JP2002262332A - Mobile communication system, mobile communication method, and mobile communication program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a mobile communication system that accurately and automatically restricts communication when a mobile communication unit in a receiver side is located at a place of disabled communication and that informs a mobile communication unit in a caller side about the state of the mobile communication unit in the receiver side. SOLUTION: The mobile communication system 110 of this invention is provided with a communication control section 11, a disabled position DB 15 that stores map information of a communication disabled place, a communication disabled registration DB 14 that registers mobile communication units located at a disabled place, a position detection processing section 12 that detects the position of a mobile communication unit 20a on the basis of the position information and registers the information of the mobile communication unit 20a when the position is registered in the disabled position DB 15, and a recipient detection notice section 13 that determines whether or not a mobile communication unit 20b is registered in the communication disable registration DB 14 depending on a call request from the mobile communication unit 20b and informs the mobile communication unit 20b about it if the unit has been registered.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

TECHNICAL FIELD The present invention relates to a portable telephone and a PHS
A mobile communication system that detects the position of a mobile communication device such as a personal communication device (Personal Handy phone System), and notifies other mobile communication devices of the status of the mobile communication device located at a predetermined location; And a mobile communication program. In particular, when the mobile communication device on the receiving side is located in a place where communication is impossible, the communication is accurately and automatically restricted, and the mobile communication device on the receiving side is transmitted to the mobile communication device on the calling side. The present invention relates to a mobile communication system, a mobile communication method, and a mobile communication program capable of notifying a device state.

[0002]

2. Description of the Related Art Recently, mobile phones and PHS (Personal Handy phone) have been developed due to the development of mobile communication devices and communication equipment.
The number of users is increasing year by year, and especially in urban areas, there are many mobile communication devices.

[0003] Such a mobile phone or PHS always transmits a weak radio wave even in a standby state so that communication is always possible, and maintains a communicable state with a base station.

[0004] For this reason, use on trains used by an unspecified number of people, hospitals operating precision equipment, and aircraft during take-off and landing is prohibited or its use is restricted. Also, from the viewpoint of manners, conferences and lectures,
Even in various ceremonies, it may be desirable to restrict communication of a mobile phone or the like.

[0005] In recent years, with the development of mobile communication devices, PHS and mobile phones have been used.
The position of the mobile communication device can be detected.

In such a place where use of the mobile communication device is restricted, the mobile communication device is operated by operating a manner mode function or the like provided as a function of the mobile communication device, or by turning off the power of the mobile communication device. The use of the communication device can be restricted.

[0007]

However, at present, it is up to the moral of the user to restrict the use of the mobile communication device depending on the location.

Therefore, if the morals of the user of the mobile communication device are low, or if the user forgets to turn off the power or set the manner mode, etc., the use of the mobile communication device is very dangerous for others. Or inconvenience others.

SUMMARY OF THE INVENTION Accordingly, an object of the present invention is to accurately and automatically limit the communication of a mobile communication device on the receiving side when the mobile communication device is located in a place where communication is impossible, and to provide a mobile communication device on the calling side. A mobile communication system, a mobile communication method, and a mobile communication system capable of notifying a device of a state of a mobile communication device on a receiving side.
And a mobile communication program.

[0010]

In order to solve the above-mentioned problems, a mobile communication system according to the present invention provides a mobile communication system which responds to a call from a first mobile communication device to a second mobile communication device.
A mobile communication system for notifying a first mobile communication device of a state of a second mobile communication device, the mobile communication device detecting a position of the mobile communication device, and determining whether the mobile communication device is in a communication disabled position. Position detection processing means for judging and registering, communication-disabled registration means for storing the mobile communication device determined to be in a communication-disabled position by the position detection processing means, and second communication from the first mobile communication device In response to the call of the mobile communication device,
It is determined whether or not the second mobile communication device is registered in the communication disable registration unit. If the second mobile communication device is registered in the communication disable registration unit, the first mobile communication device is determined. And receiver detection notifying means for notifying that the communication is disabled.

Here, the mobile communication device further includes an unpossible position storage means for storing a predetermined position at which communication is disabled, and the position detection processing means includes a predetermined position stored in the unpossible position storage means. Based on the position of the mobile communication device, it may be determined whether or not the mobile communication device is in a communication-disabled position and registered.

Further, the position detection processing means detects the position of the mobile communication device based on information from at least three or more base stations that receive radio waves from the mobile communication device.
be able to. At this time, the information from the three or more base stations is a base station ID specifying each base station and the electric field strength of the radio wave from the mobile communication device, and the position of the mobile communication device is represented by latitude and longitude. Identified, can be.

The position detection processing means sets the mobile communication device to a manner mode when the mobile communication device determines that the position is incapable of communication, or turns off the power of the mobile communication device. May be transmitted to the mobile communication device.

Further, there is provided communication disable processing means for notifying that the mobile communication device is located at a predetermined location where communication is disabled, and the position detection processing means is adapted to perform the movement based on the notification from the communication disable processing means. It is possible to determine and register whether the body communication device is at a position where communication is impossible. Here, the communication disable processing unit sets the mobile communication device to a manner mode when notifying that the mobile communication device is located at a predetermined location where communication is disabled, or A control signal for turning off the power may be transmitted to the mobile communication device.

[0015] The receiver detection notifying means may be capable of notifying the first mobile communication device of the reason of the communication disabled state of the second mobile communication device.

[0016] The electronic mail processing means further includes an electronic mail processing means for communicating the electronic mail, and the electronic mail processing means transmits the notification to the first mobile communication device in response to a notification request from the receiver detection notifying means to the first mobile communication device. May be transmitted as an e-mail that can be received by the mobile communication device.

Further, the position detection processing means and the recipient detection notifying means can be executed by a plurality of computer devices.

Further, in order to solve the above-mentioned problem, a mobile communication method according to the present invention provides a first mobile communication device in response to a call of a second mobile communication device from a first mobile communication device. (A) detecting the position of the mobile communication device, and (B) determining whether the mobile communication device is at a position where communication is impossible. (C) In response to a call of the second mobile communication device from the first mobile communication device, it is determined whether or not the second mobile communication device is registered as a position where communication is impossible. (D) When the second mobile communication device is registered as a position where communication is disabled, the first mobile communication device is notified that the second mobile communication device is in a communication disabled state. To be characterized.

Here, in the step (A), the position of the mobile communication device is detected based on information from at least three or more base stations that receive radio waves from the mobile communication device.
be able to. At this time, the information from the three or more base stations is a base station ID specifying each base station and the electric field strength of the radio wave from the mobile communication device, and the position of the mobile communication device is represented by latitude and longitude. Be identified, and so on.

In the step (B), it is determined whether or not the mobile communication device is in a position where communication is impossible, and the mobile communication device is registered. At the time of the registration, the mobile communication device is set to a manner mode, or A control signal for turning off the power of the communication device may be transmitted to the mobile communication device.

Further, (A0) a step of storing a predetermined position at which the mobile communication device becomes incapable of communication is provided, and the step (B) includes the step of storing the predetermined position stored in the step (A0) and the step (A). ), It is possible to determine and register whether or not the mobile communication device is in a position where communication is impossible, based on the position of the mobile communication device detected in the above step.

Further, (A1) a step of notifying that the mobile communication device is located at a predetermined place where communication is impossible is provided, and the step (B) is performed based on the notification from the step (A1). It is possible to determine whether or not the body communication device is at a position where communication is impossible and register the position.

In step (A1), when notifying that the mobile communication device is located at a predetermined location where communication is disabled, the mobile communication device is set to a silent mode, or the power supply of the mobile communication device is set to a silent mode. May be transmitted to the mobile communication device.

In the step (D), the first mobile communication device may be notified of the reason of the communication disabled state of the second mobile communication device, and the step (D) may be performed.
May notify the first mobile communication device by an e-mail that can be received by the first mobile communication device.

Further, in order to solve the above-mentioned problems, a mobile communication program according to the present invention comprises a first mobile communication device in response to a call from a first mobile communication device to a second mobile communication device. A mobile communication program having a function of notifying a state of a second mobile communication device, wherein (A) a function of detecting a position of the mobile communication device, and (B) a communication failure of the mobile communication device. And (C) a position where the second mobile communication device cannot communicate in response to a call from the first mobile communication device to the second mobile communication device. And (D) when the second mobile communication device is registered as a position where communication is impossible, the second mobile communication device is registered with the first mobile communication device. And a function for notifying that the device is in a communication disabled state. Characterized in that it obtain.

Here, the above-mentioned mobile communication program is:
Function (A), Function (B), Function (C), and Function (D)
Executed by a plurality of computer devices,
You can also do so.

According to the location of the mobile communication device, it is registered in the communication disabled DB, and when calling the mobile communication device,
By searching the communication disabled DB, it is determined whether or not the mobile communication device on the receiving side is registered. If registered in the communication disabled DB, a communication disabled notification is sent to the calling mobile communication device. For this reason, the call to the mobile communication device on the receiving side can be restricted, and the state of the mobile communication device on the receiving side can be notified to the mobile communication device on the calling side.

[0028]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of a mobile communication system, a mobile communication method, and a mobile communication program according to the present invention will be described below with reference to the drawings. In the following, a mobile phone or a PHS (Personal) is used for both the calling side and the receiving side.
It is described as a mobile communication device such as a Handy phone System).

<First Embodiment> FIG. 1 is a diagram showing an embodiment of a mobile communication system according to the present invention. In the usage form of the mobile communication system 110 of the present invention, the PHS held by the user on the receiving side, the mobile communication device 20a such as a mobile phone, the PHS held by the user on the calling side,
A mobile communication device 20b such as a mobile phone, a base station 30 that is a communication station of the mobile communication devices 20a and 20b, and a position of the mobile communication device 20a based on position information from at least three or more base stations 30. The mobile communication device 20a in the communication disabled state is detected and determined whether or not it is in the communication disabled state, and in response to a communication (calling) request from the mobile communication device 20b.
And a mobile communication system 110 that notifies the mobile communication device 20b of the state of the mobile communication device 20b.

FIG. 2 is a diagram showing a specific form of the mobile communication system 110 shown in FIG. 2, a mobile communication system 110 includes a communication control unit 11 for transmitting and receiving radio waves to and from a base station 30, and mobile communication devices 20a such as hospitals, train routes, ceremony halls, conference rooms, and lecture halls. , 20b (FIG. 1), a non-communicable location DB (Data Base) 15 for registering a non-communicable location with map information, etc.
Communication impossible registration DB 14 for registering device specifying information such as a telephone number and a device ID for specifying a mobile communication device at a location registered in the impossible position DB 15 together with the position information.
And the mobile communication device 20 based on the position information contained in the radio wave from the base station 30 received by the communication control unit 11.
a, 20b (FIG. 1) is detected, and if the detected position of the mobile communication device 20a is a location registered in the improper position DB 15, the device identification information and the position information of the mobile communication device 20a are communicated. The mobile communication device 2 responds to a position detection processing unit 12 to be registered in the refusal registration DB 14 and a call request from the mobile communication device 20b to the mobile communication device 20a.
0a is registered in the communication disable registration DB 14, and the mobile communication device 20a determines whether the communication disable registration DB 14
And a receiver detection notifying unit 13 for notifying the mobile communication device 20b of the fact when registered in the mobile communication device 20b.

Hereinafter, a specific example of the mobile communication method using the mobile communication system 110 will be described.

FIG. 3 is a flowchart showing a mobile communication method using the mobile communication system 110. Figure 1
3, the position detection processing unit 12 of the mobile communication system 110 detects and confirms the current position of the mobile communication device 20a such as a mobile phone or a PHS (Step 30).
1). This detection is performed, for example, when three or more base stations 30 receive standby radio waves emitted from the mobile communication device 20a, and from each base station 30 to the communication control unit 11, the user ID of the mobile communication device 20a ( (Telephone number) and the electric field strength of the received radio wave. The position detection processing unit 12
The latitude and longitude are calculated based on the user IDs and the electric field strengths of the mobile communication devices 20a from the three or more base stations 30 received by the communication control unit 11, and the position of the mobile communication device 20a can be detected.

When the mobile communication device 20a is located at a predetermined location registered in the disabled location DB 15 in advance as a disabled location such as a hospital, train, ceremony hall, movie theater, theater, or conference hall (step 302). ), The position detection processing unit 12 of the mobile communication system 110 registers the position information indicating the position and the user ID in the communication disable registration DB 14 (step 303).

Here, the position detection processing unit 12 of the mobile communication system 110 transmits a control radio wave which can set the mobile communication device 20a to a manner mode (ringing sound OFF, power OFF) according to the location where the mobile communication device 20a is located. The mobile communication device 20a is sent to the communication device 20a, and switches to a manner mode according to the received control radio wave (step 304).
After this, the position detection processing unit 12 of the mobile communication system 110 detects the position of the mobile communication device 20a (Step 301).

The mobile communication device 20a does not go out of a predetermined place previously registered in the impossible position DB 15 as a communication impossible position such as a hospital, on a train, a ceremony hall, a movie theater, a theater, a conference hall (step 305). ), Mobile communication device 20b
When a communication start request (calling) is issued from the mobile communication device 20a to the mobile communication device 20a (step 306), the communication request is transmitted to the communication control unit 1 of the mobile communication system 110 via the base station 30.
1 is received.

In response to the communication start (calling) request from the communication control unit 11, the receiver detection notifying unit 13 determines whether the mobile communication device 20a for which the communication request has been made is registered in the communication disable registration DB 14. Is determined (step 307).

[0037] The mobile communication device 20a has a communication disabled registration DB.
14 (step 307), the receiver detection notifying unit 13 informs the mobile communication device 20b on the communication start (calling) requesting side of the location where the mobile communication device 20a cannot communicate. (Step 308). This notification can include the reason that the mobile communication device 20a cannot communicate.

On the other hand, when the mobile communication device 20a comes out of a predetermined place previously registered in the impossible position DB 15 as a communication impossible position such as a hospital, train, ceremony hall, movie theater, theater, or conference hall ( (Step 305), the position detection processing unit 12 of the mobile communication system 110 deletes the registration information of the mobile communication device 20a from the communication disable registration DB 14 (Step 309).

Then, the position detection processing section 12 of the mobile communication system 110 sends a control radio wave for releasing the manner mode (ringing sound OFF, power OFF) of the mobile communication device 20a to the mobile communication device 20a, Communication device 20a
Releases the manner mode in response to the received control radio wave (step 310). After this, the position detection processing unit 12 of the mobile communication system
The position of a is detected (step 301).

At the time of a communication start (call) request from the mobile communication device 20b (step 306), if the mobile communication device 20a is not registered in the communication disabled registration DB 14 (step 307), the reception is performed. Person detection notifying unit 13
The mobile communication device 20b on the communication start (calling) requesting side is notified that communication with the mobile communication device 20a is possible, and the mobile communication device 20b can start communication with the mobile communication device 20a. Yes (step 311).

The flowchart showing the mobile communication method using the mobile communication system 110 has been described above. The processing flow in the case of performing actual communication will be described below.

(1) Mobile Communication Apparatus 20a Communicates in a Normal Location In this case, the mobile communication apparatus 20a sets "N" in step 302 and step 305 from step 301.
In the state of “O”, step 3 from the mobile communication device 20b
Wait for a call request of 06. Therefore, the mobile communication device 20b
When there is no call request to the mobile communication device 20a from step ("NO" in step 306), steps 301 to 301 are executed.
This means that the state of step 306 is repeated.

Next, at step 306, the mobile communication device 2
If there is a call request from 0b to the mobile communication device 20a (in the case of “YES” in step 306), is the mobile communication device 20a registered in the communication disable registration DB 14 from the receiver detection notifying unit 13? (Step 307). In this case, the mobile communication device 20a
Is not registered in the communication impossible registration DB 14, so that communication between the mobile communication device 20b and the mobile communication device 20a is permitted (step 311).

(2) Communication in a place where mobile communication device 20a cannot communicate In this case, mobile communication device 20a changes from the state of step 301 to "YES" in step 302,
The position is registered in the communication disable registration DB 14 by the position detection processing unit 12 (step 303), and is set to a manner mode (step 304). In this state, the mobile communication device 20
Monitoring of the position of a (step 301) continues.

Here, the determination in step 302 is made only when the mobile communication device 20a enters a location where communication is not possible, so that while the mobile communication device 20a is in a location where communication is not possible (step 303). And after the processing of 304), the determination processing of step 302 becomes “NO”. Therefore, after the mobile communication device 20a is registered in the communication disabled registration DB 14, the mobile communication device 20a returns “NO” to both the steps 302 and 305 from the state of step 301.
Step 306 from the mobile communication device 20b
Waiting for a call request. Therefore, when there is no call request from the mobile communication device 20b to the mobile communication device 20a ("NO" in step 306), step 3 is executed.
This means that the states from 01 to 306 are repeated.

Next, at step 306, the mobile communication device 2
If there is a call request from mobile communication device 20a to mobile communication device 20a from 0b (if step 306 is "YES"), whether mobile communication device 20a is registered in communication impossible registration DB 14 by receiver detection notifying unit 13? (Step 307), and in this case, the mobile communication device 2
Since 0a is registered in the communication-disabled registration DB 14, the receiver detection notifying unit 13 performs the notification process of Step 308.

(3) Communication when the mobile communication device 20a leaves a place where communication is impossible Once the mobile communication device 20a enters a place where communication is impossible, the mobile communication device 20a returns from the state of step 301. Then, the state becomes "YES" in step 302, and is registered in the communication disabled registration DB 14 by the position detection processing section 12 (step 303), and the manner mode is set (step 304). In this state, monitoring of the position of the mobile communication device 20a (Step 301) continues.

Here, the determination in step 302 is made only when the mobile communication device 20a enters a location where communication is not possible. Therefore, while the mobile communication device 20a is in a location where communication is not possible (step 303). And after the processing of 304), the determination processing of step 302 becomes “NO”. Therefore, after the mobile communication device 20a is registered in the communication disabled registration DB 14, the mobile communication device 20a returns “NO” to both the steps 302 and 305 from the state of step 301.
Step 306 from the mobile communication device 20b
Waiting for a call request. Therefore, when there is no call request from the mobile communication device 20b to the mobile communication device 20a ("NO" in step 306), step 3 is executed.
This means that the states from 01 to 306 are repeated.

Next, if the mobile communication device 20a has left the place where communication is not possible, "YES" is determined in step 305, and the position detection processing unit 12 causes the communication disable registration DB 14
Is deleted from the mobile communication device 20a (step 309), and the manner mode is released (step 31).
0).

After that, the mobile communication device 20a is not registered in the communication-disabled registration DB 14 and the state of step 301 is changed to "N" for both step 302 and step 305.
In the state of “O”, step 3 from the mobile communication device 20b
It will wait for a call request of 06.

Next, at step 306, the mobile communication device 2
If there is a call request from 0b to the mobile communication device 20a (in the case of "YES" in step 306), is the mobile communication device 20a registered in the communication disable registration DB 14 by the receiver detection notifying unit 13? (Step 307), and in this case, the mobile communication device 2
Since 0a has not been registered in the communication impossible registration DB 14, communication between the mobile communication device 20b and the mobile communication device 20a is permitted (step 311).

As described above, according to the mobile communication system and the mobile communication method of the present invention, the mobile communication device 20a
Is registered in the communication disabled registration DB 14 in accordance with the location of the mobile communication device 20b, and when a request to start communication (call) from the mobile communication device 20b to the mobile communication device 20a is retrieved, the communication disabled registration DB 14 is searched and received. It is determined whether or not the mobile communication device 20a on the side is registered. If the mobile communication device 20a is registered in the communication disable registration DB 14, a communication disable notification is notified to the calling mobile communication device 20b. Therefore, the call to the mobile communication device 20a on the receiving side can be accurately and automatically restricted, and the state of the mobile communication device 20a on the receiving side can be notified to the mobile communication device 20b on the calling side. .

Next, another embodiment of the mobile communication system and the mobile communication method of the present invention will be described.

<Second Embodiment> FIG. 4 is a diagram showing one use form of the mobile communication system of the present invention. In the usage form of the mobile communication system 120 of the present invention, the PHS owned by the user on the receiving side, the mobile communication device 20a such as a mobile phone, the PHS owned by the user on the calling side,
A mobile communication device 20b such as a mobile phone, a base station 30 that is a communication station of the mobile communication devices 20a and 20b, and a position of the mobile communication device 20a based on position information from at least three or more base stations 30. The mobile communication device 20a in the communication disabled state is detected and determined whether or not it is in the communication disabled state, and in response to a communication (calling) request from the mobile communication device 20b.
A mobile communication system 120 that notifies the mobile communication device 20b of the state of the mobile communication device 20b, a computer network 40 such as the Internet or an intranet connected to the mobile communication system 120 and performing communication such as e-mail, and the mobile communication device 20b. And a provider 50 for connecting to the computer network 40.

FIG. 5 is a diagram showing a specific form of the mobile communication system 120 shown in FIG. In FIG. 5, a mobile communication system 120 includes a communication control unit 11 for transmitting and receiving radio waves to and from a base station 30, and a mobile communication device 20a such as a hospital, a train route, a ceremony hall, a conference room, a training hall, or the like. , 20b (FIG. 4), an inaccessible location DB (Data Base) 15 for registering the incommunicable location with map information or the like;
Communication impossible registration DB 14 for registering device specifying information such as a telephone number and a device ID for specifying a mobile communication device at a location registered in the impossible position DB 15 together with the position information.
And the mobile communication device 20 based on the position information contained in the radio wave from the base station 30 received by the communication control unit 11.
a, 20b (FIG. 4) is detected, and if the detected position of the mobile communication device 20a is a location registered in the improper position DB 15, the device identification information and the position information of the mobile communication device 20a are communicated. The mobile communication device 2 responds to a position detection processing unit 12 to be registered in the refusal registration DB 14 and a call request from the mobile communication device 20b to the mobile communication device 20a.
0a is registered in the communication disable registration DB 14, and the mobile communication device 20a determines whether the communication disable registration DB 14
Is registered in the mobile communication device 20b, a receiver detection notification unit 13 that sends a notification request to that effect, notification information of an email corresponding to the notification request from the receiver detection notification unit 13, A mail DB 17 that stores an e-mail address corresponding to the mobile communication device 20b of the notification destination, and a predetermined e-mail from the mail DB 17 in response to a notification request to the mobile communication device 20b from the recipient detection notification unit 13. Of the e-mail corresponding to the mobile communication device 20b, and reads out the e-mail address corresponding to the e-mail address that can be received by the mobile communication device 20b via the computer network 40. And a mail processing unit 16 that transmits the mail to the user.

Hereinafter, a specific example of a mobile communication method using the mobile communication system 120 will be described.

FIG. 6 is a flowchart showing a mobile communication method using the mobile communication system 120. FIG.
6 to 6, the position detection processing unit 12 of the mobile communication system 120 detects and confirms the current position of the mobile communication device 20a such as a mobile phone or a PHS (Step 60).
1). This detection is performed, for example, when three or more base stations 30 receive standby radio waves emitted from the mobile communication device 20a, and from each base station 30 to the communication control unit 11, the user ID of the mobile communication device 20a ( (Telephone number) and the electric field strength of the received radio wave. The position detection processing unit 12
The latitude and longitude are calculated based on the user IDs and the electric field strengths of the mobile communication devices 20a from the three or more base stations 30 received by the communication control unit 11, and the position of the mobile communication device 20a can be detected.

When the mobile communication device 20a is located at a predetermined location registered in the disabled location DB 15 in advance as a disabled location such as a hospital, on a train, a ceremony hall, a movie theater, a theater, or a conference hall (step 602). ), The position detection processing unit 12 of the mobile communication system 120 registers the position information indicating the position and the user ID in the communication disable registration DB 14 (step 603).

Here, the position detection processing section 12 of the mobile communication system 120 transmits a control radio wave which can set the mobile communication device 20a to a manner mode (ringing sound OFF, power OFF) according to the location where the mobile communication device 20a is located. The mobile communication device 20a switches to the manner mode according to the received control radio wave (step 604).
Thereafter, the position detection processing unit 12 of the mobile communication system 120 detects the position of the mobile communication device 20a (Step 601).

The mobile communication device 20a does not go out of a predetermined place registered in the impossible position DB 15 as a communication impossible position such as a hospital, train, ceremony hall, movie theater, theater, or conference hall (step 605). ), Mobile communication device 20b
When a communication start request (calling) is issued from the mobile communication device 20a to the mobile communication device 20a (step 606), the communication request is transmitted to the communication control unit 1 of the mobile communication system 120 via the base station 30.
1 is received.

In response to the communication start (calling) request from the communication control unit 11, the receiver detection notifying unit 13 determines whether the mobile communication device 20a for which the communication request has been made is registered in the communication disable registration DB 14. Is determined (step 607).

[0062] The mobile communication device 20a has a communication disabled registration DB.
14 (step 607), the receiver detection notifying unit 13 informs the mobile communication device 20b on the communication start (calling) requesting side of the location where the mobile communication device 20a cannot communicate. A notification request is sent to the mail processing unit 16 so as to notify that it is located at (step 608). At this time, the mail processing unit 16 is notified of the user ID of the mobile communication device 20b and the position information indicating the location of the mobile communication device 20a.

The mail processing unit 16 is provided with the mobile communication device 20
The content of the e-mail to be transmitted from the mail DB 17 to the mobile communication device 20b is selected based on the position information indicating the location a. In addition, based on the user ID of the mobile communication device 20b, the electronic mail address receivable by the mobile communication device 20b is searched from the mail DB17. And
The mail processing unit 16 transmits an e-mail to an e-mail address that can be received by the mobile communication device 20b (step 609). This electronic mail can include the reason that the mobile communication device 20a cannot communicate.

The mobile communication device 20b on the communication start (call originating) request side can receive the e-mail transmitted via the computer network 40 via the provider 50, whereby the mobile communication device 20a Is in a communication-disabled state and the reason therefor.

On the other hand, when the mobile communication device 20a comes out of a predetermined place registered in advance in the impossible position DB 15 as a communication impossible position such as a hospital, on a train, a ceremony hall, a movie theater, a theater, a conference hall ( Step 605), the position detection processing unit 12 of the mobile communication system 120 deletes the registration information of the mobile communication device 20a from the communication disable registration DB 14 (Step 610).

Then, the position detection processing section 12 of the mobile communication system 120 sends a control radio wave for canceling the manner mode (ringing sound OFF, power OFF) of the mobile communication device 20a to the mobile communication device 20a. Communication device 20a
Releases the manner mode in accordance with the received control radio wave (step 611). After this, the position detection processing unit 12 of the mobile communication system 120 will continue to use the mobile communication device 20
The position a is detected (step 601).

At the time of a communication start (call) request from the mobile communication device 20b (step 606), if the mobile communication device 20a is not registered in the communication disable registration DB 14 (step 607), the reception is performed. Person detection notifying unit 13
The mobile communication device 20b on the communication start (calling) requesting side is notified that communication with the mobile communication device 20a is possible, and the mobile communication device 20b can start communication with the mobile communication device 20a. Yes (step 612).

The flowchart illustrating the mobile communication method using the mobile communication system 120 has been described above. The processing flow in the case of performing actual communication will be described below.

(1) Mobile Communication Apparatus 20a Communicates in Normal Location In this case, the mobile communication apparatus 20a changes the state of step 601 to "N" for both steps 602 and 605.
In the state of “O”, step 6 from the mobile communication device 20b
Wait for a call request of 06. Therefore, the mobile communication device 20b
When there is no call request to the mobile communication device 20a from step ("NO" in step 606), steps 601 to
This means that the state of step 606 is repeated.

Next, at step 606, the mobile communication device 2
If there is a call request to mobile communication device 20a from 0b (in the case of "YES" in step 606), whether mobile communication device 20a is registered in communication disabled registration DB 14 from receiver detection notifying section 13? Confirmation is made (step 607), in this case, the mobile communication device 20a
Is not registered in the communication impossible registration DB 14, so that communication between the mobile communication device 20b and the mobile communication device 20a is permitted (step 612).

(2) Communication in a place where the mobile communication device 20a cannot communicate In this case, the mobile communication device 20a changes from the state of step 601 to a state of "YES" in step 602,
The position is registered in the communication disable registration DB 14 by the position detection processing unit 12 (step 603), and the manner mode is set (step 604). In this state, the mobile communication device 20
Monitoring of the position of a (step 601) continues.

Since the determination in step 602 is made only when the mobile communication device 20a enters a location where communication is not possible, while the mobile communication device 20a is in a location where communication is not possible (step 603). And after the processing of 604), the determination processing of step 602 becomes “NO”. Therefore, after the mobile communication device 20a is registered in the communication disabled registration DB 14, the mobile communication device 20a returns “NO” from step 601 to both step 602 and step 605.
Step 606 from the mobile communication device 20b in the state of
Waiting for a call request. Therefore, when there is no call request from the mobile communication device 20b to the mobile communication device 20a ("NO" in step 606), step 6 is executed.
This means that the states from 01 to 606 are repeated.

Next, at step 606, the mobile communication device 2
If there is a call request to the mobile communication device 20a from 0b (if step 606 is "YES"), is the mobile communication device 20a registered in the communication disable registration DB 14 by the receiver detection notifying unit 13? It is determined whether or not the mobile communication device 2 (step 607) is used.
Since 0a is registered in the communication impossibility registration DB 14, the receiver detection notifying unit 13 performs the notification process of Step 608, and the mail processing unit 16 transmits an e-mail (Step 609).

(3) Communication when the mobile communication device 20a leaves a place where communication is impossible Once the mobile communication device 20a enters a place where communication is not possible, the mobile communication device 20a returns from the state of step 601. Then, the state becomes "YES" in step 602, and is registered in the communication disable registration DB 14 by the position detection processing section 12 (step 603), and the manner mode is set (step 604). In this state, monitoring of the position of the mobile communication device 20a (step 601) continues.

Here, since the determination in step 602 is made only when the mobile communication device 20a enters a location where communication is not possible, while the mobile communication device 20a is in a location where communication is not possible (step 603). And after the processing of 604), the determination processing of step 602 becomes “NO”. Therefore, after the mobile communication device 20a is registered in the communication disabled registration DB 14, the mobile communication device 20a returns “NO” from step 601 to both step 602 and step 605.
Step 606 from the mobile communication device 20b in the state of
Waiting for a call request. Therefore, when there is no call request from the mobile communication device 20b to the mobile communication device 20a ("NO" in step 606), step 6 is executed.
This means that the states from 01 to 606 are repeated.

Next, if the mobile communication device 20a has left the place where communication is not possible, "YES" is determined in step 605, and the communication detection registration DB 14
Is deleted from the mobile communication device 20a (step 610), and the manner mode is released (step 61).
1).

After that, the mobile communication device 20a is not registered in the communication-disabled registration DB 14 and the state of step 601 is changed to "N" in both steps 602 and 605.
In the state of “O”, step 6 from the mobile communication device 20b
It will wait for a call request of 06.

Next, at step 606, the mobile communication device 2
If there is a call request to mobile communication device 20a from 0b (in the case of "YES" in step 606), whether mobile communication device 20a is registered in communication disabled registration DB 14 by receiver detection notifying unit 13 It is determined whether or not the mobile communication device 2 (step 607) is used.
Since 0a has not been registered in the communication impossible registration DB 14, communication between the mobile communication device 20b and the mobile communication device 20a is permitted (step 612).

As described above, according to the mobile communication system and the mobile communication method of the present invention, the mobile communication device 20a
Is registered in the communication disabled registration DB 14 in accordance with the location of the mobile communication device 20b, and when a request to start communication (call) from the mobile communication device 20b to the mobile communication device 20a is retrieved, the communication disabled registration DB 14 is searched and received. It is determined whether or not the mobile communication device 20a on the side is registered. If the mobile communication device 20a is registered in the communication disable registration DB 14, a communication disable notification is notified to the calling mobile communication device 20b by e-mail. For this reason, the call to the mobile communication device 20a on the receiving side is accurately and automatically restricted, and the state of the mobile communication device 20a on the receiving side is notified to the mobile communication device 20b on the calling side in more detail. be able to.

Next, another embodiment of the mobile communication system and the mobile communication method of the present invention will be described.

<Third Embodiment> FIG. 7 is a diagram showing one use form of the mobile communication system of the present invention. In the usage form of the mobile communication system 130 of the present invention, the PHS held by the user on the receiving side, the mobile communication device 20a such as a mobile phone, the PHS held by the user on the calling side,
A mobile communication device 20b such as a mobile phone, a base station 30 which is a communication station of the mobile communication devices 20a and 20b, a hospital,
A facility system 60 provided in a place where the mobile communication devices 20a and 20b cannot communicate with each other, such as in a train, a ceremony hall, a meeting room, a classroom, an airplane, and the like. The mobile communication device 20a which is received and registered from the communication device 20a and is in a communication disabled state in response to a communication (calling) request from the mobile communication device 20b.
And a mobile communication system 130 for notifying the mobile communication device 20b of the state of the mobile communication device 20b.

Here, the facility system 60 notifies the communication control unit 61 which communicates with the mobile communication device 20a, and that the mobile communication device 20a is located at a place where communication is impossible, as position information. Communication disable processing unit 62 for transmitting a control signal for setting mobile communication device 20a to the manner mode
And

FIG. 8 is a diagram showing a specific form of the mobile communication system 130 shown in FIG. 8, the mobile communication system 130 includes a communication control unit 11 for transmitting and receiving a radio wave to and from the base station 30 and a communication number such as a telephone number and a device ID for identifying the mobile communication device 20a at the communication disabled position. A communication disable registration DB that registers the device specifying information together with the position information, and a notification that the position of the mobile communication device 20a is located at the communication disable position is received, and the device specifying information and the position information of the mobile communication device 20a are stored. In response to the position detection processing unit 12 registered in the communication disable registration DB 14 and a call request from the mobile communication device 20b to the mobile communication device 20a, the mobile communication device 20a
It is determined whether or not the mobile communication device 20a is registered in the B14, and when the mobile communication device 20a is registered in the communication disable registration DB 14, the receiver detection notification unit 13 that notifies the mobile communication device 20b of the fact is provided. , Is provided.

Hereinafter, a specific example of a mobile communication method using the mobile communication system 130 will be described.

FIG. 9 is a flowchart showing a mobile communication method using the mobile communication system 130. FIG.
9, when the mobile communication device 20a enters a non-communicable position such as a hospital, train, ceremony hall, cinema, theater, conference hall, or airplane, the facility system previously installed at the place. The communication control unit 61 of 60 receives the radio wave from the mobile communication device 20a (step 90).
1).

[0086] The communication control unit 61 includes the mobile communication device 20a.
When receiving the radio wave from, the communication failure processing unit 62 is notified of the fact. The communication-disabled processing unit 62 sets the communication-disabled position information registered in advance and the mobile communication device 20a to a manner mode corresponding to the location where the mobile communication device 20a is located (the ringtone OF
F, the power supply can be turned off).
a (step 902).

The mobile communication device 20a transmits the received communication impossible position information and the user ID (telephone number) of the mobile communication device 20a to the mobile communication system 130, and performs a manner mode according to the received control radio wave. (Step 903).

Communication control section 1 of mobile communication system 130
When 1 receives the communication disabled position information and the user ID (telephone number) from the mobile communication device 20a via the base station 30, the position detection processing unit 12 communicates the communication disabled position information and the user ID. The information is registered in the improper registration DB 14 (step 904).

The mobile communication device 20b does not leave the place where communication is impossible such as in a hospital, train, ceremony hall, movie theater, theater, conference hall, or aircraft (step 905). When there is a communication start request (call) to the mobile communication device 20a (step 908), the communication request is transmitted to the mobile communication system 130 via the base station 30.
Is received by the communication control unit 11.

In response to the communication start (call) request from the communication control unit 11, the receiver detection notifying unit 13 determines whether the mobile communication device 20a for which the communication request has been made is registered in the communication disable registration DB 14. Is determined (step 909).

The mobile communication device 20a has a communication disabled registration DB
14 (step 909), the receiver detection notifying unit 13 informs the mobile communication device 20b on the communication start (calling) requesting side of the location where the mobile communication device 20a cannot communicate. (Step 910). This notification can include the reason that the mobile communication device 20a cannot communicate.

On the other hand, when the mobile communication device 20a comes out of a place where communication is impossible such as a hospital, train, ceremony hall, movie theater, theater, conference hall, or aircraft (step 90).
5), from the mobile communication device 20a to the mobile communication system 1
30, the position detection processing unit 12 of the mobile communication system 130 deletes the registration information of the mobile communication device 20a from the communication disable registration DB 14 (step 90).
6).

Then, the position detection processing section 12 of the mobile communication system 130 sends a control radio wave for canceling the manner mode (ringing sound OFF, power OFF) of the mobile communication device 20a to the mobile communication device 20a, Communication device 20a
Releases the manner mode in response to the received control radio wave (step 907). Thereafter, the mobile communication system 130 waits for detection of the position of the mobile communication device 20a, reception of a communication start (calling) request, and the like (steps 901 to 908).

In this way, until there is a communication start (call) request (step 908), the above-mentioned step 9 is performed.
The processing from 01 to 908 is repeated according to the state of the mobile communication device 20a.

When a communication start (call) request is issued from the mobile communication device 20b (step 908), if the mobile communication device 20a is not registered in the communication disabled registration DB 14 (step 909), the reception is performed. Person detection notifying unit 13
The mobile communication device 20b on the communication start (calling) requesting side is notified that communication with the mobile communication device 20a is possible, and the mobile communication device 20b can start communication with the mobile communication device 20a. Yes (step 911).

The flowchart showing the mobile communication method using the mobile communication system 130 has been described above. Hereinafter, the processing flow in the case of performing actual communication will be described.

(1) Communication at a Normal Location with Mobile Communication Device 20a In this case, the mobile communication device 20a sets “NO” in Steps 901 and 905 and returns Step 908 from the mobile communication device 20b. Wait for a call request. Therefore, there is no call request from the mobile communication device 20b to the mobile communication device 20a ("N" in step 908).
O)), the state of steps 901 to 908 is repeated.

Next, at step 908, the mobile communication device 2
If there is a call request to the mobile communication device 20a from 0b (in the case of "YES" in step 908), whether the mobile communication device 20a is registered in the communication disable registration DB 14 from the receiver detection notification unit 13? (Step 909), and in this case, the mobile communication device 20a
Is not registered in the communication impossible registration DB 14, so that communication between the mobile communication device 20b and the mobile communication device 20a is permitted (step 911).

(2) Communication in a place where the mobile communication device 20a cannot communicate In this case, the mobile communication device 20a enters the "YES" state in step 901 and the facility system 60 performs the manner mode in step 902. (Step 903), and the communication detection registration D
Registered in B14 (step 904). In this state, the system waits for exit from a place where communication is not possible (step 905) or a call request from the mobile communication device 20b (step 908).

Here, since the determination in step 901 is made only when the mobile communication device 20a enters a location where communication is not possible, while the mobile communication device 20a is in a location where communication is not possible (step 902). After the processing of steps 904 to 904), the determination processing of step 901 becomes "NO". Therefore, after the mobile communication device 20a is registered in the communication disabled registration DB 14, the mobile communication device 20a is in a “NO” state in both steps 901 and 905, and
The call waiting request from step b in step 908 will be waited.
Therefore, the mobile communication device 20b moves from the mobile communication device 20b.
a when there is no call request (“N” in step 908)
O)), the state of steps 901 to 908 is repeated.

Next, at step 908, the mobile communication device 2
If there is a call request from 0b to the mobile communication device 20a (if step 908 is "YES"), is the mobile communication device 20a registered in the communication disable registration DB 14 by the receiver detection notifying unit 13? (Step 909), and in this case, the mobile communication device 2
Since 0a is registered in the communication-disabled registration DB 14, the receiver detection notifying unit 13 performs the notification process of step 910.

(3) Communication when mobile communication device 20a leaves a location where communication is not possible Once mobile communication device 20a enters a location where communication is not possible, mobile communication device 20a sets “YE” in step 901.
S ”, and the facility system 60 performs step 9
02 is set to the manner mode (step 90).
3), communication disabled registration DB 1 by position detection processing unit 12
4 (step 904). In this state, the system waits for exit from a place where communication is not possible (step 905) or a call request from the mobile communication device 20b (step 908).

Here, since the determination in step 901 is made only when the mobile communication device 20a enters a location where communication is not possible, while the mobile communication device 20a is in a location where communication is not possible (step 902). After the processing of steps 904 to 904), the determination processing of step 901 becomes "NO". Therefore, after the mobile communication device 20a is registered in the communication disabled registration DB 14, the mobile communication device 20a is in a “NO” state in both steps 901 and 905, and
The call waiting request from step b in step 908 will be waited.
Therefore, the mobile communication device 20b moves from the mobile communication device 20b.
a when there is no call request (“N” in step 908)
O)), the state of steps 901 to 908 is repeated.

Next, if the mobile communication device 20a has left the place where communication is not possible, "YES" is determined in step 905, and the communication detection registration DB 14
, The information of the mobile communication device 20a is deleted (step 906), and the manner mode is released (step 90).
7).

Thereafter, the mobile communication device 20a makes a call in step 908 from the mobile communication device 20b in a state where the mobile communication device 20b has not been registered in the communication disabled registration DB 14 and both the steps 901 and 905 are "NO". Will wait for the request.

Next, at step 908, the mobile communication device 2
If there is a call request to mobile communication device 20a from 0b (in the case of “YES” in step 908), whether mobile communication device 20a is registered in communication disabled registration DB 14 by receiver detection notifying unit 13? (Step 909), and in this case, the mobile communication device 2
Since 0a is not registered in the communication impossible registration DB 14, communication between the mobile communication device 20b and the mobile communication device 20a is permitted (step 911).

As described above, according to the mobile communication system and the mobile communication method of the present invention, the mobile communication device 20 is controlled by the facility system 60 installed in a predetermined place in advance.
a, communication is disabled, information indicating the state is registered in the communication disable registration DB 14, and communication is disabled when a request to start communication (call) from the mobile communication device 20b to the mobile communication device 20a is made. The registration DB 14 is searched to determine whether or not the mobile communication device 20a on the receiving side is registered.
If the mobile communication device 20a is registered in the communication disable registration DB 14, a communication disable notification is notified to the calling mobile communication device 20b. Therefore, the call to the mobile communication device 20a on the receiving side can be accurately and automatically restricted, and the state of the mobile communication device 20a on the receiving side can be notified to the mobile communication device 20b on the calling side. .

Next, another embodiment of the mobile communication system and the mobile communication method of the present invention will be described.

<Fourth Embodiment> FIG. 10 is a diagram showing one use form of the mobile communication system of the present invention. In the use form of the mobile communication system 140 of the present invention,
A mobile communication device 20a such as a PHS or a mobile phone possessed by the user on the receiving side, and a PH possessed by the user on the calling side.
S, a mobile communication device 20b such as a mobile phone, a base station 30 which is a communication station of the mobile communication devices 20a and 20b, and a mobile body such as a hospital, a train, a ceremony hall, a conference room, a training hall, an airplane, etc. A facility system 60 provided at a place where communication is not possible between the communication devices 20a and 20b, and communication impossible information transmitted from the facility system 60 is received and registered from the mobile communication device 20a, and communication from the mobile communication device 20b is performed. In response to a (calling) request, a mobile communication system 140 for notifying the mobile communication device 20b of the state of the mobile communication device 20a in a communication disabled state, and a mobile communication system 140 connected to the mobile communication system 140 for transmitting e-mail or the like. A computer network 40 such as the Internet or an intranet for communication.
And a provider 50 for connecting the mobile communication device 20b to the computer network 40.

Here, the facility system 60 notifies the communication control unit 61 that performs communication with the mobile communication device 20a, and that the mobile communication device 20a is located in a place where communication is impossible as position information. Communication disable processing unit 62 for transmitting a control signal for setting mobile communication device 20a to the manner mode
And

FIG. 11 is a diagram showing a specific form of the mobile communication system 140 shown in FIG. In FIG. 11, the mobile communication system 140 includes a base station 30
A communication control unit 11 for transmitting and receiving a radio wave to and from a communication-disabled registration DB 14 for registering device identification information such as a telephone number and a device ID for identifying a mobile communication device 20a at a communication-disabled position together with the position information; , Mobile communication device 20
a position detection processing unit 12 that receives a notification that the position of “a” is located at a communication disabled position, and registers device identification information and position information of the mobile communication device 20a in the communication disabled registration DB 14;
In response to a call request from the mobile communication device 20b to the mobile communication device 20a, it is determined whether or not the mobile communication device 20a is registered in the communication disabled registration DB 14, and the mobile communication device 20a is disabled from communicating. When registered in the registration DB 14, the receiver detection notifying unit 13 that issues a notification request to that effect to the mobile communication device 20b, and notification information of an e-mail corresponding to the notification request from the receiver detection notifying unit 13 A mail DB 17 for storing an e-mail address corresponding to the mobile communication device 20b to be notified, and a recipient detection notifying unit 13
In response to the notification request to the mobile communication device 20b from the user, the notification information of the predetermined e-mail is selected from the mail DB 17, and the address of the e-mail corresponding to the mobile communication device 20b is read out. And a mail processing unit 16 for transmitting the notification information to an e-mail address that can be received by the mobile communication device 20b via the mobile communication device 20b.

Hereinafter, a specific example of a mobile communication method using the mobile communication system 140 will be described.

FIG. 12 is a flowchart showing a mobile communication method using the mobile communication system 140. 10 to 12, the mobile communication device 20a is a hospital,
When the vehicle enters a non-communicable position such as inside a train, a ceremony hall, a movie theater, a theater, a conference hall, or an aircraft, the communication control unit 61 of the facility system 60 installed in advance at that position sends the communication control unit 61 from the mobile communication device 20a (Step 1)
201).

[0114] The communication control unit 61 includes the mobile communication device 20a.
When receiving the radio wave from, the communication failure processing unit 62 is notified of the fact. The communication-disabled processing unit 62 sets the communication-disabled position information registered in advance and the mobile communication device 20a to a manner mode corresponding to the location where the mobile communication device 20a is located (the ringtone OF
F, the power supply can be turned off).
a (step 1202).

The mobile communication device 20a transmits the received communication disabled position information and the user ID (telephone number) of the mobile communication device 20a to the mobile communication system 140, and performs a manner mode according to the received control radio wave. (Step 1203).

Communication control section 1 of mobile communication system 140
When 1 receives the communication disabled position information and the user ID (telephone number) from the mobile communication device 20a via the base station 30, the position detection processing unit 12 communicates the communication disabled position information and the user ID. The information is registered in the improper registration DB 14 (step 1204).

When the mobile communication device 20a does not leave a place where communication is not possible, such as in a hospital, train, ceremony hall, movie theater, theater, conference hall, or airplane (step 1205), the mobile communication device 20b transmits from the mobile communication device 20b. If there is a communication start request (call) to the mobile communication device 20a (step 1208), the communication request is sent to the mobile communication system 1 via the base station 30.
30 are received by the communication control unit 11.

In response to the communication start (call) request from the communication control unit 11, the receiver detection notifying unit 13 determines whether the mobile communication device 20a for which the communication request has been made is registered in the communication disable registration DB 14. Is determined (step 1209).

The mobile communication device 20a has a communication disabled registration DB
14 (step 1209),
The receiver detection notifying unit 13 sends an e-mail processing unit to notify the mobile communication device 20b on the communication start (calling) requesting side that the mobile communication device 20a is located at a place where communication is impossible. 16 (step 121).
0). At this time, the mobile communication device 2 is sent to the mail processing unit 16.
A user ID of 0b and position information indicating the location of the mobile communication device 20a are notified.

[0120] The mail processing unit 16 includes the mobile communication device 20.
The content of the e-mail to be transmitted from the mail DB 17 to the mobile communication device 20b is selected based on the position information indicating the location a. In addition, based on the user ID of the mobile communication device 20b, the electronic mail address receivable by the mobile communication device 20b is searched from the mail DB17. And
The mail processing unit 16 transmits an e-mail to an e-mail address that can be received by the mobile communication device 20b (step 1211). This e-mail can include the reason that the mobile communication device 20a cannot communicate.

The mobile communication device 20b on the communication start (call originating) request side can receive the e-mail transmitted via the computer network 40 via the provider 50, whereby the mobile communication device 20a Is in a communication-disabled state and the reason therefor.

On the other hand, when the mobile communication device 20a comes out of a place where communication is impossible such as a hospital, train, ceremony hall, movie theater, theater, conference hall, or aircraft (step 120).
5), from the mobile communication device 20a to the mobile communication system 1
40, the position detection processing unit 12 of the mobile communication system 140 deletes the registration information of the mobile communication device 20a from the communication disable registration DB 14 (step 12).
06).

Then, the position detection processing section 12 of the mobile communication system 140 sends a control radio wave for canceling the manner mode (ringing sound OFF, power OFF) of the mobile communication device 20a to the mobile communication device 20a. Communication device 20a
Releases the manner mode in response to the received control radio wave (step 1207). Thereafter, the mobile communication system 140 waits for detection of the position of the mobile communication device 20a, reception of a communication start (calling) request, and the like (step 1201).
To step 1208).

In this way, until the communication start (calling) request (step 1208) is received, the processing of steps 1201 to 1208 described above is performed.
It repeats according to the state of 0a.

At the time of a communication start (call) request from the mobile communication device 20b (step 1208), if the mobile communication device 20a is not registered in the communication disable registration DB 14 (step 1209), the reception is performed. Person detection notification unit 13
Notifies the mobile communication device 20b on the communication start (calling) request side that communication with the mobile communication device 20a is possible, and the mobile communication device 20b starts communication with the mobile communication device 20a. (Step 1211).

The flowchart showing the mobile communication method using the mobile communication system 140 has been described above. Hereinafter, the processing flow in the case of performing actual communication will be described.

(1) Mobile communication apparatus 20a performs communication in a normal place In this case, mobile communication apparatus 20a executes step 1201
In step 1205 and in the state of "NO", the mobile station waits for a call request in step 1208 from the mobile communication device 20b. Therefore, there is no call request from the mobile communication device 20b to the mobile communication device 20a (step 1208).
In step 1201 to step 120,
State 8 is repeated.

Next, when there is a call request from mobile communication device 20b to mobile communication device 20a in step 1208 (in the case of "YES" in step 1208), receiver detection notifying section 13 transmits the mobile communication device 20a to mobile communication device 20a. It is confirmed whether the communication device 20a is registered in the communication disabled registration DB 14 (step 1209). In this case, since the mobile communication device 20a has not been registered in the communication disabled registration DB 14, the mobile communication device 20b Communication between the mobile communication devices 20a is permitted (step 1212).

(2) Communication in a place where the mobile communication device 20a cannot communicate In this case, the mobile communication device 20a
Is set to "YES", the facility system 60 sets the manner mode in the manner of step 1202 (step 1203), and is registered in the communication disable registration DB 14 by the position detection processing unit 12 (step 1204). In this state, exit from a place where communication is not possible (step 1205)
Or a call request from the mobile communication device 20b (step 12).
08) Wait.

Here, since the determination in step 1201 is made only when the mobile communication device 20a enters a location where communication is not possible, while the mobile communication device 20a is in a location where communication is not possible (step 1202). After the processing of ~ 1204),
The determination in step 1201 is "NO". Therefore, after the mobile communication device 20a is registered in the communication disabled registration DB 14, the mobile communication device 20a proceeds to step 12
01 and step 1205 are both in the "NO" state, awaiting a call request in step 1208 from the mobile communication device 20b. Therefore, when there is no call request from the mobile communication device 20b to the mobile communication device 20a ("NO" in step 1208), the state of steps 1201 to 1208 is repeated.

Next, when there is a call request from mobile communication device 20b to mobile communication device 20a at step 1208 (when step 1208 is "YES"), receiver detection notifying section 13 causes mobile communication device 20b to transmit the mobile communication device 20a. It is confirmed whether or not the communication device 20a is registered in the communication disable registration DB 14 (step 1209). In this case, since the mobile communication device 20a is registered in the communication disable registration DB 14, the receiver detection notification unit 13, the notification of step 1210 is performed, and the e-mail is transmitted by the mail processing unit 16 (step 1211).

(3) Communication when mobile communication device 20a leaves a location where communication is not possible Once mobile communication device 20a enters a location where communication is not possible, mobile communication device 20a determines “Y” in step 1201.
ES ”and the facility system 60 sets the manner mode in the manner of step 1202 (step 1).
203), communication disabled registration D by the position detection processing unit 12
Registered in B14 (step 1204). In this state,
Exit from a place where communication is not possible (step 1205) or a call request from mobile communication device 20b (step 1208)
Wait for.

Here, the determination in step 1201 is made only when the mobile communication device 20a enters a location where communication is not possible. Therefore, while the mobile communication device 20a is in a location where communication is disabled (step 1202). After processing of ~ 1204),
The determination in step 1201 is "NO". Therefore, after the mobile communication device 20a is registered in the communication disabled registration DB 14, the mobile communication device 20a proceeds to step 12
01 and step 1205 are both in the "NO" state, the mobile communication device 20b waits for a call request in step 1208. Therefore, when there is no call request from the mobile communication device 20b to the mobile communication device 20a ("NO" in step 1208), the state of steps 1201 to 1208 is repeated.

Next, if the mobile communication device 20a has left the place where communication is not possible, "YES" is determined in step 1205, and the communication detection registration DB 14
, The information of the mobile communication device 20a is deleted (step 1206), and the manner mode is released (step 12).
07).

Thereafter, the mobile communication device 20a remains unregistered in the communication-disabled registration DB 14 in step 1201.
Then, in a state of “NO” in both the step 1205 and the step 1205, the call waiting request of the step 1208 from the mobile communication device 20b is waited.

Next, when there is a call request from the mobile communication device 20b to the mobile communication device 20a in step 1208 (in the case of “YES” in step 1208), the receiver detection notifying section 13 causes the mobile communication device 20b to output the mobile communication device 20a. It is confirmed whether the communication device 20a is registered in the communication disabled registration DB 14 (step 1209). In this case, since the mobile communication device 20a has not been registered in the communication disabled registration DB 14, the mobile communication device 20b Communication with the mobile communication device 20a is permitted (step 1212).

As described above, according to the mobile communication system and the mobile communication method of the present invention, the mobile communication device 20 is provided by the facility system 60 installed in a predetermined place in advance.
a, communication is disabled, information indicating the state is registered in the communication disable registration DB 14, and communication is disabled when a request to start communication (call) from the mobile communication device 20b to the mobile communication device 20a is made. The registration DB 14 is searched to determine whether or not the mobile communication device 20a on the receiving side is registered.
If the mobile communication device 20a is registered in the communication disable registration DB 14, a communication disable notification is notified to the calling mobile communication device 20b by e-mail. For this reason, the call to the mobile communication device 20a on the receiving side is accurately and automatically restricted, and the state of the mobile communication device 20a on the receiving side is notified to the mobile communication device 20b on the calling side in more detail. be able to.

Although the mobile communication system and the mobile communication method of the present invention have been described above, a mobile communication program capable of executing the functions realized by the above-described mobile communication system and the mobile communication method by a computer and can do. Furthermore, a program for each function can be distributed and processed by a plurality of computer devices.

[0139]

As described above, according to the mobile communication system, the mobile communication system, and the mobile communication program of the present invention, the communication of the mobile communication device at the predetermined communication disabled location is disabled. The information indicating the state is registered in the communication disable registration DB, and when a communication start (call) is requested from another mobile communication device to the registered mobile communication device, the communication disable registration DB is searched. Then, it is determined whether or not the mobile communication device on the receiving side is registered. If the receiving-side mobile communication device is registered in the communication-disabled registration DB, a communication-disabled notification is sent to the calling-side mobile communication device by e-mail. Therefore, the call to the mobile communication device on the receiving side can be accurately and automatically restricted, and the state of the mobile communication device on the receiving side can be notified to the mobile communication device on the calling side in more detail. It became so.

[Brief description of the drawings]

FIG. 1 is a diagram illustrating an example of a usage form of a mobile communication system according to the present invention.

FIG. 2 is a diagram illustrating an example of a mobile communication system according to the present invention.

FIG. 3 is a flowchart illustrating an example of a mobile communication method according to the present invention.

FIG. 4 is a diagram showing an example of a usage form of the mobile communication system of the present invention.

FIG. 5 is a diagram illustrating an example of a mobile communication system according to the present invention.

FIG. 6 is a flowchart illustrating an example of a mobile communication method according to the present invention.

FIG. 7 is a diagram showing an example of a usage form of the mobile communication system of the present invention.

FIG. 8 is a diagram illustrating an example of a mobile communication system according to the present invention.

FIG. 9 is a flowchart illustrating an example of a mobile communication method according to the present invention.

FIG. 10 is a diagram showing an example of a usage form of the mobile communication system of the present invention.

FIG. 11 is a diagram illustrating an example of a mobile communication system according to the present invention.

FIG. 12 is a flowchart illustrating an example of a mobile communication method according to the present invention.

[Explanation of symbols]

 11, 61 Communication control unit 12 Position detection processing unit 13 Recipient detection notification unit 14 Communication impossible registration DB 15 Impossible position DB 16 Mail processing unit 17 Mail DB 20a, 20b Mobile communication device 30 Base station 40 Computer network 50 Provider 60 Facility System 62 Communication disabled processing unit 110, 120, 130, 140 Mobile communication system

Claims (21)

[Claims] 1. A mobile that notifies the first mobile communication device of the state of the second mobile communication device in response to a call of the second mobile communication device from the first mobile communication device. A mobile communication system, wherein the mobile communication device detects a position of the mobile communication device, determines whether or not the mobile communication device is in a communication disabled position, and registers the mobile communication device. Communication disable registration means for storing the mobile communication device determined to be the position of the second mobile communication device in response to a call of the second mobile communication device from the first mobile communication device. It is determined whether or not the second mobile communication device is registered in the communication disable registration unit. If the second mobile communication device is registered in the communication disable registration unit, the communication is disabled in the first mobile communication device. Recipient detection to notify A mobile communication system, comprising: notification means. 2. The apparatus according to claim 1, further comprising: a non-possible position storage unit that stores a predetermined position at which the mobile communication device cannot perform communication. And determining whether or not the mobile communication device is in a communication-disabled position based on the position of the mobile communication device and the position of the mobile communication device, and registering the mobile communication device.
The mobile communication system according to claim 1. 3. The mobile communication device according to claim 2, wherein the location detection processing unit detects a location of the mobile communication device based on information from at least three or more base stations that receive radio waves from the mobile communication device. The mobile communication system according to claim 1 or 2, wherein 4. The information from the three or more base stations is a base station ID for specifying each base station and an electric field strength of a radio wave from a mobile communication device. The position of the mobile communication device is The mobile communication system according to claim 3, wherein the mobile communication system is specified by latitude and longitude. 5. The mobile communication device according to claim 1, wherein said location detection processing means sets said mobile communication device to a manner mode when said mobile communication device determines and registers a position where communication is impossible. 2. A control signal for turning off the power of the mobile communication device is transmitted to the mobile communication device.
A mobile communication system according to any one of claims 1 to 4. 6. A communication disable processing unit for notifying that the mobile communication device is located at a predetermined location where communication is disabled, wherein the position detection processing unit notifies the mobile communication device of the notification from the communication disable processing unit. 2. The mobile communication system according to claim 1, wherein the mobile communication device determines and registers whether or not the mobile communication device is in a communication-disabled position based on the information. 7. The communication disable processing unit sets the mobile communication device to a manner mode when notifying that the mobile communication device is located at a predetermined location where communication is disabled. 7. The mobile communication system according to claim 6, wherein a control signal for turning off the power of the mobile communication device is transmitted to the mobile communication device. 8. The apparatus according to claim 1, wherein the receiver detection notifying unit notifies the first mobile communication device of the reason of the communication disabled state of the second mobile communication device. 8. The mobile communication system according to 7. 9. An electronic mail processing means for communicating electronic mail, wherein the electronic mail processing means responds to a notification request from the receiver detection notification means to the first mobile communication device. 9. The mobile communication system according to claim 1, wherein the notification is transmitted as an e-mail receivable by the first mobile communication device. 10. The mobile communication system according to claim 9, wherein said position detection processing means and said receiver detection notifying means are executed by a plurality of computer devices. 11. A mobile device that notifies the first mobile communication device of the state of the second mobile communication device in response to a call of the second mobile communication device from the first mobile communication device. (A) detecting the position of the mobile communication device, (B) determining whether or not the mobile communication device is at a position where communication is impossible, and registering the (C) first mobile object. In response to a call from the communication device to the second mobile communication device, it is determined whether or not the second mobile communication device is registered as a location where communication is not possible, and (D) the second mobile communication device If the device is registered as a non-communicable location,
A mobile communication method, comprising: notifying the first mobile communication device that the second mobile communication device is in a communication disabled state. 12. The method according to claim 1, wherein the step (A) detects a position of the mobile communication device based on information from at least three or more base stations that receive radio waves from the mobile communication device. The mobile communication method according to claim 11, wherein 13. The information from the three or more base stations is a base station ID for specifying each base station and an electric field intensity of a radio wave from a mobile communication device. The position of the mobile communication device is 13. The mobile communication method according to claim 12, wherein the mobile communication method is specified by latitude and longitude. 14. The method according to claim 11, wherein the step (B) determines whether or not the mobile communication device is in a communication-disabled position and registers the mobile communication device, and at the time of the registration, sets the mobile communication device to a manner mode. 14. The mobile communication method according to claim 11, wherein a control signal for turning off the power of the mobile communication device is transmitted to the mobile communication device. 15. The method according to claim 15, further comprising: (A0) storing a predetermined position at which the mobile communication device becomes incapable of communication, wherein said step (B) stores said predetermined position stored in said step (A0). 12. The mobile communication device according to claim 11, wherein the mobile communication device determines whether or not the mobile communication device is in a communication-disabled position based on the position and the position of the mobile communication device detected in the step (A). 15. The mobile communication method according to any one of claims 14 to 14. 16. The method according to claim 16, further comprising the step of: (A1) notifying that the mobile communication device is located at a predetermined place where communication is not possible; The mobile communication method according to claim 11, further comprising: determining whether or not the mobile communication device is in a communication-disabled position based on the mobile communication device and registering the determined position. 17. The method according to claim 17, wherein the step (A1) sets the mobile communication device to a manner mode when notifying that the mobile communication device is located at a predetermined location where communication is disabled. 17. The mobile communication method according to claim 16, wherein a control signal for turning off the power of the mobile communication device is transmitted to the mobile communication device. 18. The method according to claim 11, wherein the step (D) notifies the first mobile communication device of the reason of the communication disabled state of the second mobile communication device. The mobile communication method as described. 19. The method according to claim 11, wherein in the step (D), the notification to the first mobile communication device is performed by an e-mail receivable by the first mobile communication device. 19. The mobile communication method according to any one of claims 18 to 18. 20. A function of notifying the first mobile communication device of the state of the second mobile communication device in response to a call of the second mobile communication device from the first mobile communication device. A mobile communication program comprising: (A) a function of detecting the position of the mobile communication device; and (B) a function of determining whether the mobile communication device is at a position where communication is impossible and registering the mobile communication device. (C) a function of determining whether or not the second mobile communication device is registered as a communication-disabled location in response to a call of the second mobile communication device from the first mobile communication device; (D) when the second mobile communication device is registered as a position where communication is not possible,
A function of notifying the mobile communication device of (a) that the second mobile communication device is in a communication disabled state. 21. The apparatus according to claim 20, comprising the function (A), the function (B), the function (C), and the function (D), and executed by a plurality of computer devices. Mobile communication program.