time when the area where the area is located is reached.

FIG. 2 is an explanatory diagram of the call center shown in FIG. In the figure, the same parts as those in FIG.
The control unit 13 is realized by a CPU (Central Processing Unit) that operates according to a control program, and has the following functional configuration.
The designated time setting unit 22 responds to the telephone call from the user of the mobile phone 3 and activates the voice message sending unit 23, and according to the user's instruction of the mobile phone 3 according to the standard time of the area where the mobile phone 3 is located. Set the specified time. Here, the area where the mobile phone 3 is located changes as the user moves. Settings are stored in the database 15.
The located area confirmation unit 21 confirms the area where the set mobile phone 3 is currently located by always accessing the HLR 6 shown in FIG.

The set time detecting unit 25 confirms that the current time according to the standard time of the area where the mobile phone 3 is currently located, which has been confirmed by the located area confirming unit 21, is the designated time set by the designated time setting unit 22 described above. Is detected.
The set time detection unit 25 detects that the set designated time has been reached by calculating to correct the time difference between the standard time in the area where the mobile phone 3 is currently located and the standard time of the clock device 14. The
When the set time detection unit 25 detects that the set designated time has been reached, the transmission unit 24 causes the communication interface 12 to automatically dial the mobile phone subscriber number (phone number) to automatically call the mobile phone 3. To do.
When the mobile phone 3 enters a call state in response to this automatic call, the transmitting unit 24 activates the voice message sending unit 23 to notify that the designated time has come.

The specified time setting unit 22 described above may be configured so that a specific area is fixedly specified in advance and the specified time can be set instead of the specified time according to the standard time of the area where the mobile phone 3 is located. As a default, an area where the home network of the mobile phone 3 is located is specified.
Accordingly, the set time detection unit 25 determines the current time according to the standard time of the area where the mobile phone 3 is currently located, which is confirmed by the located area confirmation unit 21 according to the setting state of the specified time setting unit 22 described above. The specified time according to the standard time of the area where the mobile communication terminal is located, which is set by the specified time setting unit 22, or the current time according to the standard time of a specific area which is fixedly specified in advance is the specified time setting unit 22. It is detected that the designated time according to the standard time of the area set in advance and fixedly designated is reached.

The functional configuration on the mobile phone 3 side is not shown. Basically, a conventional mobile phone may be used as it is. A designated time is set for the call center 4 according to the standard time of the area in which the call center 4 is located, and an automatic call is received from the call center 4 at the designated time in the standard time of the area where it is currently located.
Depending on the service function of the call center 4, the mobile phone 3 may set a designated time according to the standard time of the area in which the mobile phone 3 is located, or set a specific area and set this specific area. Set the specified time according to the local standard time.
When the current time according to the standard time of the region where you are currently located becomes the specified time according to the standard time of the region where you are located, or the current time in the standard time of a specific region is specified by the standard time of a specific region When the time comes, an automatic call from the call center 4 can be received.

The mobile phone 3 includes a caller number identifying unit that identifies a caller number when a call is made. In addition, depending on the model of the mobile phone 3, there is a function of automatically receiving a call when a call is made if a predetermined condition is satisfied. Therefore, by combining these functions, an automatic receiving unit that automatically receives a call when the caller number identified by the caller number identification unit is the subscriber number of the call center 4 described above may be provided.
A voice message is received for receiving a voice message from the call center 6 when an automatic call is received by the automatic call receiving unit.

FIG. 3 is an explanatory diagram of information held in the database 15 of the call center 4 shown in FIG.
FIG. 3A and FIG. 3B are explanatory diagrams showing first and second examples of the user specified time database.
In FIG. 3A, for each mobile phone 3 that has been set, the subscriber number (phone number), area information (area information, area network information), standard time of the clock device 14 of the call center 4, and The time difference from the standard time in the time designated area, which will be described later, the designated time, and information on the time designated area are held.

The subscriber number is acquired from the caller number of the home location register HLR6 or charging information description record CDR (Charging Data Record, Call Detail Record).
The area information is acquired from the position information of the HLR 6 and updated when the position information changes.
The time designation area is information for determining a standard time which is a reference for automatic call time designation, and is designated by the user.
When the designated time area is the area where the mobile phone 3 is located, the designated time is set in standard time in the area where the mobile phone 3 is currently located. When the specific area is set, the designated time is set in the standard time in the specific area designated in advance when the time is set. By default, the specific area is the area of the home network, and in the illustrated example, it is Japan.

FIG. 3C is a time difference table showing time differences.
The time difference is normally determined by the time difference (time difference) from the standard time (Japan) used by the timepiece device 14 when the country of presence is determined.
However, in the United States, Canada, etc., different standard times are set in Japan. Accordingly, the country information alone is not sufficient, and it is necessary to acquire the area network information corresponding to the narrow area until the time difference can be obtained.
A large number of mobile switching centers MSC8 are installed for each region in the mobile communication network 2 in a foreign country (region of presence). Usually, the VLR 5 is also integrated with the mobile switching center MSC8.
Therefore, information for identifying the VLR 5 can be used as the visited network information.

Also, the mobile communication network identifier PLMN identity is known. The upper 3 digits are the country identifier (MCC: Mobile Country Code), and the lower 2 digits are the operator identifier (MNC: Mobile Network Code). Represents a service area.
However, there are many cases where a service is provided across multiple standard times. Therefore, even for the same business operator, the PLMN identity described above can also be used as the regional information if the business operator identifier is changed according to the region having a different time difference.
It should be noted that one standard time may be set in advance for each country in which the country is located, and a common standard time may be determined for each country in which the country is located.
Also, during the daylight saving time of each country, the time difference is changed according to the actual situation of each country. Depending on the user's specification, it may be possible to select whether to set the specified time in daylight saving time or in physical time.

The set time detection unit 25 shown in FIG. 2 refers to the user-specified time database shown in FIG. The area information is extracted, the time difference information is acquired with reference to the time difference information shown in FIG.
The set time detection unit 25 adds the time difference value shown in FIG. 3A to the current time (Japan Standard Time) output from the timepiece device 14, so that the mobile phone 3 in the area where each mobile phone 3 is located. The local time according to the standard time is calculated, and a time at which the calculated local time coincides with the designated time shown in FIG.

For example, when the United Kingdom (GBR) is in the area where the designated time is 6 o'clock (am) in the area, the standard time in the UK is the time difference when the standard time in Japan is 15:00. In addition, 15 + (− 9) = 6 o'clock, so the automatic call time coincides with the specified time.
If the time designation area is a specific area, the specific area is designated and the time difference is acquired with reference to the difference time table shown in FIG. The same calculation as in the case of.
Of course, if the standard time in the fixed area matches the standard time of the clock device 14 in the call center 4, there is no time difference, so there is no need to refer to the differential time table in FIG.

Also, a second example of the user specified time database shown in FIG.
If the time designation area shown in FIG. 3B is a located area, the located area information is extracted and the difference time information shown in FIG.
By subtracting the time difference acquired with reference to FIG. 3C to the designated time shown in FIG. 3B, the designated time converted to the standard time of the clock device 14 (Japanese standard time) is calculated. And keep it.
When the clock device 14 coincides with the converted designated time, an automatic call is made.
For example, when the United Kingdom (GBR) is a country in which the country is located and the designated time is 6 o'clock in the country in which it is located, the standard call time in Japan is 6 o'clock-(-9 hours) = 15 o'clock. It will be.

FIG. 4 is a sequence diagram for explaining signals and messages between the mobile phone 3 and the call center 4 in the embodiment shown in FIG.
The control procedure between the exchange and the base station is omitted.
There are various ways in which the mobile phone 3 responds when an automatic call is made from the call center 4. 4A to 4C show manual response, automatic response, and terminal message automatic activation. The procedure for setting the designated time is the same.

In FIG. 4A, the user of the cellular phone 3 connects to the call center 4 by dialing the telephone number of the call center 4 and performing a start operation (31). The designated time setting unit 22 shown in FIG. 2 acquires the subscriber number of the mobile phone 3 using the CDR sender information or the HLR 6 subscriber information. In addition, the located area confirmation unit 21 acquires the position information of the mobile phone 3 from the HLR 6.
The voice message sending unit 23 sends the voice guidance (32) stored in the database 15 to the mobile phone 3.

The user of the mobile phone 3 sets a specified time, a specified time region, etc. for automatic calling in the specified time setting unit 22 by sending a push tone by operating a dial button in the procedure described later with reference to FIG. 33).
When the setting is completed, the voice message sending unit 23 sends the completion confirmation message (34) stored in the database 15.
The user of the cellular phone 3 is disconnected (35) by operating the end button.
At the time of disconnection, the designated time setting unit 22 stores the subscriber number (telephone number) of the mobile phone 3 that has received the setting and the area information in the database 15 in FIG. 3 (a) or FIG. 3 (b). Store in the specified user specified time database.

The located area confirmation unit 21 inquires whether the mobile phone 3 has moved and the location information of the mobile phone 3 in the HLR 6 has been updated after the setting. As a result, when it is confirmed that the location information has been updated, the in-zone area report shown in FIG. 3A or FIG. 3B is automatically updated.
While constantly monitoring the clock device 14, the set time detection unit 25 converts the current time of the clock device 14 into the current time of the country in which the clock device 14 is based on the area information shown in FIG. The information at the designated time shown in 3 (a) is checked.
If the current time after conversion is the designated time, the calling unit 24 automatically dials the registered telephone number of the user's mobile phone 3 and calls (36). The mobile phone 3 outputs a ring tone.

When the user presses the start button to answer the call (36), the mobile phone 3 and the call center 4 are connected (37).
The voice message sending unit 23 sends a designated time arrival notification (38) by a voice message stored in the database 15. The content may be simply a notification that the designated time has come, or a specific report of the designated time.
When the user of the mobile phone 3 operates the end button, the call is disconnected (39).
If the user does not respond to the call (36), the call is stopped after a predetermined time on the transmission unit 24 side.

In FIG. 4B, when there is a call (40), the mobile phone 3 connects (41) immediately or automatically after a predetermined time elapses. In a mobile communication network, a caller ID is notified from the mobile communication network side when calling.
When the notified caller number is a call center 4 subscriber number stored in advance, the mobile phone 3 automatically responds to the call and enters a call state without having to operate the start button. A notification of arrival at a specified time (42) can be heard. When the listening is finished, the call is disconnected (43) by operating the end button.
However, unless the user performs a special button operation, it is desirable to prohibit the transmission function of the mobile phone 3 so that ambient sounds on the mobile phone 3 side are not transmitted.

In FIG. 4C, when the call (44) is made and the caller number is the subscriber number of the call center 4, the voice message on the terminal side is automatically activated immediately or after a predetermined time has elapsed. To do. The ringing tone is stopped.
This voice message is stored in a storage device in the mobile phone 3. With this method, there is no need to automatically answer and enter a call state.
However, the calling state continues for a predetermined time. Therefore, when a call from another telephone cannot be accepted and the call state is continued, a burden is imposed on the mobile communication network.
Therefore, it is preferable that the mobile phone 3 disconnects (46) the call promptly after automatically answering and temporarily connecting (45).

FIG. 5 is a flowchart for explaining a specific example of the automatic call designated time setting operation. The operation on the call center 4 side is shown, and the operation of the mobile phone 3 is shown indirectly.
In S51, an inquiry is made as to whether the designated time is designated in the standard time of the country where it is located or in the standard time of the home network (Japan).
In S52, a push tone transmitted when the user presses the dial button is received, and the inputted number is identified.
If there is an input error in S53, the process proceeds to S54, an instruction is given for redoing, and the process returns to S51.

If there is no input error, in S55, input of the designated time is requested.
In S56, a push tone is received and identified.
In S57, if there is an input error, the process proceeds to S58, the same process as S54 is instructed, and the process returns to S55.
If there is no input error, confirmation of the setting contents is requested in S59.
In S60, a push tone is received and identified.
If there is an input error in S61, the process proceeds to S62, an instruction is given for redoing, and the process returns to S59.
If there is no input error, the process proceeds to S63. If a push tone indicating setting confirmation is identified, the process proceeds to S64. If not, the process returns to the first S51.
In S64, the completion of the setting is notified, and in S65, the call center 4 is disconnected on the call center 4 side.

In the above description, for the setting process of the wake-up call, the existing IVR device is applied and the user selects and inputs the designated time and the designated time area, so that the setting operation can be performed easily. Even an old-generation mobile phone having only a voice call function or a mobile phone specialized for a call function can have a function for setting a wake-up call or an alarm. Furthermore, if a voice recognition means is provided, the user can give an instruction by voice.
Instead, by using the Internet connection service of the mobile phone 3 and displaying a setting input screen using a web browser and pushing a dial button or the like as appropriate, the call center 4 is designated with a designated time and a designated time zone. You can also specify.
Further, a personal computer may be used to connect to the call center 4 via the Internet, and a designated time setting and a time designated area setting may be performed. The user's mobile phone 3 subscriber number is also entered. After the setting, the area where the mobile phone 3 is currently located is always confirmed.

The voice message content can be switched according to the application. In addition, if a ringing melody for notifying the incoming call from the call center 4 to the mobile phone 3 can be designated, it can be understood that it is an automatic call from the call center 4 instead of a normal telephone only by listening to the ringing melody. If the call is from the call center 4, it is not necessary to press the call start button to enter the call state.
In addition, when a plurality of times can be registered, the incoming melody can be changed at each designated time.

You may enable it to specify the usage form of an automatic call variously. For example, it can be recalled every hour and time can be specified every day and every day. It is also possible to select a ringing tone (ringing tone) and a vibrator operation at the time of calling. Enable ring time (ring tone) ring time setting. A plurality of times may be registered in one mobile phone 3.
By adopting such various usage forms, various time management can be performed beyond the range of the wake-up call.
In addition, when the call center 4 sets the automatic call designated time, etc., when the user receives a call from the mobile phone 3 and connects, the call center 4 checks the area where the mobile phone 3 is currently located and calculates the current time in this area. It is also possible to send the voice message from the voice message sending means. With this voice message, the time of the clock built in the mobile phone can be manually corrected.
In the above description, a mobile communication terminal has been described using a mobile phone as an example. However, a terminal dedicated to data may be used as long as it is a terminal of a mobile communication system in which the area where it is located is known.

It is a system configuration diagram for explaining an embodiment of the present invention. It is explanatory drawing of the call center shown in FIG. It is explanatory drawing of the information currently hold | maintained in the database of the call center shown in FIG. FIG. 2 is a sequence diagram for explaining signals and messages between the mobile phone and the call center in the embodiment shown in FIG. 1. It is a flowchart explaining an example of an automatic call designated time setting operation.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Foreign mobile communication network, 2 ... Japanese mobile communication network, 3 ... Mobile telephone, 4 ... Call center, 5, 7 ... Visitor location register, 6 ... Home location register, 8, 11 ... Mobile exchange, 9, 10 DESCRIPTION OF SYMBOLS: Kanmon mobile exchange, 12 ... Communication interface, 13 ... Control part, 14 ... Clock apparatus, 15 ... Database, 21 ... In-zone area confirmation part, 22 ... Designated time setting part, 23 ... Voice message sending part, 24 ... Transmission Part, 25 ... set time detection part

Claims (2)

A designated time setting for setting either a designated time according to a standard time of a region where the mobile communication terminal is located or a designated time according to a standard time of a specific region and the specific region by a user setting operation in the mobile communication terminal Means,
Visited area confirmation means for confirming the area where the mobile communication terminal is currently located;
The current time in the standard time of the currently located area confirmed by the visited area confirmation means is the designated time set in the standard time of the area in which the mobile communication terminal is located, set by the designated time setting means, or Setting time detecting means for detecting that the current time according to the standard time of the specific area is a specified time according to the standard time of the specific area set by the specified time setting means;
A sending means for automatically calling the mobile communication terminal when the set time detecting means detects that the designated time has been reached;
A mobile communication terminal automatic call service device characterized by comprising: For the automatic call service device, set the specified time according to the standard time of the area in which it is located, or set a specific area and set the specified time according to the standard time of the specific area. When the current time according to the standard time of the region in which the user is currently located becomes the specified time according to the standard time of the region where the user is present, or the current time in the standard time of the specific region is the standard time of the specific region A mobile communication terminal device that receives an automatic call from the automatic call service device when the designated time is reached,
A designated time setting means for setting either a designated time according to a standard time of a region where the user is located or a designated time according to a standard time of the specific region and the specific region by a user setting operation;
A caller ID identifying means for identifying the caller ID when a call is made;
Automatic call receiving means for automatically receiving a call when the caller number identified by the caller number identification means is a subscriber number of the automatic call service device;
A voice message receiving means for receiving a voice message from the automatic call service device when an automatic call is received by the automatic call receiving means;
A mobile communication terminal apparatus comprising:

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