JP2002034072A - Radio portable terminal and method for setting mode thereof - Google Patents

Abstract

PROBLEM TO BE SOLVED: To enable arbitrarily setting of whether a ratio portable terminal is used as a portable telephone or the portable terminal, to prevent automatical radio communication between a station service radio system and the portable remote terminal, if the terminal is not used as the remote terminal, and to set automatic radio communication between the station service radio system and the remote terminal or set the radio communication between the station service system and the remote terminal not to be performed. SOLUTION: A method for setting a mode of a radio portable remote terminal comprises the step of setting any mode of a first mode capable of selecting whether the terminal is used as the portable remote terminal of the station service radio system or as the remote terminal, a second mode for automatically utilizing the terminal as the remote terminal of the station service ratio system according to a signal from the radio system, and a third mode for inhibiting a use as the remote terminal of the station service radio system.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a wireless portable terminal carried by a user and used as a portable terminal of a station radio system, or used as a portable telephone, and a mode setting method in the wireless portable terminal.

[0002]

2. Description of the Related Art It has been proposed that a user can use a wireless portable terminal as an ordinary portable telephone and use it as a means for a station service wireless system as an additional function.

[0003] One example of the means used for the station radio system is as follows: at the time of boarding and getting off in a predetermined boarding section, an automatic ticket gate and a wireless portable terminal are used.
There has been considered a device that allows the person carrying (porting) the wireless portable terminal to pass by exchanging data.

[0004] At this time, for example, various types of payment of a fare for a boarding section can be considered, such as prepaid and postpaid.

[0005] However, in the above-described configuration, when a person having a wireless portable terminal enters the range of the station wireless system, even if the wireless portable terminal does not use the station wireless system, It is considered that wireless communication is automatically performed.

For this reason, it is necessary to provide a function for allowing a person (user) having a wireless portable terminal to select whether or not to use the wireless portable terminal for a station radio system.

[0007] For example, if the person carrying the wireless portable terminal moves into the wireless range of the automatic ticket gate due to the movement of the person carrying the wireless portable terminal, the process using the wireless portable terminal is not used. Even in this case, there is a disadvantage that wireless communication is automatically performed between the wireless portable terminal and the automatic ticket gate.

[0008]

SUMMARY OF THE INVENTION The present invention relates to a wireless portable terminal used as a portable telephone or a portable terminal in a station service wireless system, used as a portable telephone or used as a portable terminal in a station service wireless system. Can be set arbitrarily to prevent wireless communication from being automatically performed between the station radio system and the portable terminal when not used as a portable terminal in the station radio system. The purpose is.

[0009] Further, it is set so that wireless communication can be automatically performed between the station service wireless system and the portable terminal, or the wireless communication cannot be performed between the station service wireless system and the portable terminal. The purpose is to be able to set.

[0010]

SUMMARY OF THE INVENTION The present invention relates to a wireless portable terminal which performs processing as a portable telephone capable of wireless communication, a processing means capable of executing processing as a portable terminal of a station service wireless system, A first mode in which it is possible to select whether or not to use the system as an available mobile terminal. When the use of the station service wireless system as a mobile terminal is selected, a signal from the station service wireless system is received. Setting means for setting one of the second modes sometimes used as a portable terminal of the station radio system.

According to the present invention, in a wireless portable terminal for performing wireless communication, a first processing means for executing processing as a portable terminal of a station service wireless system, a second processing means for executing processing as a portable telephone, Storage means for storing the authentication information, input means for inputting the authentication information, and determining whether the authentication information input by the input means matches the authentication information stored in the storage means A first mode in which it is possible to select whether to use as the portable terminal of the station service radio system or the mobile phone when the coincidence of the authentication information is judged by the judging means; The second mode in which the station radio system is automatically used as a portable terminal by a signal from the station radio system, the use of the station radio system as a portable terminal is prohibited. And a setting means for setting to one of the modes 3 modes.

According to the present invention, there is provided a communication means for carrying out wireless communication in a wireless portable terminal carried by a user and used as a portable terminal of a station service wireless system, or used as a mobile phone; The first that can be used as a mobile terminal or as the mobile phone.
Mode, which is automatically used as a portable terminal of the station radio system by a signal from the station radio system.
Setting means for setting any one of a third mode for inhibiting the use of the station service wireless system as a portable terminal, and a setting mode for setting the first mode by the setting means. Selecting means for selecting whether to use as the portable terminal of the station service radio system or for use as the mobile phone, and when the selecting means selects the use as the portable terminal of the station service radio system, the communication means A first processing unit that executes a process as a portable terminal of the station service wireless system, and when the use as the mobile phone is selected by the selection unit,
A second processing means for executing processing as a mobile phone using the communication means, and a mobile station station radio system using the communication means when the second mode is set by the setting means. A third processing unit that executes a process as a terminal; and a prohibition unit that prohibits execution of the process as a portable terminal of the station service radio system when the third mode is set by the setting unit. .

According to the present invention, in a wireless portable terminal carried by a user and used as a portable terminal of a station service wireless system or used as a portable telephone, communication means for performing wireless communication and authentication information stored in advance are stored. Storage means, input means for inputting authentication information, and determination means for determining whether the authentication information input by the input means matches the authentication information stored in the storage means,
A first mode in which it is possible to select whether to use as the portable terminal of the station service radio system or as the mobile phone when the coincidence of the authentication information is judged by the judgment means. Setting means for automatically setting the mode to one of a second mode automatically used as a portable terminal of the station service wireless system by a signal of the third mode and a third mode for inhibiting use of the station service wireless system as a portable terminal. Selecting means for selecting whether to use as the portable terminal of the station service radio system or the mobile phone when the first mode is set by the setting means; and When the use as the portable terminal of the wireless system is selected, the first means for executing the processing as the portable terminal of the station service wireless system using the communication means. And management means, when using as the mobile phone is selected by the selection means, using the communication means, first executes the processing as a mobile telephone 2
Processing means for executing processing as a portable terminal of a station service radio system using the communication means when the second mode is set by the setting means; and the setting means And a prohibition unit for prohibiting execution of processing as a portable terminal of the station radio system when the third mode is set in the third mode.

The present invention is directed to a portable radio terminal carried by a user and used as a portable terminal of a station service radio system, or used as a portable terminal of the station service radio system. A first mode that can be used as a telephone, a second mode that is automatically used as a mobile terminal of the station radio system by a signal from the station radio system, and a mobile terminal of the station radio system. A third mode for prohibiting the use of the first mode, and an instructing means for instructing a change of the mode, and a first mode for displaying the mode selection screen when the mode is instructed by the instructing means. Display means; selection means for selecting any one of the three modes based on the display on the first display means; A second display unit for displaying an authentication information input screen for instructing input of authentication information when any one of the modes is selected, and inputting authentication information based on the display on the second display unit Input means, a determination means for determining whether or not the authentication information input by the input means matches the previously stored authentication information, and the determination means determines that the authentication information matches. Setting means for setting any one of the three modes selected by the selecting means.

The present invention is directed to a wireless portable terminal which is carried by a user and used as a portable terminal of a station service wireless system, or used as a portable terminal of the station service wireless system. A first mode that can be used as a telephone, a second mode that is automatically used as a mobile terminal of the station radio system by a signal from the station radio system, and a mobile terminal of the station radio system. A third mode for prohibiting the use of the first mode, and an instructing means for instructing a change of the mode, and a first mode for displaying the mode selection screen when the mode is instructed by the instructing means. Display means; selection means for selecting any one of the three modes based on the display on the first display means; When any one of the modes is selected, the second display means for displaying an authentication information input screen for instructing the input of the authentication information, and the authentication information is displayed based on the display of the second display means. Input means for inputting, determining means for determining whether the authentication information input by the input means matches previously stored authentication information, and determining whether the authentication information matches by the determining means. Setting means for setting any one of the three modes selected by the selection means, and the station service radio system when the first mode is set by the setting means. Selection means for selecting whether to use the mobile terminal as the mobile terminal or to use the mobile phone as the mobile phone. A first processing unit that executes a process as a portable terminal of the station service radio system using the communication unit; and a communication unit that is configured to use the communication unit when the selection unit selects the use as the mobile phone. And a second processing means for executing processing as a mobile phone using the communication means, and when the second mode is set by the setting means, processing as a mobile terminal of the station service wireless system using the communication means. Third processing means for executing
Prohibiting means for prohibiting execution of processing as a portable terminal of the station service radio system when the third mode is set by the setting means.

[0016]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a station radio system according to an embodiment of the present invention will be described with reference to the drawings.

FIG. 1 shows a schematic configuration of a station service radio system when the portable telephone M of the present invention is used as a portable terminal.

That is, for each station 1,...
An automatic ticket gate 2 as a portable terminal processor, and a station controller 3 connected to these automatic ticket gates 2 and controlling them.

The station controller 3 is connected to the transportation host computers 4,..., And the respective host computers 4,. Databases 5,... Are connected to the respective host computers 4,.

When the mobile phone M is used as a mobile terminal of the station radio system, that is, when the user gets on a predetermined station and gets off from another station, the payment is postpaid and the withdrawal account of the financial institution is not used. It is registered in the database 5 in advance corresponding to the ID number.

The automatic ticket gate 2 is provided at a ticket gate of a station,
The entry or exit of the user holding the mobile phone M into or out of the ticket gate is permitted or not permitted.

The station controller 3 controls the automatic ticket gates 2,... Installed at the station.

The database 5 contains the ID of the mobile phone M
A withdrawal account of the financial institution for the number and usage data (use fee) are registered.

As shown in FIGS. 2 and 3, the portable telephone M includes a main body 11 and a transmitting / receiving antenna section 12.

On the front surface of the main body 11, a speaker hole 13, a display unit 14, an operation unit 15, and a microphone hole 16 are formed in this order from the top. Main body 11 facing speaker hole 13
Inside, a speaker (not shown) is provided as a receiving unit described later. Main body 1 facing microphone hole 16
In 1, a microphone (not shown) is provided as a transmission unit described later. The display unit 14 provides various operation guidance. The operation unit 15 performs various settings when used as a mobile phone, inputs a telephone number, performs settings when used as a mobile terminal of a station radio system, and instructs to change a mode setting. It is.

For example, it comprises a call button 15a, a wireless communication setting button 15b, a power button 15c for turning on / off the power of the mobile phone M, an entrance / exit button 15d, and a numeric button (numeric keypad) 15e.

The call button 15a is input when making a call as a mobile phone, and is used to make a line connection.

The wireless communication setting button 15b is a button that is input when setting three types of wireless communication modes.

The three types of wireless communication modes include a user setting mode, an automatic reception setting mode, and an automatic reception rejection setting mode.

The user setting mode is a first mode in which it is possible to select whether to use the portable terminal of the station radio system or the portable telephone.

The automatic reception setting mode is a second mode used automatically as a portable terminal of the station radio system by a signal from the station radio system.

The automatic reception rejection setting mode is a third mode in which use of the station radio system as a portable terminal is prohibited.

The entry / exit button 15d is a button that is input when used as a portable terminal of the station radio system in the user setting mode. For a few seconds from the input of this button, the control circuit 20 described later is in a state of receiving a signal from the automatic ticket gate 2.

The numeral number button (numeric keypad) 15e is used to input a telephone number or a password.

As shown in FIG. 3, a control circuit 20 for controlling the whole, a memory 21 for storing a control program, various information such as a D number (recognition number) and the like, and a modulation / demodulation circuit (transmission / reception circuit circuit), as shown in FIG. ), The transmission section 24, the reception section 25, the power generation circuit 26, and the battery section 27
It consists of.

The memory 21 stores use information (use section, use date, etc.).

The modems 22 and 23 are connected to the antenna unit 12 and receive the reader / writer 42
And demodulates the received data from the control circuit 20 and outputs the demodulated data to the control circuit 20 and the power generation circuit 26, and transmits the transmission data from the control circuit 20 to the reader / writer 42 using the antenna unit 12. The modems 22 and 23 are separately provided to cope with a difference in signal frequency when used as a mobile phone and when used as a terminal device of a station service system. In addition, when used as a mobile phone and when used as a terminal device of a station service system, they are controlled by different applications registered in the memory 21.

The transmitting section 24 is constituted by a microphone or the like.
When used as a mobile phone, a word uttered by a user is converted into voice data and output.

The receiving section 25 is constituted by a speaker or the like, and reproduces received audio data supplied from another device and outputs the data from the speaker.

The power generation circuit 26 generates a power supply voltage based on the data (radio waves) received from the modem 22, and controls the control circuit 20, the modems 22 and 23, the transmission section 24, the reception section 25,
It is supplied to the operation unit 15 and the display unit 14.

The battery section 27 supplies a power supply voltage to each section when the power supply generation circuit 26 is not operating.

FIG. 4 schematically shows the appearance of an entrance (exiting) automatic ticket gate 2 capable of processing the mobile phone M. The automatic ticket gates 2 are usually installed as a set of two at a ticket gate of a station or the like, and a passage for a passer is formed between the two.

At one end on the upper surface of the automatic ticket gate main body 32, an antenna unit (to be described later) for transmitting and receiving an ID number and the like to and from a portable telephone M carried by a passerby and having a function of transmitting and receiving by wireless communication. ) 43 transmission / reception area 33
Is provided.

On the main body 32, a guidance display section 34 for providing guidance to passers-by, station staff, and the like is provided.

At both ends of the side of the main body 32 on the side of the passage, doors 35 that can be opened and closed to control the passage of a pedestrian are provided, respectively. 35, 35 are controlled to open and close.

A plurality of optical detectors (not shown) as pedestrian detection means are provided on the side surface of each passage side of the main body 32.

The configuration of the control system of the automatic ticket gate 2 configured as described above will be described with reference to FIG. That is, this control system includes a main control unit 41 for controlling the entire automatic ticket gate 2, a reader / writer 42, an antenna unit 43, and the door 3.
5 comprises a door mechanism 44 for driving the apparatus 5, an interface 45 for transmitting information to and from the station controller 3 for controlling the apparatus.

The reader / writer 42 transmits a signal from the main control unit 41 to the mobile phone M via the antenna unit 43, and outputs a signal received from the mobile phone M via the antenna unit 43 to the main control unit 41. Is what you do.

The reader / writer 42, as shown in FIG.
A control circuit 51 for controlling the whole, a memory 52 for storing a control program and various information, and a modem 5 as a transmission / reception circuit
3.

Next, switching processing of the wireless communication mode in the above configuration will be described with reference to flowcharts shown in FIGS. 6, 7 and 8 and display examples shown in FIGS. 9 to 13.

That is, when the power button 15c is pressed, the control circuit 20 determines that the power is on (ST).
1), determine the currently set wireless communication mode (S
T2), a screen corresponding to this mode is read from the memory 21 and output to the display unit 14 (ST3). For example, a data reception refusal mode is determined, and a screen corresponding to the data reception rejection mode is read from the memory 21 and output to the display unit 14.

As a result, the display unit 14 displays a data rejection screen as shown in FIG. 9 (ST4).

In this display state, when the wireless communication setting button 15b is pressed, the control circuit 20 judges that the setting of the wireless communication mode has been changed (ST5), reads the selection screen of the wireless communication mode from the memory 21, and displays the screen. 14 (ST6).

Thus, display unit 14 displays a radio communication mode selection screen as shown in FIG. 10 (ST).
7).

In this display state, when the user mode of "1" is selected, the control circuit 20 determines the selection of the user mode (ST8), reads out the password input screen from the memory 21, and displays the password on the display unit 14. (ST9).

Thus, the display unit 14 displays a password input screen as shown in FIG. 11 (ST10).

In this display state, a password is inputted by the numeral number button (numeric keypad) 15e (ST1).
1). Thereby, the control circuit 20 confirms whether or not the password inputted by the user matches the password previously recorded in the memory 21 (ST12).

As a result of this check, if the passwords match, the control circuit 20 determines permission to change the setting of the wireless communication mode (ST13), changes the wireless communication mode to the user mode (ST14), and uses the wireless communication mode. User mode setting screen in memory 2
1 and output to the display unit 14 (ST15).

Thus, the display section 14 displays a user mode setting screen as shown in FIG. 12 (ST1).
6). Thereafter, the control circuit 20 proceeds to step 5.

If the passwords do not match as a result of the check in step 12, the control circuit 20 determines that the setting change of the wireless communication mode is not permitted (ST17), and step 2
Return to

In the display state of step 7 described above,
When the automatic reception mode “2” is selected, the control circuit 20 determines the selection of the automatic reception mode (ST2).
1) The password input screen is read from the memory 21 and the display unit 1
4 (ST22).

Thus, the display unit 14 displays a password input screen as shown in FIG. 11 (ST23).

In this display state, a password is inputted by the number button (numeric keypad) 15e (ST2).
4). Thereby, the control circuit 20 confirms whether or not the password input by the user matches the password previously recorded in the memory 21 (ST25).

As a result of this check, if the passwords match, the control circuit 20 judges permission to change the setting of the wireless communication mode (ST26), changes the wireless communication mode to the automatic reception mode (ST27), and The reception mode setting screen is read from the memory 21 and output to the display unit 14 (ST2).
8).

As a result, the display section 14 displays an automatic reception mode setting screen as shown in FIG. 13 (ST2).
9). Thereafter, the control circuit 20 proceeds to step 5.

If the passwords do not match as a result of the confirmation in step 25, the control circuit 20 determines that the setting change of the wireless communication mode is not permitted (ST30), and step 2
Return to

In the display state of step 7 described above,
By selecting the automatic rejection mode of "3",
The control circuit 20 determines the selection of the automatic rejection mode (S
T31), the password input screen is read from the memory 21 and output to the display unit 14 (ST32).

As a result, the display unit 14 displays a password input screen as shown in FIG. 11 (ST33).

In this display state, a password is inputted by the numeral number button (numeric keypad) 15e (ST3).
4). Thereby, the control circuit 20 checks whether or not the password input by the user matches the password recorded in the memory 21 in advance (ST35).

As a result of this check, if the passwords match, the control circuit 20 judges permission to change the setting of the wireless communication mode (ST36), and changes the wireless communication mode to the automatic reception rejection mode (ST37). The automatic reception rejection mode setting screen is read from the memory 21 and output to the display unit 14 (S
T38).

Thus, display unit 14 displays an automatic reception rejection mode setting screen as shown in FIG. 9 (ST3).
9). Thereafter, the control circuit 20 proceeds to step 5.

If the passwords do not match as a result of the confirmation in step 25, the control circuit 20 determines that the setting change of the wireless communication mode is not permitted (ST40), and
Return to

Next, processing when the portable telephone M is set to each wireless communication mode will be described.

First, when the wireless communication mode of the mobile phone M is set to the user mode, the entry processing of the user having the mobile phone M into the ticket gate will be described with reference to FIG.
4, description will be made with reference to the flowchart shown in FIG.

For example, a user mode setting screen is now displayed on the display unit 14 as shown in step 16 above.

In this state, when the user carrying the portable telephone M passes through the automatic ticket gate 2 and enters the ticket gate, the user presses down the entrance / exit button 15d (ST51). By depressing the entry button 15d, the control circuit 20 of the mobile phone M determines that the control terminal 20 is to be used as a mobile terminal of the station service wireless system (ST52), and receives a signal (several seconds) from the automatic ticket gate 2. (ST53). If the inquiry signal from the main control unit 41 of the automatic ticket gate 2 has not been received within a few seconds, the display returns to the display state of the user mode setting screen.

After the entry / exit button 15d is depressed, the user holds the mobile phone M over the transmission / reception area 33 of the automatic ticket gate 2 (ST54).

At this time, the main control section 41 of the automatic ticket gate 2
The inquiry signal is transmitted to the portable terminal such as the portable telephone M in the area 33 using the reader / writer 42 and the antenna unit 43 (ST55).

Thus, the control circuit 20 of the cellular phone M
Receives the inquiry signal from the main control unit 41 of the automatic ticket gate 2 (ST56) and transmits the ID number registered in the memory 21 to the main control unit 41 of the automatic ticket gate 2 (ST5).
7).

Next, the main control unit 41 of the automatic ticket gate 2
When the ID number is received from the control circuit 20 of the mobile phone M in response to the transmission of the inquiry signal (ST58), it is checked whether or not the mobile phone M with this ID number can be used in the corresponding transportation. (ST59). As a result of this check, when it is determined that the mobile phone M can be used in the relevant transportation, the main control unit 41 of the automatic ticket gate 2 transmits the entry data including the entry station code of this installation station and the date and time to the mobile phone. M is transmitted to the control circuit 20 (ST60).

Next, the control circuit 20 of the mobile phone M
When the entrance data including the entrance station code and the date and time is received in response to the transmission of the ID number (ST61), the entrance data is recorded in the memory 21 (ST62). Transmit to control section 41 (ST6
3).

Next, the main control section 41 of the automatic ticket gate 2
When a recording end signal is received from the control circuit 20 of the mobile phone M in response to the transmission of the entry data (ST6).
4), it is determined that the user of the mobile phone M is allowed to pass through the automatic ticket gate 2, that is, to enter the ticket gate (ST6).
5) Permitting passage is performed using the display unit 34 (ST
66), the door mechanism 44 is controlled to open the door 44 (ST67).

As a result of the check in step 59, when it is determined that the mobile phone M cannot be used in the relevant transportation, the main control unit 41 of the automatic ticket gate 2 sends the user who has the mobile phone M Of the automatic ticket gate 2 (ie, rejection of entry into the ticket gate) is determined (ST68), and rejection is performed using the display unit 34 (ST69), and the door mechanism 44 is controlled by controlling the door mechanism 44. Close 44 (ST7)
0).

Next, a process for the user carrying the mobile phone M to enter the outside of the ticket gate when the wireless communication mode of the mobile phone M is set to the user mode will be described with reference to FIG.
6, description will be made with reference to the flowchart shown in FIG.

For example, a user mode setting screen is now displayed on the display unit 14 as shown in step 16 above.

In this state, when the user carrying the mobile phone M passes through the automatic ticket gate 2 and goes out of the ticket gate, the user presses down the entry / exit button 15d (ST71). By depressing the entry / exit button 15d, the control circuit 20 of the mobile phone M determines that the mobile phone M is to be used as a mobile terminal of the station radio system (ST72), and receives a signal from the automatic ticket gate 2 (for several seconds). (ST73). If the inquiry signal from the main control unit 41 of the automatic ticket gate 2 has not been received within a few seconds, the display returns to the display state of the user mode setting screen.

After pressing down the entry / exit button 15d, the user holds the mobile phone M over the transmission / reception area 33 of the automatic ticket gate 2 (ST74).

At this time, the main control section 41 of the automatic ticket gate 2
The inquiry signal is transmitted to the portable terminal such as the portable telephone M in the area 33 using the reader / writer 42 and the antenna unit 43 (ST75).

Thus, the control circuit 20 of the cellular phone M
Receives the inquiry signal from the main control unit 41 of the automatic ticket gate 2 (ST76), and transmits the ID number and the entrance station data registered in the memory 21 to the main control unit 41 of the automatic ticket gate 2 (ST76). ST77).

Next, the main control section 41 of the automatic ticket gate 2
When the ID number and the entrance station data are received from the control circuit 20 of the mobile phone M in response to the transmission of the inquiry signal (ST78), whether the mobile phone M with this ID number can be used in the corresponding transportation facility. Check whether or not (ST7
9). As a result of this check, when it is determined that the mobile phone M with the ID number can be used in the corresponding transportation, the automatic ticket gate 2
The main control unit 41 of the above-mentioned entrance data (station of the entrance code)
Then, the usage fee between the station and the station where the automatic ticket gate 2 is installed is calculated, and usage fee data including the fee and the participating station code is transmitted to the control circuit 20 of the mobile phone M (ST80).

Next, the control circuit 20 of the mobile phone M
When the usage fee data is received in response to the transmission of the ID number and the entrance station data (ST81), the usage fee data is recorded in the memory 21 (ST82), and the recording end signal is transmitted to the main ticket gate 2 of the automatic ticket gate 2. Transmit to control section 41 (ST8
3).

Next, the main control unit 41 of the automatic ticket gate 2
When a recording end signal is received from the control circuit 20 of the mobile phone M in response to the transmission of the usage fee data (ST8)
4) It is determined that the user of the mobile phone M is allowed to pass through the automatic ticket gate 2, that is, to enter the outside of the ticket gate (ST8).
5) Permitting passage is performed using the display unit 34 (ST
86), the door mechanism 44 is controlled to open the door 44 (ST87).

The main control section 41 of the automatic ticket gate 2 has
The D number and the usage fee are transmitted to the host computer 4 via the interface 45 and the station controller 3. Thereby, the host computer 4 accumulatively records the usage fee for each ID number in the database 5.

Thus, the host computer 4 calculates, for example, the total usage amount for one month by the mobile phone M for each ID number in the database 5 based on the account number of the financial institution recorded corresponding to the database 5. Request.

[0095] As a result of the check in step 79, when it is determined that the mobile phone M cannot be used in the corresponding transportation system, the main control unit 41 of the automatic ticket gate 2 sends the user who owns the mobile phone M. Of the automatic ticket gate 2 (ST88), that is, entry into the ticket gate is disallowed using the display unit 34 (ST89), and the door mechanism 44 is controlled by controlling the door mechanism 44. Close 44 (ST9)
0).

Next, when the wireless communication mode of the mobile phone M is set to the automatic reception mode, the mobile phone M
A description will be given of a process of entering a ticket gate of a user having a.

For example, as shown in step 29, the display section 14 is displaying an automatic reception mode setting screen.

In this state, when the user carrying the mobile phone M passes through the automatic ticket gate 2 and enters the ticket gate, the user places the mobile phone M in the transmission / reception area 33 of the automatic ticket gate 2.
14 and 15, steps 54 to 70 in FIG. 14 and FIG. 15 are performed in the same manner.

Next, when the wireless communication mode of the portable telephone M is set to the automatic reception mode, the portable telephone M
The following describes how a user possessing a ticket enters the outside of a ticket gate.

For example, as shown in step 29, the display section 14 is displaying an automatic reception mode setting screen.

In this state, when the user carrying the mobile phone M passes through the automatic ticket gate 2 and goes out of the ticket gate, the user places the mobile phone M in the transmission / reception area 33 of the automatic ticket gate 2.
16, steps 74 to 90 in FIGS. 16 and 17 are performed in the same manner.

[0102] In addition, the user possesses a mobile phone M whose wireless communication mode is set to the automatic reception rejection mode or a mobile phone M whose wireless communication mode is set to the user mode and the entry / exit button is not pressed. When a user who tries to pass through the automatic ticket gate 2 with a wireless card such as a ticket, the wireless card and the automatic ticket gate 2 exchange data wirelessly, but the mobile phone M Is not sent in response to this query. The function of the mobile phone M as a mobile terminal in the station service wireless system is prohibited, and the user can select whether or not to exchange data between the mobile phone M and the automatic ticket gate 2.

Although the personal identification number is used as the method of authenticating the user, the present invention is not limited to this, and an authentication method using fingerprint collation and face image collation may be used.

[0104]

As described above in detail, according to the present invention, in a wireless portable terminal used as a portable telephone or as a portable terminal in a station service wireless system, whether it is used as a portable phone or in a station service wireless system. Can be set arbitrarily to be used as a mobile terminal in the station radio system, preventing wireless communication between the station radio system and the mobile terminal automatically when not used as a mobile terminal in the station radio system can do.

Also, it is set so that wireless communication can be automatically performed between the station service radio system and the portable terminal, or the wireless communication cannot be performed between the station service radio system and the portable terminal. Can also be set.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a schematic configuration of a station radio system for explaining an embodiment of the present invention.

FIG. 2 is a diagram schematically showing an external configuration of a mobile phone.

FIG. 3 is a block diagram showing a schematic configuration of a mobile phone.

FIG. 4 is a diagram schematically showing an external configuration of an automatic ticket gate.

FIG. 5 is a block diagram showing a schematic configuration of a reader / writer.

FIG. 6 is a flowchart for explaining a wireless communication mode switching process.

FIG. 7 is a flowchart for explaining a wireless communication mode switching process.

FIG. 8 is a flowchart for explaining a wireless communication mode switching process.

FIG. 9 is a diagram showing a data reception refusal screen.

FIG. 10 is a diagram showing a wireless communication mode selection screen.

FIG. 11 is a diagram showing a password input screen.

FIG. 12 is a diagram showing a user mode setting screen.

FIG. 13 is a diagram showing an automatic reception mode setting screen.

FIG. 14 is a flowchart for explaining a process of entering a user outside the ticket gate having a mobile phone in the user mode.

FIG. 15 is a flowchart for explaining a process of entering a user outside the ticket gate in a user mode by holding a mobile phone;

FIG. 16 is a flowchart for explaining a process in which a user who has a mobile phone enters the outside of a ticket gate in the user mode.

FIG. 17 is a flowchart for explaining a process in which a user who has a mobile phone in a user mode enters the outside of a ticket gate;

[Explanation of symbols]

 M: Mobile phone 1 ... Station 2 ... Automatic ticket gate 4 ... Host computer 5 ... Database 14 ... Display unit 15b ... Wireless communication setting button 15d ... Entry / exit button 20 ... Control circuit 21 ... Memory 41 ... Main control unit 42 ... Reader / writer

Claims (9)

[Claims] 1. A wireless mobile terminal that performs processing as a mobile phone capable of wireless communication, comprising: a processing unit capable of executing processing as a mobile terminal of a station radio system; and a mobile terminal capable of using the station radio system. A first mode in which the use of the station service radio system is selectable, when the use of the station service radio system as a portable terminal is selected, and when the signal from the station service radio system is received, the mobile phone of the station service radio system is used. Setting means for setting any one of the second modes used as the terminal. 2. A wireless portable terminal for performing wireless communication, comprising: a first terminal for executing processing as a portable terminal of a station service wireless system;
Processing means for executing processing as a mobile phone, storage means for storing authentication information in advance, input means for inputting authentication information, and authentication information input by the input means. Determining means for determining whether or not the authentication information stored in the storage means matches; and determining whether or not the authentication information matches by the determining means, the mobile terminal of the station radio system A first mode in which the mobile station can be used as the mobile phone or the mobile phone; a second mode in which the mobile station is automatically used as a mobile terminal in the mobile station radio system based on a signal from the mobile station radio system; Setting means for setting any one of a third mode in which use of the system as a portable terminal is prohibited. 3. A communication means for carrying out wireless communication carried by a user and used as a portable terminal of a station service wireless system or used as a mobile phone, and a portable terminal of the station service wireless system. A first mode in which the mobile station can be used as the mobile station or the mobile phone, a second mode in which the mobile station is automatically used as a mobile terminal of the station radio system by a signal from the station radio system, Setting means for setting any one of a third mode in which use of the wireless system as a portable terminal is prohibited; and setting of the station service wireless system when the first mode is set by the setting means. Use it as a terminal,
Selecting means for selecting whether to use the mobile station as the mobile phone; and selecting the mobile station for the station service wireless system by using the communication means when the selecting means selects the mobile terminal for the station service wireless system. A first processing unit that executes a process as a mobile phone; and a second processing unit that executes a process as a mobile phone using the communication unit when the selection unit selects the mobile phone. A third processing unit that executes a process as a portable terminal of the station service wireless system using the communication unit when the second mode is set by the setting unit; Prohibiting means for prohibiting execution of processing as a portable terminal of the station service radio system when the mode is set to a mode. 4. A wireless portable terminal carried by a user and used as a portable terminal of a station service wireless system, or used as a portable telephone, has communication means for performing wireless communication and authentication information stored in advance. Storage means; input means for inputting authentication information; determination means for determining whether the authentication information input by the input means matches the authentication information stored in the storage means; When it is determined that the authentication information matches, a first mode in which the mobile station can be used as a portable terminal of the station service radio system or used as the mobile phone, by a signal from the station service radio system A second mode in which the station radio system is automatically used as a portable terminal, and a third mode in which use of the station radio system as a portable terminal is automatically prohibited. Setting means for setting the Re of the modes, when set in the first mode by the setting means, or used as a mobile terminal of the station Tsutomu radio system,
Selecting means for selecting whether to use the mobile station as the mobile phone; and selecting the mobile station for the station service wireless system by using the communication means when the selecting means selects the mobile terminal for the station service wireless system. A first processing unit that executes a process as a mobile phone; and a second processing unit that executes a process as a mobile phone using the communication unit when the selection unit selects the mobile phone. A third processing unit that executes a process as a portable terminal of the station service wireless system using the communication unit when the second mode is set by the setting unit; Prohibiting means for prohibiting execution of processing as a portable terminal of the station service radio system when the mode is set to a mode. 5. A wireless portable terminal carried by a user and used as a mobile terminal of a station radio system, or used as a mobile phone, wherein the mobile terminal is used as the mobile terminal of the station radio system or as the mobile phone. A first mode in which use is selectable, a second mode in which a signal from the station service radio system is used automatically as a portable terminal of the station service radio system, use of the station service radio system as a portable terminal Instruction means for instructing a change of the mode, and first display means for displaying the mode selection screen when the instruction of the mode is instructed by the instruction means. Selecting means for selecting any one of the three modes based on the display on the first display means; and selecting the three modes by the selecting means. A second display for displaying an authentication information input screen for instructing input of authentication information when any one of the modes is selected; and an input for inputting authentication information based on the display on the second display. Means for determining whether or not the authentication information input by the input means matches the previously stored authentication information; and determining whether the authentication information matches with the authentication information by the determination means. Setting means for setting any one of the three modes selected by the selection means. 6. A wireless portable terminal carried by a user and used as a portable terminal of a station service wireless system, or used as a portable telephone, wherein the portable terminal is used as the portable terminal of the station service wireless system or as the portable phone. A first mode in which use is selectable, a second mode in which a signal from the station service radio system is used automatically as a portable terminal of the station service radio system, use of the station service radio system as a portable terminal Instruction means for instructing a change of the mode, and first display means for displaying the mode selection screen when the instruction of the mode is instructed by the instruction means. Selecting means for selecting any one of the three modes based on the display on the first display means; and selecting the three modes by the selecting means. A second display unit for displaying an authentication information input screen for instructing input of authentication information when any one of the modes is selected; and inputting authentication information based on the display on the second display unit. Input means; determining means for determining whether the authentication information input by the input means matches previously stored authentication information; and determining that the authentication information matches by the determining means. Setting means for setting any one of the three modes selected by the selection means; and setting the first mode by the setting means to carry the station service radio system. Use it as a terminal,
Selecting means for selecting whether to use the mobile station as the mobile phone; and selecting the mobile station for the station service wireless system by using the communication means when the selecting means selects the mobile terminal for the station service wireless system. A first processing unit that executes a process as a mobile phone; and a second processing unit that executes a process as a mobile phone using the communication unit when the selection unit selects the mobile phone. A third processing unit that executes a process as a portable terminal of the station service wireless system using the communication unit when the second mode is set by the setting unit; Prohibiting means for prohibiting execution of processing as a portable terminal of the station service radio system when the mode is set to a mode. 7. The prohibition of use of the station radio system as a portable terminal in the third mode does not accept a signal from the station radio system. The wireless portable terminal according to any one of the above. 8. The authentication method according to claim 2, wherein the authentication information is a password, a fingerprint of a valid holder of the wireless portable terminal, a face image of a valid holder of the wireless portable terminal, and is verification. The wireless portable terminal according to any one of 4, 5, and 6. 9. A mode setting method in a wireless terminal which is carried by a user and used as a portable terminal of a station service wireless system, or used as a portable terminal of the station service wireless system, A first mode in which the mobile station can be used as the mobile phone; a second mode in which the mobile station is automatically used as a mobile terminal in the station radio system based on a signal from the station radio system; An instruction step of instructing a change to any one of a third mode in which use as a terminal is prohibited; a first display step of displaying a mode selection screen according to the instruction; A selection step of selecting one of the three modes and an authentication information input screen for instructing input of authentication information in the selection step are displayed. A second display step of inputting authentication information based on the display; and a step of determining whether the authentication information input in the input step matches previously stored authentication information. And a setting step of setting any one of the three modes selected in the selecting step when the matching of the authentication information is determined by this determination. Mode setting method in a wireless portable terminal.