JP3745792B2 - Wireless telephone - Google Patents

Description

[0001]
[Industrial application fields]
The present invention relates to a radiotelephone suitable for application to a PHS (Personal Handyphone System), and more particularly, a radio using a radio zone identification signal transmitted from a radio base station as position recognition information of the radiotelephone. Regarding telephones.
[0002]
[Prior art]
Recently, with rapid advancement of digital technology, mobile communication systems are also shifting from analog communication systems to digital communication systems. In mobile communication systems, it is indispensable to send and receive control signals between a radio base station connected to a communication network and a mobile phone. By using digital signals for these control signals, high efficiency and high quality are achieved. It is possible to construct a basic system that realizes wireless transmission. In addition, application of digital technology in a mobile communication system enables further miniaturization of a radio base station and a mobile phone, and improves the portability of the mobile phone.
[0003]
For this reason, recently, the number of mobile phones using digital technology has been rapidly increasing. This solves the problem that it is difficult to cope with the increase in subscribers due to the allocation limitation of the use frequency in the conventional analog system and the problem that the secrecy is difficult.
[0004]
Recently, a second-generation cordless telephone system (hereinafter abbreviated as PHS: Personal Handyphone System) using digital technology extensively has been studied.
The radio telephone used in the PHS has a feature that it can be used as a mobile phone as well as a handset of the base unit.
[0005]
In other words, wireless telephones used in PHS are designed to establish communication channels separately with public wireless base stations and with private wireless base stations that are the parent devices of each device. A wireless zone in which a communication channel can be established between the base station and the own device is set in advance. However, the public wireless base station can be used from any wireless telephone, but the private wireless base station can be used only from a wireless telephone that is a slave unit of the private wireless base station.
[0006]
In addition, this PHS divides the wireless phone usage area into small zones called microcells with a radius of several hundreds of meters, enabling repeated use of frequencies, creating a huge number of channels, and using limited frequency resources. It has become a system that can be used for. In addition, since the zone (also referred to as a cell) is made smaller, the transmission output of the wireless telephone can be reduced compared to conventional mobile phones and automobile telephones, so the wireless telephone can be reduced in size and power consumption, and the battery can be reduced in size. And longer operating time.
[0007]
In the wireless communication section between the wireless telephone and the public wireless base station, in order to perform communication effectively, the calling subscriber identification information of the wireless telephone (hereinafter abbreviated as wireless telephone ID code) is as follows. Control) and wireless zone identification information (hereinafter abbreviated as a wireless zone ID code).
[0008]
That is, the public radio base station transmits the radio zone ID code owned by the public radio base station every predetermined time, and the radio telephone located in the radio zone of the public radio base station When the wireless zone ID code is received, the wireless zone ID code is sequentially stored in the control unit, and the wireless telephone ID code owned by the wireless telephone is assigned to the public wireless base station that owns the wireless zone ID code. Send.
[0009]
Therefore, the public radio base station receives the radio telephone ID code returned from the radio telephone located in the radio zone of the public radio base station according to the radio zone ID code transmitted every predetermined time. Thus, the radio telephone ID code of the radio telephone located in the radio zone of the public radio base station is grasped. In addition, in this public radio base station, the information of the radio telephone located in the radio zone of the own station is transmitted to the control center which manages the public radio base station through the office line and the communication network, As shown in FIG. 2, the control center stores the radio telephone dial number data of a plurality of radio telephones, the radio telephone ID code of each radio telephone, and the in-zone radio zone ID code where each radio telephone is currently located. When the information of the wireless telephone located in the wireless zone of the local station is input from the public wireless base station via the office line and the communication network, the information is stored in the memory area.
[0010]
Then, in the control center, when a PHS radio telephone is called by the caller, the memory area is searched based on the other party radio telephone dial number data input from the caller via the communication line network. Based on the radio telephone ID code and the radio zone ID code registered corresponding to the other party radio telephone dial number data, the radio telephone is connected to the public radio base station that owns the radio zone ID code. An instruction to request a call of a wireless telephone having the ID code is given.
[0011]
Also, when a call is made from a PHS radio telephone, the radio telephone is connected to a public radio base station having a radio zone ID code stored in the control unit and received at the location where the radio telephone is currently located. To send a call signal.
[0012]
[Problems to be solved by the invention]
However, the method of using the wireless zone ID code in the conventional PHS is used as a control signal for effectively performing communication in the wireless communication section between the wireless telephone and the wireless base station as described above. It was just being done.
Therefore, for example, in order to notify that the getting-off station is approaching when boarding a commuter train using a conventional PHS radio telephone, there is no choice but to use an alarm function based on time provided in the radio telephone.
[0013]
In this case, the user estimates the time of arrival near the disembarking station, registers the estimated time in the wireless telephone, and the wireless telephone performs a notification operation based on the registered time to the user. On the other hand, it was informing that the getting-off station was approaching.
[0014]
However, since this method is a notification operation command based on the time, if the train operation diagram is disturbed for some reason, the notification operation execution point may deviate from the vicinity of the getting-off station, or the commuting time Is not constant, there is a problem in that it is inconvenient because the notification operation execution time must be registered again each time.
[0015]
Therefore, the present invention has been made in consideration of the above situation, and in the PHS, paying attention to the fact that the use area of the radio telephone is divided into small zones each having a radius of several hundred meters, the radio base station The wireless zone ID code transmitted from the wireless telephone is used not only as a control signal for effectively performing communication in the wireless communication section between the wireless telephone and the wireless base station, but also as position recognition information of the wireless telephone. The purpose is to provide a wireless telephone that performs various processes based on the position (wireless zone).
[0016]
[Means for Solving the Problems]
  The invention described in claim 1
  Detection means for detecting radio zone identification information transmitted from a radio base stationIn a wireless phone equipped with,
  Information indicating the specific position of the desired wireless zone identification informationPosition information registration means for registering as
  A notification form registration means for registering a notification form corresponding to the wireless zone identification information registered as specific position information in the position information registration means;
  At the point where the wireless phone is currently locatedBeforeDetected by detection meansBe doneWireless zone identificationinformationAnd the location information registration meansspecificWireless zone identification registered as location informationinformationA comparison means for comparing
  When the comparison means determines that both are the same,In accordance with the notification form registered in the notification form registration means corresponding to the wireless zone identification information determined to be the same,For usersspecificAn informing means for informing that it is a position;
  The above-mentioned purpose is achieved by providing.
[0017]
  In this case, as described in claim 2, the location information registration unit includes:Means for registering a plurality of wireless zone identification information as specific location information, and the notification form registration means is associated with each wireless zone identification information registered as specific location information in the location information registration means; It is effective to provide a means for registering each notification form, and as set forth in claim 3, the mode of the radio telephone is set to a notification mode capable of notifying that a specific position is provided by the notification means. And means for canceling the notification mode set by the meansIt is effective to prepare.
[0018]
  The invention according to claim 4
  In a radio telephone provided with a detecting means for detecting radio zone identification information transmitted from a radio base station,
  Position information registration means for registering desired wireless zone identification information as information representing a specific position;
  A transmission message registration means for registering a desired message and data representing a destination to which the message is to be transmitted in correspondence with the wireless zone identification information registered as specific position information in the position registration means;
  A comparison means for comparing the wireless zone identification information detected by the detection means at a point where the wireless telephone is currently located with the wireless zone identification information registered as specific position information in the position information registration means;
  When the comparison means determines that both are the same, the message registered in the transmission message registration means corresponding to the wireless zone identification information determined to be the same is registered together with the message. Automatic transmission means for transmitting to a destination specified by the data based on data representing the destination
  Means for setting the mode of the wireless telephone to an automatic transmission mode capable of automatic transmission of messages by the automatic transmission means;
  Means for canceling the automatic transmission mode set by the setting means;
  The above-mentioned purpose is achieved by providing.
[0019]
  In this case, as described in claim 5, the location information registration means includes means for registering a plurality of wireless zone identification information as specific location information, and the transmission message registration means is included in the location information registration means. It is effective to provide means for registering a desired message and data representing a destination to which the message is to be transmitted in association with each wireless zone identification information registered as the specific position information.
[0020]
  The invention described in claim 6
  In a radio telephone provided with a detecting means for detecting radio zone identification information transmitted from a radio base station,
  Position information registration means for registering desired wireless zone identification information as information representing a specific position;
  Corresponding to the wireless zone identification information registered as specific location information in the location registration means, counterpart data registration means for registering data representing a communication counterpart,
  A comparison means for comparing the wireless zone identification information detected by the detection means at a point where the wireless telephone is currently located with the wireless zone identification information registered as specific position information in the position information registration means;
  When it is determined by the comparison means that both are the same, the data representing the communication partner registered in the partner data registration unit corresponding to the wireless zone identification information determined to be the same Based on automatic transmission means for automatic transmission,
  Means for setting the mode of the wireless telephone to an automatic transmission mode capable of automatic transmission by the automatic transmission means;
  Means for canceling the automatic call mode set by the setting means;
  The above-mentioned purpose is achieved by providing.
[0021]
  In this case, as described in claim 7, the location information registration unit includes a unit that registers a plurality of wireless zone identification information as specific location information, and the destination data registration unit includes the location information registration unit. It is effective to provide means for registering data representing a communication partner in correspondence with each wireless zone identification information registered as the specific position information.
  Further, as described in claim 8, in each of the inventions described in claims 1 to 7, the position information registration unit sets a specific position for the wireless zone identification information detected by the detection unit in an arbitrary place. It is effective that the information is registered as information to be expressed.
[0022]
[Action]
  According to invention of Claim 1,
  In a radiotelephone provided with detection means for detecting radio zone identification information transmitted from a radio base station, desired radio zone identification information is registered as information representing a specific position in the position information registration means, and notification form registration means By registering a desired notification form corresponding to the wireless zone identification information registered as specific location information in the location information registration means, the comparison means detects the detection point at the point where the wireless telephone is currently located. If the wireless zone identification information is compared with the wireless zone identification information registered as the specific location information in the location registration means and it is determined that they are the same, the notification means specifies the user. The notification form registered in the notification form registration means corresponding to the wireless zone identification information determined to be the same as the position It is possible to notify.
[0023]
  ThereforeExampleFor example, if it is used as a means for notifying that the getting-off station is approaching when boarding a commuter train, the location of the station one station in front of the getting-off station is registered as the operating point of the notifying means. Regardless of this, it is possible to perform a notification operation to the user at a station just before the disembarking station, and it can be used as a notification for waking up or calling instructions.
  Further, in this method, since the notification operation is not performed based on the time but based on the position (wireless zone), even when the commuting time is not constant, the operation setting of the notification means is registered each time. It is possible to further enhance the function of the wireless telephone as an alighting station alarm device, such as no need to correct it. Moreover, since the desired notification form can be registered, for example, in the notification that the getting-off station is approaching, vibration is registered as the notification form, and according to the surrounding situation at the time of notification execution, sound, light, vibration, etc. Therefore, it is possible to further enhance the notification function.
[0024]
  According to a second aspect of the present invention, the location information registration means can register a plurality of radio zone identification information as specific location information, and the notification form registration means can register the location information registration. It is possible to register a desired notification form corresponding to each wireless zone identification information registered as specific position information in the means.
  Therefore, for example, when utilizing as a means for notifying that the getting-off station is approaching, it is possible to set a notification form such as only vibration at the station in front of the getting-off station and sound and vibration at the getting-off station. It is possible, and if such a setting is made, it becomes possible to recognize the current position by the notification mode executed at the time of notification execution without depending on the scenery outside the window, announcements, etc.Etc. of wireless telephoneAlighting station alarmCan be further enhanced.
  According to a third aspect of the present invention, the mode of the radio telephone can be set to a notification mode in which the notification unit can notify the specific position by the notification mode setting means, and the notification mode is canceled by the notification mode release means. Therefore, once the specific location information to be notified and its notification form are registered, the notification processing based on the registered content can be performed as needed without deleting the registration content or re-registering. It can be stopped and restarted, improving usability.
  As a result, the usability of the radio telephone can be improved.
[0025]
  According to the invention of claim 4, which is the second independent claim,
  In a radio telephone having detection means for detecting radio zone identification information transmitted from a radio base station, desired radio zone identification information is registered as information representing a specific position in the position information registration means, and a transmission message registration means To register the desired message and data representing the other party to which the message should be transmitted in correspondence with the wireless zone identification information registered as the specific location information in the location registration means, and by the mode setting means By setting the mode to an automatic transmission mode capable of automatic message transmission, the comparison means detects the wireless zone identification information detected by the detection means at the point where the wireless telephone is currently located and the specific position information in the position registration means Compared to the wireless zone identification information registered as In addition, the message registered in the transmission message registration unit corresponding to the wireless zone identification information determined to be the same can be transmitted to the transmission destination registered together with the message by the automatic transmission unit. It becomes.
[0026]
  Therefore, for example, when sending a call “going home” to the home when returning home, the passing station on the way home is registered as an automatic transmission point, and the other party is associated with the location registration information. By registering the data to be displayed and the message data of “returning from now” and setting the mode of the wireless telephone to the automatic transmission mode, the position registration information is obtained when the wireless telephone passes through the wireless zone where the position registration is performed. The message data can be automatically transmitted based on the data representing the other party registered corresponding to.
  According to the invention of claim 5, the location information registration means can register a plurality of radio zone identification information as specific location information, and the transmission message registration means can register the location information registration. It is possible to register a desired message and data representing the other party to which the message is to be transmitted in correspondence with each wireless zone identification information registered as specific location information in the means. Can be improved.
[0027]
  According to the invention of claim 6 which is the third independent claim,
  In a radio telephone provided with a detecting means for detecting radio zone identification information transmitted from a radio base station, the desired radio zone identification information is registered as information representing a specific position in the position information registration means, and the other party data means Automatically registering data representing the communication partner in correspondence with the wireless zone identification information registered as specific location information in the location registration means, and automatically transmitting the mode of the wireless telephone by the mode setting means By setting the transmission mode, the comparison means detects the wireless zone identification information detected by the detection means at the point where the wireless telephone is currently located, and the wireless zone identification information registered as specific position information in the position registration means If the wireless zone is determined to be the same by the automatic transmission means, Based on the data representing the communication partner that support registered in the destination data means identification information, it is possible to automatically transmitted.
[0028]
  Therefore, for example, when making a call “going home” to the home when returning home, the passing station on the way home is registered as an automatic transmission point, and the communication partner is associated with the location registration information. When the wireless phone passes the wireless zone where the location registration is performed, it is registered corresponding to the location registration information. It is possible to automatically make a call based on data representing the other party.
  According to the invention of claim 7, the location information registration means can register a plurality of radio zone identification information as specific location information, and the destination data registration means can register the location information. Since it is possible to register data representing the communication partner in correspondence with each wireless zone identification information registered as specific location information in the registration means, the usability can be further improved.
[0029]
  According to claim 8,
  Since the position information registration means can register the wireless zone identification information detected by the detection means at an arbitrary place as information indicating a specific position, the identification information of the wireless zone located in the commuting route When registering as information indicating a specific location, that is, when registering as location information for notifying that the getting-off station is approaching when boarding a commuter train, or sending a call “coming home” on the way home In the case of registering a location as an automatic transmission point when performing the location registration processing, the location registration process can be easily performed.
[0030]
【Example】
Hereinafter, preferred embodiments of the present invention will be described with reference to FIGS.
1 to 7 are diagrams showing an embodiment in which the radio telephone according to the first to third aspects of the invention is applied to PHS.
First, the configuration will be described.
FIG. 1 is a diagram showing an overall system configuration of the PHS. In FIG. 1, a PHS includes a communication line network 10, a telephone set 11 connected to the communication line network 10 via a station line 19, a private radio base station (in-home base station, BS) 12, a public radio base station ( CS) 13, 14 and the control center 18, and only the wireless telephone (PS) 17, which is a slave unit having the private wireless base station 12 as a parent device, is used for the private wireless base station 12. Access is possible when the wireless base station 12 is located within the wireless zone of the private wireless base station 12, and the public wireless base stations 13 and 14 are within the wireless zone of the public wireless base stations 13 and 14. Wireless telephones (PS) 15 and 16 in the PHS located in
[0031]
Note that the wireless telephones 15 and 16 can access a private wireless base station which is a parent device of the own device (not shown).
Further, the radio telephone 17 can be used as a mobile phone in the PHS when taken outdoors, and when it is located in the radio zone of each public radio base station 13, 14, it can be used for each public telephone. Access to the radio base stations 13 and 14 is possible.
[0032]
In FIG. 1, the control center 18 manages and manages the PHS. As shown in FIG. 2, a plurality of radio telephone dial number data, radio telephone ID codes of the radio telephones, and radio telephones are currently located. A memory area for storing the existing wireless zone ID code is formed.
[0033]
The visited radio zone ID codes stored and managed in the memory area may be registered as one visited radio zone ID code in a plurality of public radio base stations.
[0034]
The control center 18 is connected from the telephone 11 via the office line 19 and the communication network 10, or from the radio telephones 15 and 16 via the public radio base stations 13 and 14, the office line 19 and the communication network 10. When a call signal is received, the memory area is searched based on the partner radio telephone dial number data included in the call signal, and the radio telephone stored in correspondence with the partner radio telephone dial number data Based on the ID code and the in-zone wireless zone ID code, the public radio base station that owns the in-zone radio zone ID code is requested to transmit a call signal to the radio telephone that owns the radio telephone ID code. To that effect.
[0035]
When a plurality of public radio base stations own one in-service zone ID code, the control center 18 requests each public radio base station to transmit a paging signal. After instructing, the public radio base station having the highest reception level is selected according to the level of the reception level of the response signal from the radio telephone received by each public radio base station, and the line is connected.
[0036]
The communication line network 10 may be a PSTN (public telephone network) or an ISDN (integrated service digital network).
The above is the overall configuration of the PHS.
[0037]
Next, the configuration of a mobile phone or a wireless phone used as a slave in the PHS will be described with reference to FIGS.
FIG. 3 is an external view of the radio telephones 15, 16, and 17 in FIG.
In FIG. 3, a radiotelephone includes an antenna 21 that transmits and receives radio signals between a public radio base station and a private radio base station that is a master unit of the public radio base station, key input contents in a key input unit 23, and A liquid crystal display unit 22 for displaying various function guidance, a key input unit 23 composed of a numeric keypad, a registration key, a reception speaker 24 for reproducing received voice, a microphone 25 for inputting transmitted voice, and an incoming call state And a speaker 26 for acoustically informing the user that the user is at the registered position.
[0038]
FIG. 4 is a block diagram of the radio telephone shown in FIG.
4, the wireless telephone includes an antenna 21, a liquid crystal display unit 22, a key input unit 23, a receiving speaker 24, a microphone 25 and a speaker 26, a switch (SW) 27, a receiving unit 28, The transmission unit 29, the synthesizer 30, the digital modulation / demodulation unit 31, the TDMA processing unit 32, the speech codec unit 33, the voice conversion circuit unit 34, the control unit 35, the ROM 36, the RAM 37, the vibrator 38, and the LED 39 are included.
[0039]
The antenna 21 is a radio zone ID code, a radio telephone ID code, a call signal or a voice in a predetermined frequency band with a public radio base station or a private radio base station which is a master unit of the own antenna. A transmission / reception signal including a signal is transmitted / received, a reception signal received via the switch 27 is output to the reception unit 28, and a transmission signal input from the transmission unit 29 is transmitted via the switch 27.
[0040]
The switch 27 is controlled to be switched by the control unit 35 and switches and connects the receiving unit 28 and the transmitting unit 29 to the antenna 21. Usually, the antenna 21 and the receiving unit 28 are connected, and the antenna 21 and the transmitting unit are transmitted during transmission. 29 is connected.
When receiving the reception signal in the reception frequency band set by the synthesizer 30 from the antenna 21 via the switch 27, the reception unit 28 amplifies the reception signal with a predetermined amplification factor and outputs the amplified signal to the digital modulation / demodulation unit 31.
[0041]
When the transmission signal is input from the digital modulation / demodulation unit 31, the transmission unit 29 transmits the signal from the antenna 21 via the switch 27 in the transmission frequency band set by the synthesizer 30.
When the control unit 35 instructs the oscillation frequency band, the synthesizer 30 sets the frequency band in the reception unit 28 and the transmission unit 29.
[0042]
The digital modulation / demodulation unit 31 digitally demodulates the digitally modulated reception signal input from the reception unit 28 and outputs the demodulated signal to the TDMA processing unit 32, and digitally modulates the transmission signal input from the TDMA processing unit 32. 29.
[0043]
A TDMA (Time Division Multiple Access) processing unit 32 exchanges transmission / reception voice signals between the digital modulation / demodulation unit 31 and the speech codec unit 33 and also communicates with the control unit 35. Sends and receives control signals, extracts the actual digital data received in a predetermined time slot, and adds a header input from the control unit 35 to the digital data (voice data) created inside the radio telephone The data is converted into a predetermined data format, inserted into a predetermined time slot, and output to the digital modulation / demodulation unit 31.
[0044]
The speech codec unit 33 decompresses the digital audio data compressed by the ADPCM method or the like input from the TDMA processing unit 32 and outputs the decompressed digital audio data to the audio conversion circuit unit 34, and the digital audio data input from the audio conversion circuit unit 34 Is compressed by the ADPCM method or the like and output to the TDMA processing unit 32.
[0045]
The voice conversion circuit unit 34 includes an A / D converter, a D / A converter, and the like, converts the digital voice data input from the speech codec unit 33 into an analog voice signal, and outputs the analog voice signal to the reception speaker 24. At the same time, the analog voice signal input from the microphone 25 is converted into digital voice data and output to the speech codec unit 33.
[0046]
The control unit 35 includes a CPU (Central Processing Unit) and the like, and controls each unit of the radio telephone according to various control programs stored in the ROM 36.
[0047]
In addition, the control unit 35 forms a memory area (not shown) for sequentially storing a radio zone ID code transmitted from the public radio base station in each radio zone every predetermined time, and a TDMA processing unit When a wireless zone ID code is input from 32, the wireless zone ID code is stored in the memory area, and the wireless zone ID code stored in the memory area is compared with the input wireless zone ID code. The radio telephone ID code owned by the radio telephone stored in the ROM 36 is output to the TDMA processing unit 32, and the radio telephone ID code is sent to the public radio base station that owns the inputted radio zone ID code. Instruct the relevant units to transmit.
[0048]
Further, the control unit 35 executes notification processing according to a notification processing flow, which will be described later, stored in the ROM 36, and when the wireless telephone is located in the wireless zone where the location registration has been performed in advance, Based on the notification form data stored in the RAM 37 corresponding to the zone ID code, a registered position notification signal is output to the speaker 26, the vibrator 38, or the LED 39 to indicate that it is a registered position for the user. Inform.
[0049]
A ROM (Read Only Memory) 36 is a control program for controlling each unit of the wireless telephone, such as a communication control processing program, a position / notification form registration processing program, or a notification processing program, which is executed by the control unit 35. Is stored.
[0050]
A RAM (Random Access Memory) 37 forms a data area for temporarily storing various data when the control unit 35 executes communication control processing or the like. Further, as shown in FIG. 5, the RAM 37 forms a memory area for storing a plurality of wireless zone ID codes and notification form data, and as position registration information according to a position / notification form registration processing flow described later. A wireless zone ID code and notification form data associated with the location registration information are stored.
The liquid crystal display unit 22 displays various display data input from the control unit 35.
[0051]
The speaker 26 is driven by a ringer signal input from the control unit 35 when a call is received, and generates a ringer sound. In addition, a notification sound is generated based on the registered position notification signal input from the control unit 35, and the user is notified of the fact that the user is in the incoming state or the registered position.
The vibrator 38 vibrates based on an incoming call notification signal or a registered position notification signal input from the control unit 35, and notifies the user that it is in an incoming state or a registered position by vibration.
[0052]
The LED 39 blinks based on an incoming call notification signal or a registered position notification signal input from the control unit 35, and informs the user that it is in an incoming state or a registered position by flashing light.
The above is the configuration of the mobile phone or the wireless phone used as a slave in the PHS.
[0053]
Next, the operation of this embodiment will be described.
First, a method for registering a position and a notification form in a wireless telephone will be described based on a flowchart of a position / notification form registration process executed by the control unit 35 of the wireless telephone shown in FIG.
The position / notification form registration process is a process of registering a position (wireless zone) for performing the notification operation and a notification form to be executed at the position, and the position / notification form registration mode is set by the key input unit 23 shown in FIG. When designated (step S1), the program relating to the position / notification form registration process stored in the ROM 36 is read and the process is started.
[0054]
First, when the user presses the registration key of the key input unit 23 shown in FIG. 3, the control unit 35 receives the signal at the point where the wireless telephone is currently stored, which is stored in the memory area in the control unit 35. The stored wireless zone ID code is stored as location registration information in the RAM 37 according to the data structure shown in FIG. 5 (step S2).
[0055]
Then, the control unit 35 prompts the user to select a notification form when notifying that it is a registered position from sound, light, and vibration, and is specified when the notification form is selected by the user. The notification form is stored as notification form data in the RAM 37 in correspondence with the wireless zone ID code as shown in FIG. 5 (step S3), and the position / notification form registration process is terminated.
The above is the operation procedure of the position / notification form registration process executed by the control unit 35 of the wireless telephone.
[0056]
Next, the notification process executed by the wireless telephone will be described based on the flowchart of the notification process executed by the control unit 35 of the wireless telephone shown in FIG.
The notification process is based on the position (wireless zone) registered in the position / notification form registration process flow described above and the notification form corresponding to the position, and the wireless telephone is located in the wireless zone where the position registration is performed. If the notification mode is designated by the key input unit 23 shown in FIG. 3, the program relating to the notification process stored in the ROM 36 is read and the process is executed. Start.
[0057]
In the control unit 35, first, the wireless zone ID code stored in the memory area in the control unit 35 and received at the location where the wireless telephone is currently located is stored in the RAM 37 as location registration information. If the wireless zone ID codes match, that is, if the wireless telephone is located in the wireless zone where the location registration has been performed, the above determination is made (step S11). Based on the notification form data stored in the RAM 37 corresponding to the wireless zone ID code, a notification operation is performed to the user using the speaker 26, the vibrator 38, or the LED 39 (step S12).
[0058]
If both wireless zone ID codes do not match, that is, if the wireless telephone is not located in the wireless zone where the location registration has been performed, whether or not both wireless zone ID codes subsequently match. Monitor.
[0059]
Next, in step S13, whether the wireless zone ID code received at the point where the wireless telephone is currently located, which is stored in the memory area in the control unit 35, has changed from the wireless zone ID code matched in step S11. If the wireless zone ID code has not changed, that is, if the wireless telephone still remains in the wireless zone corresponding to the wireless zone ID code matched in step S11, Monitoring whether or not the wireless zone ID code stored in the memory area in the control unit 35 and received at the point where the wireless telephone is currently located has changed from the matched wireless zone ID code in step S11. Do.
[0060]
If the wireless zone ID code has changed, that is, if the wireless telephone has moved outside the wireless zone corresponding to the wireless zone ID code matched in step S11, the process returns to step S11 and the notification process is started again. To do.
Therefore, the notification operation based on the location registration information is limited to the first time when it is detected that the wireless telephone is located in the wireless zone where the location registration is performed.
In the notification process flow, the notification process ends when the notification mode is canceled by the key input unit 23 shown in FIG.
The above is the operation procedure of the notification process executed by the control unit 35 of the wireless telephone.
[0061]
Therefore, in the PHS according to the present embodiment, in the mobile phone or the radio phone used as the slave unit, the control unit 35 is stored in the memory area in the control unit 35 and the point where the radio phone is currently located. Is compared with the wireless zone ID code stored in the RAM 37 and registered as location registration information by the location / notification form registration processing flow described above, and it is determined that they are the same. In this case, it is possible to notify the user that it is a registered position.
The RAM 37 can register a plurality of wireless zone ID codes as position registration information.
[0062]
Therefore, based on the radio zone ID code transmitted from the radio base station, it is possible to set the operation of the notification means for a plurality of radio zones having a specific radius of about several hundred meters where the location registration is performed. If you use it as a means of notifying that you are getting close when you get on a commuter train, registering the station one station in front of the disembarking station as the operating point of the notification means will contribute to the disturbance of the train operation diagram. Accordingly, it is possible to perform a notification operation to the user at a station in front of the exit station, and it can be used as a notification for waking up or calling instructions.
[0063]
Further, in this method, since the notification operation is not performed based on the time but based on the position (wireless zone), even when the commuting time is not constant, the operation setting of the notification means is registered each time. The function of the wireless telephone as a portable device can be further enhanced, such as no need for correction.
[0064]
Furthermore, the control unit 35 is stored in a memory area in the control unit 35 by registering a notification form corresponding to the wireless zone ID code registered as location registration information in the RAM 37. When the wireless zone ID code received at the location where the wireless telephone is currently located is compared with the wireless zone ID code stored as location registration information in the RAM 37, and it is determined that both are the same, Based on the notification form stored in the RAM 37 corresponding to the wireless zone ID code determined to be the same, the speaker 26, the vibrator 38, or the LED 39 is used to register the user at the registered position. It is possible to notify that there is.
[0065]
Therefore, when setting the notification operation, it is possible to use different notification forms such as sound, light, vibration, etc. according to the surrounding situation at the time of notification execution, so that the notification function can be further enhanced. For example, when utilizing as a means for notifying that the getting-off station is approaching, by setting the notification form such as only vibration at the station in front of the getting-off station and sound and vibration at the getting-off station, Recognize the current position according to the notification mode that is executed when the notification is executed by properly using the notification format according to each location registration information, such as being able to grasp the current position without relying on scenery outside the window, announcements, etc. This makes it possible to enhance the functions of the wireless telephone as a portable device.
[0066]
In the present embodiment, the user is notified of the registered position by the speaker 26, the vibrator 38, or the LED 39. However, this is not limited to the above contents. For example, Of course, a voice message may be used.
[0067]
In this embodiment, the notification function such as sound, light, vibration, and the like is enhanced by using the speaker 26, the vibrator 38, or the LED 39, but the notification function is properly used. Includes, for example, contents such as changing the manner and size of the notification sound.
[0068]
Furthermore, in this embodiment, the notification operation by the notification process is limited to the first time when it is detected that the wireless telephone is located in the wireless zone where the location registration is performed. For example, the notification operation may be repeatedly executed during the entire period in which the wireless telephone is registered in the wireless zone where the location registration is performed, or the notification operation may be performed. The number of times may be set or the number of times may be set.
The above is description of the Example at the time of applying the radio telephone of the invention of Claims 1 to 3 to PHS.
[0069]
  Next, FIG. 8 to FIG.Thru 7It is a figure which shows the other Example which applied the radio telephone of invention of description to PHS. First, the configuration will be described. FIG. 8 shows claim 4.Thru 7It is a figure which shows the block configuration of the radio telephone to which description invention is applied, and attaches | subjects the same number to the component same as the block configuration of the radio telephone shown in the said FIG.
[0070]
In FIG. 8, the radio telephone includes an antenna 21, a liquid crystal display unit 22, a key input unit 23, a receiving speaker 24, a microphone 25 and a speaker 26 shown in FIG. 3, and the switch (SW) shown in FIG. 27, a reception unit 28, a transmission unit 29, a synthesizer 30, a digital modulation / demodulation unit 31, a TDMA processing unit 32, a speech codec unit 33, a voice conversion circuit unit 34, a control unit 40, a ROM 41, and a RAM 42.
[0071]
The control unit 40 includes a CPU and the like, and controls each unit of the wireless telephone according to various control programs stored in the ROM 41.
Further, the control unit 40 forms a memory area (not shown) for sequentially storing a radio zone ID code transmitted from the public radio base station every predetermined time in the radio zone of the own station. When a wireless zone ID code is input from the unit 32, the wireless zone ID code is stored in the memory area, and the wireless zone ID code stored in the memory area is compared with the input wireless zone ID code. The radio telephone ID code owned by the radio telephone stored in the ROM 41 is output to the TDMA processing unit 32, and the radio telephone ID code is sent to the public radio base station that owns the inputted radio zone ID code. Instruct the relevant units to send the message.
[0072]
Further, the control unit 40 executes automatic transmission processing according to an automatic transmission processing flow described later, which is stored in the ROM 41, and when the wireless telephone is located in a wireless zone where location registration has been performed in advance, this wireless zone The destination dial number data is dialed on the basis of the destination dial number data and voice message data stored in the RAM 42 corresponding to the wireless zone ID code, and the voice message data is transmitted after the line is connected. To do.
[0073]
The ROM 41 stores various control programs for controlling each unit of the wireless telephone, such as a communication control processing program, a position / transmission data registration processing program, or an automatic transmission processing program, which are executed by the control unit 40.
[0074]
  The RAM 42 forms a data area for temporarily storing various data when the control unit 40 executes communication control processing or the like. Further, as shown in FIG. 9, the RAM 42 forms a memory area for storing a plurality of wireless zone ID codes, destination dial number data, and voice message data, and a position / transmission data registration processing flow to be described later. Accordingly, the wireless zone ID code as the location registration information, the destination dial number data and the voice message data corresponding to the location registration information are stored.
  This is the claim 4.Thru 7This is a configuration of a wireless telephone to which the described invention is applied.
[0075]
Next, the operation will be described.
First, a method for registering the position and transmission data in the wireless telephone will be described based on the flowchart of the position / transmission data registration process executed by the control unit 40 of the wireless telephone shown in FIG.
The position / transmission data registration process is a process of registering a position (wireless zone) for executing the automatic transmission process and transmission data to be transmitted at that position. The key input unit 23 shown in FIG. When the credit data registration mode is designated (step S21), the program relating to the position / transmission data registration process stored in the ROM 36 is read and the process is started.
[0076]
First, in the control unit 40, when the registration key of the key input unit 23 shown in FIG. 3 is pressed by the user, the reception is performed at the point where the wireless telephone is currently stored, which is stored in the memory area in the control unit 40. The stored wireless zone ID code is stored as location registration information in the RAM 42 according to the data structure shown in FIG. 9 (step S22). Then, the control unit 40 prompts the user to input a destination dial number for automatic transmission (step S23). When the destination dial number is input by the user, the input destination dial number data is input. Is stored in the RAM 42 in association with the wireless zone ID code as shown in FIG. 9 (step S24).
[0077]
Next, the control unit 40 prompts the user to input a voice message to be transmitted after connecting the line (step S25). When the voice message is input by the user, the input voice message data is shown in FIG. Is stored in the RAM 42 in correspondence with the wireless zone ID code (step S26), and the position / transmission data registration process is terminated.
The operation procedure of the position / transmission data registration process executed by the control unit 40 of the wireless telephone has been described above.
[0078]
Next, automatic transmission processing executed by the wireless telephone will be described based on a flowchart of automatic transmission processing executed by the control unit 40 of the wireless telephone shown in FIG.
In the automatic transmission process, the position of the wireless telephone is registered based on the position (wireless zone) registered in the position / transmission data registration processing flow described above, and the other party dial number data and voice message data corresponding to the position. 3 is a process of transmitting a voice message by auto-dialing on behalf of the user when the mobile station is located in the wireless zone in which the automatic transmission mode is designated by the key input unit 23 shown in FIG. If a program is received, the program relating to the automatic transmission process stored in the ROM 41 is read and the process is started.
[0079]
In the control unit 40, first, the wireless zone ID code stored in the memory area in the control unit 40 and received at the location where the wireless telephone is currently located is stored in the RAM 42 as location registration information. If the wireless zone ID code matches, that is, if the wireless telephone is located in the wireless zone where the location registration has been performed, The other party dial number data stored in the RAM 42 corresponding to the radio zone ID code is dialed out to the public radio base station having the radio zone ID code (step S32).
[0080]
If both wireless zone ID codes do not match, that is, if the wireless telephone is not located in the wireless zone where the location registration has been performed, whether or not both wireless zone ID codes subsequently match. Monitor.
[0081]
  Next, when auto dialing is performed in step S32, the control unit 40 starts a timer (not shown) built in the control unit 40 (step S33) and communicates with the other party that performed auto dialing. Is connected (step S34), and when the telephone line is connected to the other party, the other party dial number data that is dialed out is used.BeforeThe voice message data stored in the RAM 42 corresponding to the radio zone ID code is read out, and the voice message data is transmitted to the public radio base station that owns the radio zone ID code. (Step S35). And the control part 40 closes the telephone line opened between the other party by performing an automatic on-hook (step S36), and transfers to step S38.
[0082]
On the other hand, if the telephone line is not connected to the other party in step S34, the timer value started in step S33 is referred to, and after the timer is started, that is, immediately after auto dialing is performed. Whether or not a predetermined time has elapsed (step S37). If the predetermined time has elapsed, automatic on-hook is performed, the call line connection process is stopped, and the process proceeds to step S38. If the time has not elapsed, the process returns to step S34 to monitor whether or not the telephone line is connected to the other party that has performed auto dialing.
[0083]
Next, in step S38, whether the wireless zone ID code received at the location where the wireless telephone is currently located, which is stored in the memory area in the control unit 40, has changed from the wireless zone ID code matched in step S31. If the wireless zone ID code has not changed, that is, if the wireless telephone still remains in the wireless zone corresponding to the wireless zone ID code matched in step S31, it continues. Thus, monitoring whether or not the wireless zone ID code received at the point where the wireless telephone is currently located, stored in the memory area in the control unit 40, has changed from the wireless zone ID code matched in step S31. I do.
[0084]
If the wireless zone ID code changes, that is, if the wireless telephone moves outside the wireless zone corresponding to the wireless zone ID code matched in step S31, the process returns to step S31 and the automatic transmission process is performed again. Start. Therefore, the automatic transmission process based on the location registration information is limited to the first time when it is detected that the wireless telephone is located in the wireless zone where the location registration is performed. In the automatic transmission process flow, the automatic transmission process is terminated when the automatic transmission mode is canceled by the key input unit 23 shown in FIG.
The above is the operation procedure of the automatic transmission process executed by the control unit 40 of the wireless telephone.
[0085]
  Next, claim 4Thru 7When the wireless telephone of the invention described is applied to the wireless telephone 15 used in the PHS of FIG. 1 and a call is made from the wireless telephone 15 to the telephone 11, the calling side (wireless telephone 15), network (public wireless base) A communication control procedure executed between the station 13, the communication line network 10, the control center 18) and the receiving side (telephone 11) will be described with reference to a flowchart of various signals shown in FIG.
[0086]
In FIG. 12, first, the radio telephone 15 which is the transmission side executes the automatic transmission processing flow described above, and is received at the point where the radio telephone 15 is currently stored, which is stored in the memory area in the control unit 40. When the wireless zone ID code matches the wireless zone ID code stored as the location registration information in the RAM 42, the line allocation request signal is transmitted from the transmitter 29 and the antenna 21 in the wireless telephone 15 by a wireless signal to the public wireless base. Transmit to station 13.
[0087]
When the public radio base station 13 determines a radio communication channel to be allocated to the radio telephone 15 based on the received line allocation request signal, the radio telephone transmits an allocation signal based on the information of the allocated radio communication channel using the radio signal. 15 to send.
Next, when the dialing number of the destination telephone 11 to be called is automatically dialed by the automatic transmission processing flow described above, the wireless telephone 15 stores the information in the wireless telephone 15 based on the dialed dial number data that is dialed out. The calling signal is transmitted to the public wireless base station 13 from the transmitting unit 29 and the antenna 21.
[0088]
This call signal is transmitted from the public wireless base station 13 to the control center 18 via the office line 19 and the communication network 10, and when the call signal is received from the radio telephone 15, the control center 18 receives the call signal. Based on the received call signal, a call signal is transmitted to the destination telephone 11 via the communication network 10 and the office line 19, and at the same time, the calling radio telephone 15 is being called. RBT (Ring Back Tone) signal for transmitting
[0089]
On the other hand, in the wireless telephone 15, time measurement after receiving the RBT signal is performed using a timer built in the control unit 40, and a response signal is not returned from the destination telephone 11 within a predetermined time. Executes automatic on-hook and cancels the call line connection processing.
[0090]
  Further, when the other party telephone 11 is off-hooked in response to the calling signal from the control center 18 and a response signal is returned from the other party telephone 11 to the wireless telephone 15 via the network within a predetermined time, the wireless telephone 15 A telephone line is connected between the telephone 11 and the other party telephone 11, and the radio telephone 15 is connected to the other party dial number data that has been dialed out.BeforeThe voice message data stored in the RAM 42 corresponding to the radio zone ID code is used as a voice signal from the transmitter 29 and the antenna 21 in the radio telephone 15 by a radio signal based on the radio call channel determined by the assigned signal. Transmit to the public wireless base station 13.
[0091]
This audio signal is transmitted from the public radio base station 13 to the destination telephone 11 via the office line 19 and the communication line network 10.
Then, the wireless telephone 15 performs automatic on-hook after the transmission of the audio signal, and transmits a line disconnection request signal from the transmitting unit 29 and the antenna 21 in the wireless telephone 15 to the public wireless base station 13 as a wireless signal. Based on the line disconnection request signal, the public radio base station 13 closes the radio communication channel assigned to the radio telephone 15 and controls the line disconnection request signal via the office line 19 and the communication line network 10. Transmit to the center 18.
[0092]
When the control center 18 receives the line disconnection request signal from the wireless telephone 15, it transmits a busy signal to the destination telephone 11 via the communication line network 10 and the office line 19 based on the received line disconnection request signal. Then, upon receiving a call end signal transmitted by the other party telephone 11 being on-hooked, the telephone line connected between the wireless telephone 15 and the other party telephone 11 is closed, and a series of communication control processes are completed. To do.
The above is the communication control procedure between the network and the destination telephone 11 when making a call from the wireless telephone 15.
[0093]
Therefore, in the PHS according to the present embodiment, in the mobile phone or the radio phone used as the slave unit, the control unit 40 is stored in the memory area in the control unit 40 and the location where the radio phone is currently located. And the wireless zone ID code stored as the location registration information in the location / transmission data registration processing flow described above and stored in the RAM 42 are identical to each other. When determined, the dial number data is dialed based on the dial number data and voice message data stored in the RAM 42 corresponding to the wireless zone ID code determined to be the same, and the line connection is made. Thereafter, the voice message data can be transmitted. The RAM 42 can register a plurality of wireless zone ID codes as location registration information and the dial number data and voice message data corresponding to the wireless zone ID codes.
[0094]
Therefore, for example, when sending a call “going home” to the home when returning home, the passing station on the way home is registered as an automatic transmission point, and the other party's dial corresponding to the location registration information By registering the number data and voice message data of “returning from now” and switching to the automatic transmission mode, when the wireless telephone passes through the wireless zone where the location registration is performed, it is registered corresponding to the location registration information. Can be automatically transmitted based on the dial number data and the voice message data, and such position information and a plurality of output data such as dial number data and message data corresponding to the position information are registered. Therefore, the operation burden on the user can be reduced.
[0095]
In the present embodiment, the voice message data registered by the position / transmission data registration process is transmitted. However, this is not limited to the above-described contents. Of course, it is also possible to transmit message data, electronic sound melody, etc. registered for use.
[0096]
  Further, in this embodiment, the transmission of voice message data by the automatic transmission process is limited to the first time when it is detected that the wireless telephone is located in the wireless zone where the position registration is performed. This is not limited to the above contents. For example, when a telephone line is not connected, automatic transmission may be performed again after a predetermined time has elapsed.
  This is the claim 4.Thru 7It is description of the Example at the time of applying the radio telephone of invention of description to PHS.
[0097]
The present invention has been specifically described above based on the embodiments. However, the present invention is not limited to the above embodiments, and can of course be changed as appropriate without departing from the scope of the invention.
For example, in the above-described two embodiments, the case where the present invention is applied to a wireless telephone whose location is registered with respect to a public wireless base station has been described. In short, the present invention can be applied to any wireless telephone whose location is registered.
[0098]
In the above-described two embodiments, the case where the wireless telephone of the present invention is applied to a PHS wireless telephone has been described. However, this is not limited to the above-described contents. The present invention can be applied.
[0099]
【The invention's effect】
  According to the first to third aspects of the invention,By registering the specific location information and notification form, when the wireless telephone enters the wireless zone where the location registration is performed, the notification form registered corresponding to the location registration information is used to notify the user. The user can be informed that the position is a specific position, and the user is notified of the form of notification.Since it can be used properly according to the surrounding situation at the time of notification execution and the convenience of the user, the notification function can be further enhanced.Further, since a plurality of such position information, messages corresponding to the position information, and data representing the other party can be registered, the operation burden on the user can be reduced. Furthermore, since the user can switch and set whether or not to perform notification in the registered position and notification form, the usability of the wireless telephone as a position notification device can be improved.
[0100]
  In addition, according to the inventions of claims 4 and 5, by registering the specific position information, the message to be transmitted and the data representing the destination, the automatic transmission mode is set, so that the radio telephone is positioned. When entering the registered wireless zone, the message can be sent to the other party based on the data representing the other party registered corresponding to the location registration information. Since the user can switch whether or not to transmit a message registered in correspondence with the position at a certain position to the registered partner, the usability of the radio telephone can be improved. Furthermore, since it is possible to register a plurality of such position information, messages corresponding to the position information, and data representing the other party, the operation burden on the user can be reduced.
[0101]
  Claims6as well as7According to the described invention,By registering specific location information and data representing the communication partner, and setting the automatic call mode,
In the wireless zone where the wireless phone has registered its locationWhen entering, Registered corresponding to location registration informationData representing the communication partnerOn the basis of the,Automatic callCan alsoSince the user can switch whether to make a call to a registered destination corresponding to the registered position, the usability of the radio telephone can be improved. further, Such position information and corresponding to the position informationData representing the communication partnerCan be registered, so that the operation burden on the user can be reduced.
[Brief description of the drawings]
FIG. 1 is a system configuration diagram of an embodiment in which a wireless telephone of the present invention is applied to a second generation cordless telephone system.
FIG. 2 is a configuration diagram of a memory area stored in the control center of FIG. 1;
3 is an external view of a mobile phone or a wireless telephone used as a slave in FIG.
4 is a block configuration diagram of the wireless telephone in FIG. 3;
5 is a diagram showing a data configuration of a wireless zone ID code and notification form data stored in the RAM of the wireless telephone in FIG. 3;
6 is a flowchart of position / notification form registration processing executed by the control unit of the wireless telephone shown in FIG. 4;
7 is a flowchart of notification processing executed by the control unit of the radiotelephone shown in FIG. 4;
FIG. 8 is a block diagram of a radio telephone according to another embodiment of the present invention.
9 is a diagram showing a data configuration of a wireless zone ID code, destination dial number data, and message data stored in the RAM of the wireless telephone of FIG. 8. FIG.
10 is a flowchart of position / transmission data registration processing executed by the control unit of the radiotelephone shown in FIG. 8;
11 is a flowchart of automatic transmission processing executed by the control unit of the wireless telephone in FIG. 8;
12 is a diagram showing a flow of a communication control procedure between a network and a counterpart when making a call from the wireless telephone in FIG. 8;
[Explanation of symbols]
1 PHS
10 Communication network
11 Telephone
12 Private base station
13, 14 Public wireless base station
15, 16, 17 Wireless telephone
18 Control Center
19 stations
21 Antenna
22 Liquid crystal display
23 Key input section
24 Speaker
25 microphone
26 Speaker
27 switches
28 Receiver
29 Transmitter
30 Synthesizer
31 Digital Modulator / Demodulator
32 TDMA processor
33 Speech codec club
34 Voice conversion circuit
35 Control unit
36 ROM
37 RAM
38 Vibrator
39 LED
40 Control unit
41 ROM
42 RAM

Claims (8)

In a radio telephone provided with a detecting means for detecting radio zone identification information transmitted from a radio base station,
Position information registration means for registering desired wireless zone identification information as information representing a specific position;
A notification form registration means for registering a notification form corresponding to the wireless zone identification information registered as specific position information in the position information registration means;
Comparison means for the wireless telephone is compared with the radio zone identification information detected by the pre-Symbol detector Te point odor current location, and a radio zone identification information registered as the specific position information in the position information registration means ,
When it is determined by the comparison means that both are the same, the notification form registered in the notification form registration means corresponding to the wireless zone identification information determined to be the same for the user An informing means for informing that it is a specific position;
A wireless telephone, comprising: The location information registration means comprises means for registering a plurality of radio zone identification information as specific location information ,
2. The notification form registration means comprises means for registering a notification form in association with each wireless zone identification information registered as specific position information in the position information registration means. Wireless phone. The apparatus further comprises means for setting the mode of the radio telephone to a notification mode capable of notifying the specific position by the notification means, and means for canceling the notification mode set by the means. Item 3. The wireless telephone according to item 1 or 2. In a radio telephone provided with a detecting means for detecting radio zone identification information transmitted from a radio base station,
Position information registration means for registering desired wireless zone identification information as information representing a specific position;
A transmission message registration means for registering a desired message and data representing a destination to which the message is to be transmitted in correspondence with the wireless zone identification information registered as specific position information in the position registration means;
Comparison means for the wireless telephone is compared with the radio zone identification information detected by the pre-Symbol detector Te point odor current location, and a radio zone identification information registered as the specific position information in the position information registration means ,
If both are determined to be identical by the comparing means, a message corresponding to the radio zone identification information is determined to be the same is registered in the transmission message registering means is registered together with the message based on the data representing the other party have an automatic transmission means for transmitting to a destination designated in the data,
Means for setting the mode of the wireless telephone to an automatic transmission mode capable of automatic transmission of messages by the automatic transmission means;
Means for canceling the automatic transmission mode set by the setting means;
A wireless telephone, comprising: The location information registration means comprises means for registering a plurality of radio zone identification information as specific location information,
The transmission message registration means corresponds to each wireless zone identification information registered as specific position information in the position information registration means, and each of the desired message and data representing a destination to which the message is to be transmitted. The wireless telephone according to claim 4, further comprising means for registering . In a radio telephone provided with a detecting means for detecting radio zone identification information transmitted from a radio base station,
Position information registration means for registering desired wireless zone identification information as information representing a specific position;
Corresponding to the wireless zone identification information registered as specific location information in the location registration means, counterpart data registration means for registering data representing a communication counterpart,
Comparison means for the wireless telephone is compared with the radio zone identification information detected by the pre-Symbol detector Te point odor current location, and a radio zone identification information registered as the specific position information in the position information registration means ,
When the comparison means determines that both are the same, the data representing the communication partner registered in the partner data registration means corresponding to the wireless zone identification information determined to be the same Based on automatic transmission means for automatic transmission,
Means for setting the mode of the wireless telephone to an automatic transmission mode capable of automatic transmission by the automatic transmission means;
Means for canceling the automatic call mode set by the setting means;
A wireless telephone, comprising: The location information registration means comprises means for registering a plurality of radio zone identification information as specific location information,
The destination data register means, characterized in that it comprises means to correspond to the radio zone identification information of each, and registers the data representing the communication partner, respectively, which is registered as the specific position information in the position information registration means The wireless telephone according to claim 6.   8. The position information registering means is means for registering wireless zone identification information detected by the detecting means at an arbitrary place as information representing a specific position. Wireless phone.

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