JP2002252876A - Portable wireless terminal, control management, terminal, wireless communication system, wireless entrance system, wireless communication settlement system, control method of the wireless entrance system, control and transmission system of the wireless communication settlement system, computer-readable memory medium, and computer program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To autonomically transit an operation mode of a portable wireless terminal of an operation mode that agrees with demands to an owner or a manager of a communication site and an owner of the portable wireless terminal. SOLUTION: The portable wireless terminal that receives wireless transmission service can be controlled according to the demand of the manager of the communication site, and the portable wireless terminal is changed into a communication function state, that is demanded by the manager that manages the space, when the portable wireless terminal progresses in the given space the manager of communication spot manages. When the portable wireless terminal goes out of the limit space, the condition shift control to a communication function state, that is desired by the subscriber of the portable wireless terminal, is carried out in autonomous manner. As a result, the portable wireless terminal that does not comply with the control is prevented from advancing into the total managed space that is managed by the manager, and the withdrawal from the space can be detected surely.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

The present invention relates to a portable radio terminal, a control management terminal, a radio communication system, a radio entrance system, a radio communication payment system, a control method of a radio entrance system, a control method of a radio communication payment system, a communication method, The present invention relates to a computer-readable storage medium and a computer program.
HS, pager, wireless LAN equipment, etc. (hereinafter referred to as portable wireless terminal) and a communication control function for controlling the local wireless communication function for limiting the communication function of the portable wireless terminal are added. The present invention relates to a wireless communication and entrance system including an automatic gate (automatic ticket gate, automatic door, etc.).

[0002]

2. Description of the Related Art Conventionally, in a wireless communication system such as a cellular phone, wireless communication can be basically performed anywhere in a wireless communication service area in accordance with a user's request.
Requests from owners and managers of the places where the communication was conducted were ignored.

For example, in a quiet library, a theater, a store, or in a crowded train, etc., regarding communication in a place where the owner / manager of the place desires to refrain from talking, the user of the portable wireless terminal thinks. Morals, but did not meet the needs of the owners and managers of the above communication locations.

Further, with the recent increase in wireless line communication speed, a large amount of digital data can be transmitted via a wireless line, and digitized confidential information or the like is illegally transmitted via the wireless line. The risk of transmission has also increased.

[0005] As a countermeasure, a disturbing wave is superimposed on a control channel of a radio communication system essential for a radio link with a weak electric field having a level covering only a communication-restricted place, thereby disabling connection of a portable radio terminal. Jamming devices exist. However, in the case of the above-mentioned jamming device, in order to disable the communication itself, only installation in a very limited place such as a medical institution or a theater is permitted by law, and it is not possible to apply it to a general control space. There was a problem that could not be done.

In order to solve this problem, Japanese Patent Application Laid-Open No. 11-33
In the communication system, portable wireless device, and communication function restriction device proposed in No. 1948, the information of the communication function restriction is provided at the place where the communication function is restricted at the level of the weak electric field covering only the communication restriction place. Has been proposed, in which the wireless terminal that receives the above information constantly performs autonomous function restriction according to the above restriction information.

[0007]

When a wireless terminal that has received the above information autonomously limits functions according to the above-described restriction information, for example, in a place where a large number of people gather, such as in the above-mentioned library, a wireless terminal is used. The use of the terminal can be forcibly restricted.

However, in the case of the communication system proposed in JP-A-11-331948, the operation mode of the portable wireless terminal is changed according to the possession of the communication place at the position where the portable wireless terminal exists. There has been a problem that it is not possible to autonomously make a transition to an operation mode in accordance with the needs of both the user and the administrator and the portable wireless terminal owner.

SUMMARY OF THE INVENTION The present invention has been made in view of the above-described problems, and has been described in terms of an operation mode in accordance with both the owner and manager of a place where communication is performed and the owner of the portable wireless terminal. It is an object of the present invention to make it possible to autonomously transition the operation mode.

[0010]

SUMMARY OF THE INVENTION A portable wireless terminal according to the present invention is a portable wireless terminal which forms a wireless communication line with a control management terminal and enjoys a wireless communication service. Subscriber information storage means for storing service mode condition information; information on communication restrictions sent from the control management terminal; and the received communication service mode condition information stored in the subscriber information storage means. A condition judging unit for judging whether or not the communication restriction condition specified by the control management terminal matches the enjoyment communication service mode condition desired by the user; and And a transmitting means for transmitting to the user.

[0011] The control management terminal of the present invention is a control management terminal for providing a wireless communication service to a portable wireless terminal, wherein a transmitting means for transmitting information relating to a communication restriction on the portable wireless terminal to the portable wireless terminal. And control means for controlling the communication restriction on the portable wireless terminal in response to a response from the portable wireless terminal to the information on the communication restriction.

In a wireless communication system according to the present invention, in a wireless communication system having a control management terminal and a portable wireless terminal, an enjoyment communication service mode condition desired by a user of the portable wireless terminal and the control management terminal are designated. The communication restriction for the portable wireless terminal is performed according to the communication restriction condition to be performed.

[0013] The wireless entrance system of the present invention is a wireless entrance system having an automatic gate device for managing the entry of a person by controlling the opening and closing of a door, and a portable wireless terminal. Open / close control of a door of the automatic gate device is performed according to whether or not the operation is performed on the portable wireless terminal passing through the automatic gate device.

[0014] The wireless communication settlement system of the present invention comprises: a server connection means for connecting a transaction financial institution server of a space manager in charge of charge settlement and a transaction financial institution server of a wireless communication service provider to the network; And an administrator data server that manages an automatic gate device that manages the entrance of the vehicle by controlling the opening and closing of the door, and calculates a billing amount for each user from the in-service user information managed by the administrator data server. A charge amount calculation unit, and a charge for comparing the payment amount of the wireless communication service provider with the payment amount of the wireless communication service provider calculated from the charge amount of each user when a charge is settled with the wireless communication service provider. A receipt issuance that issues a receipt to the wireless communication service provider via a network when the comparison result of the comparison means and the charge comparison means match. When the result of the comparison between the tier and the charge comparison means does not match, the re-billing process is performed, the comparison of both databases is automatically performed, and the re-billing process and the comparison result of the database are managed by both servers. Notification means for notifying the user.

According to a control method of a wireless entrance system of the present invention, there is provided a control method of a wireless entrance system having an automatic gate device for controlling entry of a person by controlling opening and closing of a door, and a portable wireless terminal. The opening and closing control of the door of the automatic gate device is performed according to whether or not the requested communication restriction is performed on the portable wireless terminal passing through the automatic gate device.

[0016] The settlement method of the wireless communication system according to the present invention comprises:
Server connection means for connecting the transaction financial institution server of the space manager responsible for charging and settlement, and the transaction financial institution server of the wireless communication service provider to the above-mentioned network, and an automatic gate for managing the entry of people by controlling the opening and closing of the door A settlement method for a wireless communication system including an administrator data server that manages the device, a charging amount calculation process of calculating a charging amount for each user from in-range user information managed by the administrator data server; A charge comparison process of comparing the payment amount of the wireless communication service provider and the payment amount of the wireless communication service provider calculated from the billing amount of each user when the fee settlement with the wireless communication service provider is performed; A receipt issuing process for issuing a receipt via a network to the wireless communication service provider when the comparison result of the fee comparison process matches, If the comparison result of the charge comparison processing does not match, re-claim processing is performed, and both databases are automatically compared, and both server re-charge processing and the comparison result of the database are notified to both server administrators. And a notification process of performing the notification.

According to a wireless communication method of the present invention, in a wireless communication method for forming a wireless communication line with a control management terminal to enjoy a wireless communication service, the wireless communication method stores desired communication service mode condition information desired by a user. The control management terminal is specified based on the subscriber information storage process, the information on the communication restriction transmitted from the control management terminal, and the received communication service mode condition information stored in the subscriber information storage process. A condition determination process of determining whether the communication restriction condition to be performed matches the enjoyment communication service mode condition desired by the user, and a transmission process of transmitting the determination result of the condition determination process to the control management terminal. It is characterized by performing.

A storage medium according to the present invention is characterized by recording a program for causing a computer to execute the method described above.

A computer program according to the present invention causes a computer to execute the method described above.

[0020]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, a portable radio terminal, a control management terminal, a radio communication system, a radio entrance system, a radio communication settlement system, a control method of a radio entrance system, a radio communication of the present invention will be described with reference to the accompanying drawings. An embodiment of a control method, a communication method, a computer-readable storage medium, and a computer program of a payment system will be described.

<First Embodiment> FIG. 1 shows, as an example of a portable radio terminal communication function control system of the present invention, a communication function restriction when a railway company controls a communication function in a land (space). 1 shows a configuration example of a system.

Reference numeral 10 denotes a boundary between the communication condition restricted space and the unrestricted space caused by the ownership of the railway company, and 11 and 12 are used in the general-purpose electronic ticket as a wireless communication medium between the portable wireless terminal of the present embodiment. This is an automatic ticket gate provided with means for performing local communication (communication with a passing portable wireless terminal) using a wireless line of a contactless IC card.

Reference numerals 111, 112, 121, and 122 denote transmission / reception units of the radio wave electromagnetic wave of the contactless IC card.
Reference numerals 13 and 14 denote examples of portable wireless terminals subject to communication condition restrictions, which are portable telephone terminals to which a communication function of the contactless IC card via a wireless line is added. Reference numeral 15 denotes a railway company server that collects information received by the automatic ticket gates 11 and 12, and 16 denotes a subscription information server of a communication carrier to which the mobile phone terminals 13 and 14 subscribe (charge management and user profile information management). ) And both servers 1
5 and 16 are connected via a network.

FIG. 2 shows a functional block diagram of a portable radio terminal used in the above system as an example of a portable radio terminal for enjoying the communication function restriction control of the present invention. FIG.
In the figure, 201 is a wireless unit, 202 is a baseband processing unit, 203 is an operation keypad, 204 is an audio processing unit that performs encoding and decoding of audio, and 205 is a radio communication frame disassembly and assembly unit.

Reference numeral 206 denotes RAM, 207 denotes ROM, 208
Denotes a control unit having comparison means, 209 denotes a battery, 210, 2
Reference numeral 11 denotes a transmission / reception unit, 212 denotes a display unit, 213 stores subscriber information, and in the present embodiment, an electronic ticket (ticket, store free card) application is mounted on the same card as a multi-application. An IC (SIM) card; 214, a local wireless encoder for local communication (communication with an automatic ticket gate); a transmission / reception unit of an electromagnetic wave for a wireless line used in the contactless IC card; and 215, a local wireless encoder for encoding and decoding the signal. -It is a decoder section.

FIG. 3 shows a system sequence in the system according to the present embodiment when a portable radio terminal corresponding to the system is carried and enters a communication condition limited space (in the station yard in this embodiment) through an automatic ticket gate. An example of a chart is shown. FIG. 4 shows an example of a system sequence chart when the system according to the present embodiment is carried out of a communication condition limited space (in the station yard in this embodiment) through an automatic ticket gate while carrying a portable wireless terminal compatible with the system. Is shown.

FIG. 8 shows an example of setting a communication type restriction level among the communication condition restrictions according to the present embodiment. FIG. 9 shows a setting of the communication information disclosure condition level among the communication condition restrictions according to the present embodiment. Here is an example. 10 and 11 show function-restricted devices (automatic ticket gates in the present embodiment).
And a portable wireless terminal (in the present embodiment, portable wireless terminal 1
3 and 14) show a configuration example of a function information parameter on a control signal transmitted / received via a local wireless communication line (in this embodiment, a wireless communication line for a non-contact IC card).

First, when entering the communication condition limited space (in the station yard in this embodiment) through the automatic ticket gate with the portable telephone terminal 13 corresponding to the system, first, the automatic ticket gate 11
A communication link according to the communication protocol of the non-contact IC card is set between the terminal and the portable wireless terminal (301).

Next, the IC mounted on the mobile phone is described.
After exchanging related messages (302) with the electronic ticket (ticket, store free card) application of the (SIM) card 213, and then with the subscriber information management application of the IC (SIM) card 213 Exchange of messages related to communication condition restriction (303). Explained in detail the exchange of messages related to communication condition restrictions with the above subscriber information management application,
FIG.

In FIG. 12, the automatic ticket gate 11 transmits a communication function restriction request signal (1201, FIG. 10 is an information parameter). Upon receiving this, the mobile phone terminal 13 receives the I
The communication function restriction request message (1202, FIG. 1) is sent to the subscriber information management application of the C (SIM) card 213.
0 transmits the information parameter).

The subscriber information management application that has received the message refers to the receiving communication service mode condition desired by the subscribing user stored in the subscriber information management area (1203).

The above subscriber information management application comprises:
Compare the received communication service mode condition desired by the subscribing user with the communication control request condition requested by the space manager in the current serving space, and if the communication control request condition is acceptable, Information parameters are stored in accordance with the communication control request conditions requested by the space manager in the visited space.

If the above-mentioned condition is not acceptable, the communication control request condition is not acceptable, the information parameter according to the receiving communication service mode condition desired by the subscribing user is stored, and the control correspondence information return message (1204) is sent. It is returned to the mobile phone terminal 13. The mobile phone terminal 13 changes its own operation state to an operation level according to the information parameter of the received message.

In the case where the communication function restriction is permitted, the portable telephone terminal 13 is shifted to the operation mode in the designated communication function restriction mode. Transmits a communication function restriction confirmation signal (1205, FIG. 11 is an information parameter) to the automatic ticket gate 11 while maintaining the previous operation mode state.

When the automatic ticket gate 11 receives the communication function restriction confirmation signal, the execution result of the electronic ticket application is successful, and the communication function restriction requested by the portable telephone terminal 13 is accepted by the portable telephone terminal 13 from the parameter of the signal. The gate is opened after confirming that it is operating (307, 1206).

In addition, when the communication function restriction requested by the user is not accepted by the portable telephone terminal 13 based on the parameter of the signal, or when the portable telephone terminal is not received by the communication function restriction confirmation signal, When the person passes through the automatic ticket gate 11 and enters the land (space) owned by the railway company, the gate is closed (1207). As described above, all the mobile phone terminals existing in the land (space) owned by the railway company operate only under the communication conditions permitted by the space manager (railway company).

Next, a portable telephone terminal 13 which is compatible with the system and operates under the communication conditions permitted by the space manager (railway company) is carried through an automatic ticket gate and the communication condition limited space (this embodiment) When exiting from the station premises, first, a communication link based on the communication protocol of the non-contact IC card is set between the automatic ticket gate 12 and the portable wireless terminal (401 in FIG. 4).

Next, the IC mounted on the mobile phone is described.
After exchanging related messages (402) with the electronic ticket (ticket, store free card) application of the (SIM) card 213, and with the subscriber information management application of the IC (SIM) card 213 Exchange of messages related to the communication condition restriction (403). Explained in detail the exchange of messages related to communication condition restrictions with the above subscriber information management application,
FIG.

However, since the communication function restriction request signal is intended to release the communication function restriction, the communication type restriction level (FIG. 8) and the communication information disclosure condition level (FIG. 9) added as parameters are both level 0. (No restriction) and the communication function restriction request signal (12
01, FIG. 10 shows information parameters).

The mobile phone terminal 13 which has received this transmits a communication function restriction request message (1202, information parameter in FIG. 10) to the subscriber information management application of the IC (SIM) card 213.

The subscriber information management application having received the message discards the information parameters according to the communication control request conditions requested by the space manager in the current serving space, and cancels the information parameters in the current serving space. It stores information parameters according to the communication control request condition (removal of the communication condition restriction) requested by the space manager, and returns a control correspondence information return message (1204) to the mobile phone terminal 13.
The mobile phone terminal 13 changes its own operation state to an operation level according to the information parameter of the received message.

In the case of canceling the communication function restriction, the mobile phone terminal 13 shifts to the normal operation mode in accordance with the designation. While maintaining the operation mode state, the communication function restriction confirmation signal (12
05, FIG. 11 transmits the information parameter).

The automatic ticket gate receiving the communication function restriction confirmation signal, the execution result of the electronic ticket application is successful, and the release of the communication function restriction requested by itself is accepted by the portable telephone terminal 13 based on the parameter of the signal. The gate is opened after confirming that it is in operation (409, 1206).

Also, if the communication function restriction (communication function restriction release) requested by the user is not accepted by the portable telephone terminal 13 based on the signal parameter, or the communication function restriction confirmation signal is not received. The gate is closed when the person carrying the portable telephone terminal passes through the automatic ticket gate 11 and leaves the property (space) owned by the railway company (1207).

As described above, all the mobile telephone terminals that have left the land (space) owned by the railway company operate in a state where the communication conditions permitted by the space manager (railway company) are released.

Next, the automatic ticket gates (11, 12)
The above railway company data server (1
5) and the operation of the mobile communication carrier data server (16) connected via a network will be described.

FIG. 13 shows an example of a parameter format of a "wireless terminal location registration request message" exchanged between the automatic ticket gate, the railway company data server, and the mobile communication carrier data server in the above system. An example of the parameter format of the "terminal location cancellation request message" is shown below.

First, when entering the restricted communication space set by the railway company, the automatic ticket gate 11 opens the gate (307), and the user who carries the portable telephone terminal 13 that has successfully set the restricted communication conditions. When the entrance is detected, the current time is obtained from the timekeeping means inside the automatic ticket gate, the information is recognized as the entrance time (including the date), and the railway company data server is communicated to the railway company data server via the communication line. A “wireless terminal location registration request” message (304, FIG. 13 shows information parameters) is transmitted.

The railway company data server receiving the message stores the information on the portable telephone terminal notified by the message as portable wireless terminal information while in the service area, and connects via a general-purpose network such as the Internet. To the data server of the mobile communication carrier, which is a service provider of the mobile phone terminal, transmits a "Registration area registration request" message (305, FIG. 13 is an information parameter).

The mobile communication carrier data server receiving the message determines from the information on the mobile phone terminal notified by the message that the mobile phone terminal is located in the communication restricted space set by the railway company. It stores and returns a “wireless terminal location registration confirmation” message (306), which is a reception confirmation message of the above message.

In the subsequent communication control for the mobile phone terminal, control is performed in accordance with the communication conditions (conditions such as usage location charging and real-time communication prohibition) notified to the message.

Next, when exiting from the communication restricted space set by the railway company, the automatic ticket gate 12 opens the gate (409), and carries the portable telephone terminal 13 which succeeded in releasing the communication condition restriction. When the exit of a person is detected, the current time is obtained from the timekeeping means inside the automatic ticket gate, the information is recognized as the exit time (including the date), and the railway company data server is communicated to the railway company data server via a communication line. Sends a "wireless terminal location cancellation request" message (404, FIG. 13 is an information parameter).

The railway company data server receiving the message deletes the information on the portable telephone terminal notified by the message from the portable wireless terminal information while in the service area, and connects via a general-purpose network such as the Internet. The mobile terminal transmits a wireless terminal location cancellation request message (405, FIG. 13 is an information parameter) to the data server of the mobile communication carrier which is a service provider of the mobile phone terminal.

Upon receiving the message, the mobile communication carrier data server determines from the information on the mobile phone terminal notified by the message that the mobile phone terminal is in the communication restricted space set by the railway company. Is released, and a “wireless terminal area release confirmation” message (407), which is a reception confirmation message of the above message, is returned.
The communication condition restriction on the mobile phone terminal after this is released, and communication control in a normal space is performed.

According to the above, the communication service provider (mobile communication carrier in the present embodiment) can accurately recognize whether or not the mobile phone terminal exists in the communication restriction execution space. In addition, it is possible to realize accurate accounting and communication function restriction according to the use of the communication space.

As described above, when entering the prescribed space, the communication function state desired by the space manager is obtained. When leaving the prescribed space, the desired communication function state of the portable wireless terminal subscriber is obtained. Autonomously controls the status of In addition, it is possible to prevent a portable wireless terminal that does not respond to control from entering or leaving.

Further, by automatically storing the status / profile information of the portable radio terminal existing in the space controlled by the user, the portable radio terminal information existing in the control space can be managed in real time. By exchanging information with the service provider of the portable wireless terminal via a network, it is possible to realize charging processing, communication type restriction processing, and the like according to the location of the portable wireless terminal.

<Second Embodiment> FIG. 5 shows an example of a portable radio terminal communication function control system according to the present embodiment.
This is a system in which a forced communication condition release control in the event of an emergency is added to the communication function restriction system (the system of the first embodiment) when the railway company performs the communication function control in the owned land (space). .

In FIG. 5, reference numeral 51 denotes an information management server of the railway company; 52, an information management server of a mobile communication company which is a service provider for subscribing to the portable radio terminal to provide a communication service; System, 54 is a wireless base station of the mobile communication carrier, and 55 is a communication network (communication network such as the Internet in the present embodiment) which manages communication between the information management server of the railway company and the information management server of the mobile communication carrier. , 56 is a dedicated network of the mobile communication carrier,
57 is a dedicated network of the railway company.

Further, the means 500 transmits a control signal (502) for releasing the communication restriction state of the portable radio terminal, and the emergency information (50) is transmitted via the train radio system.
This is a train emergency communication system having means for notifying 1), and when an emergency (emergency stop, accident, hijacking, etc.) occurs in the train, the communication restriction of the portable wireless terminal located in the train is released. (503, 504). As an example of a specific information flow, FIG. 6 shows an information flow when an emergency occurs, and FIG. 7 shows an information flow when an emergency is released.

First, the flow of information when an emergency occurs will be described. The train emergency communication system 500 detects an emergency (train emergency stop, accident, hijack, etc.) (601)
At that time, the occurrence of an emergency in the train is notified to the information management server 51 of the railway company via the train radio system 53 and the train radio dedicated network 57 (602).
The communication restriction release information is notified to the portable wireless terminal located in the train by the broadcast control signal using the wireless communication medium of the non-contact IC card to release the communication restriction release in the event of an emergency (603). ).

At this time, the train emergency communication system 5
00 repeats the transmission of the broadcast control signal to the portable wireless terminal located in the vehicle, thereby preventing the communication restriction release error caused by the burst reception error in the portable wireless terminal.

When the portable radio terminal recognizes (604) that the communication restriction has been released due to the occurrence of an emergency, the portable radio terminal communicates with the public mobile communication network (54, 56) of the mobile communication carrier. Then, the location registration processing (605) is performed according to the wireless channel congestion handling algorithm on the control program in the terminal. It should be noted that "emergency occurrence" information is added as a reason display parameter for the location registration processing.

When the location registration process is performed in the public mobile communication network, the reason display is referred to, and if the reason is “emergency”, the subscriber information of the portable wireless terminal that has performed the location registration process is described together with the subscriber information. The information management server of the mobile communication carrier is notified of the execution of the location registration process accompanying the "emergency" (606).

[0065] The information management server of the mobile communication carrier that has received the notification is a railway station in which the portable radio terminal of the subscriber information obtained in the notification stored in the mobile communication carrier information management server is located. A company (resident space manager) is searched (607), and profile information on a subscriber of the portable wireless terminal is provided as information on passengers to the emergency occurrence train via the network to the information management server of the railway company. Is provided (608).

The information management server of the railway company, which has received the information, reflects (additionally stores) the profile information on the subscriber of the portable radio terminal in the crew list of the emergency train (609), and It recognizes that the communication restriction on the wireless portable terminal owned by the subscriber has been released, and stores it together with the time (including the date information) (610).

Next, the flow of information at the time of emergency release will be described. The train emergency communication system 500 detects release of an emergency (train emergency stop, accident, hijack, etc.) (70
1) At this time, the information management server 51 of the railway company is notified of the release of the emergency in the train via the train radio system 53 and the train radio dedicated network 57 (702), and the portable radio located in the train car The terminal notifies the terminal of the communication restriction restart information using the broadcast control signal using the wireless communication medium of the non-contact IC card (703).

At this time, the train emergency communication system 5
00 repeats the transmission of the broadcast control signal to the portable wireless terminal located in the vehicle, thereby preventing the communication restriction release error caused by the burst reception error in the portable wireless terminal.

When the portable wireless terminal recognizes (704) that the communication restriction has been resumed due to the cancellation of the emergency, the portable wireless terminal communicates with the public mobile communication network (54, 56) of the mobile communication carrier. Then, the location registration processing (705) is performed in accordance with the wireless channel congestion handling algorithm on the control program in the terminal. It should be noted that "emergency release" information is added as a reason display parameter for this location registration process.

When the location registration processing is performed in the public mobile communication network, the reason display is referred to. If the reason is “emergency release”, the subscriber information of the portable radio terminal that has performed the location registration processing is displayed together with the subscriber information. The information management server of the mobile communication carrier is notified (706) of the execution of the location registration process accompanying "emergency release".

The information management server of the mobile communication carrier that has received the notification is a railway station in which the portable radio terminal of the subscriber information obtained by the notification stored in the mobile communication service provider information management server is located. A search is made for a company (space manager in the service area) (707), and profile information on the subscriber of the portable radio terminal as passenger information to the emergency release train via the network to the information management server of the railway company. Is provided (708).

The information management server of the railway company, which has received the information, reflects (additionally stores) the profile information on the subscriber of the portable radio terminal in the crew list of the emergency release train (710), and It recognizes that the communication restriction on the wireless portable terminal owned by the subscriber has been resumed, and stores it together with the time (including the date information) (709).

As described above, in the present embodiment, the transmission means for transmitting a control signal for releasing the communication restriction state of the portable radio terminal to the communication condition restriction system described above, and the train radio system And a train emergency communication system having a notification means for notifying emergency information via the.

Thus, for the portable radio terminal 13 existing in the integrated space where the communication condition is restricted, the communication condition restriction is released smoothly when an emergency occurs, and the communication condition restriction is restarted when the emergency is released. Users who are involved in an emergency by obtaining and managing the subscriber information of the portable wireless terminal located in the site of the emergency by the information management server of the railway company. Information can be quickly grasped.

<Third Embodiment> FIG. 15 shows an example of a portable radio terminal communication function control system according to the present embodiment, which is used when a railway company executes communication function control in a land (space). FIG. 2 is a schematic diagram of a charge (communication location cost) sharing scheme in a communication function restriction system (the system of the first embodiment).

Reference numeral 151 denotes an information management server of a mobile communication carrier, which is a service provider for subscribing and registering the portable radio terminal and providing a communication service. 152 denotes information management of a railway company which provides a communication place to the portable radio terminal. A server 153 is an information management server of the financial institution of the mobile communication carrier, and 154 is an information management server of a financial institution of the railway company, and 155 is a network that manages information communication between the servers (the Internet in this embodiment). 156 is a network dedicated to financial institutions that interconnects the financial institutions and manages communication of various settlement information.

When the settlement date of the payment of the fee (communication location cost) is reached (1501), the mobile communication carrier information management server 151 obtains the communication record information from the internally stored communication record information.
It calculates the payment amount for each communication place provider (in this embodiment, the railway company), and pays the calculated payment amount as the financial institution designated by the communication place provider. An instruction is given to the management server 153 via the network (1502).

The information management server 153 of the financial institution of the mobile communication carrier accepting the request transmits the information to the designated financial institution (the financial institution of the railway company) via the dedicated payment network (156) of the financial institution. The specified amount is paid to the information management server 154) (1503).

The information management server 154 of the financial institution of the railway company that has received the payment notifies the information management server 152 of the railway company that the fee (communication location cost) has been paid by the mobile communication carrier. Notify (1504)
I do.

The information management server 152 of the railway company that has received the above notification stores the information within the settlement period.
The above-mentioned fee (communication location cost) and the expected payment amount calculated from the service status of the mobile wireless terminal registered and subscribed to the paying mobile communication carrier (however, the emergency period is excluded from the billing target) Compare the rates (1505).

As a result of the comparison, if the amounts match, a receipt notification is issued to the paying mobile communication carrier via the network (1506). A request to compare the existing records is made via the network (1507).

As described above, the communication location provider can accurately grasp the usage status of the portable wireless terminal in the management space, and can automatically and correctly judge the validity of the fee (communication location cost). Becomes

<Fourth Embodiment> FIG. 16 shows an example of a portable radio terminal communication function control system according to this embodiment.
1 shows a configuration example of a communication function restriction system when performing communication function control in a boarding gate (space) of an airport.

Reference numeral 160 denotes a boundary between the airport lobby and the boarding bridge, and a boundary between the communication condition restricted space and the unrestricted space.
Non-contact I and 162 used in a general-purpose electronic ticket as a wireless communication medium between the portable wireless terminal of the present embodiment and the portable wireless terminal of the present embodiment.
A ticket gate provided with means for performing local communication (communication with a passing portable wireless terminal) using the wireless line of the C card, and transmission / reception of electromagnetic waves for the wireless line of the non-contact IC card by the ticket gates 1611, 1612, 1621, and 1622 Part, 16
3, 164 are examples of portable wireless terminals subject to communication condition restrictions.

An airline information management server for connecting the above-mentioned contactless IC card to the above-mentioned automatic ticket gate through a communication line and for collecting information received by the automatic ticket gate. Reference numeral 166 denotes a subscriber information server (which manages charging management and user profile information) of a communication carrier to which the mobile phone terminal subscribes, and both servers are connected via a network.

FIG. 17 shows a system sequence in the system according to the present embodiment when a portable radio terminal corresponding to the system is carried into a communication condition limited space (in the present embodiment, a boarding bridge) through a ticket gate with a portable wireless terminal. An example of a chart is shown in FIG. 18, in the system of the present embodiment,
An example of a system sequence chart when a mobile wireless terminal compatible with the system is carried out and exits from the communication condition limited space (the boarding bridge in the present embodiment) through the ticket gate is shown.

First, the system-compatible portable wireless terminal (16)
When carrying 3) and entering the communication condition limited space (boarding bridge in this embodiment) through the ticket gate,
First, the ticket gate (161) and the portable wireless terminal (1)
A communication link according to the communication protocol of the non-contact IC card is set (1701) during 63).

Next, the IC mounted on the mobile phone
Related message exchange (170) with the electronic ticket (boarding pass) application of (SIM) card 213
After performing 2), messages related to communication condition restriction are exchanged with the subscriber information management application of the IC (SIM) card 213 (1703).

FIG. 12 shows in detail the exchange of messages related to the communication condition restriction with the subscriber information management application. A communication function restriction request signal (1201, FIG. 10 is an information parameter) is transmitted from the ticket gate (161).

The mobile phone terminal (163) receiving this
Transmits a communication function restriction request message (1202, FIG. 10 is an information parameter) to the subscriber information management application of the IC (SIM) card 213.

The subscriber information management application having received the message refers to the receiving communication service mode condition desired by the subscribed user stored in the subscriber information management area (1203).

[0092] The subscriber information management application includes:
The received communication service mode condition desired by the subscribing user is compared with the communication control request condition requested by the space manager in the current serving space.

As a result of the comparison, if the communication control requirement is acceptable, the information parameters are stored in accordance with the communication control requirement requested by the space manager in the current serving space, and If the communication control request condition is not acceptable, store the information parameter according to the receiving communication service mode condition desired by the subscribing user,
The control corresponding information return message (1204) is returned to the mobile phone terminal (163). The mobile phone terminal (163)
Changes its own operation state to an operation level according to the information parameter of the received message.

In the case where the communication function restriction is permitted, the portable telephone terminal (164) is shifted to the operation mode in the designated communication function restriction mode. The terminal (163) keeps the previous operation mode state while maintaining the ticket gate (16).
A communication function restriction confirmation signal (1205, FIG. 11 is an information parameter) is transmitted to 1).

The ticket gate receiving the communication function restriction confirmation signal, the execution result of the electronic boarding pass application is successful, and the communication function restriction requested by the portable telephone terminal (164) is accepted by the portable telephone terminal (164) from the parameter of the signal. Open the gate after confirming that
06).

Further, the communication function restriction requested by the mobile phone terminal (163) is not accepted by the mobile phone terminal (163) based on the signal parameter, or the mobile phone terminal does not receive the communication function restriction confirmation signal. When the carrier of the vehicle attempts to enter the boarding bridge after passing through the ticket gate (161), the gate is closed (1207).

As described above, all of the portable telephone terminals existing after the boarding bridge operate only under the communication conditions permitted by the space manager (airline company).

Next, the user carries a portable wireless terminal (164) that is compatible with the system and operates under the communication conditions permitted by the space manager (airline company), passes through a ticket gate, and passes through a communication condition limited space (this embodiment). In the case of exiting from the boarding gate in the above embodiment, first, a communication link is set (1801) between the ticket gate (162) and the portable wireless terminal according to the communication protocol of the non-contact IC card.

Next, the electronic ticket (boarding pass) of the IC (SIM) card 213 mounted on the portable wireless terminal.
Related message exchange with application (18
02), messages related to communication condition restriction are exchanged with the subscriber information management application of the IC (SIM) card 213 (1803). FIG. 12 shows in detail the exchange of messages related to the communication condition restriction with the subscriber information management application.

However, since the communication function restriction request signal is intended to release the communication function restriction, the communication type restriction level (FIG. 8) and the communication information disclosure condition level (FIG. 9) added as parameters are both level 0. (No restriction), a communication function restriction request signal (1201, FIG. 10 is an information parameter) is transmitted from the ticket gate (11).

The portable telephone terminal (164) receiving this
Transmits a communication function restriction request message (1202, FIG. 10 is an information parameter) to the subscriber information management application of the IC (SIM) card 213.

The subscriber information management application that has received the message discards the information parameter according to the communication control request condition requested by the space manager in the current space.

Then, information parameters are stored in accordance with the communication control request condition (removal of the communication condition restriction) requested by the space manager in the current serving space, and the control correspondence information return message (1204) is transmitted to the portable telephone terminal ( 164).

The portable telephone terminal (164) changes its own operation state to the operation level according to the information parameter of the received message. In the case of releasing the communication function restriction, the mobile phone terminal (163) shifts to the normal operation mode in accordance with the designation, and if the communication function restriction release is not possible, the mobile phone terminal (164) switches to the previous operation mode state. Is transmitted, a communication function restriction confirmation signal (1205, FIG. 11 shows an information parameter) is transmitted to the ticket gate (162).

Upon receipt of the communication function restriction confirmation signal, the ticket gate accepts that the execution result of the electronic boarding pass application is successful and that the communication function restriction release requested by the ticket gate is canceled by the portable telephone terminal (163) based on the parameter of the signal. Open the gate after confirming that the
6, 1206).

Also, the communication function restriction (communication function restriction release) requested by the mobile phone terminal (164) is not accepted by the portable telephone terminal (164) based on the signal parameters, or the communication function restriction confirmation signal has been received. If the person carrying the portable telephone terminal passes through the ticket gate (162) and tries to leave the boarding gate without being present, the gate is closed (1207).

As described above, all the mobile telephone terminals that have exited from the boarding gate operate in a state where the communication conditions permitted by the space manager (airline company) have been released.

Next, the ticket gates (161, 16
2), the operation of the airline data server (165) connected via a communication line, and the operation of the mobile communication carrier data server (166) connected via a network will be described.

First, when entering the communication restricted space (inside the boarding gate) set by the airline, the ticket gate (161) opens the gate (1706), and the mobile phone terminal that succeeds in setting the communication condition restriction When the entry of the user carrying (164) is detected, the current time is obtained from the timekeeping means inside the ticket gate, and the information is recognized as the entry time (including the date), and is transmitted to the airline data server. In response to this, a “wireless terminal location registration request” message (1704) is sent out via the communication line.

The airline data server receiving the message stores the information on the portable telephone terminal notified by the message as portable wireless terminal information while in service, and connects via a general-purpose network such as the Internet. To the data server of the mobile communication carrier, which is the service provider of the mobile phone terminal, sends a "Registration area registration request" message (1705).

The mobile communication carrier data server that has received the message determines from the information on the mobile phone terminal notified by the message that the mobile phone terminal is in the communication restricted space set by the airline. It stores and returns a "wireless terminal location registration confirmation" message (1707) which is a reception confirmation message of the above message.

In the subsequent communication control for the mobile phone terminal, control is performed in accordance with the communication conditions (conditions such as usage place charging and real-time communication prohibition) notified to the message.

When the end of the boarding procedure (time or operation by the operator) is detected on the ticket gate side, a "boarding deadline notification" message (170) is sent via the communication line.
9) is sent.

The airline information management server (165) that has received the "boarding deadline notification" message sends a message to the mobile communication carrier information management server (166) to which the portable radio terminal existing in the boarding gate has subscribed. Then, a "boarding deadline notification" message (1710) is transmitted.

The mobile communication carrier information management server (166) which has received the message returns information necessary for creating a passenger list such as a subscriber user profile relating to a terminal located in the boarding gate as response information. I do.

The airline information management server (16) that has obtained the above information from the information management servers of all the mobile communication carriers subscribed to the portable radio terminals existing in the boarding gate.
5) Automatically update the passenger list of the relevant flight departing from the boarding gate according to the information.

Next, when exiting from the passenger gate, the ticket gate (162) opens the gate (180).
9) When the exit of the user carrying the mobile phone terminal (163) which succeeds in releasing the communication condition restriction is detected, the current time is obtained from the timing means inside the automatic ticket gate, and the above information is stored in the exit time ( (Including the date), and sends a “wireless terminal location cancellation request” message (1803, FIG. 13 is an information parameter) to the airline information management server via the communication line.

The airline information management server that has received the message deletes the information on the mobile phone terminal notified by the message from the mobile wireless terminal information while in the service area, and deletes the information via the general-purpose network such as the Internet. The mobile terminal transmits a wireless terminal location cancellation request "message (1804, FIG. 13 is an information parameter) to the data server of the mobile communication carrier which is a service provider of the connected mobile telephone terminal.

[0119] The mobile communication carrier data server that has received the message determines from the information on the mobile phone terminal notified by the message that the mobile phone terminal is in the communication restricted space set by the airline. Is released, and a "wireless terminal location cancellation confirmation" message (1805), which is a reception confirmation message of the above message, is returned. Thereafter, the communication condition restriction on the mobile phone terminal is released (1810), and communication control in a normal space is performed.

The communication service provider (mobile communication carrier in the present embodiment) can also accurately recognize the presence or absence of the portable telephone terminal in the communication restriction execution space, and can respond to the use of the communication space. Precise billing and communication function restrictions, and automatic updating of the passenger list on the aircraft (1811)
Can be realized.

As described above, when entering the prescribed space, the communication function state desired by the space manager is entered. When leaving the prescribed space, the desired communication function state of the portable wireless terminal subscriber is entered. State control can be performed autonomously.

In addition, it is possible to prevent a portable wireless terminal that does not respond to control from entering or leaving, and
By automatically storing the state and profile information of the portable wireless terminal existing in the space controlled by the user, the portable wireless terminal information existing in the controlled space can be managed in real time.

Further, by exchanging information with the service provider of the portable wireless terminal via a network, charging processing, communication type restriction processing, and boarding on an aircraft according to the location of the portable wireless terminal are performed. Automatic realization of the passenger profile can be realized, and automatic updating of the passenger list when the airline reservation person and the actual passenger are different can be realized.

<Fifth Embodiment> FIG. 19 shows an example of a portable radio terminal communication function control system according to the present embodiment. The system according to the present embodiment is provided with a communication function restriction system (system according to the fourth embodiment) when an airline executes communication function control in an airplane (space). It is a system to which is added.

In FIG. 19, reference numeral 191 denotes an information management server of the airline, 192 denotes an information management server of a mobile communication service provider which is a service provider for subscribing to the portable radio terminal and providing a communication service, and 193 denotes an air radio communication. System, 194 is a wireless base station of the mobile communication carrier, and 195 is a communication network that controls communication between the information management server of the airline and the information management server of the mobile communication carrier (a general-purpose network such as the Internet in the present embodiment). Is assumed).

Reference numeral 196 denotes a dedicated network of the mobile communication carrier; 197, a dedicated network of the airline;
An aeronautical emergency communication system 900 includes means for transmitting a control signal (1902) for releasing the communication restriction state of the portable wireless terminal, and means for notifying emergency information (1901) via the aeronautical wireless system. On the aircraft,
When an emergency (emergency stop, accident, hijack, etc.) occurs, it is possible to release (1903, 1904) the communication restriction of the portable wireless terminal located in the aircraft.

As a specific example of the information flow, FIG. 20 shows the flow of information when an emergency occurs, and FIG. 21 shows the flow of information when an emergency is cleared.

First, the flow of information when an emergency occurs will be described. When an emergency (aircraft emergency stop, accident, hijack, etc.) is detected (2001) by the aircraft emergency communication system (1900), the airline's The information management server (191) is notified of the occurrence of an emergency on the aircraft (2002).

In addition, the release of the communication restriction due to the occurrence of an emergency for the portable wireless terminal located in the aircraft is canceled by the broadcast control signal using the wireless communication medium of the non-contact IC card. The information is notified (2003). In addition,
At this time, the aircraft emergency communication system (1900) repeats the transmission of the broadcast control signal to the portable wireless terminal located in the cabin, whereby the communication restriction release error caused by the burst reception error in the portable wireless terminal. prevent.

When the portable radio terminal recognizes the release of the communication restriction caused by the occurrence of the emergency (2004), the portable radio terminal transmits the communication restriction to the public mobile communication network (194, 196) of the mobile communication carrier. Then, the location registration process (2005) is performed according to the wireless channel congestion handling algorithm on the control program inside the terminal. It should be noted that "emergency occurrence" information is added as a reason display parameter for the location registration processing.

When the location registration process is performed in the public mobile communication network, the reason display is referred to, and if the reason is “emergency”, the subscriber information of the portable radio terminal that has performed the location registration process is referred to. The information management server of the mobile communication carrier is notified of the execution of the location registration process accompanying the “emergency” (2006).

[0132] The information management server of the mobile communication carrier that has received the notification is an aviation service in which the portable wireless terminal of the subscriber information obtained in the notification stored in the mobile communication carrier information management server is located. A company (located space manager) is searched (2007), and profile information on a subscriber of the portable wireless terminal is provided as information on passengers to the emergency airline via a network to the information management server of the airline. Is provided (2008).

The information management server of the airline that has received the above information reflects (additionally stores) the profile information on the subscriber of the portable radio terminal in the crew list of the emergency aircraft (2009), and It recognizes that the communication restriction on the wireless portable terminal owned by the subscriber has been released, and stores it together with the time (including the date information) (2010).

Next, the flow of information at the time of emergency release will be described. When the aircraft emergency communication system (1900) detects (2101) the release of an emergency (aircraft emergency stop, accident, hijack, etc.), the aeronautical radio system (1910)
3) Notify the airline information management server (191) of the cancellation of the emergency on the aircraft via the aeronautical radio network (197) (2102).

In addition, the communication restriction for the portable radio terminal located in the aircraft upon cancellation of the emergency is restarted by the broadcast control signal using the radio communication medium of the non-contact IC card. The information is notified (2103). In addition,
At this time, the aircraft emergency communication system (1900) repeats the transmission of the broadcast control signal to the portable wireless terminal located in the cabin, whereby the communication restriction release error caused by the burst reception error in the portable wireless terminal. prevent.

When the portable radio terminal recognizes (2104) that the communication restriction has been resumed due to the cancellation of the emergency, the portable radio terminal communicates with the mobile communication carrier's public mobile communication network (194, 196). Then, the location registration processing (2105) is performed according to the wireless channel congestion handling algorithm on the control program in the terminal. It should be noted that "emergency release" information is added as a reason display parameter for this location registration process.

When the location registration process is performed in the public mobile communication network, the reason display is referred to, and if the reason is “emergency release”, the subscriber information of the portable radio terminal that has performed the location registration process is referred to. The information management server of the mobile communication carrier is notified (2106) of the execution of the location registration process associated with “emergency release”.

[0138] The information management server of the mobile communication carrier that has received the notification is the airline service in which the portable wireless terminal of the subscriber information obtained in the notification stored in the mobile communication service provider information management server is located. A search is made for a company (resident space manager) (2107), and profile information about the subscriber of the portable radio terminal is provided as information on passengers to the emergency release aircraft via the network to the information management server of the airline. Is provided (2108).

It recognizes that the communication restriction on the wireless portable terminal owned by the subscriber has been resumed, and stores it together with the time (including the date information) (2109). Further, the information management server of the airline that has received the information reflects (additionally stores) the profile information on the subscriber of the portable wireless terminal in the crew list of the emergency cancellation aircraft (2110).

As described above, according to the present embodiment, means for transmitting a control signal for releasing the communication restriction state of the portable radio terminal to the communication condition restriction system, An aircraft emergency communication system that has means for notifying emergency information via a mobile communication terminal has been added. In addition, when the emergency is released, the communication condition restriction can be smoothly resumed.

Further, by acquiring and managing the subscriber information of the portable radio terminal located in the site of the occurrence of the emergency by the information management server of the airline, it is possible to grasp the user information involved in the emergency. To be able to do it quickly.

<Sixth Embodiment> FIG. 22 shows, as an example of a portable radio terminal communication function control system according to the present embodiment, a communication function restriction system for performing communication function control in a building (space). An example of the configuration is shown.

Reference numeral 220 denotes a boundary between the inside of the building and the outside of the building, and a boundary between the communication condition restricted space and the unrestricted space.
2 performs local communication (communication with the passing portable wireless terminal) with the portable wireless terminal of the present embodiment using a wireless line of a non-contact IC card used in a general-purpose electronic ticket as a wireless communication medium. A rotating automatic door provided with a means for performing the operation is provided with a transmission / reception unit for electromagnetic waves for a wireless line of the non-contact IC card, a portable radio terminal for which communication conditions are restricted, and a reference numeral 224 for the non-contact IC card This is a mobile phone terminal to which a communication function over a wireless line is added.

A tenant information management server 225 is connected to the revolving automatic door via a communication line, and collects information received by the revolving door. A 226 is a subscriber information server of a communication carrier to which the mobile phone terminal subscribes. Charge management and management of user profile information), and both servers are connected via a network.

FIG. 23 shows a system according to the present embodiment in which a portable radio terminal corresponding to the system is carried into a communication condition limited space (in the building in this embodiment) through a rotating automatic door. An example of a sequence chart is shown in FIG. 24. In the system according to the present embodiment, when the mobile terminal corresponding to the system exits from the communication condition limited space (in the building in the present embodiment) through the rotating automatic door with the portable wireless terminal. 3 shows an example of a system sequence chart.

First, a system-compatible portable wireless terminal (22)
3) When carrying the vehicle and entering the communication condition limited space (in the building in this embodiment) through the rotating automatic door, first, the non-contact I between the rotating automatic door (221) and the portable wireless terminal.
The communication link according to the communication protocol of the C card is set (2
301).

The exchange of a message relating to the communication condition restriction (2302) is performed with the subscriber information management application of the IC (SIM) card 213. FIG. 12 shows in detail the exchange of messages related to the communication condition restriction with the subscriber information management application.

A communication function restriction request signal (1201, FIG. 10 is an information parameter) is transmitted from the rotating automatic door (221). Upon receiving this, the mobile phone terminal (163) transmits the I
The communication function restriction request message (1202, FIG. 1) is sent to the subscriber information management application of the C (SIM) card 213.
0 transmits the information parameter).

The subscriber information management application that has received the message refers to the receiving communication service mode condition desired by the subscribing user stored in the subscriber information management area (1203).

The above-mentioned subscriber information management application comprises:
The received communication service mode condition desired by the subscribing user is compared with the communication control request condition requested by the space manager in the current serving space, and if the communication control request condition is allowable, the current service condition is acceptable. Information parameters are stored in accordance with the communication control requirements requested by the space manager in the service area.

If the above condition is not acceptable, the communication control request condition is not acceptable, and the information parameter according to the receiving communication service mode condition desired by the subscribing user is stored, and the control correspondence information return message (1204 ) Is returned to the mobile phone terminal (223). The mobile phone terminal (2
23) changes its own operation state to an operation level according to the information parameter of the received message.

If the communication function restriction is permitted, the portable telephone terminal (224) shifts to the operation mode in the designated communication function restriction mode, and if the communication function restriction is not permitted, the portable telephone terminal (223). Transmits a communication function restriction confirmation signal (1205, information parameter in FIG. 11) to the rotating automatic door (221) while maintaining the previous operation mode state.

The revolving automatic door that has received the communication function restriction confirmation signal opens the gate after confirming from the parameter of the signal that the communication function restriction requested by itself is accepted by the portable telephone terminal (224). (2307, 12
06).

In addition, if the communication function restriction requested by the user is not accepted by the portable telephone terminal (2213) based on the parameter of the signal, or if the communication function restriction confirmation signal is not received, the portable telephone terminal is not received. The gate is closed (1207) when the person carrying the car tries to enter the building through the revolving automatic door (221). As described above, all of the mobile phone terminals existing in the building only operate under the communication conditions permitted by the space manager (tenant management company).

Next, the user carries a portable wireless terminal (224) which is compatible with the system and operates under the communication conditions permitted by the space manager (tenant management business operator), and passes through the rotating automatic door to pass through the communication condition limited space. When exiting (in the building in the present embodiment), first, a communication link is established (2401) between the revolving automatic door (222) and the portable wireless terminal according to the communication protocol of the non-contact IC card.

Next, the IC mounted on the mobile phone
Exchange of messages related to communication condition restrictions with the subscriber information management application of the (SIM) card 213 (240
Perform 2). FIG. 12 shows in detail the exchange of messages related to the communication condition restriction with the subscriber information management application.

However, since the communication function restriction request signal is intended to release the communication function restriction, the communication type restriction level (FIG. 8) and the communication information disclosure condition level (FIG. 9) added as parameters are both level 0. (No restriction), a communication function restriction request signal (1201, FIG. 10 is an information parameter) is transmitted from the ticket gate (11).

[0158] The mobile phone terminal (224) receiving this.
Transmits a communication function restriction request message (1202, FIG. 10 is an information parameter) to the subscriber information management application of the IC (SIM) card 213.

The subscriber information management application receiving the message discards the information parameters according to the communication control request conditions requested by the space manager in the current serving space, and deletes the information parameters in the current serving space. It stores information parameters according to the communication control request condition (removal of communication condition restriction) requested by the space manager, and returns a control correspondence information return message (1204) to the mobile phone terminal (224). The mobile phone terminal (224) changes its own operation state to an operation level according to the information parameter of the received message.

In the case where the communication function restriction is released, the mobile phone terminal (223) shifts to the normal operation mode in accordance with the designation. While maintaining the operation mode state, the communication function restriction confirmation signal (1205, FIG. 11 is an information parameter) is transmitted to the rotating automatic door (222).

The revolving automatic door that has received the communication function restriction confirmation signal opens the gate after confirming from the parameter of the signal that the communication function restriction release requested by itself is accepted by the portable telephone terminal (223). Open (240
7, 1206).

Further, the communication function restriction (communication function restriction release) requested by the mobile phone terminal (224) is not accepted by the mobile phone terminal (224) based on the signal parameter, or the communication function restriction confirmation signal has been received. When the person carrying the portable telephone terminal passes through the ticket gate (222) and tries to leave the boarding gate without being present, the gate is closed (1207). As described above, all of the mobile telephone terminals that have exited from the boarding gate operate in a state where the communication conditions permitted by the space manager (tenant management operator) are released.

Next, the rotating automatic doors (221, 22)
2), the tenant management company data server (225) connected via a communication line, and the mobile communication company data server (22) further connected via a network.
The function of 6) will be explained.

First, when entering the restricted communication space (inside the building) set by the tenant management company, the revolving automatic door (221) opens the gate (2307), and the mobile phone that succeeds in setting the restricted communication condition is set. When detecting the entry of the user carrying the telephone terminal (224), the current time is obtained from the timing means inside the revolving automatic door, and the above information is recognized as the entry time (including the date), and the tenant management is performed. A “wireless terminal location registration request” message (2303) is transmitted to the carrier data server via the communication line.

The tenant management company data server that has received the message stores the information on the portable telephone terminal notified by the message as portable wireless terminal information while in the service area, and transmits the information via a general-purpose network such as the Internet. A wireless terminal location registration request "message (2304) is sent to the data server of the mobile communication service provider that is the service provider of the mobile telephone terminal connected to the mobile terminal.

The data server of the mobile communication carrier receiving the message, based on the information on the mobile phone terminal notified by the message, stores the mobile phone terminal in the communication restricted space set by the tenant management provider. It stores the message as “inside” and returns a “wireless terminal location registration confirmation” message (2305) which is a reception confirmation message of the above message.

In the subsequent communication control for the portable telephone terminal, control is performed in accordance with the communication conditions (conditions such as usage place charging, real-time communication prohibition, disclosure of a user profile, etc.) notified to the message.

If the disclosure of the user profile is set in the communication conditions, the mobile communication carrier data server sends detailed subscriber information (name, occupation, address,...) Of the wireless terminal. Is provided to the tenant management company data server (2306), and the tenant management company data server receiving the information updates the resident information in the tenant (2308).

Next, when leaving the building, the revolving automatic door (222) opens the gate (2407), and the exit of the user carrying the portable telephone terminal (223) which succeeds in releasing the communication condition restriction is checked. Upon detection, the current time is obtained from the timekeeping means inside the revolving automatic door, the information is recognized as the entry time (including the date), and "wireless" is transmitted to the airline information management server via a communication line. Terminal location cancellation request ”
A message (2403, FIG. 13 is an information parameter) is transmitted.

Upon receiving the message, the tenant management company information management server deletes the information on the portable telephone terminal notified by the message from the portable wireless terminal information while in service, and establishes a general-purpose network such as the Internet. A wireless terminal location cancellation request message (2404, FIG. 13 is an information parameter) is transmitted to the data server of the mobile communication carrier, which is a service provider of the mobile phone terminal connected via the above.

The mobile communication carrier data server that has received the message, based on the information on the mobile phone terminal notified by the message, stores the mobile phone terminal in the restricted communication space set by the tenant management provider. The middle state is released, and a “wireless terminal location release confirmation” message (2405), which is a reception confirmation message of the above message, is returned. The communication condition restriction on the mobile phone terminal after this is released, and communication control in a normal space is performed.
In addition, various types of information regarding the terminal in which the area is canceled are provided (24).
06). The tenant management company data server receiving the information updates the resident information in the tenant (230
8) Yes. The revolving automatic door that has received the communication function restriction confirmation signal opens the gate after confirming from the parameter of the signal that the communication function restriction requested by itself is accepted by the mobile phone terminal (224) ( 240
7, 1206).

The communication service provider (mobile communication carrier in the present embodiment) can also accurately recognize the presence or absence of the above-mentioned portable telephone terminal in the communication restriction enforcement space. It is possible to realize accurate billing, communication function restriction, and automatic update of tenant resident information.

In the building, the mobile phone terminal
FIG. 25 shows an example of a control sequence when the communication information disclosure restriction is set. Note that the information management server of the above-mentioned mobile communication carrier must comply with the law (communication interception law).
It is assumed that a means for temporarily recording / reproducing the communication contents of the designated wireless terminal is provided.

First, when the mobile telephone terminal sets up a wireless channel in a building, the mobile phone terminal performs a wireless communication channel setting process (2501) via a wireless network of a connectable subscribed mobile communication carrier.

The wireless network of the mobile communication service provider that has received the setting notifies the information management server of the mobile communication service provider that the mobile phone terminal has set the wireless line (2502).

The information management server of the mobile communication carrier is
It is determined (2503) whether or not the mobile phone terminal to which the wireless line is to be set is a wireless terminal for which communication contents are to be disclosed, and if the mobile terminal is a disclosure target terminal, the network (in the present embodiment, Assuming the Internet)
The communication start of the above-mentioned portable telephone terminal, which is the wireless terminal subject to communication restriction, is notified via.

The profile of the current communication (communication partner telephone number, information transmission capability, etc.) is notified (2504).
The tenant management company information server that has received the notification obtains the communication profile and stores the communication profile together with the time information obtained from the clocking means in the server (250).
5).

After the authentication processing (2506) between the subscriber information module (IC card in this embodiment) and the mobile communication carrier succeeds, communication (2507) becomes possible.

Processing for disconnecting a wireless line upon termination of communication (2
508), after receiving the line disconnection information of the wireless terminal whose communication contents are to be disclosed from the wireless network of the mobile communication service provider, the information management server of the mobile communication service provider transmits the information to the tenant management service provider information server. A communication end of the mobile phone terminal, which is a wireless terminal subject to communication restriction, is notified via a network.

Further, the communication contents information temporarily recorded in the self is notified (2510), and the tenant management company information server having received the notification obtains the contents of the communication and stores the communication contents in advance. Is recorded together with the communication profile (2511). This makes it possible for the tenant management company server to automatically record the status and contents of wireless communication in the building.

<Seventh Embodiment> FIG. 26 shows an example of a portable radio terminal communication function control system according to the present embodiment. In the present embodiment, the communication function restriction system (the system of the fifth embodiment) when the tenant management company performs the communication function control in the building (space) is to cancel the compulsory communication condition when an emergency occurs. This is a system with added control.

In FIG. 26, reference numeral 261 denotes an information management server of the tenant management company, and 262 denotes an information management server of a mobile communication company which is a service provider for subscribing and registering the portable radio terminal and providing a communication service. A communication network in which the wireless base station of the mobile communication carrier 265 manages communication between the information management server of the tenant management carrier and the information management server of the mobile communication carrier (this embodiment assumes a general-purpose network such as the Internet). It is.

Reference numeral 266 denotes the dedicated network of the mobile communication carrier, reference numeral 267 denotes the emergency information reporting dedicated network of the tenant management carrier, and reference numeral 2600 transmits a control signal (2602) for releasing the communication restriction state of the portable wireless terminal. And a means for notifying emergency information (2601) via the emergency information reporting network.
When a fire or a castle castle incident occurs, the communication restriction of the portable wireless terminal located in the building is released (2603, 260).
4) It is possible to do. As an example of a specific information flow, FIG. 27 shows the flow of information when an emergency occurs, and FIG. 28 shows the flow of information when an emergency is cleared.

First, the flow of information when an emergency occurs will be described. The emergency communication system (2600) in the building detected an emergency (earthquake, fire, castle case, etc.) (2701)
At this time, the information management server (2) of the tenant management company through the emergency information reporting system and the network dedicated to emergency information reporting
61) is notified of the occurrence of an emergency in the building (tenant) (2702).

In addition, the release of the communication restriction due to the occurrence of an emergency for the portable wireless terminal located in the building is canceled by the broadcast control signal using the wireless communication medium of the contactless IC card. The information is notified (2703). At this time, the in-building emergency communication system (2600) repeats the transmission of the broadcast control signal to the mobile radio terminal located in the building, thereby causing a burst reception error in the mobile radio terminal. Prevent erroneous release of communication restrictions.

In addition, the information management server (261) of the tenant management company which has been notified of the occurrence of the above-mentioned emergency situation carries out the above-mentioned processing, and at the same time, the local disaster station or police station installed in the local disaster department. The occurrence of an emergency is automatically notified (2704) to the information center server (267).

When the portable wireless terminal recognizes (2705) that the communication restriction has been released due to the occurrence of an emergency, the portable wireless terminal communicates with the mobile communication carrier's public mobile communication network (264, 266). Then, the location registration processing (2706) is performed according to the wireless channel congestion handling algorithm on the control program inside the terminal. It should be noted that "emergency occurrence" information is added as a reason display parameter for the location registration processing.

When the location registration process is performed in the public mobile communication network, the reason display is referred to. If the reason is "emergency", the subscriber information of the portable radio terminal that has performed the location registration process is referred to. The information management server of the mobile communication carrier is notified of the execution of the location registration process accompanying the "emergency" (2707).

[0189] The information management server of the mobile communication carrier that has received the notification is a tenant in which the portable wireless terminal of the mobile terminal of the subscriber information obtained in the notification stored in the mobile communication carrier information management server is located. (2708), and searches the information management server of the tenant management company via the network as the resident information of the emergency occurrence tenant via the network. Is provided (2709).

Upon receiving the information, the information management server of the tenant management company reflects (additionally stores) the profile information on the subscriber of the portable radio terminal in the list of the resident of the tenant in which the emergency has occurred (2710) ), And recognizes that the communication restriction on the wireless portable terminal owned by the subscriber has been released, and stores it together with the time (including the date information) (2711).

Next, the flow of information at the time of emergency release will be described. Emergency communication system (2600) in building detects cancellation of emergency (earthquake, fire, castle case, etc.) (2801)
At this time, the emergency management system notifies the information management server (261) of the tenant management company of the release of the emergency in the tenant (in the building) via the emergency information notification system and the network dedicated to emergency information notification (2802).

In addition, the resumption of the communication restriction accompanying the cancellation of the emergency for the portable radio terminal located in the tenant (in the building) is notified by the broadcast control signal using the radio communication medium of the non-contact IC card. The communication restriction resumption information is notified (2803). At this time, the in-building emergency communication system (260
0) repeats the transmission of the broadcast control signal to the portable radio terminal located in the airplane, thereby preventing the communication restriction release error caused by the burst reception error in the portable radio terminal.

In addition, the information management server (251) of the tenant management company that has received the notification of the occurrence of the above-mentioned emergency situation, in parallel with the above-described processing, executes a local disaster at a local fire station or police station. The information center server (267) is automatically notified of the cancellation of the emergency (2804).

When the portable radio terminal recognizes (2805) that the communication restriction has been resumed due to the cancellation of the emergency, the portable radio terminal communicates with the public mobile communication network (264, 266) of the mobile communication carrier. Then, the location registration processing (2806) is performed according to the wireless channel congestion handling algorithm on the control program inside the terminal. It should be noted that "emergency release" information is added as a reason display parameter for this location registration process.

When the location registration process is performed in the public mobile communication network, the reason display is referred to. If the reason is “emergency release”, the subscriber information of the portable radio terminal that has performed the location registration process is referred to. The information management server of the mobile communication carrier is notified of the execution of the location registration process accompanying “emergency release” (2807).

[0196] The information management server of the mobile communication carrier that has received the notification is the tenant in which the portable wireless terminal is located, of the subscriber information obtained in the notification stored in the mobile communication carrier information management server. (2808) is searched for (the in-service area manager), and as to the information management server of the tenant management company via the network, as the resident information to the emergency release tenant, the information regarding the subscriber of the portable wireless terminal is obtained. The profile information is provided (2809).

The information management server of the tenant management company that has received the information reflects (additionally stores) the profile information on the subscriber of the portable radio terminal in the emergency situation cancellation tenant resident list (2810). At the same time, it recognizes that the communication restriction on the wireless portable terminal possessed by the subscriber has been resumed, and stores it together with the time (including the date information) (2811).

As described above, the system according to the present embodiment comprises means for transmitting a control signal for releasing the communication restriction state of the portable radio terminal to the communication condition restriction system, The system has a built-in emergency communication system having means for notifying emergency information via a network dedicated to emergency information reporting.

As a result, for a portable radio terminal located in the integrated space to which the communication condition is restricted, the communication condition restriction is smoothly released when an emergency occurs and the communication condition restriction is restarted when the emergency is released. By acquiring and managing the subscriber information of the mobile wireless terminal located in the site of the emergency by the information management server of the tenant management company, the usage involved in the emergency It is possible to promptly grasp user information.

Further, it is possible to automatically contact a local disaster information data server installed at a fire station or a police station, and it is possible to promptly perform an appropriate initial response to an emergency.

<Eighth Embodiment> In the above-described embodiment, an emergency in the vicinity of the tenant (building) due to the cooperation between the local disaster information data server and the tenant management company server is described. FIG. 29 shows a sequence for releasing the communication restriction according to the information, and FIG. 30 shows a sequence for resuming the communication restriction.

First, the flow of information when an emergency near a tenant occurs will be described. When an emergency (earthquake, fire, cage case, etc.) is obtained from the regional disaster information center server (267) (2901), the tenant management company information management server determines that it is necessary to respond as an emergency (2902)
At this time, the emergency information notification system is notified of the occurrence of an emergency in the vicinity of the building (tenant) (2903).

In addition, the release of the communication restriction due to the occurrence of an emergency for the portable wireless terminal located in the building is canceled by the broadcast control signal using the wireless communication medium of the non-contact IC card. The information is notified (2904). At this time, the in-building emergency communication system (2600) repeats the transmission of the broadcast control signal to the mobile radio terminal located in the building, thereby causing a burst reception error in the mobile radio terminal. Prevent erroneous release of communication restrictions.

When the portable wireless terminal recognizes (2905) that the communication restriction has been released due to the occurrence of an emergency, the portable wireless terminal communicates with the public mobile communication network (264, 266) of the mobile communication carrier. The location registration process (2906) is performed according to the wireless channel congestion handling algorithm on the control program in the terminal. It should be noted that "emergency occurrence" information is added as a reason display parameter for the location registration processing.

When the location registration process is performed in the public mobile communication network, the reason display is referred to. If the reason is “emergency”, the subscriber information of the portable wireless terminal that has performed the location registration process is displayed together with the subscriber information. The information management server of the mobile communication carrier is notified (2907) of the execution of the location registration process accompanying the “emergency situation”.

[0206] The information management server of the mobile communication carrier receiving the notification, the tenant in which the portable radio terminal of the subscriber information of the subscriber information obtained in the notification stored in the mobile communication carrier information management server is located. (2908), and searches the information management server of the tenant management company via the network as the resident information of the emergency occurrence tenant via the network. Is provided (2909).

The information management server of the tenant management company that has received the information reflects (additionally stores) the profile information on the subscriber of the portable radio terminal in the list of the resident of the tenant in which the emergency has occurred (2910). ), And recognizes that the communication restriction on the wireless portable terminal owned by the subscriber has been released, and stores it together with time (including date information) (2911).

Next, the flow of information at the time of emergency release will be described. When the cancellation of a nearby emergency (earthquake, fire, cage case, etc.) is obtained from the regional disaster information center server (267) (3001), the tenant management company information management server determines that it is not necessary to respond as an emergency (3002)
At this time, the emergency information notification system is notified of the cancellation of the emergency in the vicinity of the building (tenant) (3003).

[0209] Also, the communication restriction for the portable radio terminal located in the building with the release of the emergency is restarted by the broadcast control signal using the radio communication medium of the non-contact IC card. The information is notified (3004). At this time, the in-building emergency communication system (2600) repeats the transmission of the broadcast control signal to the mobile radio terminal located in the airplane, whereby communication caused by a burst reception error in the mobile radio terminal. Prevent restriction release errors.

When the portable wireless terminal recognizes (3005) that the communication restriction has been resumed due to the release of the emergency, the portable wireless terminal communicates with the public mobile communication network (264, 266) of the mobile communication carrier. The location registration process (3006) is performed according to the wireless channel congestion handling algorithm on the control program in the terminal. It should be noted that "emergency release" information is added as a reason display parameter for this location registration process.

When the location registration process is performed in the public mobile communication network, the reason display is referred to, and if the reason is “emergency release”, the above-mentioned location information together with the subscriber information of the portable radio terminal that has performed the location registration process is referred to. The information management server of the mobile communication carrier is notified (3007) of the execution of the location registration process accompanying "emergency release".

[0212] The information management server of the mobile communication carrier that has received the notification is the tenant in which the portable wireless terminal of the subscriber information of the subscriber information obtained in the notification stored in the mobile communication carrier information management server is located. (3008) to search for the (resident area manager), and to the information management server of the tenant management company via the network as the resident information to the emergency release tenant, regarding the subscriber of the portable wireless terminal. The profile information is provided (3009).

The information management server of the tenant management company which has received the information reflects (additionally stores) the profile information on the subscriber of the portable radio terminal in the emergency situation clearing tenant resident list (3010). At the same time, it recognizes that the communication restriction on the wireless portable terminal possessed by the subscriber has been resumed, and stores it together with the time (including the date information) (3011).

As described above, in the present embodiment, in the communication condition limiting system to which the above-mentioned emergency communication system is added, a tenant (a tenant available from a local disaster information data server installed in the fire station or police station) is used. It is possible to automatically set and release the communication function restriction corresponding to the occurrence of an emergency near the building.

<Ninth Embodiment> FIG. 31 shows an example of a portable radio terminal communication function control system according to the present embodiment. FIG. 31 is a schematic diagram of a charge (communication place cost) sharing scheme in the communication function restriction system (the system of the sixth embodiment) when the communication function control is performed in the tenant (in the building).

Reference numeral 311 denotes an information management server of a mobile communication carrier which is a service provider for subscribing to the portable radio terminal and providing a communication service. Reference numeral 312 denotes a tenant management carrier which provides a communication place to the portable radio terminal. An information management server, 313 is an information management server of the financial institution of the mobile communication business operator, 314 is an information management server of a financial institution of the tenant management business, and 315 is a network that manages information communication between the servers (this embodiment). In this embodiment, the Internet is assumed.) Reference numeral 316 denotes a network dedicated to financial institutions that interconnects the financial institutions and manages communication of various settlement information.

On the settlement date of the payment of the fee (communication location cost) (3101), the mobile communication carrier information management server retrieves the communication location provider (this embodiment) from the communication record information stored therein. In this mode, the payment amount for each tenant management company) is calculated, and the payment of the calculated payment amount is set as the financial institution designated by the communication place provider as the destination. Request (3102).

[0218] The information management server of the financial institution of the mobile communication business operator that has received the request transmits the designated financial institution (transaction financial business of the tenant management business) via the dedicated payment network (316) of the financial institution. The specified amount is paid to the information management server of the organization (3103).

[0219] The information management server of the financial institution of the tenant management company that has received the payment informs the tenant management company that the fee (communication location cost) has been paid by the mobile communication company. The management server 312 is notified (3104).

[0220] The information management server 312 of the tenant management company that has received the notification notifies the mobile phone registered as a subscriber of the fee (communication location cost) payment source mobile communication company stored as information within the settlement period. The predicted charge amount calculated from the service state of the wireless terminal (however, the period of the emergency state in claims 7 and 8 is excluded from the billing target) is compared with the notified charge (3105).

If the amounts match, a receipt notice is issued to the paying mobile communication carrier via the network (3.
106) If they do not match, a request for re-billing and a comparison between the records of the locations of both portable wireless terminals are made via the network (3).
107). As described above, the communication location provider can accurately grasp the usage status of the portable wireless terminal in the management space and automatically and correctly determine the validity of the fee (communication location cost).

(Other Embodiments) In the above embodiment, a portable radio terminal as an example of a portable radio communication terminal subject to communication function restriction, and an automatic ticket gate as an example of an entrance control device for controlling entry / exit are described. Non-contact IC card wireless communication interface used for electronic tickets and the like as an example of a communication medium for exchanging information between the portable wireless communication terminal and the entrance device, such as a machine, a ticket gate, a rotating automatic door, and the entrance device In the case where the administrator of the space (place) requesting the communication function restriction depending on the location of the terminal is a railway company, an airline company, or a tenant (building) administrator, the embodiment of the communication function restriction of this embodiment is described. Indicated.

In addition, when the portable wireless communication terminal subject to the communication function restriction is a portable wireless information communication terminal (mail terminal, Web terminal, wireless LAN terminal, etc.) other than the portable wireless terminal, entry / exit control is performed. In a case where the controlling entrance control device is an entrance / exit with an auto-lock function capable of specifying an entering direction (such as an automatic door or a rotating pole type gate whose entering direction is specified), the portable wireless communication terminal and the entrance device Communication media for exchanging information between
Weak wireless local interfaces other than the non-contact IC card wireless communication interface (Bluetooth, IrDA
, Wireless LAN, etc.).

Also, the type of business (railway company, airline company, tenant (building) manager) listed in the present embodiment by the manager of the space (place) requesting the communication function restriction depending on the location of the terminal.
Similar effects can be obtained in other industries (theme parks, stadiums, etc.).

(Other Embodiments of the Present Invention) Each means of the present embodiment described above corresponds to a computer C
It is configured by a PU or MPU, a RAM, a ROM, and the like, and can be realized by operating a program stored in the RAM or the ROM. Therefore, the present invention can be realized by recording a program that causes a computer to perform the above function on a recording medium such as a CD-ROM, and reading the program into the computer. As a recording medium for recording the above program,
In addition to the CD-ROM, a floppy (registered trademark) disk, a hard disk, a magnetic tape, a magneto-optical disk, a nonvolatile memory card, or the like can be used.

The functions of the above-described embodiments are realized when the computer executes the supplied program, and the OS (Operating System) or other application software running on the computer. When the functions of the above-described embodiment are realized in cooperation with the computer, or when all or a part of the processing of the supplied program is performed by a function expansion board or a function expansion unit of a computer, the functions of the above-described embodiment are realized. Such a program is also included in the embodiment of the present invention.

In order to use the present invention in a network environment, all or some of the programs may be executed by another computer. For example, the screen input processing may be performed by a remote terminal computer, and various determinations and log recording may be performed by another center computer or the like.

[0228]

As described above, according to the present invention,
For portable wireless terminals that enjoy wireless communication services,
Control according to the request of the communication place manager can be performed. Further, when entering the predetermined space controlled by the communication place manager, the portable wireless terminal can be controlled to the communication function state desired by the space manager, and when leaving the prescribed space, the portable wireless terminal can be controlled. Control of the portable wireless terminal subscriber to a desired communication function state can be performed autonomously, thereby preventing a portable wireless terminal not responding to the control from entering the space managed and controlled by the manager. In addition to this, it is possible to reliably detect exit from the space.

According to another feature of the present invention, in a wireless entrance system, it is possible to manage in real time portable wireless terminal information passing through an automatic gate device.

Further, according to another feature of the present invention, when an emergency occurs, the communication restriction of the portable radio terminal can be released.

Further, according to another feature of the present invention, it is possible to perform a charging process according to the location of the portable radio terminal.

Further, according to another feature of the present invention, when a fee is settled with a wireless communication service provider, it is determined according to the payment amount calculated from the payment amount of the wireless communication service provider and the billing amount for each user. Thus, it is possible to automatically issue a receipt or charge a fee again.

[Brief description of the drawings]

FIG. 1 is a diagram illustrating a configuration example of a communication function restriction system when a railway company performs communication function control in a land (space).

FIG. 2 is a block diagram illustrating functions of a portable wireless terminal used in the present embodiment system.

FIG. 3 is a system sequence chart when the user enters a station yard through an automatic ticket gate while carrying a portable wireless terminal compatible with the system according to the embodiment.

FIG. 4 is a system sequence chart when the user carries the system-compatible portable wireless terminal of the present embodiment and exits the station premises through an automatic ticket gate.

FIG. 5 is a diagram illustrating a forced communication condition canceling control in the event of an emergency in the communication function restriction system when the railway company performs the communication function control in the owned land (space).

FIG. 6 is an information sequence chart when an emergency occurs in the railway company setting system.

FIG. 7 is an information sequence chart at the time of emergency release in the railway company setting system.

FIG. 8 is a diagram showing a setting example of a communication type restriction level among communication condition restrictions in the present embodiment.

FIG. 9 is a diagram showing a setting example of a communication information disclosure condition level among communication condition restrictions in the present embodiment.

FIG. 10 is a diagram illustrating an example of parameter setting of a communication function restriction request signal according to the present embodiment.

FIG. 11 is a diagram illustrating an example of parameter setting of a communication function restriction confirmation signal according to the present embodiment.

FIG. 12 is a diagram illustrating an example of message exchange related to communication condition restriction with a wireless terminal subscriber information management application according to the present embodiment.

FIG. 13 is a diagram showing an example of a parameter format of a “wireless terminal area registration request message” in the present embodiment.

FIG. 14 is a diagram showing an example of a parameter format of a “wireless terminal location cancellation request message” in the present embodiment.

FIG. 15 is a schematic diagram of a fee (communication place cost) sharing scheme in the communication function restriction system in the possession land (space) by the railway company.

FIG. 16 is a diagram illustrating a configuration example of a communication function restriction system when performing communication function control in a space (boarding gate) set by an airline.

FIG. 17 is a system sequence chart when entering a boarding gate through a ticket gate by carrying a portable wireless terminal compatible with the system of the present embodiment.

FIG. 18 is a system sequence chart when the user carries a portable wireless terminal compatible with the system of the present embodiment and exits from the boarding gate through the ticket gate.

FIG. 19 is a diagram showing a configuration example of a system in which forced communication condition cancellation control in the event of an emergency is added to a communication function restriction system when communication function control is performed in a space set by an airline.

FIG. 20 is an information sequence chart when an emergency occurs in the airline setting system.

FIG. 21 is an information sequence chart at the time of emergency release in the airline setting system.

FIG. 22 is a diagram illustrating a configuration example of a communication function restriction system when performing communication function control in a space (in a building) set by a tenant administrator.

FIG. 23 is a system sequence chart when the user enters a building through a rotating automatic door with a portable wireless terminal compatible with the system of the present embodiment.

FIG. 24 is a system sequence chart when a portable wireless terminal compatible with the system of the present embodiment is carried out and exits the building through a rotating automatic door.

FIG. 25 is a diagram showing an example of a control sequence at the time of communication when communication information content disclosure restriction is set for a mobile phone terminal compatible with the system of the present embodiment.

FIG. 26: Space (building) set by the tenant management company
FIG. 3 is a diagram showing a configuration example of a system in which a forced communication condition release control at the time of occurrence of an emergency is added to a communication function restriction system when a communication function control is performed within the system.

FIG. 27 is an information sequence chart when an emergency occurs in a system set by a tenant management company.

FIG. 28 is an information sequence chart at the time of emergency release in a system set by a tenant management company.

FIG. 29 is an information sequence chart at the time of a nearby emergency notification in a system set by a tenant management company.

FIG. 30 is an information sequence chart at the time of a nearby emergency release notification in a system set by a tenant management company.

FIG. 31: Space (building) managed by the tenant management company
It is a schematic diagram of a charge (communication place cost) burden scheme in an internal communication function restriction system.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 10 Wall 11 Automatic ticket gate (entrance) 12 Automatic ticket gate (exit) 13 Mobile phone terminal (there is no restriction on communication functions) 15 Railway company information management server 16 Mobile communication company information management server 111 Non-contact IC card for entrance Wireless communication interface 122 Wireless communication interface for non-contact IC card for exit 201 Wireless section for mobile communication service medium 202 Baseband section for mobile communication service medium 203 Keypad 204 Audio processing section 205 Radio communication frame disassembly / assembly for mobile communication service medium Unit 206 RAM 207 ROM 208 Control unit 209 Battery 210 Receiver unit 211 Transmitter unit 212 Display unit 213 IC (SIM) card 214 Local wireless (non-contact IC card medium) transmitting / receiving unit 215 Local wireless (non-contact IC card medium) encoder / Decor 51 Railway company information management server 52 Mobile communication carrier information management server 53 Train wireless system 54 Mobile communication carrier wireless base station 55 General-purpose network 56 Mobile communication (dedicated) network 57 Train wireless (dedicated) network 500 Train emergency notification system 501 Emergency information signal via train wireless system 502 Communication restriction release signal via wireless medium of non-contact IC card to wireless terminal in train 503 Cellular phone terminal (state in which communication function restriction is set) 504 Mobile phone terminals (with no restrictions on communication functions)

 ──────────────────────────────────────────────────の Continued on the front page (54) [Title of the Invention] Portable wireless terminal, control management terminal, wireless communication system, wireless entrance system, wireless communication settlement system, control method of wireless entrance system, control of wireless communication settlement system Method, communication method, computer-readable storage medium, and computer program

Claims (31)

[Claims] 1. A portable wireless terminal that forms a wireless communication line with a control management terminal and enjoys a wireless communication service, wherein a subscriber information storage for storing enjoyed communication service mode condition information desired by a user. Means, a communication restriction condition specified by the control management terminal based on the information on the communication restriction sent from the control management terminal and the received communication service mode condition information stored in the subscriber information storage means. A condition determining means for determining whether or not a user-desired communication service mode condition is satisfied; and a transmitting means for transmitting a result of the determination by the condition determining means to the control management terminal. Portable wireless terminal. 2. A control management terminal for providing a wireless communication service to a portable wireless terminal, comprising: transmitting means for transmitting information relating to a communication restriction to the portable wireless terminal to the portable wireless terminal; and information relating to the communication restriction. Control means for controlling communication restrictions on the portable wireless terminal in response to a response from the portable wireless terminal to the control management terminal. 3. A wireless communication system having a control management terminal and a portable wireless terminal, wherein: a receiving communication service mode condition desired by a user of the portable wireless terminal; and a communication restriction condition specified by the control management terminal. A wireless communication system, wherein a communication restriction on the portable wireless terminal is performed accordingly. 4. An emergency notifying means for notifying the data server of the control management terminal administrator of an emergency that has occurred in the integrated space which is a communication range between the control management terminal and the portable wireless terminal; 4. The wireless communication system according to claim 3, further comprising a communication restriction canceling means for canceling communication restriction on the portable wireless terminal when an emergency occurs in the communication system. 5. A wireless communication service management server connected to the administrator data server via a network, wherein service usage history information of a portable wireless terminal managed by the wireless communication service management server is provided. 5. The wireless communication according to claim 3, further comprising information exchange means for mutually exchanging, via the network, portable wireless terminal information managed and controlled by the administrator data server. system. 6. The wireless communication service management server,
The wireless communication system according to any one of claims 3 to 5, wherein charging processing for the portable wireless terminal is performed based on charging information set by an administrator who manages the integrated space. 7. A user profile corresponding to subscriber information of a portable wireless terminal existing in the integrated space, and an operation state of the portable wireless terminal are managed as user information existing in the integrated space. 4. The method according to claim 3, wherein
The wireless communication system according to any one of claims 6 to 6. 8. A wireless entrance system having an automatic gate device that manages the entry of a person by controlling the opening and closing of a door and a portable wireless terminal, wherein the communication restriction requested by the wireless entrance system is as follows:
A wireless entrance system, wherein opening / closing control of a door of the automatic gate device is performed according to whether or not the operation is performed on the portable wireless terminal passing through the automatic gate device. 9. The wireless entrance system according to claim 8, wherein the communication restriction is performed based on subscriber information of the portable wireless terminal. 10. The wireless communication according to claim 8, wherein the communication restriction is performed based on a signal from the portable wireless terminal that includes a call code for each device of the portable wireless terminal. Entrance system. 11. The automatic gate device is connected to an administrator data server that controls a space in the automatic gate device, and the administrator data server is connected to a portable wireless terminal that exists in the space that the control device controls. The information of a portable wireless terminal existing in the integrated space is managed in real time by automatically storing a state and storing profile information. The wireless entrance system according to 1. 12. The administrator data server stores information on the portable wireless terminal existing in the integrated space together with the time at which the portable wireless terminal passed through the automatic gate device. The wireless entrance system according to claim 11, wherein 13. A billing amount calculating means for calculating a billing amount for each user from in-zone user information managed by the manager data server; Charge comparing means for comparing the payment amount of the wireless communication service provider with the payment amount of the wireless communication service provider calculated from the billing amount for each user; and If the result of the comparison between the receipt issuing means that issues a receipt to the service provider via the network and the fee comparison means does not match, re-claim processing is performed, and the comparison of both databases is automatically performed. 12. The wireless communication engine according to claim 11, further comprising a notification unit for notifying the server administrator of the re-billing process and the comparison result of the database. Transformer system. 14. A server connection means for connecting the transaction financial institution server of the space manager who manages the charging and settlement and the transaction financial institution server of the wireless communication service provider to the above-mentioned network, and opening and closing control of the door for entry of a person. Charge data calculating means for calculating a charge for each user from the in-service user information managed by the manager data server; A charge comparing means for comparing the payment amount of the wireless communication service provider and the payment amount of the wireless communication service provider calculated from the billing amount for each user when the fee is settled with the communication service provider; A means for issuing a receipt to the wireless communication service provider via the network when the results of the comparison of the means match; If the comparison results do not match, a reclaim process is performed, and both databases are automatically compared, and a notification unit that notifies both server administrators of the reclaim process and the comparison result of the database is provided. A wireless communication settlement system comprising: 15. A method for controlling a wireless entrance system having an automatic gate device for managing entry of a person by controlling opening and closing of a door and a portable wireless terminal, wherein the communication restriction requested by the wireless entrance system is as follows:
A control method for a wireless entrance system, wherein opening / closing control of a door of the automatic gate device is performed depending on whether the operation is performed on the portable wireless terminal passing through the automatic gate device. 16. The control method according to claim 15, wherein the communication restriction is performed based on subscriber information of the portable wireless terminal. 17. The wireless communication according to claim 15, wherein the communication restriction is performed based on a signal including a call code for each device of the portable wireless terminal from the portable wireless terminal. How to control the entrance system. 18. The automatic gate device is connected to an administrator data server that controls a space in the automatic gate device, and the administrator data server is connected to a portable wireless terminal that exists in the space that the automatic gate device controls. 18. The information of a portable wireless terminal existing in the integrated space is managed in real time by automatically storing a state and storing profile information. A control method for a wireless entrance system according to claim 1. 19. The administrator data server stores information on a portable wireless terminal existing in the integrated space together with a time at which the portable wireless terminal passed through the automatic gate device. The control method for a wireless entrance system according to claim 18, wherein 20. A billing amount calculation process for calculating a billing amount for each user from the in-service user information managed by the manager data server, and A charge comparison process for comparing the payment amount of the wireless communication service provider with the payment amount of the wireless communication service provider calculated from the billing amount for each user; If the result of the receipt issuance process that issues a receipt to the service provider via the network does not match the result of the fee comparison process, re-claim processing is performed, and the comparison of both databases is automatically performed. 16. The wireless entrance system according to claim 15, wherein the re-charging process and a notification process of notifying both server administrators of the comparison result of the database are performed. Control system 21. A server connecting means for connecting the transaction financial institution server of the space manager in charge of charging and settlement and the transaction financial institution server of the wireless communication service provider to the above-mentioned network, and opening and closing control of a door for entry of a person. A settlement method for a wireless communication system including an administrator data server that manages an automatic gate device that is managed by the above-mentioned method, wherein a billing amount for each user is calculated from in-range user information managed by the administrator data server. A charge amount calculation process, and a charge for comparing the payment amount of the wireless communication service provider with the payment amount of the wireless communication service provider calculated from the charge amount of each user in closing the charge with the wireless communication service provider. If the comparison result matches the result of the charge comparison process, a receipt is issued to the wireless communication service provider via the network. If the result of the receipt issuance process does not match the result of the fee comparison process, a re-billing process is performed, the two databases are automatically compared, and both the re-billing process and the comparison result of the database are compared. And a notification process for notifying the server administrator of the above (1). 22. A subscriber information storage process for storing user-desired communication service mode condition information in a wireless communication method for forming a wireless communication line with a control management terminal to enjoy a wireless communication service. And, information on the communication restriction sent from the control management terminal, based on the received communication service mode condition information stored in the subscriber information storage process, the communication restriction condition specified by the control management terminal, Performing a condition determination process for determining whether or not the user-desired communication service mode condition is satisfied; and a transmission process for transmitting the determination result of the condition determination process to the control management terminal. Wireless communication method. 23. A wireless communication method for providing a wireless communication service to a portable wireless terminal, comprising: a transmitting process of transmitting information relating to a communication restriction to the portable wireless terminal to the portable wireless terminal; And a control process for performing control relating to communication restrictions on the portable wireless terminal in response to a response from the portable wireless terminal to the wireless communication method. 24. A wireless communication method in a wireless communication system having a control management terminal and a portable wireless terminal, comprising: a receiving communication service mode condition desired by a user of the portable wireless terminal; and a communication specified by the control management terminal. A wireless communication method, wherein a communication restriction on the portable wireless terminal is performed according to a restriction condition. 25. An emergency notification process for notifying an emergency generated in an integrated space that is a communication range between the control management terminal and the portable wireless terminal to a data server of the control management terminal manager; 25. The wireless communication method according to claim 24, further comprising, when an emergency occurs within the mobile communication terminal, performing communication restriction release processing for releasing communication restriction on the portable wireless terminal. 26. A wireless communication service management server connected to the administrator data server via a network, wherein service usage history information of a portable wireless terminal managed by the wireless communication service management server is provided. 25. An information exchange process for exchanging, via the network, portable wireless terminal information managed and controlled by the administrator data server.
6. The wireless communication method according to 5. 27. The wireless communication service management server,
The wireless communication method according to any one of claims 24 to 26, wherein charging processing for the portable wireless terminal is performed based on charging information set by an administrator who manages the integrated space. 28. A user profile corresponding to subscriber information of a portable wireless terminal existing in the integrated space, and an operation state of the portable wireless terminal are managed as user information existing in the integrated space. The wireless communication system according to any one of claims 24 to 27, wherein: 29. A computer-readable storage medium having recorded thereon a program for causing a computer to configure each of the means according to claim 1. Description: 30. A computer-readable storage medium storing a program for causing a computer to execute the method according to any one of claims 15 to 28. 31. A computer program for causing a computer to execute the method according to any one of claims 15 to 28.