JPH10135891A - Control method for portable radio equipment - Google Patents

Abstract

PROBLEM TO BE SOLVED: To prevent complaint of noise sound and disturbance or the like onto a medical equipment at a location with strong publicity with respect to the portable radio equipment. SOLUTION: Upon the receipt of a signal sent from a radio equipment A whose communication is made available, the reception signal is converted into data of a waveform easily discriminated by a shape circuit 21, a discrimination circuit 22 discriminates a kind of the signal, and when the discrimination circuit 22 discriminates that the signal sent from the radio equipment A is a signal denoting an instruction of 'power off', a control circuit 25 controls a power supply circuit 19 to stop power supply to each section and then a transmission reception control circuit 23 is controlled to release lock of a control channel thereby terminating the communication with the radio equipment A and the base station and scanning a channel again.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

[0001] The present invention relates to a control method for a portable radio.

[0002]

2. Description of the Related Art Conventionally, a portable radio device emits a ring tone externally (ringer ringing) or generates a predetermined vibration (vibration vibration) when a calling signal transmitted from a base station is received. Pager terminal that informs the user of an incoming call and displays characters and numbers based on the signal transmitted thereafter on the screen, and receives a call signal transmitted from a base station. A mobile phone that emits sound externally or generates a predetermined vibration to notify a user of an incoming call and communicate with a partner device via a base station based on an operation by the user. (Analog mobile phones, digital mobile phones, and P
HS etc.).

[0003] In such a pager terminal or a portable telephone, it is possible to arbitrarily select whether ringing or vibration is performed as a method of notifying that there is an incoming call by a user operation. ON / OFF of ringer sound and ON / OF of power supply
Similarly, F can be arbitrarily selected by a user operation.

[0004]

However, in recent years,
With the spread of pager terminals and mobile phones, medical devices malfunction due to complaints due to noise in highly public places, such as complaints due to the external emission of ringtones in movie theaters, and radio waves transmitted from mobile phones. In order to solve these problems, the ringing notification method is switched from ringer ringing to vibration, or ringing ringing is turned off to prevent noise complaints. , Turn on the power
It was necessary to prevent malfunction in medical equipment by performing FF.

[0005] However, in the above-mentioned conventional device, the method of notifying the incoming call, turning on / off the ringer sound, and turning on / off the power supply are performed by the user.
Often the user forgets to perform the operation,
Switch to vibration or ringer sound
If you enter a place with strong publicity without doing FFs, you may get frustrated from around you. In addition, there is a problem in that the ringer sounds or forgets to return after turning off the power, and the use of the device is limited.

The present invention provides a method for controlling a portable radio so that complaints about noise in a public place and interference with medical equipment can be prevented without requiring complicated operations by a user. The purpose is to provide.

[0007]

In order to achieve the above object, according to the present invention, there is provided a radio device for forming a radio area by transmitting a signal indicating a setting state change command, and A portable wireless device that receives a signal indicating a setting state change command transmitted from the wireless device when passing the signal, and the portable wireless device transmits a signal indicating the setting state change command transmitted from the wireless device. Is received, the various setting states are changed based on a change command based on the received signal.

According to a second aspect of the present invention, a change command for transmitting a signal receivable by the portable radio to the radio to form a radio area and changing the transmission signal to change various setting states of the portable radio. Is provided.

According to a third aspect of the present invention, there is provided a receiving means for receiving, when passing through a wireless area formed by a wireless device, a signal representing a setting state change command transmitted from the wireless device. And control means for changing various setting states based on a setting state change command based on a signal received by the receiving means.

According to a fourth aspect of the present invention, in the portable wireless device according to the third aspect, the control means transmits a power-off command to a change command based on a signal received by the receiving means.
When, the power supply of the device body is turned off.

According to a fifth aspect of the present invention, in the portable wireless device of the third aspect, sound emitting means for emitting a ring tone to the outside in response to reception of a call signal transmitted from the base station, and a base station. Vibrating means for vibrating in response to reception of a call signal transmitted from the control means, wherein the control means outputs a change command based on the signal received by the receiving means to "ringtone OFF"
In this case, the external sound emission of the ring tone by the sound emitting means is prohibited, and the vibration by the vibration means is permitted.

According to a sixth aspect of the present invention, in the portable wireless device according to any one of the third to fifth aspects, when the portable wireless device passes through a wireless area formed by the wireless device, the portable wireless device indicates the passage of the wireless area. Providing storage means for storing data, the control means, when a signal indicating a setting state change command transmitted from the wireless device by the receiving means is received,
Various setting states are changed based on a change command based on the received signal and data stored in the storage means.

According to a seventh aspect of the present invention, in the portable wireless device according to any one of the third to sixth aspects, operation means for instructing a change of various settings is provided, and the control means is controlled by the reception means. When the setting state is changed based on the received signal, a change instruction of various settings by the operation means is partially invalidated.

Therefore, according to the first aspect of the present invention, when a signal indicating a setting state change command transmitted from the wireless device is received by passing through the wireless area formed by the wireless device, the portable wireless communication is performed. By changing various setting states based on a change command based on the received signal, the apparatus can control various states of the portable wireless device based on a signal from the wireless device.

According to the second aspect of the present invention, the transmitting means of the wireless device forms a wireless area by transmitting a signal which can be received by the portable wireless device and includes a change command for changing various setting states. Thus, the wireless device can control various states of the portable wireless device.

According to the third aspect of the invention, when passing through the wireless area formed by the wireless device, the receiving means receives the signal indicating the setting state change command transmitted from the wireless device, and the control means By changing various setting states based on a change command based on the received signal, various states of the portable wireless device are controlled based on a signal from the wireless device.

According to the fourth aspect of the present invention, when passing through the wireless area formed by the wireless device, the receiving means receives the signal indicating the "power OFF" command transmitted from the wireless device, and the control means By turning off the power of the device main body based on a “power off” command based on the received signal, the power of the portable wireless device is turned off based on a signal from the wireless device.

According to the fifth aspect of the present invention, when passing through the wireless area formed by the wireless device, the receiving means receives the signal indicating the "ring tone OFF" command transmitted from the wireless device, and the control means Prohibits the emission of the ringtone by the sound emitting means based on the "ringtone OFF" command based on the received signal, and permits the vibration by the vibration means, so that the portable telephone can be controlled based on the signal from the wireless device. The incoming call notification method of the wireless device is switched from ringer ringing to vibration.

According to the sixth aspect of the present invention, when passing through the wireless area formed by the wireless device, the receiving means receives the signal indicating the setting state change command transmitted from the wireless device and stores the signal. Stores data representing the passage of the wireless area, and thereafter, when the control means determines that the first passage of the wireless area is made based on the data stored in the storage means, a change command based on the received signal On the other hand, when it is determined that it is the second passage through the wireless area, the various setting states changed in the first passage are returned to the original state, and based on the signal from the wireless device. Various states of the portable wireless device are controlled.

According to the seventh aspect of the present invention, when passing through the wireless area formed by the wireless device, the receiving means receives a signal indicating a setting state change command transmitted from the wireless device, and the control means Various setting states are changed based on the change command based on the received signal, and the instruction of the various setting state change commands by the operation means is partially invalidated, so that the portable wireless communication is performed based on the signal from the wireless device. The various states of the machine are controlled, and the various instructions can be prevented from being released by the user.

[0021]

Embodiments of the present invention will be described below in detail with reference to the drawings.

FIG. 1 is an explanatory diagram showing a method of controlling a portable radio in the present invention, FIG. 2 is a schematic functional block diagram showing an embodiment of the radio in the present invention, and FIG. FIG. 4 is a schematic functional block diagram of a mobile phone showing one embodiment, FIG. 4 is a functional block diagram showing a partial configuration of a main control unit in the mobile phone, and FIGS. 7 and 8 are flowcharts showing another example of the operation control during standby for reception in the mobile phone.

1 to 4, reference numeral 1 denotes a control command circuit for generating a command signal for controlling a mobile phone B, which will be described later, and 2 denotes a command signal generated by the control command circuit 1 in a signal of a predetermined frequency band. A transmission circuit for performing transmission control by modulating the transmission circuit;
Reference numeral 4 denotes an antenna for emitting a signal modulated by the transmission circuit into the air as a radio wave. The control command circuit 1, the transmission circuit 2, the control circuit 3, and the antenna 4 constitute a wireless device A.

11 receives radio waves floating in the air,
An antenna that emits a signal modulated by a transmission / reception unit 12 described later into the air as a radio wave. The antenna 12 demodulates a radio wave received by the antenna 11 to generate a reception signal, and generates a reception signal from a baseband unit 13 and a control unit 20 described later. A transmission / reception unit 13 that modulates the signal into a signal of a predetermined frequency band and transmits the signal, converts the signal received by the transmission / reception unit 12 into an audio signal, and performs predetermined signal processing on the audio collected by the microphone 15. The baseband unit 14 is a speaker that emits the audio signal converted by the baseband unit 13 to the outside, 15 is a microphone that collects external sound and supplies it to the baseband unit 13, and 16 is a ringtone that is output to the outside. A ringer circuit that emits sound, 17 is a vibration motor that generates vibrations to notify an incoming call, and 18 is an instruction for inputting a telephone number and various commands. Work panel, power supply circuit for supplying electric power to respective parts 19, 20 is a main control unit for controlling the entire system, the antennas 11, transceiver 12, the baseband unit 13, a speaker 14, a microphone 15, a ringer circuit 1
6. The mobile phone B is constituted by the vibration motor 17, the operation panel 18, the power supply circuit 19, and the main control unit 20.

Reference numeral 21 denotes a shaping circuit for removing noise and waveform shaping of the signal received by the transmitting / receiving unit 12, 22 a discriminating circuit for discriminating the received data passing through the received data shaping circuit 21, and 23 a transmitting / receiving unit for the transmitting / receiving unit 12. A transmission / reception control circuit for allocating transmission / reception channels and the like, a storage circuit 24 for storing various setting states of devices, and a control panel 1
8, the sound emission control in the ringer circuit 16, the vibration control in the vibration motor 17, the power supply circuit 19 based on the contents of the received data determined by the determination circuit 22 and the various setting conditions stored in the storage circuit 24. , And a control circuit for performing channel allocation control and the like in the transmission / reception circuit 23. The shaping circuit 21, the determination circuit 22, the transmission / reception control circuit 23, the storage circuit 24, and the control circuit 25 control the main control unit 20. Unit is configured.

First, an example of the operation control in the reception standby state for the portable telephone B configured as described above will be described with reference to FIGS.
This will be described based on the flowchart shown in FIG.

The radio A is mainly installed at the entrance of a movie theater or a concert hall, at the entrance of a hospital, or the like. The radio A always transmits a command signal generated by the control command circuit 1. The radio area is formed by transmitting the radio wave in the air by the circuit 2 and the antenna 4, and it is desirable that the radio area be formed so as to cover only the above-mentioned entrance. Alternatively, the output of a radio wave transmitted from the antenna 4 may be weakened.

When the portable telephone B is in the standby state, the control circuit 25 controls the transmission / reception control circuit 23 to scan the control channel (step F1). A signal transmitted from the device A or a base station (not shown)
(Step F)
2) and the control circuit 25 transmits the signal to the transmission / reception control circuit 23
And locks the received control channel to enable communication with the wireless device A and a base station (not shown) (step F3).

Then, the signal is transmitted from the wireless device A or the base station with which communication is enabled, and transmitted and received by the transmitting / receiving unit 1 via the antenna 11.
2, the signal received by the shaping circuit 21 is converted into data having a waveform that can be easily determined by the shaping circuit 21. Then, the signal is determined by the determining circuit 22 (step F).
(4, F6 to F7) On the other hand, the control circuit 25 recognizes whether the automatic control is ON based on various setting conditions stored in the storage circuit 24 (step F5). The ON / OFF of the automatic control is set by the user of the mobile phone B operating the operation panel 18, and the result of the operation setting by the user of the mobile phone B is stored in the storage circuit 24. Is done.

Then, the control circuit 25 recognizes that "automatic control" is ON (step F5), and the discrimination circuit 22 outputs the signal received by the transmission / reception unit 12 via the antenna 11 to "power OFF". (Step F6), the control circuit 25 controls the power supply circuit 19 to stop power supply to each unit (Step F10), and thereafter, the transmission / reception control circuit 2
3 to release the lock on the control channel, thereby terminating the communication with the wireless device A and the base station (not shown) (step F9), and again performing a channel scan (step F1).

On the other hand, in the control circuit 25, "automatic control"
Is recognized to be ON (step F5), and in the determination circuit 22, the transmitting / receiving section 1 is transmitted via the antenna 11.
2 is determined to be a signal representing "ringtone OFF" (step F7), the control circuit 2
5 controls the storage circuit 24 to selectively store "vibration vibration" or "ringtone OFF" as an incoming call notification method (step F8), and then controls the transmission / reception control circuit 23 to unlock the control channel. As a result, communication with the wireless device A and the base station (not shown) is terminated (step F9), and channel scanning is performed again (step F9).
1).

On the other hand, in the discrimination circuit 22, the antenna 1
When it is determined that the signal received by the transmission / reception unit 12 through 1 is a signal indicating an incoming call (step F4), the control circuit 25 performs an incoming call notifying method based on various setting situations stored in the storage circuit 24. Recognize (steps F11, F1
2) Incoming call notification is performed based on the recognized incoming call notifying method (steps F15 and F16).

That is, if "ringer ringing" is selected in advance and stored in the storage circuit 24 as the ringing notification method, the control circuit 25 recognizes that the ringing notification method is "ringer ringing" (step S1). F11), the ringer circuit 16 is controlled to emit a ring tone to the outside (step F15), and if "vibration vibration" is selected in advance and stored in the storage circuit 24, the control is performed. The circuit 25 recognizes that the incoming notification method is "vibration vibration" (step F12), and controls the vibration motor 17 to generate vibration for notifying the incoming call (step F16). In addition, "Ring tone O
When “FF” is selected and stored in the storage circuit 24, the control circuit 25 sets the incoming call notification method to “ringtone OFF”.
(Steps F11 and F12), and the incoming call notification is not performed.

Then, based on the notification of the incoming call, the user of the mobile phone B operates the operation panel 18 to instruct the start of communication, and the control circuit 25 detects the communication start instruction from the operation panel 18 (step F13). ), The mode shifts to the two-way communication mode, and before the control circuit 25 detects the communication start command from the operation panel 18, the signal indicating the incoming call transmitted from the base station (not shown) is no longer received ( In step F14), the control circuit 25 controls the transmission / reception control circuit 23 to release the lock of the control channel, thereby terminating the communication with the wireless device A and the base station (not shown) (step F9), and again performing the channel scan. Perform (Step F1).

When the control circuit 25 recognizes that "automatic control" is OFF (step F5),
By controlling the transmission / reception control circuit 23 to release the lock of the control channel, the communication with the wireless device A or the base station (not shown) is terminated (step F9), and the channel scan is performed again (step F1), whereby the discrimination circuit is performed. 22
In, except that it is determined that the signal received by the transmission / reception unit 12 via the antenna 11 is a signal indicating an incoming call, the determination result by the determination circuit 22 is invalidated.

Therefore, according to the above operation control, the radio A
The various settings of the mobile phone B can be automatically switched based on signals indicating various commands transmitted from the mobile phone B.

Next, another example of the operation control of the portable telephone B configured as described above during standby for reception will be described with reference to the flowcharts shown in FIGS. The operation control when a signal transmitted from the wireless device A or the base station is received (steps F1 to F5), and the operation control when the received signal is determined to be a signal indicating an incoming call (step F1). F11 to F16, F9),
This is the same as the operation control described above, and the description thereof is omitted.

When signals representing various commands transmitted from the wireless device A are received by the transmission / reception unit 12 via the antenna 11 (steps F1 to F5), the control circuit 25 sends the command based on the determination result in the determination circuit 22 It is determined whether the same instruction is stored in the storage circuit 24 (step F2).
1).

At this time, if it is determined that the same instruction as the instruction based on the determination result in the determination circuit 22 is not stored in the storage circuit 24 (step F21), the control circuit 25 controls the storage circuit 24 After storing the command based on the determination result (step F22), the command is executed (steps F6 to F8, F10), and a setting state that invalidates a part of the command from the operation panel 18 is stored in the storage circuit. 24 (steps F23 and F24), and thereafter, by controlling the transmission / reception control circuit 23 to release the lock of the control channel, the communication with the wireless device A and the base station (not shown) is terminated (step F9), and again. A channel scan is performed (step F1).

That is, for example, when the command based on the result of the discrimination by the discriminating circuit 22 is "power OFF" (step F6), the control circuit 25 controls the storage circuit 24 to store the command representing "power OFF". At the same time (step F22), the power supply circuit 19 is controlled to stop all power supply to each unit (step F10), and then the storage circuit 24 is again activated.
Is set to invalidate the "power ON" command from the operation panel 18 (step F2).
3) Also, for example, when the command based on the result of the determination by the determination circuit 22 is “incoming off” (step F7), the control circuit 25 controls the storage circuit 24 to store the instruction indicating “incoming off” (step F7). At the same time as step F22), "vibration vibration" or "ringtone O"
FF "is selected and stored (step F8), and a setting state for invalidating the" ringer ringing "command from the operation panel 18 is stored (step F24).

When a signal indicating a "power OFF" command is transmitted from the wireless device A and received by the mobile phone B, all the power supplied to each section is shut off, and the user of the mobile phone B ON / OF of power supply
By invalidating the F command, interference with medical equipment was completely prevented. However, after this, there was a problem that the power of the mobile phone B could not be turned on by any means. Therefore, in order to solve these problems, the signal indicating the "power OFF" command is transmitted from the wireless device A, and the command from the operation panel 18 is limited only when the signal is received by the mobile phone B. Or when a signal indicating a power-off command is transmitted from the wireless device A and received by the mobile phone B, the storage circuit 24 stores the password transmitted from the wireless device A. When the personal identification number (set by the owner of the wireless device A) is input through the operation panel 18, the restriction on the command from the operation panel 18 is released. And good.

On the other hand, when it is determined that the same instruction as the instruction based on the determination result is stored in the storage circuit 24 (step F21), the control circuit 25 controls the storage circuit 24 to store the instruction based on the determination result. The same instruction is erased (step F25), and the instruction is released (step F26,
F27) Then, by controlling the transmission / reception control circuit 23 to release the lock of the control channel, the communication with the wireless device A or the base station (not shown) is ended (step F9).
The channel scan is performed again (step F1).

That is, if the command based on the result of the discrimination by the discriminating circuit 22 is "ring tone OFF" again while the command indicating "ring tone OFF" is stored in the storage circuit 24 (step F26), the control is performed. The circuit 25 controls the storage circuit 24 to delete the command indicating "ringing sound OFF" and selectively stores "ringer ringing" or "vibration vibration" as an incoming call notification method (step F2).
7). As an incoming notification method to be selectively stored at this time, a method before switching based on a signal from the wireless device A may be stored in advance, and the stored method may be returned to.

Therefore, according to the above operation control, the radio A
When a signal representing various commands transmitted from the mobile phone B is received for the first time, various settings of the mobile phone B can be automatically switched based on the command, and the various commands transmitted from the wireless device A are represented. When the signal is received for the second time, it is possible to restore various settings of the mobile phone B switched based on the command or to switch to a setting different from the command.

When a signal indicating a "power OFF" command is transmitted from the wireless device A and received by the mobile phone B, all power supplied to each unit is stopped to prevent interference with medical equipment. However, the present invention is not limited to this. For example, only the power supply to the transmission system circuit unit is stopped, and the signal from the wireless device A is received by the remaining reception system circuit unit. Control may be performed.

Further, in the above embodiment, the portable telephone B capable of two-way communication via the base station has been described as the portable radio, but the present invention is not limited to this, and for example, AM broadcasting or FM A portable radio receiver capable of receiving broadcasts, a portable television capable of receiving television broadcasts, or a pager terminal C that displays data such as characters and symbols based on reception of a predetermined signal transmitted from a base station, etc. Can similarly execute an instruction from the wireless device A, and the accompanying configuration requirements and operation control are the same as the above-described main configuration requirements and operation control of the portable wireless device B, and therefore description thereof is omitted. I do.

[0047]

As described above, according to any one of the first to fifth aspects of the present invention, various states of the portable wireless device can be controlled based on a signal from the wireless device. It is possible to prevent a complaint of noise in a highly public place, a disturbance to a medical device, and the like in advance without requiring a complicated operation by a user of the portable wireless device.

That is, for example, when a person having a portable radio enters a movie theater or a concert hall, the ring tone of the portable radio is turned off at the movie theater or the concert hall.
This can prevent inconvenience to other spectators and adverse reactions to the holder of the portable wireless device from the surroundings in advance, and when the person carrying the portable wireless device enters the hospital, The power of the portable radio is forced to O
Since the FF can be performed, interference with the medical device can be prevented in advance.

According to the sixth aspect of the present invention, since various states of the portable wireless device are controlled based on the number of times of passing through the wireless area, various states can be set and released by a single wireless device. it can.

That is, for example, when a person having a portable radio enters a movie theater or a concert hall, the ring tone of the portable radio is turned off at the movie theater or the concert hall.
On the other hand, when leaving the movie theater or the concert hall, the ring tone of the portable radio can be turned on at the movie theater or the concert hall,
While it is possible to prevent inconvenience to other spectators in movie theaters and concert halls, and to prevent adverse reactions to the owners of portable radios from the surroundings, the use of portable radios when leaving movie theaters and concert halls can be prevented. Various states of the portable wireless device can be reliably returned to the original state without requiring complicated operations by the holder.

According to the invention described in claim 7, various states of the portable wireless device are controlled based on a signal from the wireless device, and various commands are prevented from being released by a user of the portable wireless device. Therefore, it is possible to prevent a noise complaint in a place having strong publicity and interference with medical equipment from being performed again.

That is, for example, when a person having a portable radio enters a movie theater or a concert hall, the ring tone of the portable radio is turned off at the movie theater or the concert hall.
After that, it is possible to prevent the ring tone of the portable wireless device from being turned on in the movie theater or concert hall, so that there is no inconvenience to other spectators and the dissatisfaction of the portable wireless device holder from around. For example, when a person carrying a portable wireless device enters a hospital, after forcibly turning off the power of the portable wireless device on the hospital side,
Since it is possible to prevent the power of the portable wireless device from being turned on in the hospital, it is possible to reliably prevent interference with medical equipment.

[Brief description of the drawings]

FIG. 1 is an explanatory diagram illustrating a control method of a portable wireless device according to the present invention.

FIG. 2 is a schematic functional block diagram showing an embodiment of a wireless device according to the present invention.

FIG. 3 is a schematic functional block diagram showing an embodiment of a portable wireless device according to the present invention.

FIG. 4 is a functional block diagram showing a configuration of a part of a main control unit in the portable wireless device.

FIG. 5 is an exemplary flowchart showing an example of operation control in the portable wireless device during reception standby.

FIG. 6 is an exemplary flowchart illustrating an example of operation control during standby for reception in the portable wireless device.

FIG. 7 is a flowchart showing another example of operation control during standby for reception in the portable wireless device.

FIG. 8 is a flowchart showing another example of operation control during standby for reception in the portable wireless device.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 11 Antenna 12 Transmission / reception part 13 Baseband part 14 Speaker 15 Microphone 16 Ringer circuit 17 Vibration motor 18 Operation panel 19 Power supply circuit 20 Main control part 21 Shaping circuit 22 Discrimination circuit 23 Transmission / reception control circuit 24 Control circuit

Claims (7)

[Claims] 1. A wireless device for forming a wireless area by transmitting a signal indicating a setting state change command, and a signal indicating a setting state change command transmitted from the wireless device when passing through the wireless area. When the portable wireless device receives a signal indicating a setting state change command transmitted from the wireless device, the portable wireless device changes various setting states based on a change command based on the received signal. A method for controlling a portable wireless device, wherein the method is changed. 2. A transmitting means for transmitting a signal receivable by a portable radio to form a wireless area and including a change command for changing various setting states of the portable radio in the transmission signal. Features radio equipment. 3. A receiving means for receiving, when passing through a wireless area formed by a wireless device, a signal representing a setting state change command transmitted from the wireless device, a signal received by the receiving means. Control means for changing various setting states based on a setting state change command based on the setting information. 4. The portable wireless device according to claim 3, wherein the control unit turns off the power of the device main body when the change command based on the signal received by the receiving unit is “power off”. Machine. 5. A sound emitting means for emitting a ring tone to the outside in response to reception of a call signal transmitted from a base station, and a vibration means for vibrating in response to reception of a call signal transmitted from the base station. The control means, when the change command based on the signal received by the receiving means is “ringtone OFF”, inhibits the external sound emission of the ringtone by the sound emission means, and sets the vibration means 4. The portable wireless device according to claim 3, wherein vibration by the portable wireless device is permitted. 6. A storage means for storing data indicating passage through the wireless area when passing through a wireless area formed by the wireless device, wherein the control means transmits the data from the wireless device by the receiving means. 4. When a signal indicating a setting state change command is received, various setting states are changed based on a change command based on the received signal and data stored in the storage unit. The portable wireless device according to claim 5. 7. An operation means for instructing a change of various settings, wherein the control means, when changing a setting state based on a signal received by the receiving means, instructs the operation means to change various settings. 7. The portable wireless device according to claim 3, wherein the portable wireless device is partially invalidated.