KR0144891B1 - Double wide tv receiver and telephone receiving method of double deck vtr with telephone receiving function - Google Patents

Abstract

The present invention discloses a double / wide television receiver integrated with a double deck video tape recorder having a telephone reception function and a receiving method thereof. The apparatus and method input a telephone ring signal to detect only an external telephone ring signal, According to the ring control signal to the user to display the telephone on-screen display signal on the screen, and to provide the voice of the caller through the speaker according to whether the user receives the call, and to determine the ring ring signal that may occur internally By removing and detecting only an externally provided telephone ring signal, there is an effect of eliminating an error that may occur due to the telephone sound by the television set itself.

Description

Double deck video tape recorder with telephone receiver and double / wide TV receiver and telephone reception

1 is a schematic block diagram of an automatic telephone receiver in a television receiver having a conventional automatic telephone receiver.

2 is a block diagram showing the configuration of a double deck video tape recorder integrated double / wide television receiver capable of receiving a telephone call according to the present invention.

3 is a flowchart for explaining a telephone reception method of a double deck video tape recorder integrated double / wide television receiver according to the present invention.

4 is a detailed block diagram of the television receiver shown in FIG.

5 is a block diagram showing an example of the configuration of an audio / video (A / V) signal selection unit.

6 is a block diagram showing another example of the configuration of the A / V signal selection unit.

7 is a detailed block diagram of the D / W processing unit.

8 conceptually illustrates write and read operations of the first and second frame memories.

9 is a block diagram of a device having a telephone reception function according to the present invention that can be connected to a double deck VTR integrated double / wide television receiver.

FIG. 10 is a block diagram illustrating the detailed operation of the ring signal detector shown in FIGS. 4 and 9.

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a television receiver, wherein a double-deck video tape recorder and a double / wide television set have a function of indicating on the television that a telephone call is received when a user is watching a television, and outputting a talker's voice. A television receiver and a telephone reception method in which a receiver is integrated.

Double Deck Video Tape Recorder (VTR) refers to a VTR that has a structure in which two VTRs are integrated, and each VTR can perform a playback operation separately. The so-called copy function of recording a signal reproduced on one side of the VTR to the other side of the VTR can be performed.

On the other hand, a television receiver of a double / wide (also called double / wide or D / W) system may display a video signal on a wide screen having an aspect ratio of 16: 9, and divide the wide screen from side to side to separate different signals. A television receiver that displays a left and right screen simultaneously with the television as a receiver received from a source. At the same time as the television, a video signal reproduced from an external video playback device such as a VTR or a laser disk player (LDP) can be viewed. There is an advantage.

If the double deck VTR is electrically connected to each other via a double / wide TV and a cable, the video signal received from the television receiver can be viewed at the same time or the received video signal can be viewed simultaneously. It can be easily assumed that various operations are possible, such as recording on a videotape or watching a signal reproduced from one videotape while simultaneously recording on the other videotape.

However, when recording a video signal received from a television receiver through a VTR, first connect an external output terminal of the television receiver and an external input terminal of the VTR with a cable, and operate the television receiver to record a video signal. The channel to be received must be selected, and the VTR can be operated to perform the recording mode.

On the contrary, when a video signal reproduced by the VTR is to be viewed through a TV receiver, first connect the external output terminal of the VTR and the external input terminal of the television receiver, or connect the RF output terminal of the VTR and the antenna input terminal of the television receiver. You can operate the VTR in playback mode, operate the TV receiver in external video signal reception mode, or tune channels 3 or 4.

Since the external I / O terminals of video devices are usually installed on the back of the body, in order to provide some electrical connection between them, it is necessary to lift them out of the place of installation or to work on the back of the place of installation. This is no easy task for the user.

Even if some electrical connections are maintained between them, the desired results cannot be expected unless the individual devices are operated in the proper sequence according to the wishes, and the user may have some degree of proficiency in operating each device. It is necessary.

In particular, in order to perform a variety of operations by electrically connecting a double / wide TV receiver and a double-deck VTR that can process two video signals at the same time, more cable and altitude are required than when a typical TV receiver and a VTR are connected. Skilled operation is required.

A double deck (VTR) integrated double / wide television receiver has been developed by the present applicant, and a TV receiver having various functions has been developed.

On the other hand, when a TV viewer receives a phone call while watching a TV, there is a case where the TV sound prevents the user from hearing the ringing tone, or even if the user hears the call, there is a hassle to answer the call directly. Televisions with automatic telephone receivers have also been developed.

1 is a schematic block diagram of an automatic telephone receiver in a television receiver having a conventional automatic telephone receiver. The microphone 100, the filter unit 102, the integrator 104, the diode 106, the voice mute unit ( 108 and a speaker 110.

Hereinafter, a conventional telephone automatic reception function in a television receiver will be described in detail with reference to FIG.

When the user rings the telephone ringing externally while watching TV, the telephone ringing sound is input through the microphone 100 shown in FIG. 1, which detects a signal of the telephone ring frequency band by the filter unit 102, The DC component is detected by the integrator 104 and then input to the diode 106. The output of the diode 106 is input to the control unit of the voice muting unit 108. The voice muting unit 108 is connected to the diode 106. An output and a television audio signal are input to drive the speaker 110 to selectively output audio.

However, the above-mentioned conventional automatic telephone receiver has a problem in that an internal telephone ringing sound is detected on the television as if the telephone is externally dialed.

An object of the present invention is to solve the above-mentioned problems in the prior art, if a ringing tone is heard, whether or not the Dible Deck VTR integrated double / wide television receiver is ringing internally compared to the reference level or ringing externally. To provide a double-deck VTR integrated double / wide television receiver with a call-in function that distinguishes and displays on-screen signals indicating incoming calls on the screen and informs the user of the caller's voice through the speaker; have.

Another object of the present invention is to provide a telephone reception method in a double deck VTR integrated double / wide television receiver.

In order to achieve the above object, a telephone receiver of a double / wide television receiver having a structure integrated with a double deck video tape recorder of the present invention is provided with an audio / video signal from a composite video signal selected by inputting a broadcast signal propagated from a broadcasting station. A television signal receiving means for demodulating and outputting a television audio / video signal, and at least two video tape recorders, wherein the tape audio / video image is reproduced simultaneously or separately at each video tape recorder in response to the first control signal. Double-deck video outputting signals, recording audio / video signals provided to them simultaneously or separately through video tape recorders, or recording video signals played on one video tape recorder through the other video tape recorder Tape recorder A telephone ring signal processing means for filtering a telephone ring signal and filtering the input telephone ring signal to output a telephone audio signal, a telephone on-screen signal, and a second control signal; and the television video / audio in response to a third control signal. Audio / video signal selection means for selectively switching a signal, a tape video / audio signal or a telephone audio signal to output a reproduced video / audio signal, a telephone audio signal or the recording video / audio signal, and the reproduced video / audio signal Double / wide processing by input, processed signal and input A video signal processing means for outputting a signal to a driving unit for driving a display device, and a surround audio signal input from the audio / video signal selecting means and the telephone audio signal to be subjected to surround processing, and providing the processed signal to a speaker And control the audio signal processing means, the television signal receiving means, the video signal processing means, and the audio signal processing means, and selectively receiving the input telephone on-screen signal and user interface on-screen signal in response to the second control signal. A television receiver control means for outputting an R. G. ratio signal, a double deck video tape recorder control means for generating the first control signal to control the double deck video tape recorder, and a key input unit or a remote control device. The television receiver in response to a user control command introduced through the Control the control means, the double-deck video tape recorder control means, wherein the audio / video signal selection means and the telephone rings the signal processing means, characterized in that it comprises a master control means for outputting the user interface, an on-screen signal.

In order to achieve the above object, a method of receiving a telephone call of a double-decker video tape recorder integrated double / wide television receiver according to the present invention includes a first judging step of continuously judging whether a telephone ring signal has been input, and the first judging step. A second judging step of judging whether the call ring signal is above a reference level if satisfied, a message output step of displaying a call-on screen signal if the second judging step is satisfied, and a voice delivering a caller's voice to the user And a transfer step and a switching step of switching to a television mode when the telephone is disconnected.

2 is a block diagram showing a configuration of a double deck VTR integrated double / wide television receiver having a telephone reception function according to the present invention, which includes an antenna 198, a television signal receiver 200, and audio / video (hereinafter, A / V) a signal selector 202, a video signal processor 204, a cathode ray tube (CRT: Cathode-Ray Tube or less CRT) driver 206, a CRT 208, an audio signal processor 210, A telephone composed of a left speaker 212, a right speaker 214, a ring signal detector 216, a comparison unit 218, a telephone control unit 220, and a third On Screen Display (OSD) 222. A master control unit 252 including a ring signal processing unit 250, a key input unit 224, a remote control unit 226, a main control unit 228, a third ROM 231, and a second OSD 230, and a ROM (Read Only Memory). 232, a first receiver 234, a first OSD 236, and a selector 238. A television receiver control unit 254, and a double deck VTR control unit 240 and a double deck VTR 242. double It is comprised of the deck part 256.

3 is a flowchart for explaining a telephone reception method of a double deck VTR according to the present invention.

4 is a detailed block diagram of a double deck VTR integrated double / wide television receiver having a telephone reception function as shown in FIG. 2, which includes an antenna 198, a first tuner 300, a second tuner 302, A television signal receiver 200 comprising a first demodulator 304 and a second demodulator 306, an A / V signal selector 202, and a first comb filter (C / F: COMB FILTER or less) / F) 308, the second C / F 310, the D / W processing unit 312, the matrix unit (MATRIX) 314, the video signal processing unit 204, the CRT driving unit 206, audio The signal processor 210, the CRT 208, the left speaker 212, the double speaker 214, the second ROM 316, the second controller 318, and the third controller 320 are composed of a double. A double deck VTR 242 composed of a deck VTR controller 240, a first VTR 322, a second VTR 324, and a radiation controller 326, a telephone ring signal processor 250, a master controller 252, , The television receiver control unit 254.

Hereinafter, the operation of the double deck VTR telephone reception method and apparatus according to the present invention will be described in detail with reference to FIGS. 2, 3 and 4 as follows.

The television signal receiver 200 shown in FIG. 2 receives the broadcast signal modulated by the carrier wave introduced through the antenna 198 to generate the intermediate frequency processed video signal. And first and second demodulators 304 and 306 for inputting an intermediate frequency processed video signal generated by the first and second tuners 300 and 302 and the first and second tuners 300 and 302 to generate a television audio / video signal.

The video signal processor 204 receives the first and second comb filters shown in FIG. 4 to respectively output the reproduced audio / video signals from the A / V signal selector 202 and separate them into luminance / chromatic signals. 308 and 310, and the first and second luminance and chroma signals output from the first and second comb filters 308 and 310 are processed to double / wide (D / W: D / W) to process the third luminance and chroma. The third luminance / chromatic signal output from the D / W processing unit 312 and the D / W processing unit 312 and the R.G. ratio (RGB) signal output from the selecting unit 238 are output as a signal, and the matrix is introduced. And a matrix unit 314 for processing and generating RGB signals.

The double-deck VTR 242 shown in FIG. 2 generates a tape audio / video signal reproduced from a video tape, or inputs a recording audio / video signal output from the A / V signal selector 202 to supply a video tape. And first and second video tape recorders 322 and 324 and a copy control unit 326 for recording.

The audio / video signals output from the television signal receiver 200 and the double deck VTR 242 and the telephone audio signals output from the telephone controller 220 and the voice message of the caller are provided to the A / V signal selector 202. do. The A / V signal selector 202 selectively combines a plurality of audio / video signals provided on the input side thereof to convert the reproduced video signal into the video signal selector 204, and converts the reproduced audio signal and the telephone audio signal into the audio signal processor. At 210, a recording audio / video signal is output to the double deck VTR 242.

5 is a block diagram showing a more specific configuration of the A / V signal selector 202 shown in FIGS. 2 and 4, and includes a video signal selector 400 and an audio signal selector 402.

The first and second television audio / video signals and the first and second tape audio / video signals input through the input terminals IN1 to IN4 are divided into video and audio signals to select the video signal selector 400 and the audio signal, respectively. Further, the telephone audio signal is input to the audio signal selector 402 through the input terminal IN5. The video and audio signal selectors 400 and 402 are controlled from the main controller 228. Controlled by the signal C3 and selectively combined with the left and right playback video signals through the output terminals OUT1 and OUT2, the left and right recording video signals through the output terminals OUT3 and OUT4, and through the output terminals OUT5 and OUR6. Outputs left and right audio signals respectively.

In order to provide the versatility of the device, it is possible to additionally allow an externally provided audio / video signal or to allow an externally generated audio / video signal to be output to the outside.

FIG. 6 is a block diagram showing another example of the configuration of the A / V signal selection unit 202 shown in FIG. 2. The external input terminal 414, the external output terminal 416, the video signal selection unit 410, and Audio signal selector 412.

The apparatus shown in FIG. 6 further includes extra audio / video signal input terminals, which may be provided with audio / video signals coming from outside. As will be appreciated, the combined output of the same number of output signals from more input signals has a greater number of cases, and therefore the number of bits of the audio / video selection signal should be increased.

The video signal processor 204 double / wide processes the left and right picture reproduction video signals provided from the A / V signal selector 202. The video signal processor 204 is combined to display two image signals simultaneously on one screen. It is necessary to match the horizontal and vertical scanners of the video signals combined with the horizontal scan periods of the respective respective video signals. Here, it is assumed that the horizontal and vertical scan periods of the two combined video signals are the same. Special treatments are needed for different syringe cycles. This technique is applied to NTSC / PAL and HD / NTSC converters.

The scanning period of the combined video signal is adjusted using a memory. For this purpose, the video signal is divided into luminance / color signals, digitally converted and recorded in the memory. Scanning period of the video signal output by adjusting the read speed of the memory Can be determined.

FIG. 7 is a block diagram showing a more detailed configuration of the D / W processing unit 312 shown in FIGS. 2 and 4, wherein the first and second A / D (analog / digital) converters 420 and 422, the first and second are shown. Second frame memory 424, 426, First and second write address generators 428, 430, Read address generator 432, First and second digital / analog converters 434, 436, Left and right screen switching units 438 and a deflection portion 440. Reference numeral 442 denotes a CRT 208 shown in FIGS.

The operation of the apparatus shown in FIG. 7 will be described in detail as follows.

The first and second recording address generators 428 and 430 respectively generate a recording address having a recording speed equal to the scanning speed of the left and right picture video signals. The video signals digitally converted by the analog / digital converters 420 and 422 are respectively generated. The first and second frame memories 424 and 426 are recorded. The recording speeds of the first and second frame memories 424 and 426 are the same as the scanning speeds of the left and right video signals.

The read address generator 432 generates a read address having a read speed corresponding to twice the scanning speed of the left screen video signal. Therefore, in the first and second frame memories 424 and 426, the read speeds are the left and right pictures respectively. It corresponds to twice the gaze speed of the video signal.

The main scanning period of the image signal is divided into the first half and the second half, and the first half reads the video signal recorded in the first frame memory 404, and the second half reads the video signal recorded in the second frame memory 406. When each video signal is read at twice the recorded speed, the two video signals are combined and output as one video signal.

FIG. 8 conceptually illustrates the write and read operations of the first and second frame memories 424, 426. As shown in solid lines in FIG. 8, the respective video signals are separated from each other by the first and second operations. The recording speed is recorded in the frame memories 424, 426, and the recording speed is the same as the scanning speed of each video signal. After the video signals are recorded in the first and second frame memories 424, 426, they are sequentially read out as shown by the dotted lines. The reading speed is twice the recording speed.

Accordingly, the speed at which each video signal is recorded and the speed at which two recorded video signals are read in succession become the same, and a video signal in which the two video signals are combined can be obtained.

The left and right screen switching unit 438 of FIG. 7 controls the signals read from the first and second frame memories 424 and 426 in response to the control signal C5 output from the first control unit 234 shown in FIG. Reverse the left and right screens on the screen by changing the switching order.

The CRT unit 206 of FIG. 4 drives the CRT 208 by RGB output from the video signal processing unit 204 to display an image signal.

The audio signal processor 210 performs surround, speaker / headphone selection, echo processing, and speaker driving on the left and right screen audio signals provided from the A / V signal selector 202, and transmits the processed signals to the left and right speakers 212,214. Here, audio signals corresponding to the video signals of the left and right screens are output through the left and right speakers 212 and 214, or audio signals corresponding to the video signals of the left screen are output to the left and right speakers and corresponding to the video signals of the right screen. Selective operation such as outputting an audio signal to the headphone output terminal can be performed, and the voice of the received talker is output.

The double deck VTR 242 provides the tape audio / video signal reproduced by the first and second VTRs 322 and 324 to the A / V signal selector 202 or the recording provided by the A / V signal selector 202. Audio / video signals are recorded through the respective VTRs 322 and 324 respectively or simultaneously, or audio / video signals reproduced by one VTR are recorded through the other VTR.

Here, the first VTR 322 is a VHS VTR, and the second VTR 324 is an 8 mm / VHS VTR. Thus, 8 mm tapes widely used in movie cameras and the like can be accommodated. In addition, it is easy to change between 8mm / VHS.

The television receiver control unit 254 controls the first and second tuners 300 and 302 and the video signal processing unit 204 in response to a command input by an operation of the key input unit 224 or the remote controller (or remote controller) 226. To control. The television receiver control unit 254 controls the tuning operation of the first and second tuners 300 and 302 by generating the first and second tuner control signals C ₄₁ and C ₄₂ . By specifying different broadcast channels by each tuner, two channels can be watched simultaneously. The TV receiver controller 254 controls the video signal processor 204 by generating the D / W control signal C5 and the left and right inverted signals REVERSE.

In the first ROM 232 of the television receiver control unit 253, a program necessary for controlling the television receiver is stored. The first controller 234 performs a control operation by a program recorded in the first ROM 232 and generates a text signal for the user interface through the first OSD 236.

The selector 238 may be an OSD signal generated by the first OSD 230 or an OSD signal generated by the second OSD 230 of the master controller 252 or generated by the third OSD 222 of the telephone ring signal processor 250. One of the OSD signals is selected and provided to the matrix 314 of the video signal processor 234. The CRT driver 206 inputs a signal in which an OSD signal and an RGB signal are superimposed, and drives the CRT 208.

Here, the timing of generating the control signal for controlling the selection unit 238 will be described in detail in the detailed operation of the present invention to be described later.

The double deck VTR controller 240 includes second and third controllers 318 and 320. The second controller 318 is for the first VTR 322, and the third controller 320 is the second VTR 324. For). Here, the third control unit 320 for controlling the second VTR 324 is dependent on the second control unit 318 for controlling the first VTR 280 to operate. Here, the dependent means that it does not operate alone, but depends on another. That is, the second controller 318 is directly controlled by the master controller 252, but the third controller 320 ) Receives a command from the master controller 252 through the second controller 318 or is operated by the control of the second controller 318.

This is because the second VTR 324 of the 8 mm type is still less usable than the first VTR 322 of the VHS type, and is mainly used for reproducing a signal recorded by a movie camera. In order to reduce the burden on the master control unit 252 by controlling the second control unit 318 instead of controlling the third control unit 320 directly.

The master control unit 252 is a television receiver control unit 254, a double deck VTR control unit 240, A so that a predetermined operation is performed in accordance with an operation command input through the key input unit 224 or the remote control unit 226. The / V signal selector 202 and the telephone ring signal processor 250 are controlled.

The third ROM 231 of the master control unit 252 contains programs necessary for various controls. The main control unit 228 performs control operations by a program recorded in the third ROM 231, and a user interface. Generates a text signal for through the second OSD (230).

In such a double-deck video tape recorder integrated double / wide television receiver, the telephone reception function according to the present invention will be described as follows. When a telephone ring signal is input through the input terminal IN shown in FIG. 4 (step 260). The ring signal detector 216 detects this, filters it, amplifies it, and changes the signal into a predetermined DC component. The signal output from the ring signal detector 216 is input to the comparator 218 and compared with a reference level or more ( In operation 262, in operation 262, when a signal due to noise is inputted as a telephone ring signal through the input terminal IN, it is determined and removed.

In step 262, when the level of the telephone ring signal is greater than the reference level, the telephone control unit 220 transmits the telephone on-screen display signal to the third OSD (222) in order to notify the user who is watching the television that the call is received through the screen. In addition, the phone control unit 220 controls the first control unit 234 so that the telephone on-screen display signal is selected and output from the selection unit 238, and the telephone output from the selection unit 238 is controlled. The on-screen display signal is input to the matrix 314 of the video signal processing unit 204 and outputted to the CRT driver 216 as a reproduced video signal and a double R. B. signal. (Step 264).

After the user senses that the call is missed through the on-screen display signal displayed on the screen, the user decides whether to receive the call through the remote controller 226 or the key input unit 224 and the main controller 228 responds to the call. The control signal is outputted to the telephone controller 220 (step 264). The telephone control unit 220 inputs a control signal from the main control unit 228 and a ring control signal from the comparing unit 218 to output the voice of the caller to the speaker when the user wants to receive a call. Step 266), the telephone audio signal input through the input terminal IN is output to the A / V signal selector 202. The A / V signal selection unit 202 outputs a telephone audio signal to the audio signal processing unit 210 through the output terminals OUT5 and OUT6 in response to the control signal C3 output from the main control unit 228. The processor 210 drives the speakers 212 and 214 to provide a voice of the caller to the user (step 268).

After the operation 268, the telephone controller 220 checks whether the telephone is disconnected through the hook switch of the telephone (operation 270), and when the hook-off signal is input in operation 270, the main controller 228 is provided with the present invention. The device is switched to the television mode (step 272).

9 is a block diagram of a device having a telephone reception function that can be connected to a double deck VTR integrated double / wide television receiver according to the present invention, which includes a ring detector 460, a comparator 462, a controller 464, and an OSD ( 466, a signal processing and output unit 460, a selector 470, and an audio signal processor 472.

FIG. 9 is a view similar to the telephone reception block shown in FIGS. 2 and 4, but showing that a device having a function according to the present invention can be provided as a separate part in a double deck VTR integrated double / wide television receiver.

A telephone ring signal is input through the input terminal IN1 shown in FIG. 9, a call reception determination signal of the user is input through the input terminal IN2, a telephone audio signal is input through the input terminal IN3, and an input terminal IN4. The television audio signal is input.

FIG. 10 is a block diagram illustrating the detailed operation of the ring signal detector 216 shown in FIG. 4 or the ring detector 460 shown in FIG. 9, and includes a filter 480 and an amplifier 482. It consists of an integrator 484.

When a telephone ring signal is input through the input terminal IN1 of the ring detector 460 shown in FIG. 9, the filter unit 480 filters a frequency corresponding to a frequency band of the telephone ring signal. Ring detector 460 The signal output from is amplified by the amplifier 482 to a predetermined level and input to the integrator 484. The integrator 484 converts the telephone ring signal into a direct current value in order to compare the reference signal with the reference level. If the level of the telephone ring signal is greater than the reference level, the control unit 464 outputs an R. B. signal to the OSD 466, and the signal processing and output unit 460 outputs the OSD 466. Input the output of) to display the on-screen signal (for example) on the screen. The user inputs a signal whether or not to receive a call to the controller 464, and the controller 464 controls the selector 470 accordingly so that the telephone audio signal is input to the audio signal processor 472. The processor 472 functions as the audio signal processor 210 of FIG. 4.

As described above, the double deck VTR integrated double / wide television receiver having the telephone reception function and the reception method according to the present invention may be generated externally by judging whether the telephone ring signal is generated internally or externally. In this case, it is effective to notify the TV viewer through the screen and to provide the voice of the caller through the speaker to discriminate and remove the telephone ring signal that may occur internally.

Claims (6)

A telephone receiver of a double / wide television receiver having a structure integrated with a double deck video tape recorder, wherein the audio / video signal is demodulated from a composite video signal selected by inputting a broadcast signal propagated from a broadcasting station. A television signal receiving means for outputting a signal; provided with at least two video tape recorders, and outputting a tape audio / video image signal reproduced simultaneously or separately at each video tape recorder in response to the first control signal, A double-deck video tape recorder that records audio / video signals for recording through each video tape recorder simultaneously or separately, or records video signals reproduced by one video tape recorder through the other video tape recorder; Filter the ring signal A telephone ring signal processing means for outputting a telephone audio signal, a telephone on-screen signal, and a second control signal when the level is higher than the level; the television video / audio signal, a tape video / audio signal, or a telephone audio signal in response to a third control signal An audio / video signal selection means for selectively switching and outputting a reproduced video / audio signal, a telephone audio signal, or the recording video / audio signal; a double / wide process by inputting the reproduced video / audio signal, the processed signal and the input A video signal processing means for outputting a G. B. signal to a driving unit for driving a display device; a reproduction audio signal and the telephone audio signal outputted from the audio / video signal selecting means are input to surround and processed Audio signal processing means for providing a signal to a speaker; the television signal receiving means, video TV receiver control for controlling call processing means and audio signal processing means, and selectively outputting the input telephone on-screen signal and user interface on-screen signal as the R.G. signals in response to the second control signal. Double deck video tape recorder control means for generating the first control signal to control the double deck video tape recorder; And controlling the television receiver control means, the double deck video tape recorder control means, the audio / video signal selection means and the telephone ring signal processing means in response to a user control command introduced through a key input unit or a remote control device. A double deck video tape recorder integrated double / wide television receiver having a telephone reception function, characterized by comprising a master control means for outputting a user interface on-screen signal. The apparatus of claim 1, wherein the telephone ring signal processing means comprises: a ring signal detecting means for filtering and amplifying a signal of a frequency band corresponding to the input telephone ring signal; converting the signal into a DC value; Comparison means for inputting the output of the ring signal detecting means and comparing the predetermined level with the output of the ring signal detecting means; And controlled by the master control means, inputting the output of the comparison means, outputting the second control signal, controlling the on-screen means, and outputting the input telephone audio signal to the audio / video signal selection means. A double deck wide / wide television receiver with a double deck video tape recorder having a telephone reception function, characterized by comprising telephone control means. 3. The apparatus of claim 2, wherein the ring signal detection means comprises: a band pass filter for filtering only signals of a frequency band corresponding to the telephone ring signal; amplifying means for inputting an output of the band pass filter to a predetermined level; And an integrating means for inputting the output of said amplifying means and changing it to a value of a constant DC component. A device having a telephone reception function of a double deck video tape recorder integrated double / wide television receiver. A ring signal detecting means for filtering and amplifying a signal of a frequency band corresponding to an input telephone ring signal, converting the signal into a DC value, and outputting the same. Comparing means for inputting the output of the ring signal detecting means and comparing it with a predetermined level to determine whether the telephone ring signal is caused by noise; on to output the telephone on screen signal in response to a first control signal; Screen means; a signal processing and output means for inputting the on-screen signal and displaying the signal after processing; selecting means for inputting a television audio signal and a telephone audio signal and selectively outputting the second audio signal in response to a second control signal; Input to process the signal, audio signal processing to drive the speaker However; And control means for inputting an output of the comparing means and a telephone hook-off signal and outputting the first and second control signals in response to a master control signal. Integrated double / wide television set. A method for receiving a telephone call of a double deck video tape recorder integrated double / wide television receiver, the method comprising: a first determination step of continuously determining whether a telephone ring signal is input; if the first determination step is satisfied, the telephone ring signal is referenced. A second judging step of determining whether the level is abnormal; a message output step of displaying a telephone on-screen signal when the second judging step is satisfied; And a switching step of switching to a television mode when the telephone is disconnected. The method of claim 5, wherein the method for receiving a call determines whether the user wants to receive a call after the message output step and proceeds to the voice transmission step if satisfied, and proceeds to the switching step if not satisfied. Further comprising a double deck video tape recorder integrated double / wide television receiver.