JP2002077323A - Device and method for communication and recording medium - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a device which hinders neither viewing of a program nor starting of communication even if a communication terminal communicates during the program broadcasting. SOLUTION: This device is equipped with a reception part 210, which receives a TV program, a communication detection part 230, which detects a communication control signal (communication start) which is generated when a portable telephone starts communicating, and a recording medium 220 such as a VCR cassette, where a TV program is recorded and when the communication detection part 230 detects the communication control signal (communication start), the TV program begins to be recorded to the recording medium 220, so that the user can make a telephone call without anxiety regarding missing the TV program.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

The present invention relates to a technology for automatically controlling another communication terminal using a communication terminal.

[0002]

2. Description of the Related Art In a home, various communication terminals such as a cordless telephone, a portable telephone, a TV and a radio are used. Among such communication terminals, cordless telephones and mobile telephones communicate irregularly, and TVs and radios broadcast programs at certain fixed time zones.

[0003] Here, there are cases where a cordless telephone or a portable telephone is called while watching a TV or radio program. When a call arrives at a cordless telephone or the like, the cordless telephone or the like often emits a ringtone to notify the incoming call. In addition, when a call is received, it is common to give up watching TV and radio programs during that time.

[0004]

However, TV,
While watching a radio program, there are many cases where a TV or radio generates a loud sound and does not notice the ringtone of a telephone call. In such a case, it may not be possible to start communication without noticing the ringtone. On the other hand, if you answer the phone, T
V. I have to give up watching radio programs, and it's annoying. As described above, if a call is received while a TV, radio, or the like is broadcasting a program, the above-described problem occurs.

Accordingly, an object of the present invention is to provide an apparatus or the like which does not hinder the viewing of a program and the start of communication even when a communication terminal performs communication during program broadcasting.

[0006]

According to the present invention, there is provided a communication control apparatus, comprising: destination information recording means; communication control signal generating means;
It has a receiving means, an information display means, and a communication control signal detecting means.

The destination information recording means records destination information of a specific communication partner. The communication control signal generating means generates a communication control signal when the destination information of the communication partner performing the temporary transmission and reception matches the recorded destination information.
The “temporary transmission / reception” includes, for example, outgoing calls (calling the other party but not yet calling), incoming calls (calling from the other party but not yet calling), and the like. That is, it also includes a stage before transmission / reception is started.

[0008] The receiving means receives the continuous information.
The “continuous information” includes, for example, TV and radio programs. The information display means displays the continuous information. "Information display means" includes, for example, means for displaying an image such as a CRT. The communication control signal detecting means detects a communication control signal. Here, when the communication control signal detecting means detects the communication control signal, a message to the effect that transmission and reception are to be performed is displayed on the information display means.

According to the communication control device configured as described above, if the destination information of the communication partner that performs temporary transmission / reception is a specific communication partner, a message indicating that transmission / reception is to be performed is displayed. It becomes easier to notice that you are sending and receiving.

Another aspect of the present invention is a communication control apparatus, which includes a destination information recording unit, a communication control signal generation unit, a reception unit, a communication control signal detection unit, and a recording unit.

The destination information recording means records destination information of a specific communication partner. The communication control signal generating means generates a communication control signal when the destination information of the communication partner performing the temporary transmission and reception matches the recorded destination information. The receiving means receives the continuous information. The communication control signal detecting means detects a communication control signal. The recording means records the continuous information. Here, when the communication control signal detecting means detects the communication control signal, the recording means starts recording the continuous information.

According to the communication control device configured as described above, when the destination for temporary transmission / reception is a specific communication partner, the recording means starts recording continuous information.
Temporary transmission and reception can be performed without being distracted by continuous information.

Still another aspect of the present invention comprises a communication control signal generating means, a receiving means, a communication control signal detecting means, and a recording means.

The communication control signal generating means generates a communication control signal when temporary communication is started. The receiving means receives the continuous information. The communication control signal detecting means detects a communication control signal. The recording means records the continuous information. Here, when the communication control signal detecting means detects the communication control signal, the recording means starts recording the continuous information.

According to the communication control device configured as described above, when the temporary communication is started, the recording of the continuous information is started. Can send and receive.

[0016]

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

FIG. 1 is a diagram showing an overview of a communication control device according to an embodiment of the present invention. From the broadcast station 30, T
V and radio programs are transmitted to the broadcast terminal 20. The broadcast terminal 20 is, for example, a TV or a radio. When a call is made from the mobile phone 40, the call is received by the mobile phone 10 via the base station 50. The communication control device according to the embodiment of the present invention is a mobile phone 10 and a broadcast terminal 20. The mobile phone 10 is a communication terminal that performs temporary transmission and reception.
The broadcast terminal 20 is a communication terminal that receives continuous information transmitted continuously, such as a TV program or a radio program.

Note that a call is made from the mobile phone 10 (calling the other party, but the other party has not been answered), receiving a call (called by the other party, but still not answering), starting and ending transmission and reception. The communication control signal is transmitted to the broadcast terminal 2 according to
Sent to 0. Details of the communication control signal will be described later.

FIG. 2 shows the details of the mobile phone 10. The mobile phone 10 includes a reception signal processing circuit 101, a transmission signal processing circuit 102, a transmission / reception synthesis circuit 103, a key input processing circuit 10,
4, a control circuit 105, an infrared transmitting circuit 106, an antenna 107, and a destination information recording unit 108.

The reception signal processing circuit 101
Is converted into a sound that can be heard by human ears through a speaker (not shown) and output. The transmission signal processing circuit 102 converts a human utterance into an electric signal and outputs the electric signal. The transmission / reception combining circuit 103 includes the antenna 1 of the mobile phone 10.
07 transmits the received signal to the reception signal processing circuit 101, and transmits the electric signal output from the transmission signal processing circuit 102 via the antenna 107. Key input processing circuit 104
Outputs a key code signal in response to a human pressing a key (not shown) of the mobile phone.

The control circuit 105 receives the key code signal, and receives the received signal processing circuit 101 according to the key code signal.
The transmission signal processing circuit 102, the key input processing circuit 104, the infrared transmission circuit 106, and the destination information recording unit 108 are controlled.

More specifically, when answering a call after receiving an incoming call, a predetermined key is pressed. When such key input is made, the control circuit 105 operates the reception signal processing circuit 101 and the transmission signal processing circuit 102. At this time, the infrared transmitting circuit 1
From 06, a communication control signal (communication start) is transmitted.

When the user hangs up the telephone, a predetermined key is pressed.
1. The control circuit 105 stops the transmission signal processing circuit 102. At this time, a communication control signal (communication end) is transmitted from the infrared transmission circuit 106.

When there is an incoming call (or outgoing call), the telephone number of the other party is stored in the other party database 108a described later.
Is transmitted, a communication control signal (incoming / outgoing call display) is transmitted from the infrared transmitting circuit 106 with the name and telephone number of the other party. If it is recorded in the important destination database 108b, the fact that it is recorded in the important destination database 108b is clarified, and a communication control signal (recording start) is transmitted from the infrared transmission circuit 106.

The infrared transmitting circuit 106 transmits an infrared signal which is a communication control signal. The antenna 107 receives radio waves to the mobile phone 10 and transmits radio waves from the mobile phone 10. The destination information recording unit 108 stores the destination database 1
08a, a memory for recording the important destination database 108b. The destination database 108a and the important destination database 108b will be described with reference to FIG. As shown in FIG. 3A, the destination database 108a stores the name and telephone number of the destination in pairs.
It is a telephone directory. Note that the address of the other party may be recorded as necessary. As shown in FIG. 3B, the important destination database 108b is a telephone directory in which the names and telephone numbers of the destinations are recorded in pairs. However, in the important partner database 108b, only the partner who is particularly important for the user of the mobile phone 10 and is not considered to answer the telephone is recorded.

FIG. 4 shows details of the broadcast terminal 20. The broadcast terminal 20 includes a receiving unit 210, a speaker 212, a CRT 21
4, recording medium 220, recording control unit 222, reproduction control unit 2
24, and a communication detection unit 230.

The receiving section 210 is a broadcasting station 30 (see FIG. 1).
The radio wave is received via an antenna, converted into image or audio information, and output. Since the configuration of the receiving unit 210 is similar to that of a general TV or radio, it is well known.
Detailed description of the configuration is omitted. The content broadcast by radio waves from the broadcast station 30 is continuous information such as a TV program or a radio program.

The speaker 212 and the CRT 214 correspond to information providing means for providing continuous information to a viewer. CR
T214 corresponds to information display means for displaying continuous information to a viewer. The speaker 212 provides audio information in the continuous information, and the CRT 214 provides image information in the continuous information. Note that the speaker 212 and the CRT 214 are also well-known because they are similar to general TVs and radios. Also,
In the case of a radio, there is no CRT 214.

The recording medium 220 records the image information and audio information output from the receiving section 210. Recording medium 220
Are, for example, hard disk, VTR (Video Tape Recorder)
der) It is a cassette. The recording medium 220 is a VTR
In the case of a cassette, recording on the recording medium 220 is an act generally called recording.

The recording control section 222 starts recording image information and audio information output from the receiving section 210 on the recording medium 220 in response to a signal from the communication detecting section 230. Further, the end point of the continuous information is detected from the content recorded on the recording medium 220, and the recording is terminated.

When the continuous information is a TV program, the end point of the continuous information is the end point of the TV program. As a method of detecting the end of the TV program, the time difference between the current time and the scheduled end time is obtained by using the fact that the end time of the TV program is predetermined, and when this time difference elapses, T
It may be determined that the V program has ended. Alternatively, some TV broadcast signals include a program end signal or a program end code. Even when such a program end signal or the like is detected, the end time of a TV program can be detected. Such a technique is disclosed in JP-A-11-239327 and JP-A-10-3.
This is a well-known technique described in Japanese Patent No. 22637, and a detailed description thereof is omitted.

The reproduction control section 224 starts providing the recorded contents of the recording medium 220 to the speaker 212 and the CRT 214 in response to the signal from the communication detecting section 230. That is, reproduction is started.

When the recorded content of the recording medium 220 is a TV program, upon reproduction, a commercial is detected from the recorded content on the recording medium 220, and the commercial is skipped and reproduced. The broadcast station 30 (FIG. 1)
) Includes commercial start notice information and commercial end notice information, and a commercial can be detected by detecting such notice information. Such a technique is disclosed in Japanese Patent Application Laid-Open No. 2000-1.
No. 84299 and Japanese Patent Publication No. Hei 7-101928, which are well-known techniques and will not be described in detail.

Further, the reproduction control unit 224 controls the recording medium 22.
As a result of comparing the recorded content of “0” with the output content of the receiving unit 210, if they are the same, the reproduction is stopped and the output of the receiving unit 210 is provided to the speaker 212 and the CRT 214. If the commercial is skipped and reproduced as described above, the output of the receiving unit 210 may eventually catch up. Therefore, as a result of the comparison, if they are the same, it means that it has caught up with the output of the receiving unit 210. Therefore, the reproduction may be stopped and the broadcast of the ordinary TV program may be viewed.

The recording control unit 222 and the recording medium 2
30 corresponds to a recording unit, and the reproduction control unit 224 and the recording medium 230 correspond to a reproducing unit.

Communication detecting section 230 detects a communication control signal transmitted from infrared transmitting circuit 106 (see FIG. 2) of portable telephone 10. Then, a signal is transmitted according to the content of the communication control signal.

That is, when a communication control signal (communication start) is detected, a signal is sent to the recording control unit 222 and the recording medium 2
The recording of the output content of the receiving unit 210 to the storage unit 20 is started.
When the communication control signal (communication end) is detected, the reproduction control unit 2
24 to start providing the recorded contents of the recording medium 220 to the speaker 212 and the CRT 214. When the communication control signal (call display) is detected, as shown in FIG. 5, a display indicating "the telephone has been received (originated)" is displayed on a part of the CRT 214. That is, FIG. 5A shows a state in which a normal TV program is being broadcasted (video is not shown), and FIG. 5B shows a state in which "the telephone has been received (originated)" is displayed. It is. When the communication control signal (recording start) is detected, a signal is sent to the recording control unit 222 to start recording the output content of the receiving unit 210 on the recording medium 230.

Next, an embodiment of the present invention will be described with reference to the flowchart of FIG. First, there is an incoming call (outgoing call) on the mobile phone 10 (S10). When an incoming call is received, the mobile phone 10 sounds a ringtone to notify the mobile phone user of the incoming call. In parallel with this, when there is an incoming call (outgoing call), the control circuit 105 determines whether or not the telephone number of the destination is recorded in the destination database 108a recorded in the destination information recording unit 108. (S12).

If it is recorded in the destination database 108a (S12, Yes), the infrared transmitting circuit 106
A communication control signal (incoming / outgoing display) is transmitted from (see FIG. 2), and the communication detecting section 230 detects the communication control signal (incoming / outgoing call display). Then, the communication detecting unit 230 transmits a signal to the CRT 214, and displays a message "there is an incoming call (originating)" on the CRT 214 as shown in FIG. 5B (S14). Note that, if necessary, the name, telephone number, and the like of the other party may also be displayed. The display of the other party's name or the like also corresponds to the display indicating that the telephone is to be transmitted and received. And
The control circuit 105 determines whether the telephone number of the other party is recorded in the important destination database 108b recorded in the destination information recording unit 108 (S16).

If it is not recorded in the destination database 108a (S12, No), the telephone number of the destination is
Judgment as to whether the information is recorded in the important destination database 108b recorded in the destination information recording unit 108 (S16)
Is made.

If the telephone number of the destination is not recorded in the important destination database 108b (S16, N
o) The communication detection unit 230 determines whether the user has answered the call.
It is determined whether the communication control signal (communication start) transmitted from the infrared transmission circuit 106 (see FIG. 2) has been detected (see FIG. 4) (S18).

When the user answers the telephone, he or she presses a predetermined key.
1. The control circuit 105 operates the transmission signal processing circuit 102. At this time, a communication control signal (communication start) is transmitted from the infrared transmission circuit 106.

The reception signal processing circuit 101 converts the signal received by the mobile phone 10 into a sound audible to human ears through a speaker (not shown) and outputs the sound. The transmission signal processing circuit 102 converts a human utterance into an electric signal and outputs the electric signal. In this way, a call is made.

If the communication detection unit 230 does not detect the communication control signal (communication start) (S18, No), it means that the call is not answered, and the user selects to continue watching TV or the like. Means That is, there is no need to take any action as in the case where no telephone call is received, and the process ends.

When the communication detecting section 230 detects the communication control signal (communication start) (S18, Yes), it sends a signal to the recording control section 222, and sends the signal to the recording medium 230.
The recording of the output contents of 0 is started. (S20).

If the telephone number of the destination is recorded in the important destination database 108b (S16,
Yes), a communication control signal (recording start) is transmitted from the infrared transmitting circuit 106 (see FIG. 2), and the communication detection unit 230 detects the communication control signal (recording start). Then, the communication detection unit 230 sends a signal to the recording control unit 222 to start recording the output content of the reception unit 210 on the recording medium 230 (S20). Since the user is an important partner and it is unlikely that he or she will not answer the call, the recording is started immediately.

Here, the receiving unit 210 to the recording medium 220
Is output until the end of the program (S22, Yes) or the switching to the actual broadcast (S24, Yes). Switching to actual broadcasting (S24, Yes) corresponds to S36 described later. An example in which the recording medium 220 is a VTR cassette and the broadcast terminal 20 is a TV will be described with reference to FIG. When the user starts a call (A), recording starts on the VTR cassette (B), and when the TV program ends (C), the recording ends (D).

In parallel with the recording on the recording medium 220, it is determined whether or not the communication (communication) by the mobile phone 10 has ended, based on whether or not the communication detecting unit 230 has detected the communication control signal (communication end). (S24).

When the mobile phone 10 is turned off, a predetermined key is pressed.
1. The control circuit 105 stops the transmission signal processing circuit 102. At this time, a communication control signal (communication end) is transmitted from the infrared transmission circuit 106.

If the communication control signal (communication end) is not detected (S24, No), the process stands by because the communication (call) has not been completed yet. When the communication (call) by the mobile phone 10 is completed, a communication control signal (communication end) is transmitted from the infrared transmission circuit 106 (see FIG. 2), and when the communication detection unit 230 detects the communication control signal (communication end). (S24, Ye
s) Since the communication (call) has been completed, the reproduction control unit 224
To the speaker 2 of the recorded contents of the recording medium 220.
12 and the provision to the CRT 214 are started (S2
6). That is, reproduction is started. When the reproduction is completed (S28, Yes), the processing is completed.

Referring to FIG. 7, when the user's call ends, the reproduction is started (E), and the reproduction is performed until the program ends (F). If the time from the start to the end of the call is t0, and the time from the end of the program to the end of the reproduction is t1, t0 = t1. However, commercials are sometimes included in TV programs, and when the commercials are skipped and played back, t0> t1. However, t1 does not become negative. This is because the playback of the recording does not overtake the actual broadcast. If the reproduction that skips commercials catches up with the actual broadcast, it is better to switch to the actual broadcast. Such a procedure is described later in S.
This is realized by 30-S36.

Returning to FIG. 6, if the reproduction has not been completed (S28, No), the reproduction control unit 224 determines whether the information to be reproduced is a commercial (S3).
0). If it is a commercial (S30, Yes), it is skipped and reproduced (S32). For example, a part where a commercial is recorded is fast forwarded. Then, the reproduction control unit 224 reads the recorded contents of the recording medium 220 and the reception unit 21.
The output content is compared with 0 (S34). Even when the information to be reproduced is not a commercial, the content recorded on the recording medium 220 and the output content of the receiving unit 210 are compared (S34). If the recorded content of the recording medium 220 is the same as the output content of the receiving unit 210 (S34, Yes),
Since the reproduction of the recording has caught up with the actual broadcast, the reproduction is stopped and the output of the receiving unit 210 is output to the speaker 21.
2 and the CRT 214 (S36). If the broadcast terminal 20 is receiving the TV program, it means switching to the actual broadcast of the TV program. The output of the receiving unit 210 is provided to the speaker 212 and the CRT 214 (S3
6), the recording is also stopped (S23, Yes).
Note that the recording medium 220 is a recording medium that can record and play back simultaneously.

If the recorded contents of the recording medium 220 and the output contents of the receiving unit 210 are not the same (S34, N
o) Since the reproduction of the recording has not caught up with the actual broadcast, the process returns to the reproduction (S26).

It should be noted that the comparison between the recorded contents of the recording medium 220 and the output contents of the receiving unit 210 can be made if the output contents at a certain moment coincide with each other. If they continue to match, it may be determined that they match.

According to the embodiment of the present invention, when the communication partner is a specific communication partner, the fact that transmission and reception are to be performed is indicated by C.
Make a call as it is displayed on RT214
Is easy to notice. In addition, when the communication partner is a specific communication partner, the recording of the TV program or the like on the recording medium 22 is started, so that the communication can be performed without being distracted by the TV program or the like. Further, when a call is started, recording of a TV program or the like is started, so that the user can make a call without worrying about missing a TV program. Moreover, after the call is over, the reproduced TV
Since the user can watch a program or the like, there is no need to give up watching the TV program. Also, at the time of playback, since commercials are skipped,
You don't have to watch commercials you don't want to see. Then, if the reproduced image or the like catches up with the actual broadcast of the TV program, the display is switched to the actual broadcast of the TV program.

The above embodiment can be realized as follows. The CPU, hard disk, and media (floppy (registered trademark) disk, CD-ROM, etc.) having a reader for reading a medium having a program for realizing the above parts are read by a media reader of a computer equipped with the reader and installed on the hard disk. I do. Even with such a method, the above function can be realized.

[0057]

According to the present invention, when the temporary communication is started, the recording of the continuous information is started, so that the temporary transmission / reception can be performed without being distracted by the continuous information. .

[Brief description of the drawings]

FIG. 1 is a block diagram illustrating an overall configuration of a communication control device according to an embodiment of the present invention.

FIG. 2 is a block diagram showing a configuration of the mobile phone 10.

FIG. 3 is a diagram showing recording contents of a destination information recording unit.

FIG. 4 is a block diagram showing a configuration of a broadcast terminal 20.

FIG. 5 is a diagram illustrating an image when an incoming call display is performed on a CRT 214;

FIG. 6 is a flowchart showing an operation of the communication control device according to the embodiment of the present invention.

FIG. 7 is a time chart illustrating an operation of the communication control device according to the embodiment of the present invention.

[Explanation of symbols]

 Reference Signs List 10 mobile phone 101 reception signal processing circuit 102 transmission signal processing circuit 103 transmission / reception synthesis circuit 104 key input processing circuit 105 control circuit 106 infrared transmission circuit 107 antenna 108 destination information recording unit 20 broadcast terminal 210 reception unit 212 speaker 214 CRT 220 recording medium 222 Recording control unit 224 Reproduction control unit 230 Communication detection unit

 ──────────────────────────────────────────────────続 き Continued on the front page F term (reference) 5K027 AA11 BB02 CC08 EE01 EE12 EE15 FF03 FF22 GG08 HH14 HH23 HH29 KK02 MM04 5K067 AA34 BB04 DD27 EE02 EE10 EE16 GG11

Claims (17)

[Claims] 1. A destination information recording means for recording destination information of a specific communication partner, and a communication control signal when the destination information of the communication partner performing temporary transmission and reception matches the recorded destination information. A communication control signal generating means for generating the continuous information; a receiving means for receiving the continuous information; an information display means for displaying the continuous information; and a communication control signal detecting means for detecting the communication control signal. When the communication control signal detecting means detects the communication control signal, the information display means displays that the transmission and reception are to be performed. 2. A destination information recording means for recording destination information of a specific communication partner, and a communication control signal when the destination information of the communication partner performing temporary transmission and reception matches the recorded destination information. A communication control signal generating means for generating the communication information; a receiving means for receiving the continuous information; a communication control signal detecting means for detecting the communication control signal; and a recording means for recording the continuous information. The communication control device, wherein when the control signal detection means detects the communication control signal, the recording means starts recording the continuous information. 3. A communication control signal generating means for generating a communication control signal when a temporary communication is started; a receiving means receiving continuous information; and a communication control signal detecting means detecting the communication control signal. And a recording means for recording the continuous information. A communication control device, wherein when the communication control signal detecting means detects the communication control signal, the recording means starts recording the continuous information. 4. The communication control device according to claim 3, wherein said recording means terminates recording at the end of said continuous information. 5. The communication control signal generating means for generating a communication control signal when temporary communication is terminated, wherein the information providing means for providing the continuous information, and the communication control signal detecting means are provided. 4. The communication control device according to claim 3, further comprising: a reproducing unit that provides the continuous information recorded in the recording unit to the information providing unit when the communication control signal is detected. 5. 6. The communication control apparatus according to claim 5, wherein said reproducing means does not provide a commercial in the continuous information recorded in said recording means. 7. The reproducing means stops the provision when the continuous information provided to the continuous information providing means is the same as the continuous information received by the receiving means. Item 7. A communication control device according to item 6. 8. A destination information recording means for recording destination information of a specific communication partner, and a communication control signal when the destination information of the communication partner performing temporary transmission and reception matches the recorded destination information. A communication control device comprising: 9. A receiving means for receiving continuous information, an information display means for displaying the continuous information, and a communication control signal including destination information of a communication partner with which another communication control device performs temporary transmission / reception. A communication control signal detection unit for detecting, wherein when the communication control signal detection unit detects the communication control signal, the information display unit displays a message indicating that the transmission and reception are to be performed. 10. Receiving means for receiving continuous information; communication control signal detecting means for detecting a communication control signal indicating that another communication control device performs temporary transmission / reception; and recording the continuous information. A communication control device, comprising: recording means; and when the communication control signal detecting means detects the communication control signal, the recording means starts recording the continuous information. 11. Receiving means for receiving continuous information; communication control signal detecting means for detecting a communication control signal generated when another communication control device starts temporary communication; A communication unit that records the continuous information when the communication control signal detection unit detects the communication control signal. 12. A communication control method for a communication control device, comprising: receiving means for receiving continuous information; and information display means for displaying the continuous information, wherein destination information of a specific communication partner is recorded. A destination information recording step, a destination information of a communication partner performing temporary transmission and reception, and a communication control signal generating step of generating a communication control signal when the recorded destination information matches, A communication control signal detecting step of detecting, wherein when the communication control signal is detected in the communication control signal detecting step, a message indicating that the transmission and reception are to be performed is displayed on the information display means. 13. A communication control method of a communication control device having a receiving means for receiving continuous information, comprising: a destination information recording step of recording destination information of a specific communication partner; and a communication partner performing temporary transmission / reception. A communication control signal generating step for generating a communication control signal when the recorded destination information matches the recorded destination information; a communication control signal detecting step for detecting the communication control signal; and the communication control signal. A recording step of starting recording of the continuous information when the communication control signal is detected in the detecting step. 14. A communication control method for a communication control device having a receiving means for receiving continuous information, comprising: a communication control signal generating step of generating a communication control signal when temporary communication is started; A communication control method, comprising: a communication control signal detecting step of detecting a communication control signal; and a recording step of starting recording the continuous information when the communication control signal is detected in the communication control signal detecting step. 15. A computer which records a program for causing a computer to execute a communication control process of a communication control device having receiving means for receiving continuous information and information display means for displaying the continuous information. A possible recording medium, a destination information recording process of recording destination information of a specific communication partner, and when the destination information of the communication partner performing temporary transmission and reception matches the recorded destination information, A communication control signal generation process for generating a communication control signal; a communication control signal detection process for detecting the communication control signal; and a case where the communication control signal is detected in the communication control signal detection process. Displaying a message indicating that the transmission / reception is to be performed; and reading by a computer recording a program for causing the computer to execute Capacity recording medium. 16. A recording medium readable by a computer in which a program for causing a computer to execute a communication control process of a communication control device having a receiving means for receiving continuous information is provided. Destination information recording processing for recording destination information, destination information of a communication partner performing temporary transmission and reception, and communication control signal generation processing for generating a communication control signal when the recorded destination information matches, A communication control signal detection process for detecting the communication control signal; and a recording process for starting recording the continuous information when the communication control signal is detected in the communication control signal detection process. A computer-readable recording medium recording a computer program. 17. A computer-readable recording medium having recorded thereon a program for causing a computer to execute a communication control process of a communication control device having a receiving means for receiving continuous information. A communication control signal generation process of generating a communication control signal when started, a communication control signal detection process of detecting the communication control signal, and the communication control signal detection process in which the communication control signal is detected, A recording medium readable by a computer recording a program for causing a computer to execute a recording process for starting recording of continuous information.