JP2006115047A - Radio communications terminal, base station control unit, and in-movement communication alarming method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To make the user of a radio communications terminal restrain himself from communicating during movement. <P>SOLUTION: The radio communications terminal AT100 judges whether the user is moving fast (P4010) and decides whether the radio communications terminal is in a standby mode or a communication mode (P4020). The radio communications terminal is set to a manner mode, when in the standby state (P4030) or an alert display is made at a display part, when the user is in a communication mode (P4040). When suspension of the communication is accepted (P4060), the line is disconnected; and when resuming of the communication is accepted (P4060), an extra charge request signal for extra charging as a penalty is sent out to a managing device 500 (P4080). <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

The present invention relates to a technique for warning a user to refrain from communication when a user of a wireless communication terminal in a mobile wireless communication system gets on a train or a car and moves.

  In recent years, the number of subscribers of wireless communication terminals such as mobile phones and PHSs has increased, and accordingly, the manner of wireless communication terminal users in crowded places has occurred. Specifically, there is an increasing tendency to give unpleasant feelings to others by ringtones used in trains, communication conversations, and the like.

  Therefore, a technique for setting the standby (incoming) mode to the manner mode while the wireless communication terminal is moving at high speed is disclosed (Patent Document 1). The technique of Patent Document 1 determines the high-speed movement of a wireless communication terminal from the number of location registration operations for a plurality of base stations within a fixed time, and automatically determines that the standby mode is set to the silent mode when it is determined that the movement is high-speed. It is set.

JP 2000-125339 A

  However, in the technique described in Patent Document 1, the standby mode is automatically switched on the assumption that the wireless communication terminal is in standby, and no consideration is given to the operation during communication. In addition, although it is effective in forcing the manners to be protected, it is not possible to give the user of the wireless communication terminal the awareness that the manners are voluntarily protected.

  An object of the present invention is to provide a technique that can prompt a user of a wireless communication terminal to refrain from communication during movement.

  In order to solve the above problems, the present invention includes a transmission / reception unit that transmits and receives radio signals, an input unit that receives user input operations, a display unit that displays information, and a control unit that controls the entire apparatus. A wireless communication terminal having movement determination means for determining whether or not the wireless communication terminal is moving, and in communication for determining whether the wireless communication terminal is in a standby state or a communication state When the determination unit and the wireless communication terminal are determined to be moving by the movement determination unit and are determined to be in the communication state by the communication determination unit, a predetermined penalty is imposed. A warning means for displaying a warning to that effect on the display section, a receiving means for accepting an input operation as to whether or not to accept the penalty at the input section, and accepting the penalty at the accepting means Upon receiving an input operation, having a processing unit that performs processing for imposing the penalty.

  According to the present invention, when a wireless communication terminal is moving and communicating, a warning to impose a predetermined penalty such as a surcharge is displayed on the display unit, thereby interrupting the communication during movement to the user. Can be encouraged to refrain from communication while the user is moving. In addition, even during communication, the input unit accepts an input operation whether or not to accept the penalty, confirms with the user, and then performs a process to impose a penalty, so it is forced because it is moving The communication is not interrupted and the user's morals are appealed to the end, so the effect of giving the wireless communication terminal user a sense of voluntary protection large.

  Hereinafter, embodiments of the present invention will be described. FIG. 1 shows a configuration diagram of a mobile radio communication system according to the first embodiment.

  As shown in the figure, a mobile radio communication system includes a plurality of radio communication terminals (hereinafter referred to as AT (Access Terminal)) 100, a plurality of radio communication devices (hereinafter referred to as BS (Base Station)) 300, A base station control device (hereinafter referred to as BSC (Base Station Controller)) 400 and a management device 500 are included.

  The AT 100 establishes a wireless communication path with the BS 300. A wireless area managed by the BS 300 is called a zone 200, and a plurality of ATs 100 can be connected to the BS 300 in each zone. A plurality of BSs 300 are provided, each indicated as BS 300-n (n is a natural number of 1 or more). A wireless area managed by the BS 300-n is indicated as a zone 200-n.

  In order to enable handover, the zone 200 overlaps between adjacent zones such as the zone 200-1 and the zone 200-2 shown in FIG.

  BS 300 is connected to BSC 400 by wired connection. A plurality of BSs 300 can be connected to the BSC 400, and the BSC 400 is connected to a network 600 such as the Internet or a public communication network by a wired connection. In the network 600, there is a management device 500 that controls the BSC 400 and performs data exchange and billing processing between the BSCs 400 based on the location registration information of the AT 100.

  The AT 100 and the BS 300 are connected by a wireless communication path, and communication data is transmitted and received between the AT 100 and the BS 300 via the wireless communication path. The communication data includes the status of the BS 300, control information including various information necessary for the AT 100 to connect to the BS 300, and traffic data actually handled by the user.

  In the incoming control of wireless communication, it is essential to grasp the position information of the zone in which the AT 100 exists in order to make the incoming AT 100 move reliably. Therefore, the BSC 400 and the management device 500 that is the higher order switching apparatus can receive the position information from the AT 100. The position information is stored.

  FIG. 1 shows an operation in which the position registration operation is performed each time the AT 100 moves in each zone 200. The AT 100 located in the zone 200-1 is defined as AT 100-1. The AT 100-1 first makes a location registration request to the BS 300-1 at that location.

  When the AT 100-1 moves into the zone 200-2, it is indicated as AT 100-2 in FIG. 1, and the AT 100-2 makes a location registration request to the BS 300-2. Further, when the AT 100-2 moves into the zone 200-3, it is indicated as AT 100-3, and the AT 100-3 makes a location registration request to the BS 300-3. As described above, the location registration is sequentially performed on the BS 300 in the destination zone 200.

  In the present embodiment, it is determined whether or not the wireless communication terminal is moving by using the location registration request by this zone movement, and in the case of communication while moving, a predetermined charge such as an extra charge is determined. A warning that a penalty is imposed is displayed on the display unit, and the user is given an opportunity to consider interruption of communication during movement.

  Next, the configuration of the AT 100 will be described with reference to FIG. FIG. 2 is a block diagram illustrating a configuration example of the AT 100.

  The AT 100 includes an antenna 170, a transmission / reception unit 110, a signal processing unit 120, an I / O control unit 130, a peripheral device unit 140, a control unit 150, and an MM (memory) 160, and performs data communication with the BS 300 through a wireless communication path. I do.

  The peripheral device unit 140 includes an input unit 140-1, a display unit 140-2, and a speaker 140-3. Input unit 140-1 includes a button for accepting an input operation. The input unit 140-1 may include a touch panel, a mouse pointer, and a microphone input as necessary. The display unit 140-2 includes a display composed of an LCD or an LED for browsing and displaying data and displaying radio wave intensity and the like. The speaker 140-3 outputs sound, signal sound, and the like.

  The transmission / reception unit 110 includes an interface for communicating with the BS 300 and mainly performs data modulation / demodulation processing.

  The signal processing unit 120 converts communication data received by the transmission / reception unit 110 via the antenna 170 into data corresponding to the BSC 400 connected by wire, and vice versa.

  The MM 160 is a storage device and performs processing based on instructions from the control unit 150. A program for realizing the data communication function, a program in the present embodiment of the AT 100 described later, and the like are stored in the MM 160.

  The control unit 150 controls the entire AT 100 to realize a data communication function. The control unit 150 includes at least a position registration processing unit 150-1, a high-speed movement determination unit 150-2, a communication determining unit 150-3, a display instruction unit 150-4, and a specific signal transmission / reception processing unit 150-5. The location registration processing unit 150-1 performs location registration processing of the AT 100 itself on the network side of the BS 300. The high-speed movement determination unit 150-2 determines whether or not the AT 100 itself is moving at high speed. The in-communication determination unit 150-3 determines whether the AT 100 itself is on standby or in communication. The display instruction unit 150-4 issues a display instruction to the display unit 140-2. The specific signal transmission / reception processing unit 150-5 transmits / receives a specific signal, which is a signal requesting processing for imposing a predetermined penalty, to / from the BSC 400 or the management apparatus 500.

  When the display is performed on the display unit 140-2 in the peripheral device unit 140 described above and the processing control such as recognition of input information from the input unit 140-1 is performed by the control unit 150 via the I / O control unit 130. Is going.

  Next, the configuration of the BSC 400 will be described. FIG. 3 shows a block diagram of BSC 400 in the embodiment of the present invention.

  In FIG. 3, base station control apparatus BSC400 in the present embodiment is exemplified as a case having the function of BS 300 shown in FIG. The base station control device BSC400 realizes transmission scheduling processing and reception signal synchronization acquisition that are functions of the base station BS, and also realizes functions such as connection control and handoff control that are functions of the base station control device.

  The BSC 400 includes a network IF unit 470, a buffer 460, a selector unit 450, a call information table 420, a control unit 410, an MM 430, and a BS I / F 440.

  The network IF unit 470 has an interface with the Network 600. The buffer 460 is a storage unit and temporarily stores data to be transmitted / received. The selector unit 450 performs channel (CH) selection between the BSC 400 and a plurality of BSs. The call information table 420 manages position information of the AT 100 in the zone. The MM 430 stores various operation programs, and becomes a work area when the programs are executed. The transmission / reception unit 440 transmits / receives data from each BS 300. A plurality of transmission / reception units 440 are provided, each indicated as 440-n (n is a natural number of 1 or more, corresponding to n of BS 300-n).

  The control unit 410 controls the entire BSC 400 and controls the selector unit 450 and the buffer 460 according to the information in the call information table 420. The control unit 410 includes an AT location registration processing unit 410-1 and an AT specific signal transmission / reception processing unit 410-5. The AT location registration processing unit 410-1 receives a location registration request from the AT 100 and performs location registration processing. The AT specific signal transmission / reception processing unit 410-5 transmits / receives a specific signal, which is a signal for requesting processing for imposing a predetermined penalty, to / from the AT 100 and the management apparatus 500.

  In the first embodiment, the AT 100 performs high-speed movement detection by the AT 100 itself as an example. FIG. 4 shows an operation sequence when the high speed movement determination is performed in the AT 100. FIG. 4 shows processing and transmission / reception sequences in the AT 100, BS 300, BSC 400, and management apparatus 500.

  When entering the zone 200-1 shown in FIG. 1, the AT 100 transmits a location registration request signal to the BSC 400 via the BS 300 according to the processing of the location registration information processing unit 150-1 shown in FIG. 2 (S4000). The location registration request signal includes an AT number that is identification information of the AT 100 that has requested location registration together with a location registration request.

  The BSC 400 that has received the location registration request signal returns a location registration acceptance signal in accordance with the processing of the AT location information processing unit 410-1 shown in FIG. 3 (S4005). The location registration acceptance signal includes a zone number, which is location information where the AT 100 is located, and the AT number of the AT 100 that requested location registration. Next, when the AT location information processing unit 410-1 of the BSC 400 receives a location registration completion signal from the AT 100 (S4006), the call information table 420 shown in FIG. Stores the number.

  Although not shown, the location information stored in the call information table 420 is transmitted from the BSC 400 to the management device 500 and used as a part of the billing information.

  Next, when the location registration of the AT 100 is performed, in the AT 100, the high-speed movement determination unit 150-2 shown in FIG. 2 performs a high-speed movement determination process A shown in FIG. 6 to be described later (P4010). It is determined whether or not it is moving at high speed.

  If it is determined in the high-speed movement determination process A that the high-speed movement is being performed, the communication determining unit 150-3 determines whether the AT 100 is in a standby state or a communication state (P4020).

  If it is determined that communication is in progress, a warning display indicating that the vehicle is moving at high speed is displayed (P4040). As an example of a specific warning display, as shown in FIG. 7, “Please stop calling while moving. Press the (Disconnect button) to hang up the call. A message 701 is displayed on the display unit 140-2. “If you agree, press (button 0: zero).” Further, instead of the warning display, or together with the warning display, voice guidance having the same content as the warning display may be played from the speaker 140-3, or a warning sound may be output. The content of the warning display may be anything that gives an opportunity to consider the cancellation of a moving call. In addition, if it is prescribed in advance that a penalty will be imposed when communication is continued after the display, a warning display such as “Press (button 0) to continue communication” is displayed. You may do it.

  In addition, when continuing the call, for example, a premium is charged, cancellation of wireless communication terminal contracts, cancellation of discount services (annual contract discount, multiple discounts, long-term discount services, etc.) Etc. may be defined in advance. Also, when the user agrees to impose a penalty, instead of pressing a predetermined button (the above-described button 0), it is considered that the user understands that no operation is performed for a predetermined time. It may be. Alternatively, communication may be disconnected when no operation is performed for a predetermined time. In this case, it is possible to allow the user to arbitrarily change the setting when no operation is performed for a predetermined time, and to set the initial value as the communication disconnection process.

  Next, the user of the AT 100 that has recognized the warning display operates the peripheral device unit 140, and the peripheral device unit 140 receives an input operation (P4050). Whether or not to continue the communication is selected by the input operation (P4060), and when the “disconnect button” is pressed, the communication is disconnected (P4070). When the “0 button” is pressed, it is understood that a penalty will be imposed, and as a process for imposing a penalty, an additional charge is added as a specific signal from the specific signal transmission / reception processing unit 150-5. A charge surcharge request signal is sent to request (P4080).

  When the transmitted charge premium request signal reaches the management apparatus 500 via the BS 300 and the BSC 400 (S4090), the management apparatus 500 charges the corresponding AT 100 by a call after the time when the charge premium request signal arrives. Is charged so as to be charged more than the normal charge, for example, “20% surcharge” (S4120). Further, when the management device 500 receives the charging premium request signal, it transmits a charging premium reception signal to the AT 100, receives a charging premium reception completion signal from the AT 100, and increases from the time when the charging premium reception completion signal is received. You may make it charge.

  Further, the charge premium request signal transmitted by the specific signal transmission / reception processor 150-5 is not limited to the charge premium request signal, but a contract cancellation request signal or discount service (annual contract discount, multiple discounts, long-term discount service, etc.) A release request signal or the like may be used. For example, in order to impose a contract cancellation as a penalty, a contract cancellation request signal is sent from the AT 100, and a display or guidance such as “If the communication is continued as it is, the contract will be canceled” is output, and the user operation Can be processed so that the contract is canceled when communication is continued.

  Next, the AT 100 that has transmitted the charge premium request signal displays the current communication mode on the display unit 140-2 as shown in FIG. 8 (P4100). As shown in FIG. 8, as a specific communication mode display example, a message 801 “Currently communicating at a communication charge that is 20% higher than the normal communication charge. Please stop calling while moving.” Is displayed. To do. Further, it may be notified that the extra charge is being applied by lighting a lamp indicating that the extra communication is in progress or by outputting a periodic warning sound. As described above, even when the user of the AT 100 continues the communication with the additional communication fee (P4110), it is possible to prompt the disconnection of the communication by the display of the communication mode or the warning sound.

  In P4020, it is determined whether the AT 100 is in a standby state or a communication state, and if it is determined that the AT 100 is in a standby state, the control unit 150 sets the manner mode that is a function of the existing AT 100 (P4030). . The processing in such a standby state is not particularly limited to the manner mode, and an answering machine mode setting or an operation of turning off the power may be performed. In addition, before performing the processing in the case of waiting, a warning display or a warning sound for prompting to refrain from communication because it is moving at high speed may be output and a user instruction may be received.

  In FIG. 4, it is determined whether or not a call is in progress after it is determined that the mobile phone is moving at high speed. It may be determined whether or not.

  Next, the above-described high-speed movement determination process A will be described with reference to FIG. FIG. 6 shows a flowchart of specific processing of the high-speed movement determination processing A (P4010).

  The AT 100 always determines whether or not location registration has been performed (P6000), and uses this location registration to determine high-speed movement. The AT 100 stores the zone number of the location information included in the location registration acceptance signal transmitted from the BSC 400 in the MM 160 as the location registration determination process. The AT 100 includes a counter (C) that counts the number of times of timer measurement for obtaining an average of moving speeds, and a timer (T) that measures the time from position registration to the next position registration. This timer (T) is, for example, the time from entering the zone 200-1 and performing location registration in the BS 300-1 until moving to the next zone 200-2 and performing location registration in the BS 300-2. It is for measuring.

  In the position registration determination process, when it is determined that the position registration has been performed, the counter (C) is initialized to “counter (C) = 0” as an initial setting (P6010). Next, as initialization of the timer (T), “timer (T) = 0” is set, and the timer is started (started).

  The determination of location registration may be performed either when the location registration request signal shown in FIG. 4 is sent, when the location registration acceptance signal is received (S4005), or when the location registration completion signal is sent (S4006). Considering that the location registration has been completed, it is desirable to send the location registration completion signal (S4006). Therefore, in this embodiment, this time is set as the start timing of the timer (T).

  Next, it is determined whether or not position registration has been performed, and this determination process is repeated until position registration is performed (P6030). If it is determined that the location registration has been performed, the zone number included in the location registration acceptance signal is stored in the MM 160, and if this zone number is different from the zone number stored immediately before, zone movement has been performed. If the zone numbers are the same, it is determined that the zone has not been moved. When the location registration is performed, the counter (C) is incremented (incremented) by 1 to “counter (C) = 1”, and then the timer (T) is stopped (P6040).

  Thereafter, the moving speed (S) of the AT 100 is calculated from the measured timer value based on the average diameter of the zone 200 (P6050), and the calculated moving speed (S) is stored in the MM 160 (P6060). At this time, if the zone is moving, the moving speed is obtained from the value obtained by dividing the average diameter of the zone 200 by the timer value. If the zone is not moving, the moving speed is set to 0.

Next, the value of the counter (C) is compared with a predetermined threshold value p (p is a natural number). If the value of the counter (C) is smaller than the threshold value p, the moving speed (S) of the AT 100 is set to (S1 ) To (Sp) to obtain p times, the process proceeds to P6020.
When the value of the counter (C) exceeds the threshold value p in P6070, after adding (S1) to (Sp) in the MM160, the value is divided by p to calculate the average moving speed (Sa) of the AT100. (P6080).

  Here, the reason for obtaining the average of the moving speed (S) for p times is that although the moving distance of the AT 100 is the diameter of the zone 200, the position where the position registration processing is performed is not necessarily the same position in the zone 200. Since the position cannot be specified, speed measurement for p times is performed, and the average is set as the movement speed. For example, p is defined as 5 times.

  Next, comparison is made between the average moving speed (Sa) of the AT 100 and a threshold value m (m represents a threshold value of the moving speed when determining whether or not it is high-speed movement) (P6090). When (Sa) is smaller than the threshold value m, it is determined that the AT 100 is not moving at high speed, and the process proceeds to P6000. If the average moving speed (Sa) is equal to or greater than the threshold value m, it is determined that the AT 100 is moving at a high speed, and the process proceeds to P4020 shown in FIG.

  Hereinafter, the high-speed movement determination process A will be described using specific numerical values.

The average diameter of the zone 200 in the mobile phone system is several kilometers to several tens of kilometers, and the average diameter of the zone 200 in the PHS system is said to be several hundred meters. When this embodiment is applied to a PHS system, the average diameter of the zone 200 is determined at the time of system design. The threshold values p and m are also set at the time of system design.
If the average diameter of the zone 200 is set to 500 m and the threshold value m for high speed movement determination is set to 50 km / h (≈13.9 m / s), the average movement speed (Sa) exceeds 13.9 m / s. Otherwise, it will not be judged as high-speed movement.

  Further, the threshold value p is set in order to more accurately measure the moving speed, and may be arbitrarily set by the system.

  In the present embodiment, if it is equal to or greater than the predetermined threshold value m, it is determined that the AT 100 is moving at a high speed and a charge premium request signal is sent to perform a certain premium charge. The charge premium rate may be variable according to the value of (Sa). For example, when the average movement speed (Sa) is 50 km / h or more by storing the premium rate or the value of the threshold value m in the charge premium request signal and sending it to the management apparatus 500, “20% increase of normal charge”, When the average travel speed (Sa) is 60 km / h or higher, “30% increase of the normal charge”, and when the average travel speed (Sa) is 100 km / h or higher, the premium rate is “50% increase of the normal charge”. It becomes possible to vary.

  Alternatively, the management apparatus 500 may vary the premium rate according to the elapsed time from the start of the premium billing. For example, the premium rate can be varied according to the duration of the call, such as “20% increase of the normal charge” from the start of the extra charge to “30% increase of the normal charge” after the fixed time, and “30% increase of the normal charge” after the fixed time.

  In the above-described variable charging rate according to the calculated average moving speed (Sa) and variable rate depending on the elapsed time since the start of the additional charging, the mode display shown in P4100 is performed and the user is displayed. For example, it is possible to prompt the disconnection by displaying what the premium rate is.

  According to the present embodiment, the AT 100 automatically determines whether or not it is moving at high speed, and if it is moving at high speed, it is further determined whether it is communicating or waiting, and if it is waiting, the AT 100 is set to silent mode or answering machine. When the telephone mode is set and the AT 100 is communicating, a measure such as an extra charge can be taken to give the user an opportunity to consider interruption of communication during movement.

  In particular, for the extra charge, the user can select whether to continue or cancel the communication with the extra charge, and since the fact is displayed on the display during the extra communication, the manner of voluntarily protecting the manner of the AT 100 user. The effect of raising awareness is great.

  Next, a second embodiment will be described. In the second embodiment, a case where the BSC 400 performs high-speed movement detection of the AT 100 is taken as an example. The configuration of the mobile radio communication system in the second embodiment is the same as that of the mobile radio communication system shown in FIG. Further, the configuration of the AT 100 does not need to include the high-speed movement determination unit 150-2 and the in-communication determination unit 150-3 in the configuration illustrated in FIG. 2, and other configurations are the same as those in the first embodiment. It has the configuration of

  FIG. 9 shows the configuration of the BSC in the second embodiment. The BSC 490 includes a network IF unit 470, a buffer 460, a selector unit 450, a call information table 420, a control unit 491, an MM 430, and a BS I / F 440. In the configuration shown in FIG. 9, components having the same functions as those in the configuration in the first embodiment are given the same reference numerals. The BSC 490 in the second embodiment further includes an AT high-speed movement determination unit 410-2 and an AT communication determination unit 410-3 in the control unit 491. The AT high speed movement determination unit 410-2 determines whether or not the AT 100 is moving at high speed. The AT communication determining unit 410-3 determines whether the AT 100 is on standby or communicating. In addition, the specific signal transmission / reception processing unit 492-5 transmits, as a specific signal, a charging surcharge request signal for requesting to add an extra charge to the AT 100.

  Next, the operation sequence of the second embodiment will be described with reference to FIG.

  FIG. 5 shows an operation sequence in the second embodiment of the present invention. FIG. 5 shows processing and transmission / reception sequences in the AT 100, BS 300, BSC 490 and management apparatus 500.

  When the AT 100 enters the zone 200-1, the location registration information processing unit 150-1 transmits a location registration request signal to the BSC 490 via the BS 300 (S5000).

  The BSC 490 that has received the location registration request signal returns a location registration acceptance signal in accordance with the processing of the AT location information processing unit 410-1 shown in FIG. 3 (S5005). Next, when the AT location information processing unit 410-1 of the BSC 490 receives a location registration completion signal from the AT 100 (S5006), the call information table 420 shown in FIG. Stores the number.

  As described in the first embodiment, the information stored in the call information table 420 is also transmitted to the management apparatus 500 and used as a part of the charging process information.

  Next, when the first location registration of the AT 100 is performed, in the BSC 490, the AT high-speed movement determination unit 410-2 shown in FIG. 3 performs the same processing as the high-speed movement determination processing A shown in FIG. It is determined whether or not the vehicle is moving at high speed (P5010). When the high-speed movement is determined by the BSC 490, the positional relationship and distance of the zones may be recorded, and the movement distance may be accurately determined by comparing the zone numbers. For example, the base station control device can determine the moving distance even when the position registration is moving across a plurality of zones during higher speed movement.

  When it is determined in the high-speed movement determination process A that the high-speed movement is being performed, the AT communication determination unit 410-3 determines whether the AT 100 is in a standby state or a communication state (P5020). If it is determined that it is waiting, the AT specific signal transmission / reception processor 492-5 sends a manner mode setting request signal to the corresponding AT 100 (S5030). The AT 100 that has received the manner mode setting request signal sets itself to the manner mode (P5040).

As processing in such a standby state, an answering machine mode setting or an operation of turning off the power may be performed. In that case, the AT specific signal transmission / reception processing unit 492-5 may transmit an answering machine mode request signal, a power-off request signal, or the like.
Next, if the AT communication determining unit 410-3 determines that communication is in progress, the AT specific signal transmission / reception processing unit 492-5 sends a warning display request signal to the corresponding AT 100 (S5050).

  The AT 100 that has received the warning display request signal displays a warning indicating that it is moving at high speed (P5060). As a specific example of the warning display, as in the first embodiment, a message 701 shown in FIG. 7 is displayed on the display unit 140-2 or notified by voice from the speaker 140-3. .

  Next, the user of the AT 100 that has recognized the warning display operates the peripheral device unit 140, and the peripheral device unit 140 receives the input operation (P5070). Whether or not to continue the communication is selected by the input operation (P5080). When the “disconnect button” is pressed, the communication is disconnected (P5090), and when the “0 button” is pressed, the penalty is If it is understood that it will be imposed, as a process for imposing a penalty, the specific signal transmission / reception processing unit 150-5 sends, as a specific signal, a charge surcharge request signal requesting that an additional charge be added to the AT 100 (P5100). ).

  When the transmitted charge premium request signal reaches the management apparatus 500 via the BS 300 and the BSC 490 (S5110), the management apparatus 500 charges the corresponding AT 100 by a call after the time when the charge premium request signal arrives. Is charged so that the charge is increased from the normal charge, for example, “20% higher” (P5140). Further, when receiving the charge premium request signal, the management device 500 transmits a charge premium acceptance signal to the AT 100, receives a charge premium acceptance completion signal from the AT 100, and increases from the time when the charge premium acceptance completion signal is received. You may make it charge.

  Next, the AT 100 that has transmitted the charging surcharge request signal displays the current communication mode on the display unit 140-2 as shown in the message 801 in FIG. 8 as in the first embodiment (P5120). ). As described above, even when the user of the AT 100 continues the communication with the additional communication fee (P5130), it is possible to prompt the disconnection of the communication by the display of the communication mode or the warning sound.

  According to the present embodiment, the base station controller automatically determines whether or not the wireless communication terminal is moving at high speed, and if it is moving at high speed, further determines the state of communication or standby. If the wireless communication terminal is in standby mode, the wireless communication terminal is set to the manner mode or the answering machine mode. It is possible to give an opportunity to consider the interruption of In addition, when the base station controller determines high-speed movement, since the zone is managed, the movement distance can be accurately determined by comparing the zone numbers. Further, for example, the base station control device can also determine when the position registration is moving across a plurality of zones during higher speed movement.

  According to the first and second embodiments described above, even if communication is in progress, confirmation of the interruption or continuation of communication with the user is performed, and subsequent processing is performed. It is not intended to disconnect the service, but to display the premium rate of the charge and warn the user's morals by warning, so that the user of the wireless communication terminal voluntarily protect the manners Great effect of raising awareness.

It is a block diagram of the mobile radio | wireless communications system in 1st embodiment. It is a block diagram which shows the structural example of radio | wireless communication terminal AT in 1st embodiment. It is a block diagram which shows the structural example of the base station control apparatus BSC in 1st embodiment. It is explanatory drawing which shows the operation | movement sequence at the time of implementing the high-speed movement determination in 1st Embodiment in AT. It is explanatory drawing which shows the operation | movement sequence at the time of implementing the high-speed movement determination in 2nd Embodiment in BSC. It is an operation | movement flowchart of the high-speed movement determination process in 1st embodiment. It is explanatory drawing which shows the example of a message display in 1st embodiment. It is explanatory drawing which shows the example of a message display in 1st embodiment. It is a block diagram which shows the structural example of the base station control apparatus BSC in 2nd embodiment.

Explanation of symbols

DESCRIPTION OF SYMBOLS 100 ... Wireless communication terminal (AT), 200 ... Zone, 300 ... Wireless base station (BS), 400 ... Wireless base station control apparatus (BSC), 500 ... Management apparatus, 600 ... Network, 150-1 ... Location information processing part , 150-2 ... high-speed movement determination unit, 150-3 ... communication determining unit, 150-4 ... display instruction unit, 150-5 ... specific signal transmission / reception processing unit, 410-1 ... AT position information processing unit, 410-2 ... AT high speed movement determination unit, 410-3 ... AT communication determining unit, 410-5 ... AT specific signal transmission / reception processing unit

Claims (5)

A wireless communication terminal having a transmission / reception unit that transmits and receives a radio signal, an input unit that receives an input operation of a user, a display unit that displays information, and a control unit that controls the entire apparatus,
Movement determination means for determining whether or not the wireless communication terminal is moving;
In-communication determination means for determining whether the wireless communication terminal is in a standby state or a communication state;
If the wireless communication terminal is determined to be moving by the movement determination means and is determined to be in communication by the communication determination means, a warning that a predetermined penalty is imposed is displayed on the display. Warning means to be displayed on the screen,
Accepting means for accepting an input operation on the input unit as to whether or not to accept the penalty;
Processing means for performing processing for imposing the penalty when an input operation for accepting the penalty is accepted by the accepting means;
A wireless communication terminal comprising: 2. The wireless communication terminal according to claim 1, wherein the processing means causes the transmission / reception unit to transmit a predetermined penalty request signal in order to impose the penalty. In the base station controller that performs transmission and reception with a wireless communication terminal,
Movement determination means for determining whether or not the wireless communication terminal is moving;
In-communication determination means for determining whether the wireless communication terminal is in a standby state or a communication state;
When the wireless communication terminal is determined to be moving by the movement determination means and is determined to be in communication by the communication determination means, a warning is given to impose a predetermined penalty. Request means for requesting to display on a communication terminal;
Processing means for performing a process for imposing the penalty when receiving an acknowledgment signal from the wireless communication terminal to acknowledge the penalty;
A base station control apparatus comprising: A radio having a transmission / reception unit for transmitting / receiving a radio signal, an input unit for receiving an input operation by a user, a display unit for displaying information, and a control unit for controlling the entire apparatus, and communicating with a base station control device A communication terminal,
Receiving means for receiving a request signal from the base station controller for requesting to display a warning to impose a predetermined penalty;
Warning means for displaying a warning to the effect of imposing the penalty on the display unit when the request signal is received by the receiving means;
Accepting means for accepting an input operation on the input unit as to whether or not to accept the penalty;
A transmission means for transmitting an acknowledgment signal to the effect of accepting the penalty to the base station control device when an input operation for accepting the penalty is accepted by the accepting means;
A wireless communication terminal comprising: A moving communication warning method for warning a moving communication in a wireless communication terminal,
Determining whether the wireless communication terminal is moving;
Determining whether the wireless communication terminal is in a waiting state or a communicating state;
When it is determined that the wireless communication terminal is moving and is in a communication state, a warning that a predetermined penalty is imposed is displayed,
Accepting an input operation whether or not to accept the penalty,
When an input operation for accepting the penalty is accepted, a process for imposing the penalty is performed.
A mobile communication warning method characterized by the above.

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