JPH08317047A - Received call vibration notice system and vibration caller for portable communication terminal equipment - Google Patents

Abstract

PURPOSE: To obtain the system for notifying the arrival of a call to a specific portable communication terminal equipment vibration caller only designated in advance and the vibration caller for the portable communication terminal equipment. CONSTITUTION: The system is provided with a means setting the same identification code in advance to both the portable communication terminal equipment and the vibration caller for portable communication terminal equipment used in combination, and means 105, 111, 112 sending an electromagnetic wave with the identification code from the portable communication terminal equipment when a call signal is received from a radio base station, and the vibration caller is provided with a means collating whether or not the received identification code is coincident with its own identification code when the vibration caller for portable communication terminal equipment receives the electromagnetic wave with the identification code from the portable communication terminal equipment, and with a means vibrating a built-in vibrator after the coincidence of both the identification codes is discriminated through the collation.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a vibration caller for a mobile communication terminal used in combination with a mobile communication terminal, in which an incoming call is notified only to a vibration caller for a specific mobile communication terminal designated in advance. The present invention relates to a vibration calling device for communication terminals. The mobile communication terminal includes not only a mobile phone and a simple mobile phone, but also a FAX communication terminal through a modem, etc., but the technical idea of the present invention will be exemplified through an example of the simple mobile phone.

[0002]

2. Description of the Related Art When a mobile phone terminal receives an incoming call, the conventional method of notifying the user of the incoming call by vibrating a vibrating caller instead of a ringing sound is known as a radio base of a mobile phone system. When the station sends a call signal, the mobile phone terminal compares the call number included in the call signal with the number held inside the mobile phone, and if they match, the mobile phone terminal receives the call. By recognizing that there is an incoming call and transmitting an incoming call recognition signal to the wireless base station, the fact that the incoming call has been recognized is transmitted.

[0003] In this case, the conventional vibration calling device for a mobile phone is so important as to be versatile so that it can be applied to mobile phones of different models made by different manufacturers or the same manufacturer. 400MHz to 1.5 transmitted
It receives all the GHz radio waves and recognizes that there is an incoming call. Therefore, if there is an incoming call to a specific mobile phone terminal, and it happens that there is a third party who possesses another mobile phone terminal vibration calling device,
The vibration caller of those third parties will also be vibrated.

Further, even if the user responds (off-hook) after the incoming call, or even after that, the call state is continued, 400 MHz to 1.5 GHz from the mobile phone terminal.
As long as the radio wave of is transmitted, the vibration caller continues to vibrate until the switch of the vibration caller is turned off.
The battery has been exhausted in vain. For this reason, the allowable use time of the vibration calling device for mobile phone terminals, which requires the use of a small battery because of space saving, is unduly shortened.

[0005]

SUMMARY OF THE INVENTION According to the present invention, when an incoming call arrives at one's own mobile telephone terminal, only the vibration calling device owned by the user vibrates without vibrating the vibration calling device of another person. , Furthermore, when there is an incoming call to another person's mobile phone terminal, only the vibration caller of another person vibrates,
This is to prevent malfunction of incoming calls by not vibrating your own vibrating caller.

[0006]

The present invention has been made in view of the above points, and the same identification code is set in advance for each of the mobile telephone terminal and the vibration calling device for the mobile telephone terminal, and the telephone terminal is concerned. When an incoming call arrives, the mobile phone terminal sends an identification code, and the vibrating caller confirms that the identification code matches the preset identification code, and then the vibrating caller notifies the incoming call. By configuring to vibrate, the malfunction of incoming call was completely prevented.

That is, when the mobile communication terminal of the present invention receives a calling signal from the radio base station, the mobile communication terminal carrier receives an incoming call through a vibration calling device for the mobile communication terminal which is separate from the mobile communication terminal. The notification method is a means for setting the same identification code in advance for both the mobile communication terminal and the vibration caller for the mobile communication terminal used in combination with the mobile communication terminal, and a call signal from the wireless base station built in the mobile communication terminal. When receiving an electromagnetic wave carrying an identification code from a means for transmitting an electromagnetic wave carrying an identification code and a vibration calling device for a mobile communication terminal, and receiving an electromagnetic wave carrying an identification code from the mobile communication terminal, the received identification code specifies itself. By providing the means for verifying whether or not it is the one and the means for exciting the built-in vibrator when it is determined that the two identification codes match by the verification. Characterized by being adapted to avoid misidentification of incoming. Here, the reason that the electromagnetic wave is used is not limited to the so-called electromagnetic wave, but may be a light ray including infrared rays.

Further, in the method of notifying the user of the portable communication terminal of the present invention that the incoming call is received, the same identification code is set in advance for both the portable communication terminal and the vibration caller for the portable communication terminal used in combination therewith. And a means for carrying the identification code, which is built into the mobile communication terminal and which carries an identification code when receiving a calling signal from a radio base station, and carries an identification code when off-hook or when the line is disconnected. A means for stopping the transmission of electromagnetic waves and a built-in vibration calling device for mobile communication terminals. When an electromagnetic wave carrying an identification code is received from the mobile communication terminal, whether the received identification code specifies itself or not. When the identification code of the two is matched, the built-in vibrator starts to be excited and the transmission of the electromagnetic wave carrying the identification code is stopped. By having a control means for stopping the excitation of the internal vibrator when I, characterized by being adapted to avoid misidentification of incoming.

Another embodiment of the system for notifying the mobile communication terminal carrier of the present invention is that the same identification code is previously given to both the mobile communication terminal and the vibration caller for the mobile communication terminal used in combination with the mobile communication terminal. Setting means, a means for starting the transmission of an electromagnetic wave carrying an identification code when a call signal is received from a wireless base station, and a means for setting a vibration calling device for a mobile communication terminal, When an electromagnetic wave carrying an identification code is received from the terminal,
Means for collating whether or not the received identification code designates itself, control means for starting the excitation of the built-in vibrator when the discrimination between the two identification codes agrees, and portable communication A means for returning an identification code reception confirmation signal to the mobile communication terminal when the electromagnetic wave carrying the identification code specifies itself, which is built in the mobile communication terminal, In response to the identification code reception confirmation signal from the vibration caller for the mobile communication terminal, the control means for stopping the operation of the means for starting the transmission of the electromagnetic wave carrying the identification code, and the built-in mobile communication terminal, turning off・ When a means for sending a vibration stop signal when there is a hook or line disconnection and a vibration calling device for mobile communication terminals are built in, and it is determined that the two identification codes match. Equipped with a control means for starting the vibration of the built-in vibrator and stopping the vibration of the built-in vibrator when the identification code and the vibration stop signal are received, so that misidentification of incoming call can be avoided. It is characterized by

A vibration calling device for a mobile communication terminal according to the present invention comprises:
When the electromagnetic wave carrying the identification code transmitted from the mobile communication terminal side is received, it is a means for collating whether or not the received identification code designates itself, and an identification code which designates itself by collation. And a means for exciting the built-in vibrator when it is determined.

Another embodiment of the vibration calling device for a mobile communication terminal of the present invention is built in the vibration calling device for a mobile communication terminal,
When the electromagnetic wave carrying the identification code transmitted from the mobile communication terminal side is received, it is a means for collating whether or not the received identification code designates itself, and an identification code which designates itself by collation. It is possible to stop the unnecessary vibration continuation by providing a means for exciting the built-in vibrator when it is determined that it is provided, and a means for stopping the vibration of the vibrator when the transmission of the electromagnetic wave carrying the identification code is stopped. It is characterized by doing so.

Still another embodiment of the vibration calling device for a mobile communication terminal according to the present invention is built in the vibration calling device for a mobile communication terminal and receives an electromagnetic wave carrying an identification code transmitted from the mobile communication terminal side. , A means for collating whether or not the received identification code designates self, a means for exciting the built-in vibrator when it is determined that the identification code is self-designated by collation, and the identification code is A vibration of the vibrator is transmitted when a signal indicating that it is the one that specifies itself is confirmed is transmitted to the mobile terminal, and in response thereto, the identification code and the vibration stop signal transmitted from the mobile communication terminal are received. And a means for stopping the vibration, so that the unnecessary vibration continuation can be stopped.

[0013]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described with reference to the drawings. FIG. 1 is a block diagram of a mobile phone terminal side according to the first embodiment of the present invention. In the figure, when the communication circuit 102 receives a calling signal from the wireless base station 100 via the antenna 101, the CPU 103 recognizes that there is an incoming call. Then, the CPU 103 sends a generation instruction and a transmission instruction to the ring back tone generation circuit 104 and the identification code transmission circuit 105. The ringing tone generation circuit 104 has a ringing tone ON / OFF setting memory 107 (O
N: sound the ringing tone, OFF: do not ring the ringing tone), and if ON, ring the ringing tone from the sounding unit 108. The identification code transmission circuit 105 is an ON / O transmission of the identification code set in advance by the keypad 106.
FF setting memory 109 (ON: send an identification code,
OFF: does not send the identification code), if it is ON, the identification code set in advance by the keypad 106 and held in the identification code setting memory 110 is read and sent to the modulation circuit 111. The modulation circuit 111 modulates the identification code and sends it to the identification code signal transmitting section 112,
The vibration calling device 2 is caused to transmit an identification code signal. The identification code sending circuit 105 sends the identification code signal at a constant interval (for example, every one second) until the keypad 106 is off-hook or the communication circuit 102 receives a disconnection signal.

FIG. 2 is a block diagram of the vibration calling device according to the first embodiment of the present invention. When the receiving unit 202 receives the identification code signal from the mobile phone terminal 1 via the antenna 201, the receiving unit sends the received signal to the demodulation circuit 203 to demodulate the identification code and hold it in the identification code memory 204. When the CPU 205 recognizes from the receiving unit 202 that the identification code signal has been received, the identification code preset by the rotary switch or the keypad 206 and held in the identification code setting memory 207 and the demodulated and held in the identification code memory 204. The comparison circuit 208 is caused to compare the generated identification code. If the comparison circuit 208 recognizes that the identification codes are the same as a result of the comparison, it instructs the vibration generation circuit 209 to generate vibration and causes the vibration unit 210 to vibrate. Over a certain period of time (for example, over 3 seconds) at the receiver
If the identification code signal cannot be received, the vibration is stopped.

FIG. 3 is an operation diagram showing an example of presetting the identification code on the side of the portable telephone terminal of the present invention, and FIG. 4 is pre-set with the identification code on the side of the vibration calling device for portable telephone terminals of the present invention. FIG. 6 is an operation diagram showing an example for setting to.

In FIG. 3, 1 is a mobile phone terminal, 22 is an antenna, 23 is a display screen, 24 is a special function key, and 25
Is a numeric key, 26 is a special key, 2 is a vibrating caller, 35
Is a number dial. The user needs to set the identification code before using the mobile phone terminal. In FIG. 3, when the identification code number “15” is set using the keypads such as the special function key 24, the numeric keypad 25, and the special key 26, while checking the display screen 23, for example, the function key 24 is pressed. Press, then the special key 26 “#”, then the number key 25 “1”, then the number key 2
By pressing "5" of 5, the data is recorded in the identification code setting memory such as EPROM built in the mobile phone terminal. This shows an operation performed by the keypad 106 shown in FIG. 1 in the identification code setting memory 110.

In FIG. 4, the user further sets an identification code on the vibration calling device. For example, by rotating a numeric dial 35 such as a rotary switch of the vibration calling device 31, the same identification code "15" as the identification code "15" of the mobile phone terminal is set. This shows an operation that the rotary switch or the keypad 206 in FIG. 2 sets in the identification code setting memory 207.

FIG. 5 is a diagram showing an operation process of signals between the radio base station, the portable telephone terminal and the vibratory caller. Upon receiving the calling signal from the wireless base station 100, the mobile phone terminal 1 reports that the signal has been received by the wireless base station 100.
Send an incoming call recognition signal to. At this time, the mobile phone terminal 1
Confirms the branch of the ringing tone ON / OFF setting memory. If the ringing tone is NO, the ringing tone of the mobile phone terminal is not ringed. If the ringing tone is YES, the ringing tone is ringed, and then the vibrating ringing is performed. Confirmation of the identification code signal transmission ON / OFF setting for setting whether or not to vibrate the device 2, and if YES, the identification code signal is transmitted to the vibration calling device at a fixed interval timing (for example, every one second). . Identification code signal NO
In the case of setting, the identification code is not sent to the vibration calling device 2. When the vibration calling device 2 receives the identification code signal,
It collates with the held identification code, and if they match, vibration is started. When the vibration caller cannot receive the identification code signal for a certain time (for example, 3 seconds or more), the vibration caller stops the vibration.

FIG. 6 is a flow chart of the mobile phone terminal 1 of the present invention. When the call signal CALL is transmitted from the wireless base station 100 to the mobile phone terminal, whether or not the call signal is the call signal of its own specific number is confirmed at the call signal reception ON / OFF branch. Call signal reception O
When it is confirmed in the N / OFF branch that it matches the calling signal of its own specific number, the calling signal becomes YES and the incoming call recognition signal is sent to the wireless base station. When the call signal reception ON / OFF branch does not match the call signal of its own specific number, or the call signal CALL
If the mobile phone terminal cannot be recognized because of an abnormality, the ringing signal reception is NO and the mobile phone terminal is in the standby state.

After the mobile phone terminal 1 sends an incoming call recognition signal to the radio base station 100, the identification code signal is sent ON / OF.
In the branch of F setting, if the setting is YES, the identification code signal is sent to the vibration calling device. When the identification code signal transmission ON / OFF setting is NO, the identification load signal is not transmitted. When the mobile phone terminal is off-hook, the transmission of the identification code signal is stopped, the response signal is transmitted to the wireless base station, and the mobile phone terminal enters the standby state. If the mobile phone terminal is not off-hook, and if the disconnection signal has not been received from the radio base station next time, the identification code signal is sent to the vibratory caller. When the mobile phone terminal receives the disconnection signal from the base station, the transmission of the identification code signal is stopped and the response signal to the disconnection signal is transmitted to the base station.

FIG. 7 is a flow chart of the vibration calling device 2 of the present invention. The vibration calling device is initially in a standby state, and if it does not correctly receive the identification code signal from the mobile phone terminal 1, it returns to a standby state. When receiving the identification code signal from the mobile phone terminal, the vibration calling device 2
Collates the set identification code of the vibration caller with the identification code signal from the mobile phone terminal. If they do not match, the unit returns to the standby state. To start the vibration. When the identification code signal from the mobile phone terminal is received, for example, for 3 seconds or more, the vibration calling device 2 continues to vibrate further, and when the identification code signal from the mobile phone terminal is 3 seconds or less, the vibration calling device. Stops the vibration and returns to the standby state.

FIG. 8 is a block diagram of a portable telephone terminal which is a second embodiment of the present invention. In the figure, the wireless base station 1
When the communication circuit 102 receives the call signal from 00 through the antenna 101, the CPU 103 recognizes that there is an incoming call. Then, the CPU 103 causes the ringing tone generation circuit 10
4 and the identification code transmission circuit 105, the generation instruction and the transmission instruction are transmitted. The ringing tone generation circuit 104 is a ringing tone ON / OFF setting memory 1 preset by the keypad 106.
07 (ON: ring the ringing tone, OFF: do not ring the ringing tone), if ON, the ringing tone is ringed from the sounding unit 108. Identification code signal transmission circuit 105
Refers to the identification code transmission ON / OFF setting memory 109 (ON: transmits the identification code, OFF: does not transmit the identification code) set by the keypad 106 in advance, and if ON, the keypad in advance The identification code set by 106 and held in the identification code setting memory 110 is read out and sent to the modulation circuit 111.

The modulation circuit 111 modulates the identification code and sends it to the identification code signal transmission section 112 to cause the vibration calling device 2 to transmit the identification code signal. The identification code signal sending circuit 105 sends an identification code signal at regular intervals (for example, every 1 second). When the identification code reception confirmation signal is received from the vibration calling device 2, the transmission of the identification code signal is stopped. When the keypad 106 receives an off-hook signal or the communication circuit receives a disconnection signal, the transmission is stopped.

When an off-hook signal is received from the keypad 106 or a disconnection signal is received from the communication circuit 102, an identification code and a vibration stop signal are sent from the identification code signal sending circuit 105 at regular intervals (for example, every 1 second). It After transmitting the vibration stop signal, the vibration caller 2 sends the vibration stop signal,
The transmission of the vibration stop command is stopped by receiving the reception confirmation signal or by timeout for a certain period of time (for example, when the confirmation signal cannot be received within 5 seconds after the first transmission of the vibration stop signal).

FIG. 9 is a block diagram of a vibration calling device according to a second embodiment of the present invention. In the figure, when the signal transmission / reception unit 202 receives an identification code signal from the mobile phone terminal 1, the signal transmission / reception unit 202 sends the reception signal to the demodulation circuit 203 to demodulate the identification code and hold it in the identification code memory 204. The CPU 205 is the receiving unit 202
When it is recognized that the identification code signal is received, the identification code preset by the rotary switch or the keypad 206 and held in the identification code setting memory 207 and the identification code demodulated and held in the identification code memory 204 And the comparison circuit 208.

As a result of the comparison, if the comparison circuit 208 recognizes that the identification codes are the same, the vibration generation circuit 20.
9 is instructed to generate vibration, and the vibrating section 210 is caused to vibrate. Thereafter, the CPU 205 instructs the signal transmission circuit 212 to transmit the identification code reception confirmation signal, and the signal transmission circuit 212
Modulation is performed by the modulation circuit 213, and the signal transmission / reception unit 202 transmits an identification code reception confirmation signal to the mobile phone terminal 1.

After that, when the signal transmitting / receiving unit 202 receives the identification code and the vibration stop signal from the mobile phone terminal 1,
It is demodulated by the demodulation circuit 203 and held in the identification code memory 204 and the reception signal recognition circuit 211. The reception signal recognition circuit 211 sends a vibration stop signal to the vibration generation circuit 209. The vibration generation circuit 209 stops vibration in the vibration unit 210 if the comparison circuit 208 confirms that the identification codes match as a result of the same comparison. Let After that, the CPU 205 instructs the signal sending circuit 212 to send a vibration stop signal and a reception confirmation signal, and the signal sending circuit 212 causes the modulation circuit 21.
3, and the signal transmission / reception unit 202 receives a vibration stop signal,
Send a reception confirmation signal.

FIG. 10 is a diagram showing the operation of signals of the radio base station, portable telephone terminal and vibration calling device according to the second embodiment of the present invention. Upon receiving the calling signal from the wireless base station 100, the mobile phone terminal 1 sends out an incoming call recognition signal to inform the wireless base station 100 that the signal has been received. At this time, the mobile phone terminal 1 confirms the ringing tone ON / OFF setting and the identification code signal transmission ON / OFF setting, and performs an operation according to the setting. When the ring tone setting is ON, the ring tone sounds. When the setting of the identification code signal transmission is ON, the identification code signal is transmitted to the vibration calling device at a constant interval timing (for example, every one second).

When the vibration calling device receives the identification code signal, the vibration calling device collates with the held identification code and, if they match, starts vibration. The vibratory caller then transmits an identification code receipt confirmation signal. Upon receiving the signal, the mobile phone terminal stops transmitting the identification code signal. Off hook,
Alternatively, when the line is disconnected, the mobile phone terminal continues to send the identification code and the vibration stop signal at a constant interval timing (for example, every one second) for a maximum of, for example, 5 seconds, during which the vibration caller receives the vibration stop signal. When the reception confirmation signal of the vibration stop signal is received, the transmission of the vibration stop signal is stopped at that time.

FIG. 11 is a flow chart of the portable telephone terminal of the second embodiment of the present invention. In the figure, the mobile phone terminal is in the standby state, and is in the standby state when the call signal is not received from the radio base station, and when the call signal is received, the incoming call recognition signal is sent to the radio base station. Next, in the ringing tone ON / OFF setting memory, it is confirmed whether to ring the ringing tone of the mobile phone terminal. Ring tone O
When the N / OFF setting memory is NO, the identification code signal is transmitted without turning on the ringing tone of the mobile phone terminal.
Proceed to branch of FF setting. If the ringing tone ON / OFF setting memory is YES, the ringing tone of the mobile phone terminal is sounded, and then the flow proceeds to the branch of the identification code signal transmission ON / OFF setting.

Identification code signal transmission ON / OFF setting is N
When it is O, the identification code signal is not sent to the vibration calling device. Identification code signal transmission ON / OFF setting is YE
In the case of S, the identification code signal is sent to the vibration calling device. The vibration caller collates the identification code signal and compares it with the internal identification code setting memory in the comparison circuit. When the identification code signals match, the vibration caller vibrates.
When the vibration calling device starts to vibrate, the vibration calling device sends an identification code reception confirmation signal to the mobile phone terminal.

FIG. 12 is a continuation of FIG. 11 and is a flow chart of the portable telephone terminal of the second embodiment of the present invention.
In the figure, when the mobile phone terminal receives the identification code reception confirmation signal from the vibration calling device, the mobile phone terminal goes into the off-hook state, sends a response to the radio base station, and then the identification code and the vibration. A stop signal is sent to the vibration caller. The vibration caller receives the identification code signal and the vibration stop signal, collates the identification code, and if they match,
Further, when it is confirmed that the signal is a vibration stop signal, the vibration of the vibration caller is stopped. When the vibration caller stops the vibration, then the vibration caller sends a vibration stop signal and a reception confirmation signal to the mobile phone terminal. The mobile phone terminal confirms whether the vibration stop signal and the reception confirmation signal are received, and if not, confirms that 5 seconds or more have elapsed since the start of sending the vibration stop signal. Start sending the vibration stop signal 5
If it is less than a second, it returns to the branch where the vibration stop signal and the reception confirmation signal from the vibration caller are received. When the mobile phone terminal receives the vibration stop signal and the reception confirmation signal, the transmission of the vibration stop signal is stopped and the mobile phone terminal returns to the standby state.

[0033]

According to the present invention, when an incoming call arrives at one's own mobile telephone terminal, only the vibration calling device which one has is vibrated, and the vibration calling device of another person is not vibrated. When an incoming call is received by the mobile phone terminal, only the vibration calling device owned by another person vibrates, and by preventing the vibration calling device of oneself from vibrating, it is possible to prevent a malfunction of the incoming call.

Even if there is a mobile phone user or a similar vibration calling system user near the user of this system, the possibility of erroneous recognition of an incoming call is reduced. As before, the vibratory caller is sent from the mobile phone terminal 40.
It does not vibrate by receiving all radio waves from 0MHz to 1.5GHz, and it vibrates only when it receives the identification code that is set in advance on the mobile phone terminal and the vibration caller. Alternatively, the possibility that the user's incoming call of the other same vibration calling system is mistakenly recognized as the incoming call to the user's terminal is reduced. Since the identification code signal transmission from the mobile phone terminal uses weak radio waves, even if users of the same vibration calling system use the same identification code settings in the vicinity, the radio waves will not be used. It is less likely that a person's vibrating call will be received, and the likelihood of a false call being received is reduced.

The vibration calling device starts to vibrate in response to the identification code signal from the mobile phone terminal, but the mobile phone terminal stops transmitting the identification code signal in response to the identification code reception confirmation signal from the vibration calling device, After that, by sending the vibration stop signal to the vibration calling device, the mobile phone terminal does not continuously send the identification code signal to the vibration calling device, and the vibration calling device continues to vibrate continuously. Since there is no battery, it is possible to reduce the battery consumption of both the mobile phone terminal and the vibration calling device.

[Brief description of drawings]

FIG. 1 is a block diagram of a mobile phone terminal according to a first embodiment of the present invention.

FIG. 2 is a block diagram of a vibrating caller according to the first embodiment of the present invention.

FIG. 3 is a diagram showing an example of setting an identification code in the mobile phone terminal of the present invention.

FIG. 4 is a diagram showing an example of setting an identification code in the vibration calling device of the present invention.

FIG. 5 is a diagram showing an operation process of signals among a wireless base station, a mobile phone terminal, and a vibration calling device.

FIG. 6 is a flowchart of the mobile phone terminal according to the first embodiment of this invention.

FIG. 7 is a flow chart of the vibration calling device according to the first embodiment of the present invention.

FIG. 8 is a block diagram of a mobile phone terminal according to a second embodiment of the present invention.

FIG. 9 is a block diagram of a vibration calling device according to a second embodiment of the present invention.

FIG. 10 is an operation diagram of signals between a wireless base station, a mobile phone terminal, and a vibration calling device according to a second embodiment of the present invention.

FIG. 11 is a flowchart of a mobile phone terminal according to a second embodiment of the present invention.

FIG. 12 is a continuation of FIG. 11 and is a flowchart of the mobile phone terminal according to the second embodiment of the present invention.

FIG. 13 is a diagram showing a flow chart of an implementation of the vibration calling device of the present invention.

[Explanation of symbols]

 1 Mobile Phone Terminal 2 Vibration Ringer 25 Numeric Keys 35 Numerical Dial 100 Radio Base Station 101 Antenna 102 Communication Circuit 103 CPU 104 Ringing Sound Generation Circuit 105 Identification Code Sending Circuit 106 Keypad 107 Ringing ON / OFF Setting Memory 108 Sounding Section 109 Identification code transmission ON / OFF setting memory 110 Identification code setting memory 111 Modulation circuit 112 Identification code signal transmission unit 201 Antenna 202 Reception unit 203 Demodulation circuit 204 Identification code memory 205 CPU 206 Rotary switch or keypad 207 Identification code setting memory 208 Comparison circuit 209 Vibration generation circuit 210 Vibration part

Claims (6)

[Claims] 1. A method for informing a mobile communication terminal carrier of an incoming call when the mobile communication terminal receives a calling signal from a wireless base station via a vibration calling unit for the mobile communication terminal which is separate from the mobile communication terminal. A means for setting the same identification code in advance for both the mobile communication terminal and the vibration caller for mobile communication terminal used in combination with the mobile communication terminal; and a call signal from a radio base station built in the mobile communication terminal. Means for transmitting an electromagnetic wave carrying the identification code when received, and a built-in vibration calling device for the mobile communication terminal, when the electromagnetic wave carrying the identification code is received from the mobile communication terminal, the received identification code is self And means for exciting the built-in vibrator when it is determined that the identification codes of the two coincide with each other. By was example, the vibration notification mode for the incoming call, characterized in that it has adapted to avoid misidentification of incoming. 2. A method of notifying an incoming call to a mobile communication terminal carrier via a vibration calling device for mobile communication terminal which is separate from the mobile communication terminal when the mobile communication terminal receives a calling signal from a wireless base station. A means for setting the same identification code in advance for both the mobile communication terminal and the vibration caller for mobile communication terminal used in combination with the mobile communication terminal; and a call signal from a radio base station built in the mobile communication terminal. A means for starting the transmission of the electromagnetic wave carrying the identification code when received, and a means for stopping the transmission of the electromagnetic wave carrying the identification code when off-hook or when the line is disconnected; and a vibration for the portable communication terminal. When an electromagnetic wave carrying the above identification code is received from a portable communication terminal and built in a calling device, it is determined whether the received identification code specifies itself. Means for collating and starting excitation of the built-in vibrator when it is determined that the two identification codes match by the collation, and stopping excitation of the built-in vibrator when transmission of electromagnetic waves carrying the identification code is stopped A vibration notification system for incoming calls, which is characterized in that it is possible to avoid erroneous recognition of incoming calls by providing a control means for doing so. 3. A method of notifying a mobile communication terminal carrier of an incoming call when the mobile communication terminal receives a calling signal from a wireless base station via a vibration calling device for the mobile communication terminal which is separate from the mobile communication terminal. A means for setting the same identification code in advance for both the mobile communication terminal and the vibration caller for mobile communication terminal used in combination with the mobile communication terminal; and a call signal from a radio base station built in the mobile communication terminal. A means for starting transmission of an electromagnetic wave carrying the identification code when received, and an identification code received when the electromagnetic wave carrying the identification code is received from the mobile communication terminal built in the vibration calling device for the mobile communication terminal. Means for verifying whether or not the self is specified, and when the identification code of the both is judged to be coincident by the verification, the excitation of the built-in vibrator is started. A control means for storing the identification code reception confirmation signal to the portable communication terminal when the electromagnetic wave carrying the identification code specifies the self, which is built in the vibration calling device for the portable communication terminal. And means for starting the transmission of the electromagnetic wave carrying the identification code in response to the identification code reception confirmation signal from the vibration calling device for the mobile communication terminal, Means for transmitting a vibration stop signal when there is an off-hook or disconnection of the line, and a built-in vibration caller for the mobile communication terminal. When the identification code coincides, the excitation of the built-in vibrator is started, and when the identification code and the vibration stop signal are received, the excitation of the built-in vibrator is stopped. By having a fit of the control means, the vibration notification mode for the incoming call, characterized in that it has adapted to avoid misidentification of incoming. 4. A method for informing a mobile communication terminal carrier of an incoming call when the mobile communication terminal receives a calling signal from a wireless base station via a vibration calling unit for the mobile communication terminal which is separate from the mobile communication terminal. When the electromagnetic wave carried by the vibration calling device for the mobile communication terminal and carrying the identification code transmitted from the mobile communication terminal side is received, it is collated whether or not the received identification code specifies itself. A vibrating caller for a mobile communication terminal, comprising: a means and a means for exciting a built-in vibrator when the identification code identifies the self by the collation. 5. A method of informing a mobile communication terminal carrier of an incoming call when the mobile communication terminal receives a calling signal from a wireless base station via a vibration calling unit for the mobile communication terminal which is separate from the mobile communication terminal. When the electromagnetic wave carried by the vibration calling device for the mobile communication terminal and carrying the identification code transmitted from the mobile communication terminal side is received, it is collated whether or not the received identification code specifies itself. Means, a means for exciting a built-in vibrator when it is determined that the identification code specifies itself by the collation, and a vibration of the vibrator is stopped when transmission of an electromagnetic wave carrying the identification code is stopped A vibrating caller for a mobile communication terminal, characterized in that the continuation of useless vibration can be stopped by the provision of the means for 6. A method for informing a mobile communication terminal carrier of an incoming call through a vibration calling device for mobile communication terminals, which is separate from the mobile communication terminal, when the mobile communication terminal receives a calling signal from a wireless base station. When the electromagnetic wave carried by the vibration calling device for the mobile communication terminal and carrying the identification code transmitted from the mobile communication terminal side is received, it is collated whether or not the received identification code specifies itself. Means, a means for exciting a built-in vibrator when the identification code identifies itself as the identification code by the collation, and a signal indicating that the identification code identifies the identification code And a means for stopping the vibration of the vibrator when the identification code and the vibration stop signal transmitted from the mobile communication terminal in response to the identification code and the vibration stop signal are received. A vibration calling device for a mobile communication terminal, characterized in that it can stop the unnecessary vibration continuation.