JPH10327474A - Call originating-incoming control method for mobile equipment, control base station equipment and mobile communication system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To freely form a restriction zone in a desired area in a service area without any specific operation in a call originating-incoming control system that forms a controlled zone to restrict communication service in a desired area among radio zones of a mobile communication system, in a control base station equipment that forms the controlled zone and in the mobile communication system that sets a channel in interlocking with the restriction base station equipment. SOLUTION: This method employs a large number of radio base stations 11-1-11-M to restrict call transmission/reception of a mobile equipment 12 in a mobile communication system where communication is made between the mobile equipment 12 and an opposite terminal via a radio base station in response to the location of the mobile equipment 12. In this case, a control base station 13 is provided, which makes radio communication between any of the radio base stations 11-1-11-M and the mobile equipment 12. The control base station 13 sets a controlled space to restrict call transmission-reception of the mobile equipment 12 so as to restrict the call transmission from the mobile equipment and the call reception by the mobile equipment 12 resident in the controlled space.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for restricting transmission / reception of a mobile station which forms a restriction zone in which provision of a communication service to a terminal is to be restricted in a desired area in a radio zone constituting a mobile communication system. The present invention relates to a regulated base station device to be installed to form the restricted zone, and a mobile communication system that performs channel setting while cooperating with the regulated base station device.

[0002]

2. Description of the Related Art In recent years, terminals of mobile communication systems have been reduced in price due to market liberalization and competition among a plurality of communication companies providing mobile communication services, and the number of these terminals has rapidly increased. I am doing it. FIG. 14 is a diagram illustrating a configuration example of a mobile communication system.

In the figure, a plurality of wireless zones 160-1 to 160-1
Wireless base stations 161-1 to 161 that individually form 160-7
-7 is connected to the control station 16 via the communication links 162-1 to 162-7.
3 and its control station 163 is connected to a switching center (not shown) via a predetermined transmission path. Further, in these wireless zones 160-1 to 160-7, the above-mentioned terminal or a plurality of mobile stations 164-1 to 164-n are located.

In such a small-zone mobile communication system, a plurality of wireless zones 160-1 to 160-7 are used.
Includes a control radio channel (hereinafter, “control channel”).
That. ) And a wireless channel for communication (hereinafter referred to as a “communication channel”). The radio base stations 161-1 to 161-7 send broadcast information to the control channel based on a channel setting procedure performed by the control station 163 via the communication links 162-1 to 162-7, respectively ( FIG. 15 (1)).

[0005] Further, the mobile stations 164-1 to 164-n have the electric field strength exceeding a predetermined threshold value among the control channels individually allocated to the plurality of radio zones 160-1 to 160-7.
After performing location registration through the control channel from which the broadcast information can be received, the mobile station makes a call through the control channel, or shifts to a standby state in which an incoming call addressed to the own station can be awaited (FIG. 15 (2)). . In the following, in order to shift to the standby state in this manner, the mobile stations 164-1 to 164-1
The processing performed by 4-n based on the channel setting procedure is referred to as “entry processing”.

Further, in such a standby state, the mobile stations 164-1 to 164-n perform transmission in accordance with a command given by the operator or selective call performed by the control station 163 via the control channel. The communication service is provided by performing a response in the case of being addressed to the address based on a predetermined channel setting procedure (FIG. 15 (3)). Since outgoing calls and incoming calls occurring in the mobile stations 164-1 to 164-n are completed calls, these mobile stations 164-1 to 164-1 to 16-n are completed.
4-n and the control station 163, the radio base stations 161-1 to 161-1
The procedure of the channel setting performed via the communication link 61-7 and the communication links 162-1 to 162-7 and the above-described entry processing is not directly related to the present invention, and therefore the description thereof is omitted here.

Further, the control station 163 and the radio base station 161-1
If a state in which the traffic concentrated in 161-7 exceeds a preset upper limit value (FIG. 15 (4)) (hereinafter referred to as a “regulated state”), for example, the control station 16
Reference numeral 3 denotes a desired radio base station (here, for the sake of simplicity, reference numeral “161”) in accordance with a command given by an operator from an operation unit (not shown) to be provided for maintenance and operation.
Suppose it is denoted by "-1". ) Is sent (FIG. 15 (5)).

[0008] The radio base station 161-1 transmits the "regulation request"
When the information is recognized, "regulation information" indicating "a state in which an outgoing call cannot be accepted" is added to the broadcast information transmitted via the control channel (FIG. 15 (6)). On the other hand, the wireless base station 161
For a mobile station located in the wireless zone 160-1 formed by -1 (here, it is assumed for simplicity that the mobile station is indicated by the code "164-1"), the above-described regulation information is included in the broadcast information. Is determined, and if the result of the determination is true, the operator is notified as such as visible information or an acoustic signal, and the transmission is suspended regardless of the operation performed by the operator. (FIG. 15 (7)).

[0009] Further, the control station 163 includes mobile stations 164-1 to 164-1.
164-n (hereinafter, referred to as “terminating mobile station”)
(Here, for the sake of simplicity, it is assumed that the call is to be indicated by reference numeral 164-1.) When a call to be received occurs, the called mobile station 164-1 is connected to the wireless zone 160-1 to 160-. 7
If it is not known which of them is located, the above-mentioned desired radio base station 161-1 is excluded from the targets of selective calling (FIG. 15 (8)).

[0010] Further, the control station 163 should receive a call to all the mobile stations located in all the radio zones 160-1 to 160-7 formed by the subordinate radio base stations 161-1 to 161-7. If the reception of an incoming call is to be restricted, a "restriction request" including the identification information of the own station is sent to the exchange (FIG. 15 (9)). When the exchange recognizes the "restriction request", the exchange should receive a call from a mobile station located in a wireless zone 160-1 to 160-7 formed under the control of the control station 163, out of calls originating at the local exchange. (Here, for the sake of simplicity, it is assumed that identification is performed based on location information stored in a home memory (not shown) in accordance with location registration performed on a control station 163 basis). FIG. 15 (10)).

When the above-mentioned "regulation state" is resolved, the control station 163 issues a "regulation release request" indicating the fact in response to an operation performed by the operator.
It is sent to the address 1-1 (FIGS. 15 (11) and (12)). Upon recognizing such a “restriction release request”, the wireless base station 161-1 sends out broadcast information that does not include “restriction information” (FIG. 15 (13)).
In addition, the exchange restores a state in which the call processing of the call to be received by the mobile station located in the wireless zone 160-1 to 160-7 is performed without stopping it (FIG. 15 (14)).

Therefore, in the conventional example, channel setting and call processing are regulated in units of a radio zone or a service area in accordance with instructions given by an operator as appropriate in the course of maintenance and operation. But with high accuracy.

[0013]

However, in the above-mentioned conventional example, since the restriction on outgoing and incoming calls to the mobile stations 164-1 to 164-n is performed only in the unit of the radio zone or the service area, the hall, the movie, etc. No restrictions were placed on incoming calls for mobile stations located only in halls, conference rooms, vehicles inside transportation facilities, venues for symposiums, etc. (hereinafter collectively referred to as "regulated areas").

Therefore, unless a person carrying a terminal which is a mobile station located in such a restricted area voluntarily sets the power switch of the terminal to an OFF state, suddenly during a performance, a screening, a conference, or the like. The inconvenience to many people was not avoided due to the generation of a ringing sound which is a typical noise.
In other words, regarding the occurrence of such noise, it is ensured that the carriers of all the terminals are located in the restricted areas,
In addition, it cannot be completely avoided unless the above-mentioned power switch is set to the off state.

Regarding the power switches of all the terminals that have moved out of the restricted area, the person carrying these terminals must be aware of the fact that "they are located outside the restricted area" and turned on again. Operation to set the state must be performed. Therefore, in the conventional example, the person carrying the terminal located in the restricted area must appropriately operate the above-described power switch in accordance with the content of the manner, and furthermore,
Recognition of "being outside the area of the regulated area" was delayed,
Alternatively, during a period in which the power switch is set to the OFF state because no sign or the like necessary for the recognition is installed, incoming calls to the terminal may be unnecessarily prevented, and the convenience of the mobile communication system may be impaired. Was high.

According to the present invention, there is provided a method for restricting the transmission / reception of a mobile station in which a restriction zone is freely formed in a desired area of a service area without any special operation being imposed on a terminal carrier, and a restriction base station. It is an object to provide an apparatus and a mobile communication system.

[0017]

FIG. 1 is a block diagram showing the principle of the first to third aspects of the present invention.

According to the first aspect of the present invention, there are provided a large number of radio base stations 11-1 to 11-M, and the mobile station 12 and the partner terminal are connected via the radio base station corresponding to the location of the mobile station 12. In the method for restricting transmission / reception of a mobile station in a mobile communication system that communicates between a base station and a predetermined radio base station, the control base station 13 communicates wirelessly with the mobile station. In addition, a restriction space for restricting outgoing / incoming of the mobile device 12 is set, and outgoing calls from mobile devices existing in the restricted space and incoming calls to the mobile device are restricted.

The invention according to claim 2 comprises a large number of radio base stations 11-1 to 11-M, and the mobile station 12 and the partner terminal communicate with each other via the radio base station corresponding to the location of the mobile station 12. In a method for restricting the transmission and reception of a mobile station in a mobile communication system that communicates with a mobile communication system, a control base station 13 that wirelessly communicates with a predetermined radio base station and with a mobile station is provided on a mobile body, The station 13 sets a restricted space for restricting the outgoing / incoming of the mobile device 12 on the moving body, switches the communication destination radio base station of the regulated base station with the movement of the moving body, and is located in the moving restricted space. It is characterized by restricting outgoing calls from a mobile device and incoming calls to the mobile device.

The invention according to claim 3 comprises a large number of radio base stations 11-1 to 11-M and a control station 14, and the mobile station 12 is controlled via the radio base station according to the location of the mobile station 12. In a mobile communication system in a mobile communication system in which communication is performed between a mobile station and a partner terminal, the mobile station communicates with a predetermined radio base station and with the mobile station by radio, and transmits and receives signals from the mobile station. A control base station 13 is provided for setting a control space for restricting incoming calls to the terminal. The control base station 13 receives control channel signals of the respective radio base stations, and sets a control channel having a good reception state to the radio base station 11-1. 11-M, the control channel having a poor reception condition is used as the control channel of the mobile device 12, and the restricted base station 13 is the base station 11-1.
The mobile station 12 is sent to the control station 14 by the 11-M side control channel.
The control station 14 notifies the mobile station 12 of the control frequency via the subordinate radio base station, and the mobile station 12 determines that the reception level of the control frequency signal is higher than the set value. When the control channel frequency is larger, the control channel frequency is switched to the regulation frequency, and the regulation base station 13 notifies the mobile station 12 that the transmission / reception is being regulated at the regulation frequency and regulates the transmission from the mobile station 12. By ignoring the incoming call from the network side to the mobile station 12 in the space, the mobile station 1
2 is restricted.

FIG. 2 is a block diagram showing the principle of the present invention. The invention according to claim 4 includes a large number of wireless base stations 11-1 to 11-M, and communicates between the mobile station 12 and a partner terminal via the wireless base station according to the location of the mobile station 12. In a regulated base station device that regulates outgoing / incoming calls of a mobile station in a mobile communication system that communicates, a wireless base station 11-1
The transmission / reception unit 21 that wirelessly communicates with the mobile station 11-M and the mobile station 12 sends out a signal of a regulated frequency, and the mobile station whose reception level of the regulated frequency signal is equal to or higher than a set level causes the mobile station 21 to operate in a restricted space. A restriction space setting unit 22 for recognizing that the mobile device is a mobile device, restricting the transmission from the mobile device by notifying the transmission / reception control with the restriction frequency signal, and also controlling the reception from the network side to the mobile device in the restriction space. The transmission / reception control unit 23 that controls the reception to the mobile device by ignoring the transmission is provided.

FIG. 3 is a principle block diagram of the invention according to claims 5, 6, 10, and 12. According to a fifth aspect of the present invention, it is possible to shift to a standby state as a mobile station based on a channel setting procedure in a wireless zone formed by a wireless base station, shift to a call state, and maintain the standby state. Means 3 for judging the presence or absence
During the period when the result of the determination made by the presence / absence determination unit 31 is true, among the control channels allocated in advance, the control channel that is vacant under the channel setting procedure is used for restriction. The restricted radio channel selected by the restricted channel selecting unit 32 is limited to a period in which the result of the determination performed by the restricted channel selecting unit 32 and the presence / absence determining unit 31 that is selected as a wireless channel is true. Restriction requesting means 3 for transmitting restriction information indicating that a response to an incoming call and / or an outgoing call should be restricted for a mobile station located in a wireless zone.
3, and a channel notification requesting unit 34 for requesting the radio base station to notify the mobile station located in the radio zone of the channel identifier indicating the restricting radio channel selected by the restricting channel selecting unit 32. It is characterized by having.

According to a sixth aspect of the present invention, in the regulated base station apparatus of the fifth aspect, the channel notification requesting means 34
Is to notify a mobile station located in all or a part of an adjacent zone adjacent to the wireless zone, together with the wireless zone, with a channel identifier indicating a wireless channel for regulation selected by the restricted channel selecting means 32. Is given to the radio base station and a control station that performs overall channel setting for these adjacent zones.

FIG. 4 is a block diagram showing the principle of the present invention. According to a seventh aspect of the present invention, there is provided a regulated base station device according to the fifth or sixth aspect, a wireless base station forming a wireless zone including a position of the regulated base station device, and a wireless base station. The mobile station 3 accesses the wireless base station 36 based on the channel setting procedure in the wireless zone formed by
7-1 to 37-n, and the radio base station 36 shifts to the call state based on the channel setting procedure by the regulated base station apparatus 35, and during the period in which the call state continues, the radio base station 36 Notification information indicating the period in the control channel of the wireless zone formed by the wireless base station device, the channel identifier which is the target of the request given by the regulating base station device 35, and the transmission Means for transmitting, as broadcast information, identification information indicating a mobile station to be forgotten for both and / or a response to an incoming call, and the mobile stations 37-1 to 37-n During the period when the notification information is received via the control channel from
It is determined whether the notification information is received via the control channel indicated by the channel identifier received together with the notification information, and whether the own station corresponds to the mobile station indicated by the identification information received together with the notification information. Only when the result of the determination is true, there is provided a means for canceling both or one of the transmission and the response.

FIG. 5 is a block diagram showing the principle of the present invention. The invention according to claim 8 determines whether or not it is possible to shift to a standby state based on a channel setting procedure in a wireless zone formed by a wireless base station, or based on the channel setting procedure. The access to the station causes a transition to the standby state, and the presence / absence determination means 41 and the presence / absence determination means 4 for determining whether or not the standby state can be maintained.
1 to a specific radio channel that can be received by mobile stations located in the radio zone formed by the radio base stations, and only to the period during which the result of the determination made by step 1 is true, the response to these mobile stations' incoming calls and the outgoing calls. And a restriction requesting unit 42 for transmitting, as transmission information, restriction information indicating that one or both of them are to be restricted.

According to a ninth aspect of the present invention, in the restricted base station apparatus according to the eighth aspect, a candidate for a specific wireless channel is provided during a period in which the result of the determination made by the presence / absence determination unit 41 is true. Out of a plurality of possible wireless channels, a specific channel selecting unit 51 for selecting a vacant wireless channel as a specific wireless channel;
No. 2 is characterized in that the control information is transmitted to the specific wireless channel selected by the specific channel selecting means 51.

According to a tenth aspect of the present invention, in the regulated base station apparatus according to the ninth aspect, after the presence or absence determination unit 41 shifts to a standby state in any of the wireless zones, the transmission or the standby is performed. In response to the selective call made by the radio base station that has recognized the transition to the state, the mobile terminal performs channel setting for the call that has occurred, and performs handover based on the channel setting procedure as long as the call remains a completed call. The handover means 52 for determining whether the in-service area is available or not. The specific channel setting means 51 determines whether or not the handover performed by the handover means 52 is normally completed. Select a specific wireless channel adapted to the handover destination, and select this specific wireless channel for the source Is a to be different from specific radio channel was characterized by having a means for releasing the particular radio channel.

[0028] According to an eleventh aspect of the present invention, in the restricted base station apparatus according to the tenth aspect, the reception electric field strengths of a plurality of wireless zones adjacent to the wireless zone in which the own station is located can be a candidate for a migration destination. And an overlap zone presence determination means 53 for determining whether or not they are equal with a predetermined accuracy, detecting a period in which the result of the determination is continuously true, and measuring the length of the period. The handover means 52 is characterized in that during the time period detected by the overlapping zone presence determination means 53, the handover means 52 cancels the handover attempt as long as the length measured for the time period falls below a predetermined lower limit. I do.

According to a twelfth aspect of the present invention, in the regulated base station device according to any one of the ninth to eleventh aspects, the standby state in which the presence / absence determination means 41 has shifted in any wireless zone. Among the radio channels not allocated to the radio zone, a sub-radio zone overlapping the radio zone through any radio channel, and a channel related to a call generated by a mobile station located in the sub-radio zone Pseudo base station means 61 for setting, and a radio base station forming one of the radio zones in cooperation with the pseudo base station means 61 based on a channel setting procedure performed by the pseudo base station means 61, A pseudo mobile station means 62 for accessing as a pseudo mobile station in place of a mobile station located in a zone; In correspondence with the individual radio channels to be applied to the base station, a mobile station located in the sub radio zone is accessible and free of radio channels not applied to any radio zone. The pseudo base station means 61 and the pseudo mobile station means 62 are provided with an auxiliary radio channel securing means 63 for securing a wireless channel. It is characterized in that relaying of transmission information with a channel is performed in cooperation.

FIG. 6 is a block diagram showing the principle of the present invention. According to a thirteenth aspect of the present invention, there is provided the regulated base station device 71 according to any one of the eighth to twelfth aspects, and a wireless base station 72 forming a wireless zone including the position of the regulated base station device 71. A mobile station 73-1 to 73-n that accesses the wireless base station 72 based on a channel setting procedure in a wireless zone formed by the wireless base station 72 and receives a communication service. 73-1 to 73-n, when the restriction information is received on any one of the radio channels from which the restriction information can be transmitted by the restriction base station apparatus 71, the transmission and the transmission to the own station are performed. It is characterized in that it has means for canceling both or any one of the responses to the incoming call.

According to a fourteenth aspect of the present invention, there is provided the regulated base station apparatus 81 according to any one of the ninth to twelfth aspects.
And a wireless base station 82 forming a wireless zone including the position of the regulatory base station device 81, and accessing the wireless base station 82 based on a channel setting procedure in a wireless zone formed by the wireless base station 82; and A mobile station 83-1 to 83-n for receiving a communication service;
Is located in a wireless zone formed by the wireless base station 82 during a period in which the regulated base station apparatus 81 shifts to a standby state or a call state based on a channel setting procedure and the standby state or the call state continues. A monitored channel that all mobile stations can receive at a desired frequency,
The mobile station 83-1 to 83-n has means for transmitting notification information indicating the period as transmission information, and the mobile station 83-1 to 83-n transmits the notification information via the monitored channel during the period in which the notification information is received.
Out of all the wireless channels to which the restriction information can be transmitted, the radio terminal determines whether or not the restriction information is received on any one of the radio channels. Only when the result of the discrimination is true, the transmission is automatically started. It is characterized in that it has a means for canceling the response to the incoming call addressed to the station and / or the response.

According to a fifteenth aspect of the present invention, there is provided the regulated base station device 91 according to any one of the ninth to twelfth aspects.
And a wireless base station 92 forming a wireless zone including the position of the regulatory base station device 91, and accessing the wireless base station 92 based on a channel setting procedure in a wireless zone formed by the wireless base station 92, and The regulated base station device 91 includes mobile stations 93-1 to 93-n that are provided with a communication service. The wireless base station 92 has a channel notification unit 94 for notifying the wireless base station 92. The wireless base station 92 shifts to a standby state or a call state based on the channel setting procedure by the regulated base station device 91. In the subsequent period, a monitored channel that all mobile stations located in the wireless zone formed by the wireless base station 92 can receive at a desired frequency. The mobile stations 93-1 to 93-n receive the notification information via the monitored channel, and have a means for transmitting notification information indicating the period and the channel identifier notified by the notification means 94. During the period, it is determined whether or not the restriction information is received via the wireless channel indicated by the channel identifier received together with the notification information, and only when the result of the determination is true, the transmission and the own station are performed. It is characterized in that it has means for canceling both or either of the response to the incoming call addressed to it.

According to a sixteenth aspect of the present invention, there is provided a regulated base station apparatus according to any one of the ninth to twelfth aspects, and a plurality of wireless zones which individually form a plurality of wireless zones where the regulated base station apparatus 101 can be located. The base stations 102-1 to 102-N and any one of the wireless base stations 102-1 to 102-N form a wireless zone based on a channel setting procedure in any one of the wireless zones. Mobile station 103-1 that accesses 102-N and receives communication service
103-n, and a control station 104 that supervises channel setting for the plurality of radio base stations 102-1 to 102-N.
The channel identifier indicating the specific wireless channel selected by the specific channel selecting means 51 is notified to the wireless base station forming the wireless zone where the own station is located based on the channel setting procedure. The control station 104 has a channel notifying unit 105, and identifies a wireless zone in which the regulated base station apparatus 101 continues a standby state or a call state among a plurality of wireless zones, and determines all wireless zones adjacent to the wireless zone. The wireless base stations 102-1 to 102 -N switch to the standby state or the call information based on the channel setting procedure. A monitored channel that can be received at a desired frequency by all mobile stations located in the wireless zone formed by the own station during the standby state or the period during which the call information is stopped. Comprises means for delivering a channel identifier notified by the notification information channel notifying unit 105 indicating the period, the mobile station 103-1 to 103-n
During the period when the notification information is received via the monitored channel, it is determined whether or not the restriction information is received via the wireless channel indicated by the channel identifier received together with the notification information. Only when the result is true
It is characterized by having a means for canceling both or one of the calling and the response to the incoming call addressed to the own station.

According to a seventeenth aspect of the present invention, in the mobile communication system according to any one of the fourteenth to sixteenth aspects, the radio base stations 82, 92, 102-1 to 102-N
Are mobile stations 83-1 to 83-n, 93-1 to 93-n, 103-1
Means for transmitting, to the monitored channel, identification information indicating mobile stations to be forgotten or mobile stations that do not need to be forgoing individually or as a group with respect to outgoing calls and / or responses to incoming calls. Mobile stations 83-1 to 83-n, 93-1 to 93-n, 1
03-1 to 103-n, based on the identification information received via the monitored channel, whether or not the mobile station corresponds to a mobile station which should withhold either or both of the outgoing call and the incoming call response Is determined, and only when the result of the determination is true, either or both of the transmission and the response are canceled.

[0035] According to an eighteenth aspect of the present invention, in the mobile communication system according to any one of the fourteenth to seventeenth aspects, the specific channel setting means 51 constituting the regulated base station apparatuses 81, 91, and 101 comprises: When the specific wireless channel adapted to the migration destination is different from the specific wireless channel selected for the migration source, the regulation request means 42 starts transmission of the regulation information for the specific wireless channel adapted to the migration destination. Based on the channel setting procedure, the wireless base stations 82, 92, 1
02-1 to 102-N, and the radio base station 8
2, 92, 102-1 to 102-N are controlled base station devices 8
It is characterized in that it has means for continuing to send the notification information to the monitored channel until the transfer completion notification sent by 1, 1, 101 is received.

According to a nineteenth aspect of the present invention, in the mobile communication system according to any one of the fourteenth to eighteenth aspects, the mobile stations 83-1 to 83-n, 93-1 to 93-n, 1
03-1 to 103-n change to a state in which both outgoing call and response to an incoming call addressed to the own station can be performed only when the state in which the restriction information is not received continues for a predetermined period. It is characterized by doing.

In the method for restricting call origination and termination of a mobile station according to the first aspect of the present invention, a plurality of radio base stations 11-1 to 11-M
In a mobile communication system in which communication is performed between the mobile station 12 and a partner terminal via a radio base station corresponding to the location of the mobile station 12, the regulated base station 13 And a mobile device, and establishes a restricted space for restricting the outgoing / incoming call of the mobile device 12, and sets outgoing calls from the mobile device existing in the restricted space and incoming calls to the mobile device. regulate.

That is, in a radio zone formed by any one of the radio base stations 11-1 to 11-M and in which the mobile station 12 can be located, a restricted space in which the transmission and reception of the mobile station 12 is restricted is set. Is done. Therefore, the radio base stations 11-1 to
In the wireless zone formed by 11-M, a desired area is an area where no communication service is provided to the mobile device 12 without fail.

According to the second aspect of the present invention, there is provided a method for restricting the outgoing / incoming call of a mobile station, comprising a plurality of radio base stations 11-1 to 11-M
In a mobile communication system in which communication is performed between a mobile station 12 and a partner terminal via a wireless base station corresponding to the location of the mobile station 12, a regulated base station 13 is provided on a mobile body. The mobile station 12 communicates wirelessly with a predetermined wireless base station and with a mobile station, and sets a restriction space on the mobile body for restricting the transmission and reception of the mobile station 12. Further, the control base station 13 switches the communication destination radio base station of the control base station in accordance with the movement of the moving body described above, and transmits a call from a mobile station located in the moving control space and transmits to the mobile station. Restrict incoming calls.

That is, as long as the restricted base station 13 that moves with the moving body is located in any of the wireless zones formed by the wireless base stations 11-1 to 11-M, the restricted base station 1
A restricted space in which outgoing / incoming of the mobile device 12 is restricted is set around the mobile device 3, and no communication service is provided to the mobile device 12 in the restricted space. In the outgoing / incoming call control method according to the third aspect of the present invention, a large number of radio base stations 11-1 to 11-1 to
11-M and a control station 14 are provided, and in a mobile communication system in which communication is performed between the mobile station 12 and a partner terminal via a radio base station corresponding to the location of the mobile station 12, a control base station Reference numeral 13 wirelessly communicates with a predetermined radio base station and with a mobile device, and sets a restriction space for restricting transmission from the mobile device and reception to the mobile device.

Further, the control base station 13 receives the control channel signals of the respective radio base stations, sets the control channel having a good reception state as the control channel of the radio base stations 11-1 to 11-M, and The bad control channel is used as the control channel on the mobile station 12 side, and the control station 14 is notified of the control channel frequency (regulation frequency) on the mobile station 12 side via the base station 11-1 to 11-M side control channel.

The control station 14 notifies the mobile station 12 of the above-mentioned regulated frequency via the subordinate radio base station, and the mobile station 1
2 switches the control channel frequency to the regulation frequency when the reception level of the regulation frequency signal is higher than the set value. The regulated base station 13 informs the mobile station 12 that the transmission / reception is being regulated at the above-mentioned regulated frequency to regulate the transmission from the mobile station 12, and also controls the network to the mobile station 12 in the restricted space. The incoming call to the mobile device 12 is regulated by ignoring the incoming call from the side.

That is, the mobile station 1 located in the restricted space
The restricted frequency applied for notifying the mobile station 12 that the transmission is restricted for the mobile station 12 and that the incoming call addressed to the mobile station 12 is ignored is one of the control channels allocated to the mobile communication system. , Is automatically set to a control channel that is not applied to the corresponding radio zone, so that the radio frequency can be used more effectively as compared with the first and second aspects of the invention.

The regulated base station apparatus according to the fourth aspect of the present invention includes a large number of wireless base stations 11-1 to 11-M, and the wireless base stations 11-1 to 11-M are provided via the wireless base stations according to the location of the mobile station 12. In the mobile communication system in which communication is performed between the mobile station 12 and the partner terminal, the transmission / reception unit 21 wirelessly communicates with the radio base stations 11-1 to 11-M and with the mobile station 12. I do. In addition, the restricted space setting unit 22 transmits a signal of the restricted frequency, and causes a mobile device that can receive the restricted frequency signal at a level equal to or higher than the set level to recognize that the mobile device is in the restricted space. Further, the transmission / reception control unit 23 notifies the transmission / reception control using the above-described restriction frequency signal to control the transmission from the mobile device, and ignores the reception from the network side to the mobile device in the restricted space. Restricts incoming calls to mobile devices.

That is, in a radio zone formed by any of the radio base stations 11-1 to 11-M and in which the mobile station 12 can be located, a restricted space in which outgoing / incoming of the mobile station 12 is restricted is set. Is done. Therefore, the radio base stations 11-1 to
In the wireless zone formed by 11-M, a desired area is an area where no communication service is provided to the mobile device 12 without fail.

In the restricted base station apparatus according to the fifth aspect of the present invention, the presence / absence determining unit 31 shifts to a standby state as a mobile station based on a channel setting procedure in a wireless zone formed by the wireless base station. Then, the state is shifted to the call state, and it is determined whether or not the standby state can be maintained. The restriction channel selecting means 32 sets a control channel that is vacant under the above-described channel setting procedure among all control channels allocated in advance as a restriction radio channel during a period in which the result of the determination is true. Select. The restriction requesting means 33 transmits the mobile station located in the radio zone formed by the radio base station to the radio channel for restriction selected in this way only during a period in which the result of the above-described determination is true. With respect to, transmission of regulation information indicating that one or both of the response to the incoming call and the outgoing call should be regulated.

Further, the channel notification requesting unit 34 requests the radio base station to notify the mobile station located in the radio zone of the channel identifier indicating the restricting radio channel selected by the restricting channel selecting unit 32. .
Therefore, the mobile station located in the wireless zone formed by the wireless base station is notified of the above-described channel identifier from the wireless base station, and receives the regulatory information via the regulatory wireless channel indicated by the channel identifier. During the period, a response to an incoming call addressed to the own station and / or an outgoing call can be postponed.

According to a sixth aspect of the present invention, in the regulated base station apparatus according to the fifth aspect, the channel notification requesting means 34 includes, in addition to the radio zone, all the channels adjacent to the radio zone. Alternatively, a request for notifying the mobile stations located in some adjacent zones of the channel identifier indicating the restricting radio channel selected by the restricting channel selecting means 32 is transmitted to the radio base station and the channel setting related to these adjacent zones. Is given to the control station that performs the overall control.

That is, even when a regulated base station device is installed in an area where a plurality of wireless zones overlap each other,
Individual mobile stations located individually in these wireless zones,
During the period in which the channel identifier is notified from the wireless base station forming the wireless zone in which the own station is located, it is determined whether or not the regulatory information is received via the regulatory wireless channel indicated by the channel identifier. According to the result of the discrimination, it is possible to cancel the response to the incoming call addressed to the own station and / or the outgoing call.

In the mobile communication system according to the seventh aspect of the present invention, the radio base station 36 forms a radio zone including the position of the regulated base station device 35 according to the fifth or sixth aspect, and 37-1 to 37-n are wireless base stations 36 based on channel setting procedures in the wireless zone.
And receive communication services.
In addition, the radio base station 36 shifts to the communication state based on the procedure of the channel setting by the regulated base station device 35, and, while the communication state continues, the control channel of the radio zone formed by the radio base station 36. Notification information indicating the period, the channel identifier which is the target of the request given by the regulatory base station device 35, and the mobile station 37-1 described above.
３７37-n, for both or one of the outgoing call and the incoming call response, the identification information indicating the mobile station to be forgotten is transmitted as broadcast information.

On the other hand, during the period in which the above-mentioned notification information is received from the regulated base station device 35 via the control channel, the mobile stations 37-1 to 37-n are indicated by the channel identifier received together with this notification information. It is determined whether the notification information is received via the control channel to be received and whether the own station corresponds to the mobile station indicated by the identification information received together with the similar notification information, and the result of the determination is true. Only at certain times, the above-mentioned transmission and / or response is canceled.

That is, of the mobile stations capable of receiving the above-mentioned notification information and channel identifier transmitted from the wireless base station forming the wireless zone in which the own station is located, the wireless base station together with the notification information and the channel identifier Only the mobile station corresponding to the identification information transmitted from the mobile station is a target to be forgotten about both or one of the above-mentioned transmission and / or response. Flexible compatibility is ensured.

In the restricted base station apparatus according to the eighth aspect of the present invention, the presence / absence judging means 41 determines whether or not it is possible to shift to a standby state based on a channel setting procedure in a wireless zone formed by the wireless base station. Or by accessing the radio base station based on the channel setting procedure, the mobile station shifts to the standby state, and determines whether the standby state can be maintained. In addition, the restriction requesting unit 42 performs a specific radio communication that can be received by all or some mobile stations located in the radio zone formed by the above-described radio base station only during a period in which the result of such determination is true. Restriction information indicating that either or both of the response to the incoming call and the outgoing call of these mobile stations should be restricted is transmitted to the channel as transmission information.

Therefore, among the mobile stations located in the radio zone formed by the radio base station, the above-mentioned specific radio channel can be identified as a known radio channel, and the restriction information is transmitted via the specific radio channel. The mobile station that recognizes that the mobile station has received the call can reliably cancel the response to the incoming call addressed to the mobile station and / or the calling.

In the regulated base station apparatus according to the ninth aspect of the present invention, in the regulated base station apparatus according to the eighth aspect, the specific channel selecting means 51 includes the presence / absence determining means 4.
During a period in which the result of the determination made by step 1 is true, a vacant radio channel is selected as a specific radio channel from a plurality of radio channels that can be candidates for a specific radio channel. Further, the restriction requesting unit 42 transmits the restriction information to the specific wireless channel selected in this way.

That is, among the radio channels allocated in advance as radio channels that can be candidates for a specific radio channel, radio channels that are not applied to the radio zone in which the regulated base station apparatus according to the present invention is installed are specified. Since it is selected as a radio channel and the regulation information is transmitted via the specific radio channel, the radio frequency can be used more effectively as compared with the first to eighth aspects.

According to a tenth aspect of the present invention, there is provided the regulated base station apparatus according to the ninth aspect, wherein the handover means 52 determines that the presence / absence determination means 41 is in a standby state in any of the wireless zones. After the call has been made, the call originates or responds to the selective call made by the radio base station that has recognized that the call has shifted to the standby state. Handover is performed based on this channel setting procedure as long as possible. Also, during the period in which the above-described completed call exists, the in-service area determination unit 41 determines whether or not the completed call continues, and the specific channel setting unit 51 performs the handover performed by the handover unit 52. A specific radio channel adapted to the destination of the handover is selected each time it is completed normally, and if this specific radio channel is different from the specific radio channel selected for the source, the specific radio channel To release.

That is, even when the regulated base station apparatus according to the present invention is installed in a mobile body or the like and moves with the mobile body, it performs handover in the same manner as a normal mobile station, and performs In conjunction with this, a specific wireless channel to be used for transmitting the regulation information is reliably secured in the destination wireless zone. Therefore, the restricted zone in which the response and the transmission of the incoming call for the mobile station should be restricted is formed stably and with high accuracy as long as the restricted base station device is located in any of the wireless zones.

According to the eleventh aspect of the present invention, there is provided the regulated base station apparatus according to the tenth aspect, wherein the overlapping zone presence area determining means 53 comprises a plurality of overlapping zone neighboring area determination units. The received electric field strength of the wireless zone is a value that can be a candidate of a transition destination, and it is determined whether or not the values are equal with predetermined accuracy, and a period in which the result of the determination is continuously true is detected, and Measure the length of that period. In addition, the handover means 52 suspends the handover attempt during the period detected in this way as long as the length measured for the period falls below a predetermined lower limit.

That is, the regulated base station apparatus according to the present invention moves in an area where a plurality of radio zones overlap each other,
Even if the transmission characteristics of the radio transmission path formed between the radio base station and the radio base station fluctuate significantly due to selectivity fading or the like, it is necessary to repeat the handover trial unnecessarily during the period described above. Is avoided. Therefore, the processing amount required for adapting to the unnecessary increase of the traffic is required for the radio base station which individually forms the plurality of radio zones and the control station which controls the channel setting related to these radio zones. Can be reduced.

According to a twelfth aspect of the present invention, in the restricted base station apparatus according to any one of the ninth to eleventh aspects, the pseudo base station means 61 is provided.
In the standby state in which the presence / absence determination means 41 has shifted in any wireless zone, among the wireless channels not allocated to the wireless zone, a sub wireless zone overlapping the wireless zone via any wireless channel is determined. And performs channel setting for a call originating at a mobile station located in the secondary wireless zone. On the other hand, the pseudo mobile station means 62 cooperates with the pseudo base station means 61 on the basis of the channel setting procedure, to the above-mentioned radio base station forming one of the radio zones, and to the mobile station located in the sub radio zone. Access as an alternative pseudo mobile station.

The secondary radio channel securing means 63 corresponds to any one of the above-mentioned radio channels to be applied between the pseudo mobile station means 62 and the radio base station based on the channel setting procedure. Out of the radio channels that are not applied to the radio zone, the mobile station located in the sub radio zone can be accessed and a vacant radio channel is secured. Further, pseudo base station means 61 and pseudo mobile station means 62
Means that the relay of the transmission information between all the wireless channels secured by the sub-wireless channel securing means 63 and the individually corresponding wireless channels is performed in coordination.

That is, the regulated base station apparatus according to the present invention is interposed between a mobile station located in a sub-radio zone formed by the own station and the radio base station, and sets a channel for a call generated in the mobile station. Relays the control information to be transmitted and received in the process and the communication signal to be transmitted and received when the call is a completed call. Therefore, relief of a dead zone in a wireless zone formed by the wireless base station or local expansion of the wireless zone can be achieved.

In the mobile communication system according to the thirteenth aspect of the present invention, the radio base station 72 defines a radio zone including the position of the regulated base station device 71 according to any one of the eighth to twelfth aspects. Form. On the other hand, mobile stations 73-1 to
73-n accesses the wireless base station 72 based on the channel setting procedure in the wireless zone thus formed, and receives the communication service.

Further, the mobile stations 73-1 to 73-n operate when the restriction information is received on any one of the radio channels to which the restriction information can be transmitted by the restriction base station apparatus 71. And / or cancels outgoing calls and / or responses to incoming calls addressed to the station. That is, the mobile stations 73-1 to 73-n located in the radio zone formed by the radio base station 72 transmit the restriction information as long as the restriction information is received via a radio channel known to the own station. Even if no channel identifier indicating the wireless channel to be provided is provided from the wireless base station 72, it is possible to reliably cancel the response to the incoming call addressed to the own station and / or the outgoing call. .

In the mobile communication system according to the fourteenth aspect of the present invention, the radio base station 82 defines a radio zone including the position of the regulatory base station device 81 according to any one of the ninth to twelfth aspects. Form. On the other hand, mobile stations 83-1 to
83-n accesses the wireless base station 82 based on the channel setting procedure in the wireless zone thus formed, and receives the communication service.

Further, the radio base station 82 switches the regulated base station apparatus 81 to a standby state or a call state based on the channel setting procedure, and during the period in which the standby state or the call state continues, the radio base station 82 All mobile stations located in the formed wireless zone transmit, as transmission information, notification information indicating the period to a monitored channel that can be received at a desired frequency.

Further, the mobile stations 83-1 to 83-n operate on all radio channels to which the restriction information can be transmitted by the restriction base station apparatus 81 during the period in which the above-mentioned notification information is received via the monitored channel. Among them, it is determined whether or not the restriction information is received on any one of the radio channels, and only when the result of the determination is true, both the outgoing call and the response to the incoming call addressed to the own station or both One or the other.

That is, the mobile stations 83-1 to 83-n promptly notify the control base station device 81 of a state in which either or both of the response to the incoming call and the outgoing call can be restricted as the notification information described above. In the same manner as in the mobile communication system according to claim 13, the radio channel to be used for transmission of the regulation information is transmitted as long as the regulation information is received via a radio channel known to the own station. Even if the indicated channel identifier is not notified from the radio base station 82, it is possible to reliably cancel the response to the incoming call addressed to the own station and / or the outgoing call.

In the mobile communication system according to the fifteenth aspect of the present invention, the radio base station 92 establishes a radio zone including the position of the regulated base station device 91 according to any one of the ninth to twelfth aspects. Form. On the other hand, mobile stations 93-1 to
93-n accesses the wireless base station 92 based on the channel setting procedure in the wireless zone thus formed, and receives the communication service.

In the regulated base station device 91, the channel notifying means 94 notifies the wireless base station 92 of the channel identifier indicating the specific wireless channel selected by the specific channel selecting means 51 based on the above-described channel setting procedure. I do. Further, the radio base station 92 shifts to the standby state or the communication state based on the above-described channel setting procedure by the regulated base station device 91, and is formed by the radio base station 92 while the standby state or the communication state continues. All the mobile stations located in the wireless zone to be transmitted transmit the notification information indicating the period and the channel identifier notified by the notification means 94 to the monitored channel that can be received at a desired frequency.

Further, during the period when the notification information is received via the monitored channel, the mobile stations 93-1 to 93-n communicate via the radio channel indicated by the channel identifier received together with the notification information. Determine whether or not regulation information is received, only when the result of the determination is true,
The call origination and / or the response to the incoming call addressed to the own station are forgotten.

That is, when the mobile stations 93-1 to 93-n receive the channel identifier indicating the specific radio channel selected by the regulated base station device 91 and the above-described notification information, they are indicated by the channel identifier. By directly accessing a specific wireless channel, it is possible to determine whether or not the own station should forgo a response to an incoming call and / or an outgoing call.
As described above, the regulation zone is formed smoothly and reliably.

In the mobile communication system according to the sixteenth aspect of the present invention, the control station 104 comprises a plurality of wireless zones in which the restricted base station apparatus 101 according to any one of the ninth to twelfth aspects can be located. Of the plurality of wireless base stations 102-1 to 102 -N that individually form the channel settings. On the other hand, the mobile station 10
3-1 to 103-n access a wireless base station forming the wireless zone in any one of the wireless zones based on a channel setting procedure and receive a communication service.

In addition, the specific channel selecting means 51 selects the restricted base station apparatus 101 from among the above-mentioned wireless base stations 102-1 to 102-N as a wireless base station forming a wireless zone in which the own station is located. A channel identifier indicating a specific wireless channel is notified. The control station 104 is a wireless base station 102-1
Among the wireless zones formed by -102-N, the wireless zone in which the regulated base station device 101 continues the standby state or the call state is identified as the wireless zone, and all wireless zones adjacent to the wireless zone are individually identified. An adjacent wireless base station to be formed is specified.

Further, the radio base stations 102-1 to 102-N
Moves to the standby state or the call information based on the channel setting procedure described above,
During the standby state or the period when the call information stops,
All the mobile stations located in the wireless zone formed by the own station transmit the notification information indicating the period and the channel identifier notified by the channel notification means 105 to the monitored channel that can be received at a desired frequency. Mobile station 103-1-10
3-n determines whether or not the restriction information is received via the wireless channel indicated by the channel identifier received together with the notification information during the period in which the notification information is received via the monitored channel. Only when the result of the determination is true, does the calling and / or the response to the incoming call addressed to the own station be suspended.

That is, the notification information and the channel identification information are reliably transmitted to all the radio zones adjacent to the radio zone in which the regulated base station apparatus 101 is located. Are located in a region where the base stations overlap each other, the mobile station located in the restricted zone formed by the regulated base station device 101 will receive both a response to an incoming call and a call. Either one is regulated with high accuracy.

The mobile communication system according to the seventeenth aspect of the present invention is the mobile communication system according to any one of the fourteenth to sixteenth aspects, wherein:
2, 92, 102-1 to 102-N are mobile stations 83-1 to 83
-n, 93-1 to 93-n, and 103-1 to 103-n, for each and / or one of the outgoing call and the answer to the incoming call, a mobile station to be forgotten or a mobile station that does not need to be forgotten individually. Alternatively, the identification information indicating the group is transmitted to the monitored channel.

Further, mobile stations 83-1 to 83-n, 93-1 to 9-9
3-n, 103-1 to 103-n, based on the identification information received via the monitored channel, the mobile station in which the local station should forego one or both of the above-mentioned outgoing call and incoming call response. It is determined whether or not the station is applicable, and only when the result of the determination is true, the transmission and / or the response are canceled.

Therefore, a mobile station that should forgo outgoing calls and / or responses to incoming calls is:
The above-mentioned identification information is the mobile stations 83-1 to 83-n, 93-1 to 93
-n, 103-1 to 103-n, and can be set freely by being flexibly adapted to the subscriber class and the operation mode of the mobile communication system.

[0081] According to the eighteenth aspect of the present invention, there is provided the regulated base station apparatus according to any one of the fourteenth to seventeenth aspects.
In the mobile communication system described in the paragraph, the specific channel setting means 5 constituting the regulated base station apparatuses 81, 91, 101
When the specific wireless channel adapted to the transfer destination of the handover is different from the specific wireless channel selected for the transfer source, the restriction request unit 42 sets the restriction information for the specific wireless channel adapted to the transfer destination. Are transmitted based on the channel setting procedure, indicating that the transmission of the base station has been started.
To send to. In addition, the wireless base stations 82, 92, 102-1-
102-N continues to transmit the notification information to the monitored channel until the transmission completion notification transmitted in this way is received.

That is, transmission of the notification information to the specific wireless channel selected for the transfer source wireless zone starts transmission of the notification information to the specific wireless channel newly selected for the transfer destination wireless zone. To the control base station apparatuses 81 and 9
In a process in which the mobile station 101 performs a handover and shifts to another wireless zone, the mobile station erroneously recognizes that the restriction state in which either or both of the response to the incoming call and the outgoing call are to be canceled has been released. Is reliably avoided.

According to a nineteenth aspect of the present invention, in the mobile communication system according to any one of the fourteenth to eighteenth aspects, a mobile station 83-1 is provided.
-83-n, 93-1 to 93-n, and 103-1 to 103-n are transmitted and addressed to their own station only when the state in which the restriction information is not received continues for a predetermined period. The state transits to a state in which both of the response to the incoming call can be performed.

That is, mobile stations 83-1 to 83-n, 93-1
To 93-n and 103-1 to 103-n correspond to the regulated base station device 8.
Due to fluctuations in the transmission characteristics of the wireless transmission path formed between the control base station apparatuses 1, 91, and 101, these regulated base station apparatuses 8
Even if a state occurs in which the restriction information transmitted from the terminals 1, 91, and 101 cannot be received, both or one of the above-described transmission and / or response is restricted unless the state continues beyond the period described above. A stable state is to be ensured.

[0085]

Embodiments of the present invention will be described below in detail with reference to the drawings. FIG.
FIG. 10 is a diagram showing an embodiment corresponding to the invention described in 9; In the figure, wireless base stations 141-1 to 141-n are connected to a control station 140 connected to a network via a communication link, and a wireless zone 142 formed by the wireless base stations 141-1.
The control base station 143 and the mobile station 144 are located at -1.

[0086] The restricted base station 143 communicates with the radio base station 1.
Antenna 145B opposed to 41-1 via a wireless transmission path
And an antenna 145M opposed to the mobile station 144 via a wireless transmission path, and a transmitting / receiving unit 146B, a synthesizer 147B, a frequency selecting unit 148B, and a signal processing unit cascaded between feeding ends of the antennas 145B and 145M. 1
49, a frequency selection section 148M, a synthesizer 147M, a transmission / reception section 146M, a measurement section 150 connected to the monitoring output of the transmission / reception section 146B, a reception level table 151 added to the measurement section 150,
8B, a perch frequency table 152 added to 8B, a regulation condition management unit 153 connected to the control terminal of the signal processing unit 149, and a regulation condition table 154 added to the regulation condition management unit 153.

FIG. 8 is a diagram showing the configuration of the reception level table and the restriction condition table. In the figure, the reception level table 151 includes, as shown in (a), the frequency and the control base station 143 for each control channel allocated in advance to the mobile communication system according to the present embodiment, as described later. It consists of a set of records in which a combination with the measured reception level (reception electric field strength) is to be stored.

Further, as shown in (b), the restriction condition table 154 includes restriction conditions (a time zone in which restriction is to be performed, a mobile station that is not subject to restriction, And the like.)
It is composed of an area in which the regulation conditions (state in which regulation is to be performed (for example, congestion state) and purpose (for example, maintenance)) set under the control of the control station 140 are to be stored.

Note that the correspondence between the present embodiment and the block diagrams shown in FIGS.
141-N are wireless base stations 11, 36, 72, 82, 92,
102-1 to 102-N, and the mobile station 144
2 and mobile stations 37-1 to 37-n, 73-1 to 73-n, 83
-1 to 83-n, 93-1 to 93-n, 103-1 to 103-n, and the regulated base station 143 is connected to the regulated base station 13 and the regulated base station devices 35, 71, 81, 91, 101. The control station 140 corresponds to the control stations 14 and 104,
46M, 146B, synthesizers 147M, 147B,
Frequency selectors 148M, 148B and antenna 145
M and 145B correspond to the transmission / reception unit 21, and the signal processing unit 14
9. Regulation condition management unit 153 and regulation condition table 15
Reference numeral 4 denotes a restricted space setting unit 22, an outgoing / incoming call restricting unit 23, presence / absence determination units 31 and 41, restricted channel selecting unit 32, restricted request units 33 and 42, channel notification request unit 34, specific channel selecting unit 51, and handover unit. 52, a duplicate zone location determining means 53, a pseudo base station means 61, a pseudo mobile station means 62, a sub radio channel securing means 63, and channel notifying means 94 and 105.

FIG. 9 shows claims 1, 3 to 5, 7, 15, 1
FIG. 10 is a diagram (1) for explaining the operation of the present embodiment corresponding to the invention described in 7; FIG. 10 shows claims 1, 3 to 5, 7, and 1.
FIG. 21 is a diagram (2) for explaining the operation of the present embodiment corresponding to the inventions described in Nos. 5 and 17. Hereinafter, the operation of the present embodiment corresponding to the first to third aspects of the present invention will be described with reference to FIGS.

When the control base station 143 is not operating, the mobile station 144 located in the radio zone 142-1 formed by the radio base station 141-1 and the radio base station 1
The channel setting procedure for the outgoing call or the incoming call made by the control station 41-1 and the control station 140 to the mobile station 144 is the same as that of the conventional example, and the description thereof is omitted here.

In the regulated base station 143, when the power is turned on and the operation is started in response to an operation performed by an operator on an operation unit (not shown), the signal processing unit 149, the frequency selection unit 148B, the synthesizer 147B, the transmission / reception unit 146B ,
As will be described later, the measuring unit 150 and the antenna 145B are connected to the radio base station
It operates as a pseudo mobile station for 1-1.

The signal processing section 149 takes the initiative in setting a channel to be performed as a mobile station, and the frequency selection section 148.
B obtains the frequencies of the local oscillator signals corresponding to all the control channels registered in advance in the perch frequency table 152 at a predetermined cycle based on the channel setting procedure, and provides the frequency to the synthesizer 147B. Synthesizer 1
47B sequentially generates the local oscillation signals of the individual frequencies given as described above, and the transmitting / receiving unit 145B receives the radio frequency signal of the control channel corresponding to the local oscillation signal and arriving at the antenna 145B, The measurement unit 150 measures the reception level (reception electric field strength) of the received radio frequency signal and sequentially stores the reception level in the reception level table 151.

On the other hand, the regulation condition management unit 153 refers to the regulation condition set in the regulation condition table 154 at a predetermined frequency, and determines whether or not the condition is satisfied. If the result of the determination is true, the signal processing unit 1
49 recognizes that the reception levels have been stored in the reception level table 151 for all the control channels,
Among these control channels, the control channel having the minimum reception level is selected as the “control channel”, and the control channels other than the “control channel” are applied while giving priority to the reception levels in descending order of the reception level. The location registration is performed based on the channel setting procedure.

The procedure of channel setting in the process of performing location registration as described above (signal processing section 149 operates in conjunction with frequency selection section 148B, synthesizer 147B and transmission / reception section 146B so that radio base station 14
The procedure for transmitting and receiving control information to and from the mobile station 1-1) is the same as that of the conventional example in the mobile station 144, and the description thereof is omitted here.

When the above-described location registration is completed, the signal processing unit 149 performs a predetermined channel setting facing the radio base station 141-1 by transmitting the signal as a mobile station, and based on the channel setting procedure. The call generated in response to the originating call is a completed call (here, for the sake of simplicity, it is assumed that authentication for confirming that the mobile station is authentic as the originating mobile station is also performed). Is recognized, the identification information of the “regulation channel” described above (hereinafter referred to as “regulation channel identification information”) and the identification information of the own station (hereinafter referred to as “regulation base station identification information”) are included. A "regulation start notification" is transmitted to the wireless base station 141-1 (FIG. 9A).

The radio base station 141-1 holds the “regulation channel identification information” and the “regulation base station identification information” included in the “regulation start notification” in association with each other, and transmits the “regulation start notification” to ( Here, for the sake of simplicity, it is assumed that identification information of the own station is included (hereinafter, referred to as “wireless base station identification information”). The control station 140 holds the “control channel identification information”, the “regulation base station identification information”, and the “radio base station identification information” included in the “regulation start notification” in association with each other, and indicates “regulation start "Reception" is transmitted to the radio base station 141-1 (FIG. 9).
(b)).

Upon receiving the “regulation start acceptance”, the radio base station 141-1 sends out the “regulation initiation acceptance” to the regulation base station 143 (FIG. 9 (c)) and holds it in advance. The “regulation channel identification information”, “regulation information” indicating that a restriction zone exists in the wireless zone 142-1 and a “reference level L” described later are added to the radio zone 142-1. It is added to the broadcast information to be sent.

In the regulated base station 143, the signal processing unit 149
At the time when the above-mentioned “regulation start notification” is transmitted (FIG. 11).
`` Reception of regulation start '' within a predetermined period starting from (a))
Is determined, and if it is recognized that the result of the determination is true, the above-described “regulation channel identification information” is provided to the frequency selection unit 148M. The frequency selector 148M instructs the synthesizer 147M of a frequency corresponding to the control channel indicated by the "regulation channel identification information", and the synthesizer 147M generates a local signal of the frequency designated in this manner. Transmitting / receiving unit 146
M performs transmission to the above-mentioned "regulation channel" based on the local oscillation signal via the antenna 145M (FIG. 9 (d)).

The mobile station 144 is connected to the radio zone 142
In the standby state at -1, the broadcast information received from the wireless base station 141-1 via the control channel is monitored at a predetermined frequency, so that the presence or absence of an incoming call addressed to the own station is monitored. It is determined whether the “regulation information” described above is included. Further, the mobile station 144
If the result of the determination is true, the “regulation channel identification information” and “reference level L” included in the broadcast information are acquired together with the corresponding “regulation information”, and the “regulation channel identification information” is obtained. The reception level (reception field strength) of the control channel (regulation channel) corresponding to the “information” is measured at a predetermined frequency, and if the reception level is lower than the “reference level L”, no special channel setting is performed. Is not performed.

However, when the above-mentioned reception level exceeds the “reference level L”, the mobile station 144 continues to compare the reception level with the “reference level L” at a predetermined frequency. As long as is greater than the latter, the call is forgotten regardless of the operation performed by the operator, and the presence or absence of the aforementioned “incoming call addressed to own station” is monitored, or the “incoming call addressed to own station” is monitored. Is omitted (FIG. 9 (e)).

By the way, the mobile station 144, for example, when moving from a region other than the above-described restricted zone in the wireless zone 142-1 to the restricted zone while maintaining a call state, also performs the above-described “restricted”. Broadcast information including "information" can be received. Therefore, the mobile station 144 obtains “regulation channel identification information” and “reference level L” included in the broadcast information together with the “regulation information”, and obtains a control channel (regulation channel identification information) corresponding to the “regulation channel identification information”. ) Is measured at a predetermined frequency, and as long as this reception level is higher than the “reference level L”, the transmission is forgotten regardless of the operation performed by the operator, and the “self” It is possible to omit the process of monitoring the presence / absence of an "incoming call addressed to a station".

Further, even when the mobile station 144 moves from the restricted zone to the outside of the restricted zone while maintaining the communication state, the mobile station 144 receives the broadcast information including the above-mentioned “restricted information”. Can be. Further, the mobile station 144
Acquires “regulation channel identification information” and “reference level L” included in the broadcast information together with the “regulation information”, and sets the reception level of the control channel (regulation channel) corresponding to the “regulation channel identification information”. The measurement is performed at a predetermined frequency. If it is recognized that the reception level is lower than the “reference level L”, as described above, “outgoing call” and “presence or absence of an incoming call addressed to the own station” are determined. Monitoring or answering the incoming call ".

As described above, according to the present embodiment, the hardware constituting the pseudo mobile station and the radio base station 141-1
Control channel allocated to the mobile communication system by a regulated base station 143 having a simple configuration made of pre-designed hardware, such as hardware that enables transmission to a desired control channel in place of .about.141-N. By utilizing a control channel that is not used in the wireless zone in which the regulated base station 143 is located, for example, as shown by hatching in FIG. In the area, it is ensured that the mobile station 144 responds to outgoing or incoming calls.

Therefore, it is determined whether or not the operator of the terminal, which is a mobile station, is located in the restricted area. In accordance with the result of the determination, individual operators can be operated without operating the power switch as in the conventional example. The terminal is operated flexibly and quickly to enter and exit some restricted area. In the present embodiment, the “reference level L” is set as a constant. The “reference level” is, for example, an instruction given by a person in charge of maintenance and operation, a wireless zone in which a restricted zone is to be formed. And the assignment of the geographical arrangement and the frequency of the wireless zone with the surrounding zone of the wireless zone, the instruction given by the operator of the regulatory base station 143 and notified to the wireless base station 141 via the wireless transmission path, as appropriate. It may be set.

When the "reference level L" is set by the operator of the regulated base station 143, the desired electric field strength is obtained without changing the transmission power of the regulated base station 143 to the "regulating channel". A regulated zone is formed with high accuracy in the geographical area where is distributed. FIG. 11 is a diagram for explaining the operation of the present embodiment corresponding to the second, tenth, and eighteenth aspects of the present invention.

In the figure, the same processes as those shown in FIG. 9 are denoted by the same symbols (a) to (e), and the description thereof is omitted here. Hereinafter, the operation of the present embodiment corresponding to the second and tenth aspects of the present invention will be described with reference to FIGS. The feature of this embodiment is that the control base station 143
And that the regulated base station 143 moves from a specific wireless zone to the area of another wireless zone while forming a restricted zone.

For example, as shown in FIG. 10, the control base station 143 forms the above-described control zone while forming the control zone.
In the process of moving from 2-1 to the area within the wireless zone 142-2, the signal processing unit 149, the frequency selecting unit 148B, the synthesizer 147B, the transmitting / receiving unit 146B, the measuring unit 150, and the antenna 145B are connected to the wireless base stations 141-1 and 142-1. -2
, It operates as a pseudo mobile station by cooperating as described above.

In the process of operating as a pseudo mobile station, the signal processing unit 149 performs handover from the radio zone 142-1 to the radio zone 142-2 based on a predetermined channel setting procedure. . The procedure for setting a channel related to such a handover is the same as the procedure for a handover normally performed by the mobile station 144 or the like, and a description thereof will be omitted.

When the signal processing unit 149 recognizes that the transition to the wireless zone 142-2 has been completed normally in the course of the above-mentioned handover, it indicates so.
In addition, a “restriction release request” including the identification information of the restricted base station 143 is transmitted to the wireless base station 141-1 (FIG. 11A). On the other hand, the radio base station 141-1 transmits the “regulation release request”
Is received, the “restriction release request” obtained by adding the identification information of the own station to the “restriction release request” is transferred to the control station 140 (FIG. 11B).

When recognizing the "restriction release request", the control station 140 releases the restriction on the selective call to be performed for the radio base station 141-1 indicated by the identification information included in the "restriction release request". A "regulation release response" indicating that fact is transmitted to the radio base station 141-1 (FIG. 1).
1 (C)). The radio base station 141-1 relays the “regulation release response” to the restriction base station 143. When the signal processing unit 149 of the restriction base station 143 recognizes the “regulation release response”, the wireless base station of the transition destination. 142-2 recognizes that a regulation zone may be formed.

Further, as shown by a dotted line in FIG. 11, the signal processing unit 149 is different from the embodiment corresponding to the first, third to fifth, fifteenth and seventeenth embodiments except that the above-described position registration is omitted. Similarly, the radio base station 14 replacing the radio base station 141-1
In conjunction with 1-2 and the control station 140, the same “regulatory channel” is continuously applied, or a new “regulatory channel” is applied to form a restricted zone.

That is, the broadcast information transmitted from the radio base station 141-2 includes “regulation channel identification information” and “reference level L” in addition to the “regulation information” described above. Of the mobile stations located in 142-2, the mobile stations located in the above-mentioned restricted zone are described in claims 1, 3 to
Mobile stations 14 in embodiments corresponding to 5, 15, and 17
In the same way as in No. 4, outgoing and incoming calls are restricted.

As described above, according to the present embodiment, even when the regulated base station 143 is mounted on a moving body such as a vehicle and moves with the moving body, the regulated base station 143 may be used.
Formally shift to the adjacent wireless zone one after another as a pseudo mobile station, and a wireless channel that is not applied as a control channel or the like in the wireless zone is appropriately applied to form a restricted zone continuously. At the same time, information indicating the presence of the wireless channel and the restricted zone is reliably transmitted from the destination wireless base station as broadcast information.

Therefore, inside and around the mobile body on which the regulated base station 143 according to the present embodiment is mounted, the transmission and reception of the mobile station are reliably regulated while the radio frequency is effectively used. You. FIG. 12 is a diagram for explaining the operation of the present embodiment corresponding to the sixth, fifteenth, and sixteenth aspects of the present invention.

In the figure, the same processes as those shown in FIG. 11 are denoted by the same reference numerals, and description thereof is omitted here. Hereinafter, the operation of the present embodiment corresponding to the inventions described in claims 6, 15, and 16 will be described with reference to FIGS. The feature of this embodiment lies in the procedure of channel setting performed by the control station 140.

The control station 140 transfers the “regulation start notification” from the radio base station 141-1 in the same manner as in the embodiments according to the first to fifth and tenth aspects of the present invention (FIG. 12 (1)). )
And “control channel identification information”, “regulation base station identification information” and “radio base station identification information” included in the “regulation start notification” in association with each other, and based on the “radio base station identification information”. By referring to the station information, all the wireless zones adjacent to the wireless zone formed by the wireless base station 141-1 indicated by the “wireless base station identification information” (hereinafter, referred to as “adjacent zone”) Radio base stations that form these adjacent zones individually (here, for the sake of simplicity, it is assumed that they are indicated by reference numerals “141-1” to “141-3”) (hereinafter, referred to as “adjacent base stations”). ) (Hereinafter referred to as “adjacent base station identification information”).

Further, control station 140 sends a "regulation start acceptance" to all the adjacent base stations individually indicated by these "adjacent base station identification information" (FIG. 12).
(2)). Also, of all the adjacent base stations (including the one indicated by reference numeral 141-1) that have received such a “regulation start acceptance”, the wireless base station that is the source of the “regulation start notification” described above. The station 141-1 sends the "regulation start acceptance" to the regulation base station 143 (FIG. 12 (3)).

Further, all of these adjacent base stations each include "regulation channel identification information" included in the "regulation start notification" described above and "restriction zone may exist in the corresponding adjacent zone". The "regulation information" and the above-mentioned "reference level L" are added to the broadcast information to be transmitted to the wireless zone formed by the own station (FIG. 12 (4)). In other words, the radio base station 141-1 directly accessed by the regulatory base station 143 as the pseudo mobile station described above and the radio zone individually formed by all of the base stations adjacent to the radio base station 141-1 are Then, "regulation channel identification information", "regulation information", and "reference level L" are transmitted in parallel as broadcast information.

Therefore, according to the present embodiment, even when the regulation base station 143 is located in an area where a plurality of radio zones overlap each other to form a regulation zone, the mobile station located in the regulation zone is Outgoing and incoming calls are reliably regulated. Hereinafter, the operation of the present embodiment corresponding to the invention described in claims 7 and 17 will be described with reference to FIGS. 7 and 9.

The difference between the present embodiment and the embodiments according to the first, third to fifth aspects is that the radio base station 141
In the content of the following broadcast information sent by -1. When the radio base station 141-1 receives the “regulation start notification” transmitted from the restriction base station 143, the radio base station 141-1 executes the “regulation start The “regulation channel identification information” and the “regulation base station identification information” included in the “notification” are held in association with each other, and the “regulation start notification” is transferred to the regulation base station 140.

In the control station 140, the subordinate wireless zone 14
2-1 to 142-N (for the sake of simplicity, it is assumed that location registration has been completed for the own station). Is set to a value specified by a person in charge of maintenance or operation, or determined based on a traffic concentration rate or the like.

Further, control station 140 holds the "control channel identification information", "regulation base station identification information", and "wireless base station identification information" included in the "regulation start notification" in association with each other. Is transmitted to the wireless base station 141-1 (FIG. 9 (b)). Upon receiving the “regulation start acceptance”, the radio base station 141-1 sends the “regulation start acceptance” to the regulation base station 143, and “regulation channel identification information” held in advance, The above-mentioned subscriber class is transmitted to the wireless zone 142-1 together with the "regulation information" indicating "the presence of the restricted zone in the wireless zone 142" and the "reference level L" described above. It is added to the information to be notified (FIG. 9 (c)).

The operation of each unit in the regulated base station 143 which has received the above “regulation start acceptance” (FIG. 9 (d))
Is the same as the embodiment corresponding to the first, third to fifth aspects of the present invention, and the description thereof is omitted here. On the other hand, when the mobile station 144 is in a standby state in the wireless zone 142-1, the mobile station 144-1
By monitoring the broadcast information received via the control channel from a predetermined frequency, the presence or absence of an incoming call addressed to the own station is monitored, and the broadcast information includes "regulation information" described above.
Is determined.

Further, when the result of the determination is true, the mobile station 144 compares the subscriber class of the mobile station with the subscriber class included in the broadcast information as described above. Only when is, the “regulation channel identification information” and “reference level L” included in the broadcast information are acquired, and the reception level of the control channel (regulation channel) corresponding to the “regulation channel identification information” is changed. Measure at a predetermined frequency.

If the reception level is lower than “reference level L”, mobile station 144 does not perform channel setting based on a special procedure.
The comparison between the reception level and the “reference level L” is continued at a predetermined frequency, and as long as the former exceeds the latter, the transmission is forgotten to be performed regardless of the operation performed by the operator. The process of monitoring the presence / absence of the "incoming call addressed to the own station" is omitted (FIG. 9 (e)).

As described above, according to the present embodiment, outgoing and incoming calls are restricted only to mobile stations having a subscriber class equal to or less than the subscriber class included in the broadcast information among the mobile stations located in the restricted zone. Therefore, the restricted zone is formed while flexibly adapting to the operation, maintenance, and service modes required for the mobile communication system. In the present embodiment, the maximum subscriber class of the mobile station to be restricted (hereinafter, referred to as “restricted mobile station”) is included in the broadcast information. For example, for example, a minimum subscriber class previously assigned to a mobile station to be excluded from the restriction target (hereinafter, referred to as a “non-restriction target mobile station”). A column of subscriber classes and identification information given in advance (may be composed of only a single subscriber class and identification information) may be included in the broadcast information.

The operation of this embodiment according to the present invention will be described below with reference to FIGS. 7, 9, and 10. This embodiment and claims 1, 3 to
The difference from the embodiment corresponding to the invention described in 5 is that the configuration of the “regulation start notification” transmitted from the regulatory base station 143 to the radio base station 141-1 and the configuration of the “regulation start notification” are applied. Radio base station 141-1, control station 140 and mobile station 1
44 is a procedure of channel setting performed in cooperation.

When the regulatory base station 143 starts operating,
In a manner similar to the embodiment corresponding to the inventions described in claims 1, 3 to 5, all of the radio base station 141-1 operates as a pseudo mobile station and is registered in the perch frequency table 152 in advance. The reception level of the radio frequency signal of the control channel is measured and sequentially stored in the reception level table 151.

Further, signal processing section 149 selects a control channel having the minimum reception level stored in reception level table 151 from these control channels as a “restriction channel”, and selects the “restriction channel”. Is performed based on the above-described channel setting procedure while giving priority to the control channels other than "." Also,
The signal processing unit 149 performs channel setting based on a predetermined channel with the radio base station 141-1 by transmitting as the above-described pseudo mobile station, and based on the channel setting procedure, a call corresponding to this transmission is performed. When recognizing that the call has been completed, except for the fact that the above-mentioned identification information of the “regulation channel” (hereinafter, referred to as “regulation channel identification information”) is not included, claims 1 to 3 to 5 are performed. A "regulation start notification" (including "regulation base station identification information") having the same configuration as that of the embodiment corresponding to the described invention is transmitted to the radio base station 141-1 (FIG. 9A).

The radio base station 141-1 holds the “regulation base station identification information” included in the “regulation start notification” and transmits the “regulation start notification” (here, for simplicity, the identification of its own station). The information (hereinafter, it is assumed that “wireless base station identification information” is added) is transferred to the control station 140. The control station 1
The radio base station 40 holds the “regulation base station identification information” and the “radio base station information” included in the “regulation start notification” in association with each other, and indicates “regulation start acceptance” indicating that fact.
It is transmitted to 41-1 (FIG. 9 (b)).

Upon receiving the “regulation start acceptance”, the radio base station 141-1 sends the “regulation start acceptance” to the regulation base station 143 (FIG. 9 (c)), and the “radio zone 142”. "Regulation information" indicating that there is a restriction zone at -1 and "reference level L" described later are added to the broadcast information to be transmitted to the wireless zone 142-1. In the regulated base station 143, the signal processing unit 149 determines whether or not “regulation start acceptance” is received within a predetermined period starting from the time when the above-described “regulation start notification” is transmitted, and the determination is performed. When it is recognized that the result is true, the above-mentioned “regulation channel identification information” is provided to the frequency selection unit 148M.

Frequency selecting section 148M instructs synthesizer 147M of the frequency corresponding to the control channel indicated by the "restriction channel identification information", and
47M generates a local signal of the frequency designated in this way. The transmission / reception unit 146M performs transmission to the above-described “regulation channel” via the antenna 145M based on the local oscillation signal (FIG. 9D).

The mobile station 144 has, as known information, a column of identification information of all control channels allocated to the wireless zone where the mobile station 144 is located and can receive a communication service. Further, when the mobile station 144 is in a standby state in the wireless zone 142-1, the mobile station 144 monitors broadcast information received from the wireless base station 141-1 via the control channel at a predetermined frequency, thereby enabling the mobile station 144 to monitor its own station. It monitors the presence or absence of an incoming call addressed to it and determines whether or not the notification information includes the above-mentioned "regulation information".

Further, if the result of the determination is true, the mobile station 144 obtains the “reference level L” included in the broadcast information together with the corresponding “regulation information”, and obtains the above-mentioned known information. By referring to the column of the identification information of the control channel having as, the reception level of the control channel indicated by the individual identification information included in the column is measured at a predetermined frequency, and the reception level is set to the “reference level”. If it is less than “L”, no channel setting based on a special procedure is performed.

However, when the above-mentioned reception level exceeds “reference level L”, mobile station 144 continues to compare the reception level with “reference level L” at a predetermined frequency, and As long as is greater than the latter, the call is forgotten regardless of the operation performed by the operator, and the process of monitoring the presence / absence of the aforementioned “incoming call addressed to the own station” is omitted (FIG. 9E). ).

Further, for example, when the mobile station 144 moves from an area other than the above-described restricted zone in the area of the radio zone 142-1 to the restricted zone while maintaining a communication state, the mobile station 144 described above. Broadcast information including "regulation information" can be received. In such a case, the mobile station 144 acquires the “reference level L” included in the broadcast information together with the “regulation information”, and is indicated by the individual identification information constituting the above-described identification information column. The reception level of the control channel is measured at a predetermined frequency, and as long as any one of these reception levels exceeds the “reference level L”, the transmission is forgotten regardless of the operation performed by the operator. ,
The process of monitoring the presence / absence of the “incoming call addressed to the own station” described above is omitted.

The mobile station 144 can receive the broadcast information including the above-mentioned “restriction information”, for example, even when the mobile station 144 moves out of the restricted zone while maintaining the communication state.

Further, the mobile station 144 obtains the “reference level L” included in the broadcast information together with the “regulation information”, and measures the reception level at a predetermined frequency in advance. When it is recognized that the reception level of the regulation channel is lower than the “reference level L”, the above “outgoing call” and “the process of monitoring whether there is an incoming call addressed to the own station” are restarted. I do.

As described above, according to the present embodiment, the control station 1
40 and the radio base stations 141-1 to 141-N cooperate with each other to notify the mobile station of the restriction channel as broadcast information, and that the mobile station 144 is located in the restriction zone formed by the restriction base station 143. Recognition is assured and outgoing and incoming calls are restricted. Therefore, claims 1 and 3
The processing amount required for the control station 140 and the radio base stations 141-1 to 141-N to perform channel setting is reduced as compared with the embodiments corresponding to the inventions described in (1) to (5).

In the present embodiment, the mobile station 144 has in advance all control channels to be candidates for the restriction channel as a sequence of known identification information. For example, regardless of whether a restriction zone is formed, the radio base stations 141-1 to 141-1
-N may be notified as broadcast information individually transmitted.

Further, in the present embodiment, among the control channels allocated in advance to the mobile communication system, a control channel that is not applied to the radio zone in which the restricted zone is to be formed is detected based on the reception level, and its control is performed. Although the channel is applied as a regulation channel, any radio channel that is a candidate for such a regulation channel may be any radio channel known to the mobile station.

FIG. 13 is a diagram for explaining the operation of the present embodiment corresponding to the eleventh aspect of the present invention. Hereinafter, FIG.
The operation of the embodiment according to the eleventh aspect will be described with reference to FIG. The difference between the present embodiment and the embodiments according to the sixth and fifteenth aspects lies in the following channel setting procedure performed by the regulatory base station 143.

In the regulated base station 143, the signal processing unit 149
Figure 1 shows that during the period when some regulatory zones are being formed,
As shown in FIG. 3, the wireless zone in which the own station is located and all adjacent zones of the wireless zone (here, for simplicity,
It is assumed that the information is given as broadcast information transmitted from the radio base stations 141-1 to 141-3 under the control of the control station 140. )
And identify.

Further, the measuring section 150 includes the signal processing section 14
9, the frequency selector 148B and the synthesizer 147
In cooperation with B and the transmission / reception section 146B, the reception levels of the control channels allocated to all the above-described adjacent zones and the wireless zone where the own station is located are measured. Further, the signal processing unit 149 determines whether or not these reception levels are equal with a predetermined accuracy. When it is recognized that the result of the determination is true, the signal processing unit 149 activates a timer of an interval value described later and Refrain from retrying the handover unless a time corresponding to the interval elapses.

For such an interval period, as described above, the nominal value of the value at which the reception levels of the control channels allocated to all the adjacent zones and the radio zone in which the own station is located becomes equal with the precision described above. Is calculated in advance based on the arrangement of the wireless zones, the route over which the regulatory base station 143 can move, the average speed, and the like in the area where the adjacent zone and the wireless zone overlap. Is set in advance to the time required to determine the adjacent zone that is the actual migration destination with a predetermined accuracy.

That is, even when the area through which the regulatory base station 143 passes is an area where a plurality of wireless zones overlap, the area between the regulatory base station 143 and the wireless base stations that individually form these wireless zones is different. It is possible to avoid frequent unnecessary handovers due to fluctuations in the transmission characteristics of the wireless transmission path formed in the above. Therefore, according to the present embodiment, regardless of the movement route of the regulated base station 143 or the zone configuration of the mobile communication system in which the regulated base station 143 is to operate, the increase in traffic is prevented with high accuracy while the restricted zone is avoided. It is formed stably.

In the present embodiment, the adjacent zones are notified to the regulating base station 143 as broadcast information. However, these adjacent zones may be given in advance as station information of the regulating base station 143. Hereinafter, the operation of the present embodiment corresponding to the invention described in claim 13 will be described with reference to FIG.

This embodiment and claims 1 to 11, 13 to 1
The difference from the embodiments corresponding to the inventions described in 5 and 17 lies in the operations of the respective units performed in the control base station 143 at the time of startup and during a period in which no control zone is formed.
In the regulated base station 143, when operation in a mode in which no regulated zone is formed in accordance with an operation performed by an operator on an operation unit (not shown) starts, the signal processing unit 149, the frequency front end unit 148B, the synthesizer 147B, the transmitting / receiving unit The radio base station 1 146B, the measuring unit 150, and the antenna 145B face each other via a radio transmission path as described later.
41-1 operates as a pseudo mobile station.

Further, the measuring section 150 may be configured as follows.
In the same manner as the embodiments corresponding to the inventions described in 1, 13 to 15, 17 and linked with the frequency selection unit 148B, the perch frequency table 152, the synthesizer 147B, and the transmission / reception unit 145B under the initiative of the signal processing unit 149. Then, the reception levels of all the control channels registered in advance in the perch frequency table 152 are sequentially measured and stored in the reception level table 151.

The signal processing section 149 selects a control channel having the minimum reception level stored in the reception level table 151 from these control channels as a “regulation channel”. Further, among the control channels other than the “regulation channel”, the signal processing unit 149 determines that the reception level is less than the predetermined upper limit value and that the reception level is a predetermined number K (here, the The following control channels are selected as "relay channels" in ascending order of their reception levels.

Further, the signal processing unit 149 performs position registration based on the above-described channel setting procedure while giving priority to control channels other than the “regulatory channel” and the “relay channel” in descending order of the reception level. Do. Further, the signal processing unit 149 acquires broadcast information sequentially received from the radio base station 141-1 via the control channel by linking with the frequency selecting unit 148B and the like as described above, and For the information, (1) inconsistencies that may arise due to the control channel and the above-mentioned regulatory channel being physically different radio channels, and (2) formed by the radio base station 141-1 Wireless zone configuration (for example, configured as a multi-sector or micro zone)
Under the following, conversion processing (for example, control channel identification) required to resolve the inconsistency that may occur due to the above-described restriction channel being applied by the restriction base station 143 as the control channel of its own station. (A process of appropriately replacing information) to generate a sequence of conversion notification information.

The signal processing section 149 includes a frequency selection section 148M, a synthesizer 147M, and a transmission / reception section 145.
By linking with M, the above-described sequence of converted broadcast information is sequentially relayed to the restriction channel. Further, the signal processing unit 149 considers that the mobile station located in the wireless zone formed by the regulatory base station 143 regards the above-mentioned regulatory channel as a control channel. The conversion process described above is performed reversibly, and the radio base station 14
Relay to the control channel applied to 1-1.

On the other hand, the mobile station 144
When located in the wireless zone formed by the, by transitioning to a standby state in the wireless zone by considering the above-described regulatory channel as a control channel,
Wireless zone 14 formed by wireless base station 141-1
At 2-1, a transition can be made to the standby state.

In the regulated base station 143, the signal processing unit 149
Occurs in a mobile station that has transitioned to a standby state in a wireless zone formed by the regulatory base station 143 among these wireless zones (for the sake of simplicity, it is assumed that the mobile station is indicated by reference numeral 144). For a call, the radio base station 141-1 is accessed as a mobile station in place of the mobile station 144 by linking with the frequency selection section 148B, the synthesizer 147B, and the transmission / reception section 146B, and the frequency selection section 148M, the synthesizer 147M, and the transmission / reception section By coordinating with the radio base station 146M, the mobile station 144 is set as a radio base station in place of the radio base station 141-1 and performs channel setting based on a predetermined procedure.

If the corresponding call is a completed call, the signal processing unit 149 uses the radio base station 141 based on the above-described channel setting procedure to set a vacant relay channel as described above. -1 is assigned instead of -1. Between the relay channel and the communication channel allocated by the radio base station 141-1, the above-described reversible conversion processing is performed as necessary to obtain a communication signal. Also relay in both directions.

As described above, according to the present embodiment, when a mobile station located in a radio zone formed by the regulated base station 143 is not subject to transmission or regulation,
A communication service is reliably provided under the relay process performed by the regulated base station 143.

Therefore, when the control base station 143 is installed near the outer edge of the wireless zone having no adjacent zone, the quality of the communication service is improved by substantially expanding the wireless zone, and Regulated base station 1
When 43 is installed in the dead zone of the wireless zone, relief of the dead zone can be achieved. In the present embodiment, the configuration of the broadcast information relayed via the regulated base station 143 is not shown in detail, but the broadcast information includes, for example, the regulated information as shown in other embodiments. Subscriber class and identification information indicating a mobile station to be targeted or unregulated, identification information indicating a regulatory channel, even if all or a part of the aforementioned “regulation information” and “reference level L” are included Good.

Also, in the present embodiment, the regulated base station 143
Has a synthesizer 147M, 147B and a transmitting / receiving unit 146.
M, 146B and one antenna 145M, 145B, respectively.
Mobile stations located in the wireless zone formed by
When there are a large number of mobile stations where a call or a completed call can occur at the same time, these synthesizers 147M and 147B, transmission / reception units 146M and 146B, and antennas 145M and 14
A plurality of 5Bs may be mounted, respectively.

The operation of the present embodiment corresponding to the invention described in claim 18 will be described below with reference to FIGS. 7 and 11. The difference between this embodiment and the embodiments according to the second and tenth aspects of the present invention is that the control base station 143 faces the radio base stations forming the source and destination radio zones when the handover is completed. In the channel setting procedure.

In the control base station 143, for example, a handover from the wireless zone 142-1 to the wireless zone 142-2 is performed in the same manner as in the embodiment corresponding to the second and tenth aspects of the present invention, and the wireless zone 142-1 When the transition to the second is completed normally, the signal processing unit 149 corresponds to claims 1 to 3 to 5 except that the above-described location registration is not performed, as indicated by a dotted line in FIG. Radio base station 141 instead of radio base station 141-1 in the same manner as the above embodiment.
-2 and the control station 140 to form the restriction zone by continuously applying the same "restriction channel" or by applying a new "restriction channel" (FIG. 11 (a)).

Further, the signal processing unit 149 indicates that an alternative restriction zone has been formed in the destination radio zone as described above, instead of the “restriction release request” indicated by the solid line in FIG. A “restriction release request” including the identification information of the base station 143 is transmitted to the wireless base station 141-1 (FIG. 11).
(β)). On the other hand, upon receiving the above-mentioned “restriction release request”, the radio base station 141-1 issues a “restriction release request” obtained by adding the identification information of the own station to the “restriction release request”.
The data is transferred to the server 40 (FIG. 11 (γ)).

When recognizing the "restriction release request", control station 140 releases the restriction on the selective call to be performed for radio base station 141-1 indicated by the identification information included in the "restriction release request". A “regulation release response” indicating that fact is transmitted to the radio base station 141-1 (FIG. 1).
1 (δ)). The radio base station 141-1 transmits the "regulation release response"
Is relayed to the regulatory base station 143, and the regulatory base station 143
Then, upon recognizing the “restriction release response”, the signal processing unit 149 recognizes that a restriction zone may be formed in the transfer destination wireless zone 142-2.

As described above, according to the present embodiment, even when the regulated base station 143 is mounted on a moving body such as a vehicle and moves with the moving body, the regulated base station 143 can be used.
Is formally shifted to a wireless zone that is located one after another as a pseudo mobile station, and a period in which no restriction zone is formed in both the source wireless zone and the destination wireless zone is avoided.

Therefore, the inside and outside of the mobile unit on which the control base station 143 according to the present embodiment is mounted is more restricted than the inventions according to the second and tenth aspects. Is realized with high accuracy.

The operation of the present embodiment according to the nineteenth aspect will be described below with reference to FIG. The feature of this embodiment lies in the following processing procedure performed by the mobile station 144 located in the restricted zone formed by the restricted base station 143. In a state where the mobile station 144 is located in the above-described restricted zone, the restricted base station 143 or a wireless base station that forms a wireless zone in which the restricted base station 143 is located (here, for simplicity, the code “141-1” is used). It is assumed that the control information is transmitted from the control channel.
Is included, and if the reception level of the predetermined restriction channel exceeds the reference level L, the presence of the restriction zone is confirmed.

However, for example, since the invention described in claim 18 is not applied to the restricted base station 143, a period in which the restricted zone is not formed in both the transfer source and the transfer destination according to the handover of the restricted base station 143 Occurs, or the broadcast information is not received due to the transmission characteristic of the control channel fluctuating according to fading or the like, or a state in which the reception level of the control channel is lower than the reference level L described above has occurred. In that case, the mobile station 144
It is determined whether or not the state continues over a preset period.

Further, when the result of the determination is false, the mobile station 144 continues to maintain the standby state in the same restricted zone. On the other hand, when the determination is true, the mobile station 144 recognizes that the restricted zone has disappeared. I do. As described above, according to the present embodiment, even in a state where the transmission characteristics of the wireless transmission path fluctuate significantly, the mobile station can accurately and stably identify the restriction zone actually existing.

In each of the embodiments described above, the present invention is applied to a digital mobile communication system to which the small zone system and the TDMA system are applied. However, the present invention is not limited to such a mobile communication system. The present invention can be applied regardless of the applied zone configuration, channel arrangement, multiple access scheme, channel setting procedure, radio frequency, modulation / demodulation scheme, and the like.

In each of the above embodiments, the mobile station 1
For example, in the case where the mobile station 144 does not voluntarily perform the incoming call restriction and the location registration is performed for each wireless zone (or the restricted zone) formed by the restricted base station 143, It may be realized by delaying the channel setting related to the selective call under the control of the regulating base station 143, the radio base stations 141-1 to 141-N, and the control station 140.

Further, in each of the above embodiments, the restricted base station 143 accesses the wireless base station forming the wireless zone in which the own station is located to form a restricted zone as a pseudo mobile station, and Handover is performed appropriately while maintaining the call state, but as long as the regulated base station operated without being mounted on the mobile body can transition to the standby state under the control of the radio base station and can maintain the standby state It is also possible to form a regulation zone.

In each of the above-described embodiments, the regulated base station 143 maintains the communication state by transmitting as a pseudo mobile station described in order to form a restricted zone. At that time, the wireless base station forming the wireless zone where the own station is located is notified of the fact (position registration may be performed), and in response to the selective call performed by the wireless base station, the mobile station shifts to the call state, The call state may be maintained.

[0173]

As described above, according to the first and fourth aspects of the present invention, a desired area in a wireless zone formed by a plurality of wireless base stations is an area where no communication service is provided to a mobile station. Is set reliably.

Further, according to the second aspect of the present invention, even when a regulated base station is provided in a mobile unit and moves with the mobile unit, the mobile terminal sends and receives signals around the regulated base station. Is set, and no communication service is provided to the mobile device in the restricted space. Further, according to the invention described in claim 3, according to claims 1 and 2,
As described above, the radio frequency can be more effectively used.

According to the fifth aspect of the present invention, a mobile station located in a radio zone formed by a radio base station is indicated by the channel identifier during a period when the channel identifier is notified from the radio base station. By determining whether or not the restriction information is received via the restriction wireless channel, it is possible to cancel a response to an incoming call addressed to the own station and / or an outgoing call.

Furthermore, according to the invention described in claim 6, even when the regulated base station apparatus is installed in an area where a plurality of wireless zones overlap each other, individual mobile stations individually located in these wireless zones are set. During the period when the channel identifier is notified from the radio base station forming the radio zone where the own station is located, whether or not the restriction information is received via the restriction radio channel indicated by the channel identifier is determined. Determine,
According to the result of this determination, it is possible to cancel the response to the incoming call addressed to the own station and / or the outgoing call.

Further, according to the present invention, flexible adaptability to the subscriber class specific to the mobile station and the operation mode of the mobile communication system is ensured. Claim 8
According to the invention described in the above, among the mobile stations located in the wireless zone formed by the wireless base station, a specific wireless channel can be identified as a known wireless wireless channel, and the regulation information is received via the specific wireless channel. The mobile station that recognizes that the call has been made can reliably cancel the response to the incoming call addressed to the own station and / or the outgoing call.

In the ninth aspect of the present invention, more effective use of the radio frequency can be achieved than in the first to eighth aspects of the present invention. Furthermore, in the invention according to claim 10, even when the regulated base station device is installed in a mobile body or the like and moves with the mobile body, the mobile station must be restricted from responding to incoming calls and originating calls. As long as the restricted base station device is located in any of the wireless zones, the zone is formed stably and with high accuracy.

According to the eleventh aspect of the present invention, for a radio base station which individually forms a plurality of radio zones and a control station which controls the channel settings related to these radio zones, the traffic is increased unnecessarily. The amount of processing required for adaptation can be reduced. Further, claim 1
According to the invention described in item 2, relief of a dead zone in a wireless zone formed by the wireless base station or local expansion of the wireless zone can be achieved.

According to the thirteenth aspect of the present invention, a mobile station located in a wireless zone formed by a wireless base station can use its mobile station as long as the restriction information is received via a wireless channel known to itself. Even if no channel identifier indicating a radio channel to be used for transmission of the restriction information is notified from the radio base station, the response and / or the transmission of the incoming call addressed to the own station are surely forgotten. be able to.

Further, in the invention according to claim 14, the mobile station promptly identifies, as the above-mentioned notification information, a state in which either or both of the response to the incoming call and the outgoing call can be regulated by the regulating base station. In the same manner as the mobile communication system according to claim 13, as long as the restriction information is received via a radio channel known to the own station, the radio channel indicates a radio channel to be provided for transmission of the restriction information. Even if no channel identifier is reported from the radio base station, it is possible to reliably cancel either or both of the response to the incoming call addressed to the own station and the outgoing call.

Further, in the invention according to the fifteenth aspect, the regulation zone is formed smoothly and reliably as compared with the inventions according to the first to fourteenth aspects. Further, in the invention according to claim 16, even in a state in which the regulated base station is located in an area where a plurality of wireless zones overlap each other, for a mobile station located in a regulated zone formed by the regulated base station, Both the response and / or the outgoing call for the incoming call are regulated with high accuracy.

According to the seventeenth aspect of the present invention, a mobile station that should forego a call origination and / or a response to an incoming call can determine whether the above-mentioned identification information has a subscriber class or mobile number unique to the mobile station. It is set flexibly according to the operation mode of the communication system. Further, in the invention according to claim 18, in the process in which the regulated base station device performs a handover and shifts to another wireless zone, a regulated state in which a response to an incoming call and / or an outgoing call is to be performed is performed. The erroneous recognition that is canceled is avoided with high accuracy.

According to the nineteenth aspect of the present invention, a mobile station transmits a signal from a regulated base station apparatus due to a change in transmission characteristics of a radio transmission path formed between the mobile station and the regulated base station apparatus. Even if a situation occurs in which the regulated information cannot be received,
As long as the state does not continue beyond a predetermined period, a state in which both or one of the above-mentioned transmission and the response should be regulated is stably secured.

That is, in the mobile communication system to which these inventions are applied, a hardware configuration composed of a combination of a pre-designed mobile station and a base station is obtained by changing software related to a channel setting procedure. As a result, a restricted zone in which transmission and reception are to be restricted at a desired position in the service area reliably and inexpensively can be freely formed without forcing the operator of each mobile station to perform a special operation.

Therefore, it is possible to provide a communication service in a form adapted to the attribute of the location where the terminal which is a mobile station is located and the subscriber class peculiar to each terminal without impairing the convenience of the mobile communication system. Becomes

[Brief description of the drawings]

FIG. 1 is a block diagram showing the principle of the present invention.

FIG. 2 is a principle block diagram of the invention according to claim 4;

FIG. 3 is a principle block diagram of the invention according to claims 5, 6, 10 and 12;

FIG. 4 is a principle block diagram of the invention according to claim 7;

FIG. 5 is a principle block diagram of the invention according to claims 8 to 10 and 12;

FIG. 6 is a principle block diagram of the invention according to claims 11, 13 to 19;

FIG. 7 is a diagram showing an embodiment corresponding to the invention described in claims 1 to 19;

FIG. 8 is a diagram showing a configuration of a reception level table and a restriction condition table.

FIG. 9 is a diagram (1) for explaining the operation of the present embodiment corresponding to the invention described in claims 1, 3 to 5, 7, 15, and 17;

FIG. 10 is a diagram (2) for explaining the operation of the present embodiment corresponding to the invention described in claims 1, 3 to 5, 7, 15, and 17;

FIG. 11 is a diagram for explaining the operation of the present embodiment corresponding to the second, tenth, and eighteenth aspects of the present invention.

FIG. 12 is a diagram for explaining the operation of the present embodiment corresponding to the invention described in claims 6, 15 and 16;

FIG. 13 is a diagram for explaining the operation of this embodiment according to the invention described in claim 11;

FIG. 14 is a diagram illustrating a configuration example of a mobile communication system.

FIG. 15 is a diagram showing a procedure in which outgoing / incoming calls are restricted in a conventional example.

[Explanation of symbols]

11, 36, 72, 82, 92, 102, 141, 16
REFERENCE SIGNS LIST 1 radio base station 12 mobile station 13 regulated base station 14, 104, 140, 163 control station 21 transmission / reception section 22 restricted space setting section 23 transmission / reception restriction section 31, 41 presence / absence determination section 32 restricted channel selection section 33, 42 regulation Requesting means 34 Channel notification requesting means 35, 71, 81, 91, 101 Restricted base station device 37, 73, 83, 93, 103, 144, 164 Mobile station 51 Specific channel selecting means 52 Handover means 53 Duplicate zone presence determining means 61 pseudo base station means 62 pseudo mobile station means 63 auxiliary radio channel securing means 94, 105 channel notifying means 142, 160 wireless zone 143 regulated base station 145 antenna 146 transmitting / receiving unit 147 synthesizer 148 frequency selecting unit 149 signal processing unit 150 measuring unit 151 Receive level table 15 2 Perch frequency table 153 Regulation condition management unit 154 Regulation condition table 162 Communication link

 ──────────────────────────────────────────────────続 き Continued on the front page (72) Inventor Noboru Hasegawa 3-9-118 Shin-Yokohama, Kohoku-ku, Yokohama, Kanagawa Prefecture Inside Fujitsu Communication Systems Limited (72) Inventor Kazuya Oyama Shin-Yokohama, Kohoku-ku, Yokohama, Kanagawa Fujitsu Communication Systems Co., Ltd. 3-9-118 Fujitsu Communication Systems Co., Ltd. (72) Inventor Yoshimi Sasaki 3-9-118 Shin-Yokohama, Kohoku-ku, Yokohama-shi, Kanagawa Prefecture

Claims (19)

[Claims] 1. A mobile communication system comprising a plurality of radio base stations and communicating between the mobile station and a partner terminal via the radio base station according to the location of the mobile station. In the above, there is provided a regulated base station for communicating with a predetermined radio base station and with a mobile station by radio, and the regulated base station sets a regulated space for regulating the outgoing / incoming of the mobile station, A method for restricting outgoing / incoming calls of a mobile station, comprising restricting outgoing calls from the mobile station and incoming calls to the mobile station. 2. A method for restricting transmission / reception of a mobile station in a mobile communication system including a plurality of radio base stations and communicating between the mobile station and a partner terminal via the radio base station corresponding to the location of the mobile station. In the above, a regulated base station for wirelessly communicating with a predetermined radio base station and with a mobile device is provided on the mobile body, and the regulated base station establishes a restricted space for restricting the transmission and reception of the mobile device on the mobile body. The communication destination radio base station of the regulated base station is switched in accordance with the movement of the mobile body, and the transmission from the mobile station located in the moving restricted space and the incoming call to the mobile station are regulated. A method for restricting incoming and outgoing calls for mobile devices. 3. A mobile station in a mobile communication system comprising a number of radio base stations and control stations, and communicating between the mobile station and a partner terminal via the radio base station corresponding to the location of the mobile station. In the termination control method, a restriction base station is provided which communicates wirelessly with a predetermined radio base station and with a mobile device, and sets a restriction space for restricting transmission from the mobile device and reception to the mobile device. The control base station receives the control channel signal of each radio base station, a control channel with a good reception state is used as a control channel on the radio base station side, and a control channel with a bad reception state is used as a control channel on the mobile device side, The regulated base station notifies the control station of the control channel frequency (regulated frequency) of the mobile station through the base station-side control channel, and the control station notifies the mobile station of the regulated frequency via the subordinate radio base station. , Move The mobile station switches the control channel frequency to the regulatory frequency when the reception level of the regulatory frequency signal is higher than the set value. A call originating from a mobile station in a restricted space by ignoring an incoming call from a network side to a mobile station in a restricted space. 4. A mobile communication system comprising a plurality of radio base stations and communicating between the mobile station and a partner terminal via the radio base station corresponding to the location of the mobile station, restricting the transmission and reception of the mobile station. A transmitting / receiving unit that wirelessly communicates with a radio base station and with a mobile station, transmits a signal of a regulated frequency, and controls a mobile station whose reception level of the regulated frequency signal is equal to or higher than a set level. A restriction space setting unit for recognizing the mobile station as being a mobile station in a restricted space, controlling the transmission from the mobile station by notifying the outgoing / incoming call restriction with the restricted frequency signal, and A regulated base station device comprising a call originating / terminating regulating unit that regulates incoming calls to the mobile device by ignoring incoming calls from the side. 5. A mobile station shifts to a standby state based on a channel setting procedure in a wireless zone formed by a wireless base station, and shifts to a call state and determines whether or not the standby state can be maintained. The presence / absence determination means for performing the determination, and during the period in which the result of the determination performed by the presence / absence determination means is true, all of the control channels allocated in advance are vacant under the channel setting procedure. A restriction channel selecting means for selecting a control channel as a restriction radio channel; and a restriction channel selected by the restriction channel selection means only for a period in which the result of the determination made by the presence / absence determination means is true. For mobile stations located in the wireless zone, the response to incoming calls and / or the outgoing calls should be restricted on the wireless channel of A restriction requesting unit for transmitting restriction information indicating the restriction, and a request for notifying a mobile station located in the radio zone of a channel identifier indicating a radio channel for restriction selected by the restriction channel selecting unit. A regulated base station apparatus comprising: a channel notification request unit provided to a base station. 6. The restricted base station apparatus according to claim 5, wherein the channel notification requesting means restricts the mobile station located in all or a part of an adjacent zone adjacent to the wireless zone together with the wireless zone. A request for notifying a channel identifier indicating a radio channel for regulation selected by the channel selecting means is given to the radio base station and a control station that performs overall channel setting for these adjacent zones. Regulatory base station equipment. 7. The regulated base station device according to claim 5 or 6, a wireless base station forming a wireless zone including a position of the regulated base station device, and a wireless zone formed by the wireless base station To access the wireless base station based on the channel setting procedure,
And a mobile station that is provided with a communication service, wherein the radio base station shifts to a call state based on the procedure of channel setting by the regulated base station device, and during the period in which the call state continues, the radio base station Notification information indicating the period in the control channel of the wireless zone formed by the, the channel identifier that is the target of the request given by the regulatory base station device, and, of the mobile station, the response to the outgoing and incoming calls For both or one of them, there is provided means for transmitting identification information indicating a mobile station to be forgotten as broadcast information, wherein the mobile station receives the notification information from the regulatory base station device via the control channel. The notification information is received via the control channel indicated by the channel identifier received together with the notification information during the Determine whether or not the mobile station indicated by the identification information received with the information, and only when the result of the determination is true,
A mobile communication system comprising means for canceling both or one of the transmission and the response. 8. A radio zone formed by a radio base station determines whether or not it can transition to a standby state based on a channel setting procedure, or accesses a radio base station based on the channel setting procedure. In the meantime, the state shifts to the standby state, and the presence / absence determination section for determining whether or not the standby state can be maintained, and only during a period in which the result of the determination performed by the presence / absence determination section is true. Indicates that a particular radio channel receivable by a mobile station located in a radio zone formed by the radio base station is to be barred from responding to and / or originating from these mobile stations. A regulation base station device comprising: regulation request means for transmitting regulation information as transmission information. 9. The regulated base station apparatus according to claim 8, wherein, during a period in which the result of the determination performed by the presence / absence determination unit is true, a plurality of wireless channels that can be candidates for a specific wireless channel are selected. Having specific channel selection means for selecting a vacant radio channel as a specific radio channel, wherein the restriction request means transmits restriction information to the specific radio channel selected by the specific channel selection means. Regulated base station equipment. 10. The regulated base station apparatus according to claim 9, wherein the presence / absence determination means recognizes that the transmission or the transition to the standby state has been made after the transition to the standby state in any of the wireless zones. A handover means for performing channel setting of a call generated by responding to the selective call performed by the radio base station, and performing handover based on the channel setting procedure as long as the call remains as a completed call; The coverage availability determination means determines whether or not the completed call continues, and the specific channel setting means, whenever the handover performed by the handover means is normally completed, a specific channel adapted to the transfer destination of the handover Select a radio channel, and this specific radio channel was the specific radio channel that was selected for the source Different cases control station apparatus characterized by comprising means for releasing the particular radio channel. 11. The regulated base station apparatus according to claim 10, wherein the reception electric field strengths of a plurality of wireless zones adjacent to the wireless zone in which the own station is located are values that can be candidates for a migration destination and are predetermined. Determining whether or not they are equal with the same accuracy, and detecting a period in which the result of the determination is continuously true continuously, and including an overlap zone presence determination unit that measures the length of the period. A regulated base station apparatus in which a handover attempt is suspended during the period detected by the overlapping zone presence determination means as long as the length measured for the period falls below a predetermined lower limit. 12. The method according to claim 9, wherein
In the regulated base station device described in the paragraph, the presence / absence determination means is configured to perform the wireless communication via any one of the wireless channels not allocated to the wireless zone in the standby state shifted to the wireless zone. Forming a sub-radio zone overlapping the zone, pseudo base station means for setting a channel related to a call generated in a mobile station located in the sub radio zone, based on the procedure of channel setting performed by the pseudo base station means Pseudo mobile station means for linking with the pseudo base station means and accessing a radio base station forming one of the radio zones as a pseudo mobile station replacing a mobile station located in the sub radio zone; According to each radio channel to be applied between the pseudo mobile station means and the radio base station based on the setting procedure, Among the radio channels that are not applied to the radio zone, a mobile station located in the sub radio zone can be accessed, and comprises sub radio channel securing means for securing a vacant radio channel, and the pseudo base station means and the Pseudo mobile station means, for all of the radio channels secured by the sub-radio channel securing means, the relay base station characterized by cooperatively relaying transmission information between individually corresponding radio channels apparatus. 13. The method according to claim 8, wherein:
The radio base station forming a radio zone including the position of the radio base station, and the radio base based on a channel setting procedure in a radio zone formed by the radio base station. Access the station,
And a mobile station that is provided with a communication service, wherein the mobile station receives the restriction information on any one of the radio channels from which the restriction information can be transmitted by the restriction base station device. A mobile communication system characterized in that the mobile communication system has means for canceling outgoing calls and / or responses to incoming calls addressed to the own station. 14. The method according to claim 9, wherein
A radio base station 82 that forms a radio zone including the position of the radio base station, a radio zone based on a channel setting procedure in a radio zone formed by the radio base station. Access the base station,
And a mobile station receiving communication service provision, wherein the radio base station is in a state in which the regulated base station apparatus shifts to a standby state or a call state based on a channel setting procedure, and the standby state or the call state continues. Has a means for transmitting, as transmission information, notification information indicating a period to a monitored channel that can be received at a desired frequency by all mobile stations located in a wireless zone formed by the wireless base station; The mobile station, during the period in which the notification information is received via the monitored channel, out of all the radio channels in which the regulation information can be transmitted by the regulation base station device, the regulation information of any one of the radio channels It is determined whether or not the call is received, and only when the result of the determination is true, the outgoing call and / or the response to the incoming call addressed to the own station are determined. A mobile communication system comprising means for forgoing. 15. The method according to claim 9, wherein:
The radio base station forming a radio zone including the position of the radio base station, and the radio base based on a channel setting procedure in a radio zone formed by the radio base station. Access the station,
And a mobile station that is provided with a communication service, wherein the regulated base station apparatus notifies the wireless base station of a channel identifier indicating a specific wireless channel selected by the specific channel selecting means based on the channel setting procedure. The radio base station, the regulated base station device shifts to a standby state or a call state based on the channel setting procedure, and the radio base station transmits the radio signal while the standby state or the call state continues. A means for transmitting notification information indicating the period and a channel identifier notified by the notification means to a monitored channel that can be received at a desired frequency by all mobile stations located in a wireless zone formed by the base station. The mobile station receives the notification information together with the notification information during a period in which the notification information is received via the monitored channel. It is determined whether or not the restriction information is received via the wireless channel indicated by the given channel identifier, and only when the result of the determination is true, the transmission and the response to the incoming call addressed to the own station are determined. A mobile communication system comprising means for canceling both or any one of them. 16. The regulated base station device according to claim 9, wherein the plurality of wireless base stations individually form a plurality of wireless zones in which the regulated base station device can be located; and the plurality of wireless devices. A mobile station that accesses these wireless base stations based on the channel setting procedure in any of the wireless zones individually formed by the base stations, and receives the provision of a communication service; and for the plurality of wireless base stations, A control station that supervises channel setting, wherein the regulated base station device is selected by the specific channel selecting unit from among the plurality of wireless base stations to a wireless base station that forms a wireless zone in which the own station is located. A channel notifying unit for notifying a channel identifier indicating a specific wireless channel based on the channel setting procedure, wherein the control station comprises: The base station apparatus identifies a wireless zone in which a standby state or a call state is continued, and has means for specifying an adjacent wireless base station that individually forms all wireless zones adjacent to the wireless zone. The regulated base station apparatus shifts to a standby state or call information based on the channel setting procedure, and all mobile stations located in a wireless zone formed by the own station during a period in which the standby state or the call information is stopped. A means for transmitting, to a monitored channel that can be received at a desired frequency, notification information indicating the period and a channel identifier notified by the channel notifying means, wherein the mobile station is connected via the monitored channel During the period in which the notification information is received, the restriction information is received via the wireless channel indicated by the channel identifier received together with the notification information. Mobile means for determining whether or not a call is made and / or a response to an incoming call addressed to the own station only when the result of the determination is true. Communications system. 17. The mobile communication system according to any one of claims 14 to 16, wherein the radio base station is configured to perform at least one of an outgoing call and an incoming call response among the mobile stations. Means for transmitting identification information indicating mobile stations to be forgotten or mobile stations that do not need to be forgotten individually or as a group to the monitored channel, wherein the mobile station is configured to transmit the identification information received via the monitored channel The mobile station determines whether or not the mobile station corresponds to a mobile station to withhold either or both of the outgoing call and the answer to the incoming call. A mobile communication system characterized in that at least one of a response and a response is forgotten. 18. The mobile communication system according to claim 14, wherein the specific channel setting means constituting the restricted base station apparatus comprises: a specific radio channel adapted to the destination; When the specific wireless channel selected for is different,
Means for sending a transition completion notification to the radio base station based on the channel setting procedure, indicating that the regulation request means has started transmission of regulation information for a specific wireless channel adapted to the destination, The regulated base station apparatus, characterized in that the station has means for continuing to transmit the notification information to the monitored channel until the transition completion notice transmitted by the regulated base station apparatus is received. 19. The mobile communication system according to any one of claims 14 to 18, wherein the mobile station is configured to receive the restriction information only when the state in which the restriction information is not received continues for a predetermined period. A mobile communication system that makes a transition to a state in which both outgoing calls and responses to incoming calls addressed to the own station can be performed.