JP4143379B2 - TV receiver integrated mobile phone device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a television receiver-incorporating mobile phone capable of selecting a channel of the same network affiliates when the mobile phone moves to the outside of a range of a service area of a broadcast station whose broadcast program has been viewed before making a speech via the movile phone. <P>SOLUTION: The television receiver incorporating mobile phone provided with a television receiver unit 1 including: a television receiver power supply detection means 12; a channel search means 15 for searching a receptible channel; and a channel information storage means 16 for storing channel information having been viewed before making a speech to a storage means 18, and with a mobile phone unit 3 including: an incoming call detection means 32; a speech end detection means 33; a connected base station revision detection means 38 for detecting revision of a connected base station before the speech and after the speech; and a base station data storage means 39 for storing base station data, selects a channel of the same network affiliate station as a channel viewed before the speech included in the channel preset by an area code obtained based on the base station data at the end of speech. <P>COPYRIGHT: (C)2004,JPO

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a mobile phone device integrated with a television receiver.
[0002]
[Prior art]
Conventionally, in a television receiver, there is a television receiver having a last channel memory function that automatically selects a channel that was selected when the power was turned off immediately before the power was turned on. There has also been proposed a function that allows a user to select a channel to be selected in advance when the channel is inserted (see, for example, Patent Document 1).
[0003]
In Japan, CS digital broadcasting using a communication satellite started in 1996, and BS digital broadcasting using a broadcasting satellite started from the end of 2000. In 2003, terrestrial digital broadcasting using terrestrial waves is scheduled to start. In terrestrial digital broadcasting, mobile reception and mobile reception, which were very difficult with conventional terrestrial analog broadcasting, become possible. Therefore, a television receiver integrated mobile phone device in which a television receiver function is built in the mobile phone device. Is put into practical use.
[0004]
[Patent Document 1]
Japanese Patent Laid-Open No. 10-336535 “Television Receiver”
[0005]
[Problems to be solved by the invention]
In a television-integrated mobile phone device, it is assumed that a user moves during a call. Therefore, in the conventional last channel memory function, an incoming call is received while watching a TV, and the TV receiver is turned off and the call is made. When the power of the television receiver is turned on again at the end of time, if the user is out of the service area of the broadcasting station that was watching before the call, there is a problem that viewing becomes difficult.
[0006]
The present invention has been made in view of such a situation, and during a call with a mobile phone device, the mobile station detects a change in the base station registered in the base and identifies the position of the mobile station before and after the movement. By doing so, even if the mobile station is moved outside the service area of the broadcasting station that was viewed before the call after the call ends, the channel of the affiliated station can be selected and viewed at the moved location. .
[0007]
[Means for Solving the Problems]
The present invention provides means for solving these problems, and each invention constitutes the following technical means.
[0008]
In order to solve the above-mentioned problems, in the first embodiment of the present invention, in a television receiver-integrated mobile phone device capable of receiving and viewing a television signal including a television receiver unit and a mobile phone unit, a) TV receiver power detection means for determining whether the TV receiver is in operation; b) a TV power switch for turning on / off the power of the TV receiver; and c) whether there is an incoming call to the mobile phone unit. And an incoming call detecting means for judging whether the TV receiver unit is turned off and a call is made when an incoming call is received during TV viewing.
[0009]
Further, in the second embodiment of the present invention, in a mobile phone device integrated with a television receiver capable of receiving and viewing a television signal provided with a television receiver and a mobile phone, a) the television receiver is operating. A TV receiver power detection means for determining whether the mobile phone unit is on, b) a TV power switch for turning on / off the power of the TV receiver, and c) an incoming call detection for determining whether there is an incoming call to the mobile phone unit. Means, d) channel information storage means for storing the channel information viewed before the power switch is turned off in the storage means, and e) call end detecting means for detecting that the call has ended. When the incoming call is received while watching the TV, the TV receiver is turned off to make a call, and when the call end detecting means detects the end of the call, the TV power switch is turned on. , Calling channel information had been viewing before a call from the storage means by the channel storage means, characterized in that selects a channel which has been viewed before the call.
[0010]
Further, in the third embodiment of the present invention, in a mobile phone device integrated with a television receiver capable of receiving and viewing a television signal comprising a television receiver unit and a mobile phone unit, a) the television receiver is operating. A TV receiver power detection means for determining whether or not the video data is received, f) a display power switch for turning on / off the power of the TV receiver display, and g) a TV receiver display for displaying the function of the TV receiver; Two display units of a mobile phone display unit for displaying the function of the mobile phone device, and c) an incoming call detection means for determining whether there is an incoming call in the mobile phone unit. If there is, the television receiver display unit is turned off to make a call.
[0011]
In the fourth embodiment of the present invention, the television receiver-integrated mobile phone device according to the third embodiment comprises e) a call end detecting means for detecting that the call has ended, When the call end detecting means detects the end of the call, the display unit power switch is turned on to watch the channel that was being viewed before the call.
[0012]
Further, in the fifth embodiment of the present invention, in a mobile phone device integrated with a television receiver capable of receiving and viewing a television signal comprising a television receiver unit and a mobile phone unit, a) the television receiver is operating. TV receiver power source detecting means for determining whether or not the mobile phone unit is received, c) incoming call detecting means for determining whether or not the mobile phone unit has an incoming call, and h) answering mode setting for setting the mobile phone unit to the answering mode Means for transferring an incoming call to an answering machine when an incoming call is received while watching TV.
[0013]
Further, the sixth embodiment of the present invention provides a television receiver-integrated mobile phone device according to the fifth embodiment, wherein e) a call end detecting means for detecting that the call has ended, and i) a call reception. An answering machine transfer recording means for recording in the storage means that the call has been transferred to the answering machine center. When it is detected that the power of the television receiver is turned off, the answering machine transfer by the answering machine transfer recording means is performed during viewing. If there is a record, the user is notified that there is an answering machine, or is automatically connected to the answering machine.
[0014]
In the seventh embodiment of the present invention, in a mobile phone device integrated with a television receiver capable of receiving and viewing a television signal comprising a television receiver unit and a mobile phone unit, a) the television receiver operates. A television receiver power detection means for judging whether or not it is in the middle; b) a television power switch for turning on / off the television receiver; and f) a display power switch for turning on / off the television receiver display. G) Two display units, a television receiver display unit for displaying the function of the television receiver, a mobile phone display unit for displaying the function of the mobile phone unit, and c) whether the mobile phone unit has an incoming call. An incoming call detecting means for determining the telephone number, j) a caller number recognizing means for recognizing the telephone number of the caller, and k) a communication history storage means for storing a communication history for each caller in the storage means, When there is an incoming call while watching The communication history stored in the storage means is read by the communication history storage means, and the display unit power switch is turned off according to the call time per call of the caller to turn off the TV receiver display unit, It is characterized by selecting whether to turn off the television receiver power by turning off the television power switch.
[0015]
Further, in the eighth embodiment of the present invention, in the television receiver-integrated mobile phone device according to the seventh embodiment, d) watching before turning off the TV power switch or the display unit power switch. Channel information storage means for storing the channel information stored in the storage means, and e) a call end detection means for detecting that the call has ended, and when the call end detection means detects the end of the call, When the receiver was turned off, the TV power switch was turned on, the channel information storage means was used to call the channel information that was viewed before calling from the storage means, and the channel information was being watched before calling If a channel is selected and the TV receiver display is turned off, turn on the display power switch and watch it before making a call. And wherein the to watch the channel was.
[0016]
In the ninth embodiment of the present invention, in the cellular phone device integrated with a television receiver in any one of the second embodiment, the fourth embodiment, or the eighth embodiment, l) a telephone call A connection base station change detection means for determining whether or not there has been a change in the base station to which the television receiver-integrated mobile phone device is connected;
When the base station is not changed, the channel information storage means calls the channel information that was viewed before calling from the storage means and selects the channel that was viewed before calling. It is characterized by.
[0017]
In the tenth embodiment of the present invention, the television receiver-integrated mobile phone device according to the ninth embodiment further comprises m) channel search means for detecting a receivable channel, and the connection When the base station change detecting means determines that there has been a change in the base station including movement in a prefecture, the receivable channel information searched by the channel search means is preset in the storage means.
[0018]
Further, in the eleventh embodiment of the present invention, in the television receiver-integrated mobile phone device according to the tenth embodiment, when the call end detecting means detects the end of the call, the channel information storing means The channel included in the channel preset by the channel search means of the same affiliated station as the channel that was viewed before the telephone call stored in the above is selected.
[0019]
In the twelfth embodiment of the present invention, in the television receiver-integrated mobile phone device according to the ninth embodiment, n) the base station data of the mobile station and the channel information of digital terrestrial television broadcasting are preset. An area code converting means for converting an area code for the mobile station, and o) a base station data storage means for storing in the storage means the data of the base station with which the television receiver-integrated mobile phone device has registered its position, A region code is obtained from the base station data detected by the connected base station change detecting unit by the region code converting unit, and channel information is preset in the storage unit from the region code.
[0020]
In the thirteenth embodiment of the present invention, in the television receiver-integrated mobile phone device according to the twelfth embodiment, the base station data includes data for converting the area code and the base station data. It is characterized by that.
[0021]
In the fourteenth embodiment of the present invention, in the television receiver-integrated mobile phone device according to the twelfth embodiment, the conversion data for converting the area code and the base station data is transmitted to a server on the network. Conversion data acquisition means for acquiring from the network, and when there is no base station data registered in the location in the data registered in the region code conversion means, the conversion data acquisition means connects to a server on the network The conversion data for converting the area code and the base station data is updated.
[0022]
In the fifteenth embodiment of the present invention, in the television receiver-integrated mobile phone device according to the twelfth embodiment, when the call end detecting means detects the end of the call, the area code conversion is performed. The channel of the same affiliated station as the channel stored by the channel information storage means included in the channel preset by the area code obtained by the means is selected.
[0023]
DETAILED DESCRIPTION OF THE INVENTION
An example of an embodiment of a cellular phone device integrated with a television receiver according to the present invention will be described below with reference to FIGS.
[0024]
FIG. 1 shows an example of a configuration of an embodiment of a television receiver-integrated mobile phone device according to the present invention, which includes a television receiver unit 1 and a mobile phone unit 3.
[0025]
The TV receiver 1 includes a tuner / demodulator 11, a TV receiver power detection means 12, a TV power switch 13, a display power switch 14, a channel search means 15, a channel information storage means 16, a TV receiver display 17, The nonvolatile memory 18, RAM 19, ROM 20, control unit / signal processing unit 21, and antenna 22 are included.
[0026]
The tuner / demodulator 11 is means for detecting a television broadcast wave received by the antenna 22, demodulating it, performing error correction, etc., and obtaining an MPEG2 (Moving Pictures Expert Group 2) transport stream.
[0027]
The television receiver power supply detection means 12 has a function of detecting whether the television receiver is turned on or off and determining whether the television receiver is operating.
[0028]
The television power switch 13 is a switch for turning on / off the power of the television receiver, and is a switch that is automatically turned on / off by the control unit / signal processing unit 21 or manually turned on / off.
[0029]
The display unit power switch 14 is a switch for turning on / off the power of the television receiver display unit, and is a switch that is automatically turned on / off by the control unit / signal processing unit 21 or manually turned on / off.
[0030]
The channel search means 15 is a means for detecting a receivable channel. For example, when the mobile phone base station integrated with the television receiver ends the call at a mobile phone base station different from the mobile phone base station registered at the start of the call, Search for receivable channels.
[0031]
The channel information storage means 16 stores the channel information viewed before the call or before turning off the TV receiver power in the storage means (non-volatile memory 18 or RAM 19), and when the call ends or the TV receiver power is turned on. It is a means for calling up the channel information that was being watched before the telephone call or the TV receiver power was turned off from the storage means.
[0032]
The television receiver display unit 17 is a display unit that displays an image received by the television receiver.
[0033]
The non-volatile memory 18 is a means for storing channel information that was viewed before calling, channel information that can be received searched by the channel search means 15, and the like.
[0034]
The RAM 19 is a means for temporarily storing channel information or the like that was viewed before calling.
[0035]
The ROM 20 is means for storing software necessary for the operation of the television receiver unit 1.
[0036]
The control unit / signal processing unit 21 is a unit that controls the operation of the television receiver unit 1 and processes various signals. Packet data of a necessary program is separated from the transport stream obtained by the tuner / demodulator 11, video and audio data compressed by the MPEG2 system are decoded, and the decoded video signal is transmitted to the television receiver display unit 17. Output.
[0037]
The antenna 22 is means for receiving television broadcast waves from a broadcasting station.
[0038]
On the other hand, the cellular phone unit 3 includes a radio transmission / reception circuit unit 31, an incoming call detection unit 32, a call end detection unit 33, an answering mode setting unit 34, an answering machine transfer recording unit 35, a caller number recognition unit 36, and a communication history storage unit 37. , Connected base station change detecting means 38, base station data storing means 39, area code converting means 40, mobile phone display section 41, nonvolatile memory 42, RAM 43, ROM 44, microphone / speaker 45, control section / signal processing section 46, It comprises an operation unit 47, converted data acquisition means 48, and an antenna 49.
Necessary processing is performed by the control unit / signal processing unit 46, and contents to be notified to the user are displayed on the mobile phone display unit 41 or output as sound to the microphone / speaker 45. Further, voice input from the microphone / speaker 45 and key input by the user such as on-hook and dial input from the operation unit 47 are processed by the control unit / signal processing unit 46 and then input to the wireless transmission / reception circuit unit 31. The radio wave is transmitted from the antenna 49 to the mobile phone base station 51.
[0039]
The wireless transmission / reception circuit unit 31 is means for detecting, demodulating, and performing error correction and the like on the radio wave received by the antenna 49.
[0040]
The incoming call detection means 32 is means for detecting that an incoming call has been made to the mobile phone unit 3 and notifying the control unit / signal processing unit 46 that an incoming call has been received. .
[0041]
The call end detecting means 33 is means for monitoring the call of the mobile phone unit 3 and notifying the control / signal processing unit 46 of the end of the call when the call is ended.
[0042]
The answering machine mode setting means 34 is a means for setting the answering machine mode when there is an input for setting the answering machine mode from the operation unit 47 and transferring the incoming call at the time of answering machine mode setting to the answering machine center 52.
[0043]
The answering machine transfer recording means 35 is a means for recording in the nonvolatile memory 42 or the RAM 43 that the incoming call has been transferred to the answering center when the answering mode is set.
[0044]
The caller number recognition means 36 is means for recognizing the caller's number when an incoming call is received.
[0045]
The communication history storage means 37 calculates the call time with the caller recognized by the caller number recognition means 36 at the time of the incoming call, stores the call time per call in the nonvolatile memory 42, and recognizes it at the time of the incoming call. The caller number is called to call the call time per call with the caller.
[0046]
The connected base station change detecting means 38 is means for determining whether or not the base station connected to the television receiver-integrated mobile phone device has changed during a call, and is connected to the mobile phone base station connected at the start of the call. The mobile phone base stations connected at the end are compared, and it is detected whether there is a change in the connection base station. Further, the connected base station change detection means 38 has a function of determining whether or not the change of the base station includes movement beyond the prefecture.
[0047]
The base station data storage means 39 is means for storing the data of the mobile phone base station registered by the mobile phone unit in the storage means and reading the data of the mobile phone base station from the storage means.
[0048]
The area code converting means 40 is a means for converting an area code for presetting base station data of a mobile station and channel information of terrestrial digital television broadcasting.
[0049]
The mobile phone display unit 41 is means for displaying information related to a call.
[0050]
The nonvolatile memory 42 is a means for storing communication history, base station data, and the like.
[0051]
The RAM 43 is a means for storing connected base stations and various types of call data.
[0052]
The ROM 44 is means for storing software necessary for the operation of the mobile phone unit.
[0053]
The microphone / speaker 45 is voice input / output means of the mobile phone unit.
[0054]
The control unit / signal processing unit 46 performs necessary processing on the received digit signal from the radio transmission / reception circuit unit 31 and displays the content to be notified to the user on the mobile phone display unit 41 or outputs it from the microphone / speaker 45 as sound. Is done. The control unit / signal processing unit 46 processes voice input from the microphone / speaker 45 and key input by the user such as on-hook or dial input from the operation unit 47 and outputs the processed key input to the wireless transmission / reception circuit unit 31. .
[0055]
The operation unit 47 is means for operating telephone number input, call origination, call reception, answering machine mode setting, and the like.
[0056]
The conversion data acquisition means 48 is means for acquiring conversion data for converting the area code and the base station data from a server on the network.
[0057]
The antenna 49 is means for transmitting / receiving radio waves to / from the mobile phone base station 51.
[0058]
Here, the television receiver unit 1 and the cellular phone unit 3 will be described as an example of a television receiver integrated cellular phone device configured in a form separated by function, such as the television receiver unit 1 and the cellular phone unit 3. The same applies to the case where the unit 17 and the display unit 41 of the mobile phone unit 3 use the same unit. The same applies to the case where the control unit / signal processing unit 21 of the television receiver unit 1 and the control unit / signal processing unit 46 of the mobile phone unit 3 use the same unit.
[0059]
The television broadcast wave is received by the antenna 22 and subjected to detection, demodulation, error correction, and the like by the tuner / demodulation unit 11 to obtain an MPEG2 transport stream. The control unit / signal processing unit 21 separates necessary program packet data from the obtained transport stream, and decodes video and audio data compressed by the MPEG2 system. The decoded video signal is input to the television receiver display unit 17 and displayed. In the cellular phone unit 3, the radio wave from the cellular phone base station 51 is received by the antenna 49, subjected to detection, demodulation, error correction, etc. by the radio transmission / reception circuit unit 31, and then required by the control unit / signal processing unit 46. Processing is performed, and contents to be notified to the user are displayed on the mobile phone display unit 41 or output as sound to the microphone / speaker 45. Further, voice input from the microphone / speaker 45 and key input by the user such as on-hook and dial input from the operation unit 47 are processed by the control unit / signal processing unit 46 and then input to the wireless transmission / reception circuit unit 31. The radio wave is transmitted from the antenna 49 to the mobile phone base station 51.
[0060]
First, the first embodiment of the present invention will be described with reference to the flowcharts of FIGS. First, the user turns on the power by the TV power switch 13 of the TV receiver unit 1, selects a specific channel, and starts watching TV (S201). After the incoming call detection unit 32 detects that the mobile phone unit 3 receives an incoming call while the television is being watched and the user presses the call key of the operation unit 47 (S202), the current power source of the television receiver unit 1 is turned on. Is turned on or off by the television receiver power supply detection means 12, and if the power is on, the entire television receiver unit 1 is turned off, and then the mobile phone device enters a call state ( S203).
[0061]
That is, this embodiment is a television receiver power source detecting means for judging whether or not the television receiver unit is operating in the television receiver-integrated cellular phone device having the television receiver unit 1 and the cellular phone unit 3. 12, a TV power switch 13 for turning on / off the power of the TV receiver unit 1, and an incoming call detection means 32 for determining whether there is an incoming call to the mobile phone unit 3. When an incoming call is received at 3, the television receiver 1 is turned off to make a call.
[0062]
According to the first embodiment, power saving is realized by turning off the power of the entire television receiver during a call, and noise jumps from the television receiver unit 1 to the mobile phone unit 3. It can be lost.
[0063]
Here, the TV power switch 13 is described as a switch for turning on / off the power supply of the entire TV receiver unit 1, but the same function blocks such as the display unit and the control are provided in the TV receiver unit 1 and the mobile phone unit 3. When used, the TV power switch 6 is a switch for controlling the power supply of the function blocks used only for the TV receiver unit 1 except for the function blocks shared with the mobile phone unit 3. The same applies to the following inventions.
[0064]
Next, a second embodiment of the present invention will be described with reference to the flowcharts of FIGS. First, the user turns on the power by the TV power switch 13 of the TV receiver unit 1, selects a specific channel, and starts watching TV (S301). When the incoming call detecting means 32 detects that the mobile phone unit 3 receives an incoming call while watching the television and the user presses the call key of the operation unit 47 (S302), the selection of the currently viewed television channel is selected. After channel information necessary for the station is recorded in the nonvolatile memory 18 by the channel information storage means 16 (S304), the TV receiver power supply detection means 12 detects whether the power of the TV receiver unit 1 is currently on or off. If the power is on, the entire television receiver unit 1 is turned off, and the mobile phone device enters a call state (S303). Here, the channel information recorded in the nonvolatile memory 18 uses information necessary for channel selection extracted from PSI (Program Specific Information) information and SI (Service Information) information of the MPEG2 transport stream. To do. When the call end detection means 33 detects that the call is over and the user has pressed the end call key (S305), the TV receiver power supply detection means 12 determines whether the TV receiver unit 1 is currently turned on or off. If it is detected and the power is off, the power of the entire television receiver unit 1 is turned on (S306). Thereafter, the channel information recorded in the nonvolatile memory 18 is read, and the television channel that was being watched before calling is selected (S307).
[0065]
That is, according to the second embodiment, in a television receiver-integrated mobile phone device that can receive and watch a television signal including the television receiver unit 1 and the mobile phone unit 3, is the television receiver operating? TV receiver power detection means 12 for determining whether or not, a TV power switch 13 for turning on / off the power of the TV receiver, and channel information that was viewed before the TV power switch 13 was turned off is stored in the storage means 18 / 19 includes channel information storage means 16 stored in 19, an incoming call detection means 32 for determining whether there is an incoming call in the mobile phone unit, and a call end detection means 33 for detecting the end of the call. When an incoming call is received during viewing, the TV receiver unit 1 is turned off to make a call, and when the call end detecting means 33 detects the end of the call, the TV power switch Ji 13 is turned on, call the channel information has been viewing before a call from the storage means 18/19 by the channel information storage unit 16, and so as to select a channel that had been viewing before the call.
[0066]
According to the second embodiment, it is possible to view the television channel that was viewed before the call without the user performing a channel selection operation after the end of the call.
[0067]
Next, a third embodiment of the present invention will be described with reference to the flowcharts of FIGS. First, the user turns on the power by the television power switch 13 of the television receiver unit 1, selects a specific channel, and starts watching the television (S401). After the incoming call detection unit 32 detects that the mobile phone unit 3 receives an incoming call while the television is being watched and the user presses the call key of the operation unit 47 (S402), the current power source of the television receiver unit 1 is turned on. Is turned on or off by the television receiver power detection means 12, and if the power is on, the display unit power switch 14 is turned off to turn off only the television receiver display unit 17. Then, the mobile phone device enters a call state (S408).
[0068]
That is, the third embodiment is a television receiver integrated mobile phone device having a television receiver unit 1 and a mobile phone unit 3 for determining whether the television receiver unit 1 is operating. Receiver power source detection means 5, display unit power switch 14 for turning on / off the power of the television receiver display unit 17, incoming call detection unit 32 for determining whether there is an incoming call to the mobile phone unit, and the TV receiver Two display units, a television receiver display unit 17 for displaying functions and a cellular phone display unit 41 for displaying the functions of the cellular phone device, and a display unit power supply when an incoming call is received during television viewing By turning off the switch 14, the power of the television receiver display unit 17 is turned off to make a call.
[0069]
According to the third embodiment, when the TV receiver unit 1 and the mobile phone unit 3 are each provided with a display unit, power saving is realized by turning off only the TV receiver display unit 17. The The present invention is effective when the display unit of the television receiver unit 1 and the mobile phone unit 3 are separated. For example, the television set is different from the surface on which the display unit 26 of the mobile phone unit 3 is installed. This is particularly effective when the display unit 10 of the receiver unit 1 is provided.
[0070]
Next, a fourth embodiment of the present invention will be described with reference to the flowcharts of FIGS. First, the user turns on the power by the TV power switch 13 of the TV receiver unit 1, selects a specific channel, and starts watching TV (S501). After the incoming call detection unit 32 detects that the mobile phone unit 3 receives an incoming call while the television is being watched and the user presses the call key of the operation unit 47 (S502), the current power source of the television receiver unit 1 is turned on. Is turned on or off by the television receiver power detection means 12, and if the power is on, the display unit power switch 14 is turned off to turn off only the television receiver display unit 17. Then, the mobile phone device enters a call state (S508). When the call end detection means 33 detects that the call has ended and the user has pressed the call end key (S505), the power of the television receiver display unit 17 is turned on by turning on the display unit power switch 14. The channel viewed before the call is viewed (S509).
[0071]
That is, the fourth embodiment includes a call end detection means 33 for detecting the end of a call in the television receiver-integrated mobile phone device according to the third embodiment, and detects the end of the call. When the means 33 detects the end of the call, the display unit power switch 14 is turned on to watch the channel that was being watched before the call.
[0072]
In the fourth embodiment, it is possible to view the channel that was being watched before the call simply by turning on the TV receiver display unit 17 after the end of the call, and the entire receiver is turned on to select the channel. You can save the time needed to bureau.
[0073]
Next, a fifth embodiment of the present invention will be described with reference to the flowcharts of FIGS. First, the user turns on the power by the TV power switch 13 of the TV receiver unit 1, selects a specific channel, and starts watching TV (S601). The mobile phone unit 3 receives an incoming call while watching TV, and the incoming call detection means 32 detects that the user has pressed the call key of the operation unit 47 (S602), and then the incoming call is transferred to the answering machine 52. It is determined whether or not the answering machine mode is set (S610). If the answering machine mode is set, the incoming call is transferred to the answering machine and the television watching is continued (S611). If the answering machine mode is not set, the power of the television receiver unit 1 is turned off, and the mobile phone device enters a call state (S612).
[0074]
That is, the fifth embodiment is a television receiver for determining whether or not the television receiver is operating in the television receiver-integrated portable telephone device having the television receiver unit 1 and the cellular phone unit 3. The power supply detection means 12, the incoming call detection means 32 for determining whether there is an incoming call in the mobile phone unit, and the answering mode setting means 34 for setting the answering mode are provided. In case, it was forwarded to the answering machine.
[0075]
According to this embodiment, when an incoming call is received at the telephone section while the television is in use, the incoming call is transferred to the answering machine, so that viewing of the television is not interrupted.
[0076]
Next, a sixth embodiment of the present invention will be described with reference to the flowcharts of FIGS. First, the user turns on the power by the TV power switch 13 of the TV receiver unit 1, selects a specific channel, and starts watching TV (S701). After the incoming call detection unit 32 detects that the mobile phone unit 3 receives an incoming call and the user presses the call key of the operation unit 47 while watching TV (S702), the answering mode setting unit 34 receives the incoming call. It is determined whether or not it is set to the answering machine mode for transferring the message to the answering machine center 52 (S710). If it is set to the answering machine mode, the incoming call is transferred to the answering machine center 52 and continues to watch TV as it is. (S711) At the same time, the fact that it has been transferred to the answering machine center 52 is recorded in the nonvolatile memory 18 by the answering machine transfer recording means 35 (S714). Here, the information recorded in the non-volatile memory 18 uses, for example, 1-bit information indicating whether the incoming call is transferred to the answering machine 52 or not. Thereafter, it is determined whether the power of the television receiver unit 1 is on or off (S713). If the power is off, it is determined that the TV viewing has ended, and the answering machine transfer recording means 35 refers to the nonvolatile memory 18. It is then determined whether there is an incoming call that has been transferred to the answering center (S715), and if there is an incoming call that has been transferred, the user is notified that there is a record of the answering machine, or is automatically sent to the answering machine. Connect to the center (S716).
[0077]
If the answering machine mode is not set, the power of the television receiver unit 1 is turned off, and the mobile phone device enters a call state (S712).
[0078]
In the sixth embodiment, in the television receiver-integrated mobile phone device according to the fifth embodiment, the call end detecting means 33 for detecting the end of the call and the non-volatile information indicating that the call has been transferred to the answering center. An answering machine transfer recording means 35 for recording in the memory 42. When it is detected that the power of the television receiver is turned off, the answering machine transfer recording means 35 records the answering machine transfer in the nonvolatile memory 42 during viewing. If there is, inform the user or connect automatically to the answering machine.
[0079]
According to this embodiment, an incoming call transferred to the answering center while watching TV broadcast can be notified at the end of watching TV broadcast, and is automatically transferred to the rys board center after watching TV. Can be taken out.
[0080]
Next, a seventh embodiment of the present invention will be described with reference to the flowcharts of FIGS. First, the user turns on the power by the TV power switch 13 of the TV receiver unit 1, selects a specific channel, and starts watching TV (S801). The mobile phone unit 3 receives an incoming call while watching the TV, and the caller detecting unit 32 detects that the user has pressed the call key of the operation unit 47 (S802). At the same time as specifying the original telephone number, the call history of the caller is determined from the past communication history recorded in the non-volatile memory 42 by the communication history storage means 37 (S817). Here, the past communication history recorded in the non-volatile memory 42 is, for example, information on a call date and time, a call time, and a call partner information recorded over a certain past period. If the call time per caller's call is longer than the threshold value Ts specified by the user, it is determined that the call time will be longer, and the entire TV receiver unit 1 having the greatest power saving effect is turned off and carried The telephone device enters a call state (S803). When the caller's call time per call is shorter than the threshold value Ts, it is determined that the call time is short, and only the television receiver display unit 17 is turned off to enter a call state on the mobile phone device ( S808).
[0081]
In the seventh embodiment, a television receiver-integrated mobile phone device includes a television receiver power source detection means 12 for determining whether or not the television receiver is operating, and a television that turns on / off the power of the television receiver. A power switch 13, a display power switch 14 for turning on / off the display 10 of the television receiver, a television receiver display 17 for displaying the function of the television receiver, and a mobile phone for displaying the function of the mobile phone device Two display units of the display unit 41, an incoming call detecting unit 32 for determining whether or not there is an incoming call to the mobile phone unit, a caller number recognizing unit 36 for recognizing the telephone number of the caller, and each caller Communication history storage means 37 for storing the communication history in the nonvolatile memory 42, and stored in the nonvolatile memory 42 by the communication history storage means 37 when an incoming call is received while watching TV. From the communication history, the display unit power switch 14 is turned off and the TV receiver display unit 17 is turned off according to the call time per call of the caller, or the TV power switch 13 is turned off and the TV receiver unit is turned off. It is characterized by selecting whether to turn off the power of 1.
[0082]
According to this embodiment, when a call is received from a caller who tends to have a long call when an incoming call is received while watching a television broadcast, the television receiver unit 1 is turned off to save power. In addition to realizing electric power, it is possible to eliminate noise jumping from the television receiver unit 1 to the mobile phone unit 3. In addition, when an incoming call while watching TV broadcasting is an incoming call from a caller who does not tend to have a long call, the TV receiver is immediately turned off by turning off the TV receiver display. The function of the part 1 can be restored.
[0083]
Next, an eighth embodiment of the present invention will be described with reference to the flowcharts of FIGS. First, the user turns on the power by the TV power switch 13 of the TV receiver unit 1, selects a specific channel, and starts watching TV (S901). The mobile phone unit 3 receives an incoming call while watching the television, and the caller detecting unit 32 detects that the user has pressed the call key of the operation unit 47 (S902). At the same time as specifying the original telephone number, the call history of the caller per call is obtained from the past communication history recorded in the nonvolatile memory 42 by the communication history storage means 37 (S917). If the call time of the caller is longer than the threshold value Ts designated by the user, it is determined that the call time will be longer, and the channel information storage unit 16 stores the channel information of the currently viewed program in the nonvolatile memory. 18 (S904), the TV power switch 13 is turned off to turn off the power of the entire TV receiver unit 1 having the greatest power saving effect, and the mobile phone device enters a call state (S903).
[0084]
When the call end detection means 33 detects that the call has ended and the user has pressed the end call key from the state in which the power of the TV receiver unit 1 is off (S905), the TV receiver unit 1 is currently powered on. The TV receiver power detection means 12 detects whether the TV receiver is on or off. If the power is off, the TV power switch 13 is turned on to turn on the entire TV receiver 1 (S906). Thereafter, the channel information stored in the non-volatile memory 18 is read out by the channel information storage means 16, and the television channel that was viewed before calling is selected (S907).
[0085]
If the call time per call of the caller is shorter than the threshold value Ts in step S918, it is determined that the call time is short, the display unit power switch 14 is turned off, and only the TV receiver display unit 17 is turned on. The power is turned off, and the mobile phone device enters a call state (S908). When the call end detection means 33 detects that the call is finished and the user presses the call end key when the TV receiver display unit 17 is turned off (S905), the TV power switch 13 is turned on. The power of the television receiver display unit 17 is turned on, and the channel that was viewed before the call is viewed (S909).
[0086]
In the eighth embodiment, in the television receiver-integrated mobile phone device according to the seventh embodiment, the call end detecting means 33 for detecting the end of the call and the power switch 6 are turned off. Channel information storage means 16 for storing the channel information being watched in the non-volatile memory 18, and when the call end detection means 33 detects the end of the call, the TV receiver unit 1 is turned off. If it is, the power switch 6 is turned on, the channel information storage means 16 calls the channel information from the non-volatile memory 18, selects the channel that was viewed before calling, and the television receiver display unit 17. Is turned off, the display unit power switch 14 is turned on to watch the channel that was being watched before the call.
[0087]
According to this embodiment, when an incoming call is received while watching a TV broadcast, the received channel information is stored in the nonvolatile memory 18 when the incoming call is from a caller who tends to have a longer call. Then, the power of the television receiver unit 1 is turned off to realize power saving, and noise jump from the television receiver unit 1 to the mobile phone unit 3 can be eliminated. By turning on the power of the television receiver unit 1, it is possible to view the channel that was being viewed before the call. In addition, when an incoming call while watching TV broadcasting is an incoming call from a caller who does not tend to have a long call, the TV receiver is immediately turned off by turning off the TV receiver display. By turning on the power of the display unit 17, it is possible to continuously view the channel that was being viewed before the call.
[0088]
Next, a ninth embodiment of the present invention will be described with reference to the flowcharts of FIGS. First, the user turns on the power by the TV power switch 13 of the TV receiver unit 1, selects a specific channel, and starts watching TV (SA01). After the incoming call detection unit 32 detects that the mobile phone unit 3 receives an incoming call while the television is being watched and the user presses the call key of the operation unit 47 (SA02), the selection of the television channel currently being watched is selected. After the channel information necessary for the station is recorded in the non-volatile memory 18 by the channel information storage means 16 (SA04), the TV receiver power detection means 12 detects whether the TV receiver unit 1 is currently turned on or off. If the power is on, the entire television receiver unit 1 is turned off, and the mobile phone device enters a call state (SA03). When the call end detection means 33 detects that the call has ended and the user has pressed the end call key (SA05), the connection base station change detection means 38 changes the connection base station of the mobile phone device during the call. If there is no change, it is determined that the TV broadcast wave that was being watched before the call can be received as it is, and the power of the TV receiver unit 1 is currently turned on. Is turned on or off by the television receiver power detection means 12. If the power is off, the television power switch 13 is turned on to turn on the entire television receiver 1 (SA06). To detect whether the connected base station has changed, record the ID of the connected base station and the changed base station ID in the RAM 43 or the non-volatile memory 42 when the connected base station is changed. By comparing the ID of the connected base station at the start of the call with the ID of the connected base station at the end of the call. Thereafter, the channel information stored in the non-volatile memory 18 is read by the channel information storage means 16, and the television channel that was viewed before calling is selected (SA07).
[0089]
The ninth embodiment is a television receiver-integrated mobile phone device according to any one of the second embodiment, the fourth embodiment, or the eighth embodiment. Connection base station change detection means 38 for determining whether or not the base station to which the telephone device is connected has been changed. When there is no change in the base station, the channel information storage means 16 uses the nonvolatile memory 18 to The channel information was called up and the channel that was being watched before calling was selected.
[0090]
According to this embodiment, when there is an incoming call while watching a television broadcast and the television receiver or the television receiver display unit is turned off, a call is made, and when the call is finished and the television reception is resumed, When the mobile phone base station is not changed, it is possible to select and watch the channel that was being watched before the call.
[0091]
Next, a tenth embodiment of the present invention will be described with reference to the flowcharts of FIGS. First, the user turns on the power by the TV power switch 13 of the TV receiver unit 1, selects a specific channel, and starts watching TV (SB01). After the incoming call detecting means 32 detects that the mobile phone unit 3 receives an incoming call while the television is being watched and the user presses the call key of the operation unit 47 (SB02), the selection of the currently viewed television channel is performed. After the channel information storage unit 16 records the channel information necessary for the station in the nonvolatile memory 18 (SB04), the TV receiver power source detection unit 12 detects whether the TV receiver unit 1 is currently turned on or off. If the power is on, the television power switch 13 is turned off to turn off the power of the entire television receiver 1 and then the mobile phone device enters a call state (SB03). When the call end detection means 33 detects that the call has ended and the user has pressed the end call key (SB05), the TV receiver power supply detection means 12 determines whether the TV receiver unit 1 is currently turned on or off. If the power is off, the TV power switch 13 is turned on to turn on the power of the entire TV receiver 1 (SB06). The connected base station change detecting means 38 detects whether or not the connected base station of the mobile phone device has been changed during the call (SB19). The channel information storage means 16 reads the channel information recorded in the non-volatile memory 18 and selects the TV channel that was being viewed before calling (SB07). ).
[0092]
On the other hand, if it is detected in step SB19 that the connected base station has changed, it is determined whether or not the connected base station straddles the prefecture (SB20). The channel information storage means 16 reads the channel information recorded in the non-volatile memory 18 and selects the TV channel that was being viewed before making a call. (SB07). Further, when the determination is made across the prefectures in the determination of step SB20, it is determined that it is difficult to view the TV broadcast wave that was being watched before the call, and the channel search means 15 of the TV receiver unit 1 determines the TV broadcast wave. The frequency band is searched, and channel information of receivable broadcast waves is preset in the nonvolatile memory 18 by the channel information storage means 16 (SB21).
[0093]
The tenth embodiment includes a channel search unit 15 for detecting a receivable channel in the television receiver-integrated mobile phone device according to the ninth embodiment. When it is determined that there has been a change in the base station including movement in a prefecture, channel information that can be received is searched by the channel search means 15 and channel information is preset in the nonvolatile memory 18 by the channel information storage means 16. I tried to do it.
[0094]
According to this embodiment, when there is an incoming call while watching a television broadcast and the television receiver or the television receiver display unit is turned off, a call is made, and when the call is finished and the television reception is resumed, When the change of the mobile phone base station is a change beyond the prefecture, it is possible to search for a receivable channel and set receivable channel information.
[0095]
Next, an eleventh embodiment of the present invention will be described with reference to the flowcharts of FIGS. First, the user turns on the power by the TV power switch 13 of the TV receiver unit 1, selects a specific channel, and starts watching TV (SC01). The mobile phone unit 3 receives an incoming call while watching the television, and the incoming call detection means 32 detects that the call key of the operation unit 47 is pressed by the user (SC02), and then selects the currently viewed television channel. After the channel information necessary for the station is recorded in the non-volatile memory 18 by the channel information storage means 16 (SC04), the TV receiver power supply detection means 12 detects whether the TV receiver unit 1 is currently powered on or off, If the power is on, the television power switch 6 is turned off to turn off the power of the entire television receiver unit 1 and then the mobile phone device enters a call state (SC03). When the call end detection means 33 detects that the call has ended and the user has pressed the end call key (SC05), the TV receiver power supply detection means 12 determines whether the TV receiver unit 1 is currently turned on or off. If the power is off, the TV power switch 13 is turned on to turn on the entire TV receiver 1 (SC06). The connected base station change detecting means 38 detects whether or not the connected base station of the mobile phone device has been changed during the call (SC19). The channel information storage means 16 reads the channel information recorded in the non-volatile memory 18 and selects the TV channel that was being viewed before calling (SC07). ).
[0096]
On the other hand, if the connection base station has been changed in step SC19, it is determined whether or not the connection base station crosses the prefecture (SC20). If the connection base station does not cross the prefecture, it is viewed before the call. The channel information storage means 16 reads the channel information recorded in the non-volatile memory 18 and selects the TV channel that was being viewed before calling (SC07). ). Further, when the determination is made at step SC20, it is determined that it is difficult to view the TV broadcast wave that was being watched before the call, and the channel search means 15 of the TV receiver unit 1 determines the TV broadcast wave. The frequency band is searched, and channel information of receivable broadcast waves is preset in the nonvolatile memory 18 by the channel information storage means 16 (SC21). Further, it is determined whether or not the channel of the same affiliated station as the TV channel viewed before the call is included in the newly preset channel information (SC22). The channel information watched before the call recorded in the non-volatile memory 18 is read out and selected (SC07). If it is determined in step SC22 that the channel of the same affiliated station as the TV channel viewed before the call is included in the newly preset channel information, the preset channel of the affiliated station is selected (SC23). ).
[0097]
According to this embodiment, in the ninth embodiment, when the form base station is changed across prefectures, the receivable channel is searched and the receivable broadcast wave channel information is preset. In addition, it is determined whether the channel channel of the same channel as the TV channel that was being watched before the call is included in the newly preset channel information. If not, the channel is being watched before the call. Channel information can be read and selected. In addition, if the channel information of the affiliated station and the TV channel that was viewed before the call are included in the newly preset channel information, the preset channel of the affiliated station can be selected and viewed. .
[0098]
In the eleventh embodiment, in the television receiver-integrated portable telephone device according to the tenth embodiment, the channel preset in the nonvolatile memory 18 when the call end detecting means 33 detects the end of the call. A channel of the same affiliated station as the TV channel that was watched before the call stored in the non-volatile memory 18 by the channel information storage means 16 included in the receivable channels searched by the search means 15 is selected. did.
[0099]
Next, a twelfth embodiment of the present invention will be described with reference to the flowcharts of FIGS. First, the user turns on the power by the television power switch 13 of the television receiver unit 1, selects a specific channel, and starts watching the television (SD01). After the incoming call detection unit 32 detects that the mobile phone unit 3 receives an incoming call while the television is being watched and the user presses the call key of the operation unit 47 (SD02), the selection of the television channel currently being watched is selected. After the channel information necessary for the station is recorded in the nonvolatile memory 18 by the channel information storage means 16 (SD04), the TV receiver power supply detection means 12 detects whether the power of the TV receiver unit 1 is currently on or off, If the power is on, the TV power switch 13 is turned off to turn off the power of the entire TV receiver unit 1 and then the mobile phone device enters a call state (SD03). Then, the base station data storage means 39 records the data of the base station whose location is registered in the nonvolatile memory 42 by the base station data storage means 39 (SD24). When the call end detection means 33 detects that the call is over and the user has pressed the call end key (SD05), the connection base station change detection means 38 changes the connection base station of the mobile phone device during the call. If there is no change, the television receiver power detection means 12 detects whether the power of the television receiver unit 1 is currently on or off. If the power is off, the television power The switch 13 is turned on to turn on the power of the entire television receiver unit 1 (SD06), the channel information stored in the non-volatile memory 18 is read by the channel information storage means 16, and the television being watched before making a call A channel is selected (SD07).
[0100]
If it is determined in step SD19 that the connected base station is changed during a call, the corresponding area code is obtained by the area code conversion means 40 from the data of the connected base station after the change and viewed in the area known from the area code. Possible channel information is preset in the nonvolatile memory 18 by the channel information storage means 16. Here, as the area code, for example, an area identification assignment code assigned to almost every prefecture may be used, which is used in terrestrial digital television broadcasting.
[0101]
In the twelfth embodiment, in the television receiver-integrated mobile phone device according to the ninth embodiment, the base station data registered by the television receiver-integrated mobile phone device is stored in the nonvolatile memory 42. Base station data storage means 39, and mobile station base station data and area code conversion means 40 for converting area code for presetting channel information of digital terrestrial television broadcasting, and detecting change of connected base station From the base station data detected by the means 38, the area code is obtained by the area code conversion means 40, and channel information that can be viewed from the area code is preset in the nonvolatile memory 18 by the channel information storage means 16.
[0102]
Next, a thirteenth embodiment and a fourteenth embodiment of the present invention will be described. In the twelfth embodiment, when the television receiver-integrated mobile phone device does not have table data for obtaining the area code from the data of the connecting base station in step SD25, the data of the connecting base station is used. A specific method for obtaining the area code will be described as a thirteenth embodiment and a fourteenth embodiment.
[0103]
The thirteenth embodiment is characterized in that, when the own station registers its location with the mobile base station, the base station acquires data necessary for knowing the data of the base station and the area code from the mobile base station. For example, a channel that can be obtained from the base station at the time of location registration by pairing the ID number unique to the registered base station and the region code of the region where the base station exists, and that can be viewed in the region known from the acquired region code Information is preset in the nonvolatile memory 18. By doing so, it is not necessary for the television receiver-integrated mobile phone device to store the area codes of all mobile base stations, and the memory capacity can be saved. In addition, when a mobile phone device with a built-in television receiver is registered in a mobile base station at a destination location, the area code can be acquired at any time, which is very convenient.
[0104]
In the thirteenth embodiment, in the television receiver-integrated mobile phone device according to the twelfth embodiment, the base station data includes data for converting the area code and the base station data.
[0105]
In the fourteenth embodiment, when there is no base station data whose location is registered in the data registered in the area code conversion means 40, the data is acquired from a server on the network. In the twelfth embodiment, after the call is finished, the connection base station change detection means 38 detects whether or not the connection base station of the mobile phone device has been changed during the call (SD19). In such a case, for example, the terminal is connected to a dedicated server installed on the Internet through a telephone line and capable of acquiring base station data and a region code, and the region code is acquired from the base station data. After that, channel information that can be viewed in the area known from the acquired area code is preset in the nonvolatile memory 18. This embodiment is a particularly effective method for acquiring a region code from data of a newly installed mobile base station.
[0106]
The fourteenth embodiment is a conversion for acquiring conversion data for converting a region code and base station data from a server on a network in the television receiver-integrated mobile phone device according to the twelfth embodiment. Data acquisition means 48, and when there is no registered base station data in the data registered in the area code conversion means 40, the conversion data acquisition means connects to a server on the network, and the area code and base The conversion data for converting station data was updated.
[0107]
Next, a fifteenth embodiment of the present invention will be described with reference to the flowcharts of FIGS. First, the user turns on the power by the television power switch 13 of the television receiver unit 1, selects a specific channel, and starts watching the television (SE01). After the incoming call detecting means 32 detects that the mobile phone unit 3 receives an incoming call while the television is being watched and the user presses the call key of the operation unit 47 (SE02), the selection of the television channel currently being watched is selected. After the channel information necessary for the station is recorded in the non-volatile memory 18 by the channel information storage means 16 (SE04), the TV receiver power detection means 12 detects whether the power of the TV receiver section 1 is currently on or off, If the power is on, the TV power switch 13 is turned off to turn off the power of the entire TV receiver unit 1 and then the mobile phone device enters a call state (SE03). Then, the base station data registered by the own station is recorded in the nonvolatile memory 42 or RAM 43 by the base station data storage means 39 (SE24). When the call end detection means 33 detects that the call has ended and the user has pressed the end call key (SE05), the connection base station change detection means 38 changes the connection base station of the mobile phone device during the call. If there is no change, the television receiver power detection means 12 detects whether the television receiver 1 is currently turned on or off. If the power is off, the television power supply is turned off. The switch 13 is turned on to turn on the power of the entire television receiver unit 1 (SE06), the channel information stored in the non-volatile memory 18 is read by the channel information storage means 16, and the television being watched before calling A channel is selected (SE07).
[0108]
If it is determined in step SE19 that the connected base station is changed during a call, the corresponding area code is obtained by the area code conversion means 40 from the data of the connected base station after the change and viewed in the area known from the area code. Possible channel information is preset in the nonvolatile memory 18 by the channel information storage means 16 (SE25).
[0109]
Further, it is determined whether or not the channel of the same affiliated station as the TV channel that was viewed before the call is included in the newly preset channel information (SE22). If not included, the channel information storage means 16 The channel information watched before the call recorded in the nonvolatile memory 18 is read out and the channel is selected (SE07). If it is determined in step SE22 that the channel of the affiliated station and the TV channel that was viewed before the call are included in the newly preset channel information, the preset channel of the affiliated station is selected (SE23). ).
[0110]
The relationship between the change of the mobile base station accompanying the movement and the change of the service area of the television broadcast will be described with reference to FIG. Assume that a mobile phone device integrated with a television receiver receives a call while watching a broadcast from the broadcasting station 1 at the location A, moves to the location B while making a call, and moves to the location C at the end of the call. . At location A, the location registration is made to the base station 1 of the cell 1, and at location C, the location registration is changed to the base station 2 of the cell 2, and at the location C, the radio waves of the broadcasting station 1 are difficult to receive. It is in the service area of broadcasting station 2 of the affiliated station. In such a case, it is possible to receive the broadcast wave of the broadcast station of the same affiliate station that is closest to the position after the end of the call.
[0111]
【The invention's effect】
The following effects are brought about by the present invention described above. When an incoming call is received while watching TV on a TV receiver integrated mobile phone device, the TV broadcast service area changes because the TV receiver is turned off and moved during a call. However, since it is possible to return to the channel of the same affiliated station after the call is finished, it is not necessary for the user to turn on the power and select a channel after the call.
[Brief description of the drawings]
FIG. 1 is a functional block diagram illustrating a configuration of a mobile phone device integrated with a television receiver according to the present invention.
FIG. 2 is a flowchart showing the operation of the first exemplary embodiment of the present invention.
FIG. 3 is a flowchart showing the operation of the second exemplary embodiment of the present invention.
FIG. 4 is a flowchart showing the operation of the third exemplary embodiment of the present invention.
FIG. 5 is a flowchart showing the operation of the fourth exemplary embodiment of the present invention.
FIG. 6 is a flowchart showing the operation of the fifth embodiment of the present invention.
FIG. 7 is a flowchart showing the operation of the sixth embodiment of the present invention.
FIG. 8 is a flowchart showing the operation of the seventh exemplary embodiment of the present invention.
FIG. 9 is a flowchart showing the operation of the eighth embodiment of the present invention.
FIG. 10 is a flowchart showing the operation of the ninth embodiment of the present invention.
FIG. 11 is a flowchart showing the operation of the tenth embodiment of the present invention.
FIG. 12 is a flowchart showing the operation of the eleventh embodiment of the present invention.
FIG. 13 is a flowchart showing the operation of the twelfth embodiment of the present invention.
FIG. 14 is a flowchart showing the operation of the thirteenth embodiment of the present invention.
FIG. 15 is a diagram for explaining a change of a mobile base station and a change of a television broadcast service area accompanying movement.
[Explanation of symbols]
1 TV receiver
11 Tuner / Demodulator
12 TV receiver power detection means
13 TV power switch
14 Display power switch
15 Channel search means
16 Channel information storage means
17 TV receiver display
18 Nonvolatile memory
19 RAM
20 ROM
21 Control unit / Signal processing unit
22 Antenna
3 Mobile phone
31 Wireless transmission / reception circuit
32 Incoming call detection means
33 Call end detection means
34 Answering machine mode setting means
35 Answering machine transfer recording means
36 Caller ID recognition means
37 Communication history storage means
38 Connection base station change detection means
39 Base station data storage means
40 Regional code conversion means
41 Mobile phone display
42 Nonvolatile memory
43 RAM
44 ROM
45 Microphone / Speaker
46 Control unit / Signal processing unit
47 Operation unit
48 Conversion data acquisition means
49 Antenna
51 Mobile phone base station
52 Answering Center

Claims (3)

In a TV receiver-integrated mobile phone device capable of receiving and viewing TV signals including a TV receiver unit and a mobile phone unit,
a) a television receiver power source detecting means for judging whether the television receiver section is operating;
b) a television power switch for turning on and off the television receiver unit;
c) a television receiver display for displaying the functions of the television receiver;
d) a display power switch for turning on and off the power of the television receiver display;
e) Incoming call detection means for determining whether there is an incoming call in the mobile phone unit;
f) Caller number recognition means for recognizing the caller's telephone number;
g) a communication history storage means for storing a communication history for each caller in the storage means;
The communication history storage means reads out the communication history stored in the storage means when there is an incoming call while watching the television, and the display section power supply according to the call time per call of the caller A TV receiver integrated type, wherein a switch is turned off to select whether to turn off the TV receiver display unit, or to turn off the TV power switch to turn off the TV receiver unit. Mobile phone device. The television receiver-integrated mobile phone device according to claim 1 ,
h) channel information storage means for storing in the storage means channel information that was viewed before the TV power switch or the display section power switch was turned off;
i) call end detecting means for detecting that the call has ended;
And when the end of the call is detected by the call end detecting means, if the power of the TV receiver is turned off, the TV power switch is turned on and the call is made from the storage means of the channel information storing means. If the channel information that was being viewed before the call was selected, the channel that was being viewed before the call was selected, and the TV receiver display was turned off, the display power switch should be turned on. And a TV receiver-integrated mobile phone device, wherein a channel that the user has watched before making a call is viewed . 3. The television receiver-integrated mobile phone device according to claim 1 or 2, further comprising two display units by including a mobile phone display unit that displays functions of the mobile phone unit. TV receiver integrated mobile phone device.

Images