JP2005191927A - Disk device incorporated type television receiver - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a disk device incorporated type television receiver in which output of video images/sound is automatically adjusted. <P>SOLUTION: In a memory 45, together with the standard values of the output of the video images and the sound, the correction values of the output of the video images and the sound are stored respectively for the television, disk kinds, data kinds of specified kinds among the disk kinds and the serial numbers of disks. In the case of reproducing the disk, the correction value of the pertinent one among the kind of the disk, the data kind and the serial number is read from the memory 45, it is added to the standard value, and the output of the video images and the sound is adjusted on the basis of a present value which is an added result. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a disk device integrated television receiver.

  Recent disk devices can reproduce various recording media such as DVD, CD, VCD (video CD), SVCD (super video CD) and the like. Each recording medium also includes videos of various genres such as Western images, Japanese movies, animation, karaoke background images, and sounds such as music, Japanese, and English. In this case, when the user wants to enjoy the video / audio in a state suitable for the viewer according to the type of the recording medium or the content of the video / audio, the viewer sets the contrast, color, volume, sound quality, etc. of the video. It is adjusted manually. In addition, the following are known as automatic adjustment of video, sound quality and the like of a television receiver.

  In Patent Document 1, in order to solve the problem that the volume / color adjustment value for each broadcasting station is different, a common value for volume / color adjustment common to all broadcasting stations and a correction value for volume / color adjustment for each broadcasting station are disclosed. When the station number is switched, the volume / color adjustment correction value of the broadcasting station is added to the common value of the volume / color adjustment, and the volume / color adjustment is automatically performed based on the addition result. It is shown. Further, in Patent Document 2, a genre code is detected from a broadcast signal so that the viewer can view with optimum sound quality / image quality according to the genre of the broadcast program, and control data set in advance for each genre code. Indicates that the sound quality / image quality is automatically adjusted.

Japanese Patent Laid-Open No. 9-37174 (paragraphs 0004 to 0007, FIG. 1) JP-A-6-133238 (paragraphs 0009 to 0013, FIG. 1)

  However, the conventional apparatus has a problem that the contrast and the like must be manually adjusted every time the recording medium is replaced. Further, in the ones shown in Patent Documents 1 and 2, the case where the recording medium is replaced is not taken into consideration, and since all are automatically adjusted uniformly, there is a problem that the flexibility as the apparatus is lacking. is there.

  The present invention solves the above-described problems, and the problem is that when a disk as a recording medium is replaced, the output of video / audio is automatically adjusted, and further automatic adjustment is not possible. Is to provide a disc device-integrated television receiver which is automatically adjusted to video / audio adjusted to the viewer's preference in cooperation with the viewer.

  The present invention relates to a disc device-integrated television receiver comprising a disc device and a television receiver, and a video and / or audio adjustment value for each disc type and a broadcast signal stored in a storage unit of the television receiver. Video and audio adjustment values are stored. Then, the control unit of the disc device determines the type of the disc to be reproduced, and transmits the disc type to the control unit of the television receiver. The control unit of the television receiver that has received the disc type adjusts the video and / or audio output based on the adjustment value in the storage unit corresponding to the received disc type. That is, the output of the video output unit and / or the audio video output unit is adjusted. On the other hand, during the output of the broadcast signal, the output of the video and audio is adjusted based on the adjustment value of the broadcast signal in the storage unit.

  By doing so, the video and / or audio of the disc to be played is automatically adjusted so as to be the video and / or audio of the viewer's preference according to the type. Similarly, when a broadcast signal is output, the video and audio outputs are automatically adjusted.

  Further, according to the present invention, in a disk device integrated television receiver including a disk device and a television receiver, video and / or audio adjustment values for each disk type are stored in a storage unit. Then, the control unit determines the type of the disc to be played, and adjusts the video and / or audio output based on the adjustment value in the storage unit corresponding to the disc type. By doing so, the video and / or audio of the disc to be played is automatically adjusted so as to be the video and / or audio of the viewer's preference according to the type.

  In the present invention, video and / or audio adjustment values for each data type of a specific type of disk are further stored in the storage unit. If the disc type is a specific type, the control unit adjusts the video and / or audio output based on either the disc type adjustment value or the adjustment value corresponding to the data type. To do. In this way, when there are a plurality of data types on a certain disc, the video and / or audio output is automatically adjusted according to the viewer's preference for each data type. If fine adjustment is not required, video and / or audio output is automatically adjusted based on the disc type.

  In this case, the control unit displays a message representing a plurality of data types on the video output unit, and adjusts the output of video and / or audio based on the adjustment value corresponding to the data type specified by the operation unit. In this way, the video and / or audio output is automatically adjusted to the viewer's preference even for data types that are not automatically recognized by the disk device.

  In the present invention, the storage unit further stores serial numbers of a plurality of disks and video and / or audio adjustment values for each serial number. Then, the control unit compares the serial number of the disc to be played back with the serial number in the storage unit, and if both serial numbers match, outputs the video and / or audio based on the adjustment value of the serial number. adjust. In this way, in the disc type having the serial number, the video and / or audio output is automatically adjusted according to the serial number, which is a finer level than the disc type.

  In this case, the control unit manages the history of each serial number, and when a new serial number is registered in the storage unit, the control unit corresponds to the predetermined serial number and the serial number from the storage unit based on the history. Delete the adjustment value.

  According to the present invention, when the disc is replaced in the disc device-integrated television receiver, the video / audio output is automatically adjusted, and in a situation where the automatic adjustment cannot be performed, the viewer can watch the movie in cooperation with the viewer. Automatically adjusted to video / audio adjusted to the user's preference.

  FIG. 1 is a block diagram of a disk device integrated television receiver 1 according to the present invention. The disk device integrated television receiver 1 includes a disk device 2 and a television receiver 4. First, the configuration of the disk device 2 will be described. This disk device 2 can reproduce the disk 30 which is various recording media such as DVD, CD, VCD (video CD), SVCD (super video CD), etc., and can also record the writable disk 30. Note that DVDs include normal DVDs on which movies and the like are recorded, non-writable DVDs, rewritable DVD + RWs, DVD-RAMs, and the like, and CDs include various CDs such as CD-DAs and karaoke CDs.

  The broadcast signal received by the antenna 11 is selected by the tuner 21 and sent to the signal selection unit 22. In the signal selection unit 22, either a broadcast signal or a signal from the external input terminal 12 is selected by a signal from the CPU 24, and sent to the recording signal processing unit 32. In the recording signal processing unit 32, the input signal is A / D converted and encoded according to the type of the disk 30, for example, according to the MPEG-2 system. The encoded signal is recorded on the disk 30 in the recording / reproducing unit 31.

  The recording / reproducing unit 31 includes a tray for loading and unloading the disk 30, a recording head for recording data on the disk 30, a reproducing head for reproducing data on the disk 30, and a disk for recording / reproduction. It is comprised from the rotation drive mechanism for rotating 30, etc. The recording / reproducing unit 31 is provided with a sensor so that the CPU 24 can check the presence / absence of the disk 30, the state of the tray, and the like. Further, the data of the header part of the disk 30, for example, TOC (Table Of Contents) is read by the CPU 24 via the recording / reproducing part 31, whereby the type of the disk 30 is determined. Further, in the disk 30 in which the serial number is stored in the header portion, it is also read by the CPU 24. The data on the disc 30 reproduced by the recording / reproducing unit 31 is decoded by the reproduction signal processing unit 33 by a method according to the type of the disc 30, and then D / A converted and sent to the OSD processing unit 23.

  The disk device 2 has an on-screen display (hereinafter referred to as OSD) function for displaying various messages to the viewer such as the presence / absence of the disk 30, the state of the tray, and the playback time of the disk 30 superimposed on the playback data of the disk 30. I have. The OSD data in the memory 25 is extracted by the CPU 24 and sent to the OSD processing unit 23 where it is superimposed on the reproduction data and sent to the signal selection unit 42 of the television receiver 4.

  A memory 25 is connected to the CPU 24. In the memory 25, a program for controlling the operation of the disk device 2, the above-mentioned OSD data, data used when recording a broadcast signal on the disk 30 (station number, recording start time, recording time, etc.), various controls Data etc. are stored. The memory 25 is also used as a calculation work area for the CPU 24.

  Next, the configuration of the television receiver 4 will be described. The broadcast signal received by the antenna 11 is selected by the tuner 41 and sent to the signal selection unit 42. In the signal selection unit 42, a broadcast signal, a signal from the external input terminal 12, or a signal from the OSD processing unit 23 of the disk device 2 is selected by a signal from the CPU 44. The output signal of the signal selection unit 42 is sent to the OSD processing unit 43, where the OSD data sent from the CPU 44 is superimposed. This OSD data is stored in the memory 45 and sent to the OSD processing unit 43 via the CPU 44. The superimposed signal is sent to the video signal processing unit 51, where it is separated into an audio signal, a video signal, a horizontal scanning signal, and a vertical scanning signal. The audio signal is amplified by the audio amplifier 52 and output from the audio output unit 53 (for example, a speaker). The video-related signal is sent to the video output unit 55 (for example, CRT) via the CRT drive unit 54.

  The operation unit 56 includes a plurality of operation keys and a remote controller (not shown) provided with a plurality of operation keys provided on a front panel (not shown) of the disk device-integrated television receiver 1. The operation keys include a key dedicated to the operation of the disk device 2, a key dedicated to the operation of the television receiver 4, and a key shared by both. When any of the operation keys is pressed, a signal is sent to the CPU 44, Processing according to the type of operation key is performed. A memory 45 is connected to the CPU 44. The memory 45 stores later-described video and audio adjustment values according to the present invention, a program for controlling the operation of the television receiver 4, the above-described OSD data, various control data, and the like. The memory 45 is also used as a calculation work area for the CPU 44.

  Next, video and audio adjustment values according to the present invention will be described. FIG. 2 is a diagram showing video and audio adjustment values stored in the memory 45. “Contrast”, “Bright”, “Sharpness”, “Tint”, and “Color” shown in FIG. 2 are objects to be adjusted. “Volume” is a sound adjustment target, and actually includes sound quality adjustment elements and volume, but is represented by “volume” for convenience of explanation. The “current value” (CR-C to CR-V in FIG. 2) is a current adjustment value, and the current value read from the memory 45 is sent to the CRT drive unit 54 and the audio amplifier 52, and depending on the value. Video and audio output is adjusted. “Standard values” (ST-C to ST-V in FIG. 2) are standard values for the reproduction data and broadcast signal output of the disc 30, and the disc device-integrated television receiver 1 in a predetermined operation procedure. Is initialized to the default value (hereinafter referred to as “initialization process”). Note that “current value”, “standard value”, and “television” in the “type, etc.” column are shown for convenience of explanation, but no memory area is allocated.

  “TV” is a correction value of the broadcast signal with respect to the standard value, and when the output of the broadcast signal is started, the correction value (C0 to V0 in FIG. 2) is added to the standard value to obtain the “current value”. After that, the video and audio outputs are adjusted according to the current values. Further, when the video and / or audio output is adjusted by operating the keys of the remote controller, among the current values, the value related to the key operation is increased or decreased accordingly. For example, when a contrast adjustment operation is performed, the current contrast value is increased or decreased. Then, the correction value of the television is updated (replaced) with a value obtained by subtracting the standard value from the current value at a constant period (for example, at intervals of 1 minute). In addition, the above update is also performed when the broadcast signal is switched to the reproduction of the disc 30 so that the correction value of the television is updated more reliably. Each correction value is set to 0 by the initialization process.

  “Types 1 to 4” are types of the disks 30 such as DVDs to be played back by the disk device 2. During playback of the disc 30, a correction value (for example, C3 to V3 in FIG. 2) corresponding to the type is added to the standard value and stored in the “current value”, and video and audio are output according to the current value. Adjusted. A point where the current value is adjusted (increase / decrease) by key operation of the remote controller, a point where the standard value is subtracted from the current value at a fixed period, and a correction value of the corresponding type is updated, and correction is made by initialization processing The point that the value is set to 0 is the same as in the case of “TV”. In order to update the correction value of the type more reliably, the correction value is updated even when the reproduction of the disk 30 is stopped by the operation of the stop key or the like. In addition, the encoded type of the disk 30 is stored in the “type 1 to 4” column by the initialization process.

  “Specific types 1 and 2” are types (for example, DVD) of the specific disk 30 among the above-described types 1 to 4. For example, a movie having various contents (this is called a data type) such as a Western film, a Japanese film, and an animation is recorded on the DVD. In FIG. 2, assuming that the specific type 1 includes three data types, three types of correction values corresponding to the data type are stored in the memory 45. Further, assuming that the specific type 2 includes two data types, two types of correction values corresponding to the data type are stored in the memory 45.

  When the disc 30 of a specific type is played back, if the disc 30 is the specific type 1, one of the three correction values (for example, C6 to V6 in FIG. 2) is the disc 30 is the specific type 2. Sometimes one of the two correction values (for example, C8 to V8 in FIG. 2) is added to the standard value and stored in the “current value”, and the video and audio outputs are adjusted according to the current value. A procedure for selecting (specifying) one correction value from a plurality of correction values will be described later. The current value is adjusted (increased / decreased) by a key operation of the remote controller, the correction value of the data type is updated at a fixed period or when the disc 30 being played back stops, and corrected by initialization processing The point that the value is set to 0 is the same as in the case of “types 1 to 4”. In addition, the type of the encoded disk 30 is stored in the “specific types 1 and 2” column by the initialization process.

  In addition, the messages 1A, 1B, 1C of specific types 1 and 2 and the messages 2A, 2B are also set as default messages by the initialization process, but with the hiragana, numbers, etc. displayed on the video display unit, The default message can be replaced with a viewer's favorite (or easy to identify) message by selecting a character with an operation key and storing the result of Kanji conversion in the corresponding storage unit. How this message is used will be described later. FIG. 2 shows that there are two specific types, and the data types of the specific types are three and two, respectively. However, this is merely an example, and the present invention is not limited to this. Absent.

  “Serial numbers 1 to 5” are serial numbers of the types 1 to 4 having a serial number in the header portion of the disk 30 (for example, DVD). When a disc 30 having the same serial number as that registered in this area is reproduced, the correction value of the serial number (for example, C12 to V12 in FIG. 2) is added to the standard value and becomes the “current value”. Stored and the video and audio output are adjusted according to the current value. The current value is adjusted (increased / decreased) by the key operation of the remote controller, the correction value of the serial number is updated at a fixed period or when the disc 30 being played back is stopped, and corrected by initialization processing The point that the value is set to 0 is the same as in the case of “types 1 to 4”. In addition, 0 is stored in the column of “serial numbers 1 to 5” by the initialization process. The “history” of the serial numbers 1 to 5 will be described later. In FIG. 2, five serial number registration areas are secured, but this is merely an example, and the present invention is not limited to this. Note that a value obtained by adding the standard value and the correction value of type 1 or the like corresponds to the adjustment value of the present invention.

  Next, the operation of the disk device-integrated television receiver 1 will be described using a flowchart. FIG. 3 is a flowchart showing the operation on the disk device 2 side. FIG. 4 is a flowchart showing the operation on the television receiver 4 side. In these flowcharts, the operation of the portion according to the present invention is mainly shown, not the operation of the entire disk device integrated television receiver 1.

  First, FIG. 3 will be described. When the power is turned on, it is checked whether or not the disc 30 is newly set on the tray of the recording / reproducing unit 31 and is ready for reproduction (S1). When the reproduction is possible, the CPU 24 reads the disk type from the header portion of the disk 30 and stores it in the memory 25. If the disk 30 has a serial number, the serial number is similarly stored in the memory 25 (S2). Thereafter, the process returns to S1.

  If it is not determined in S1 that the disc has been newly set and can be played back, it is checked in the operation unit 56 whether or not the playback key has been pressed (S3). In the present embodiment, since the operation unit 56 is connected to the CPU 44 on the television receiver 4 side, the CPU 24 on the disk device 2 side refers to the key information received from the CPU 44 on the television receiver 4 side. It is checked whether the play key has been pressed. When the playback key is pressed, a signal is sent from the CPU 24 to the recording / playback unit 31 to start playback (S4). Thereafter, the disk type in the memory 25 is transmitted to the CPU 44 on the television receiver 4 side (S5). If the serial number is stored in the memory 25, the serial number is transmitted in the same manner (S6, S7). Thereafter, the process returns to S1.

  If it is not determined in S3 that the reproduction key has been pressed, it is checked whether the stop key or the eject key has been pressed (S8). If pressed, the playback operation of the disk 30 is stopped (S9), and an update instruction command is transmitted to the CPU 44 on the television receiver 4 side (S10). The update instruction command will be described later. Thereafter, the process returns to S1. If it is not determined in S8 that the stop key or the like has been pressed, other processing (for example, recording reservation processing to the DVD-RAM) is performed (S11), and the process returns to S1.

  Next, the operation on the television receiver 4 side will be described with reference to FIG. First, when the power is turned on, it is checked whether or not the disk type transmitted in S5 of FIG. 3 has been received (S21). If received, it is checked whether or not the serial number transmitted in S7 of FIG. 3 has been received (S22). When the serial number is received, it is checked whether or not the serial number processing is prioritized over the specific type of processing (S23). Such a determination is made in order to determine which process is to be prioritized when the type of the disk 30 is a specific type and the disk 30 has a serial number. In order to make this determination, information on which to prioritize is set in advance in a part of the control data in the memory 45. If the serial number processing is prioritized, it is checked whether or not the received serial number is registered in the memory 45 (S24). If the serial number is not registered, the serial number is registered in the memory 45. (S25).

  Serial number registration is performed as follows. First, it is checked whether there is an empty area in the serial number registration area of the memory 45. If there is an empty area, the serial number is registered there. At this time, each correction value of the serial number is initialized to 0. If there is no free space, the information in the history column of each serial number is examined, the serial number region with the lowest priority is released, and the received serial number region is allocated there. In this way, since the serial number is managed based on the history, the serial number of the disk 30 that the viewer repeatedly reproduces remains in the memory 45. As a result, the probability that the output of the video and the like is automatically adjusted by the correction value of the serial number registered in the memory 45 increases. In other words, the probability that the viewer can enjoy viewing the disc 30 with his preferred video and audio is increased by the automatic adjustment.

  History management is performed as follows, for example. Each time a correction value for a serial number is used to adjust the output of an image or the like, the start or end date and time is stored in the history column of the serial number (for example, “2003” in the history 5 of FIG. 2). "January 1st, 12:30"). If there is no free area when a serial number is newly registered, the area of the serial number with the oldest date and time in the history column is released. Or, the number of times the correction value of each registered serial number was used in a certain period is counted in the history column, and when the serial number is newly registered, the area of the serial number with the least number of times used May be opened. That is, when a new serial number is registered, which serial number area is released (the serial number is deleted) is determined based on the history of each registered serial number.

  After S24 and S25, the received serial number correction value is used as a video and audio adjustment value (S26). That is, a value obtained by adding the correction value of the serial number to the standard value is set as the current value, and the output of video and audio is adjusted by the “current value”. If the viewer changes the contrast, volume, etc. by operating the keys on the remote controller while the disc 30 is being played, the changes are reflected in a timely manner on the contrast, volume, etc. of the “current value”. Is done. In addition, each correction value of the serial number is updated (replaced) by a value obtained by subtracting the standard value from the current value at a constant cycle (for example, every one minute). Thereby, when the disc 30 with the serial number is reproduced again, the correction value of the serial number adjusted by the viewer is read out from the memory 45, added to the standard value, and based on the value. Thus, the output of the video and the like is automatically adjusted.

  If it is not determined in S22 that the serial number has been received, and if it is not determined in S23 that the serial number has priority over the specific type, it is checked whether the type of the received disk 30 is the specific type. (S27). This determination is made by checking whether the type of the received disk 30 is the same as the specific type 1 or 2 (see FIG. 2) stored in the memory 45. Next, the message stored in the specific type of memory 45 is displayed on the video output unit 55 as an OSD (S28). When the specific type is 1, the messages 1A, 1B, and 1C are displayed, and when the specific type is 2, the messages 2A and 2B are displayed. FIG. 5 is a diagram illustrating an example of a message displayed on the video output unit 55 when the disc type is the specific type 1. The hatched portion in the figure is a video from the disc 30 being reproduced.

  Thereafter, when the viewer operates a key on the remote controller, one of the three messages is selected, or “according to the disc type” is selected. Thereafter, it is checked whether or not any message has been designated (selected) (S29). If designated, a correction value corresponding to the designated message of the specific type is used (S30). That is, the correction value is added to the standard value and set to “current value”, and the output of the video or the like is adjusted by the current value. For example, when the message 1B is designated, C6 to V6 in FIG. 2 are used as correction values.

  In this way, the correction value is designated (selected) at the discretion of the viewer, for example, whether the content of the movie recorded on the DVD is a Western movie, a Japanese movie or an animation, or an action object. This is because it is not possible to automatically determine whether it is a romance or comedy, that is, the data type of the disk 30. By doing the above, it becomes possible to specify a correction value according to the data type, and the correction value of a certain data type is adjusted for other DVDs of the same data type whose output of video or the like has been adjusted by the viewer. It can be used when watching movies. When used, the output of video and the like is automatically adjusted.

  If no message is selected in S29 (when “according to disk type” is selected), or if it is not determined to be a specific type in S27, the received disk type is the same type. Any correction value of types 1 to 4 is used (S31). That is, the correction value of the type is added to the standard value and set to the “current value”, and the output of the video or the like is adjusted by the current value.

  If it is not determined in S21 that the disk type has been received, it is checked whether an update instruction command has been received from the CPU 24 on the disk device 2 side (S32). When received, the standard value is subtracted from the value stored in the “current value”, and the correction value is updated (replaced) by storing the subtraction result in the corresponding correction value area. For example, when the stop key is pressed during reproduction of the type 3 disc 30, the subtraction result is stored in the type 3 correction value area. The data such as the disk type and serial number are stored in a part of the control data in the memory 45 when they are received, and this data is used in S33. If it is not determined in S32 that an update instruction command has been received, other processing (processing not directly related to the present invention, such as channel switching of a broadcast signal) is performed. After S26, S30, S31, S33, and S34 are completed, the process returns to S21.

  In the embodiment described above, the case where the CPU 24, 44 and the memories 25, 45 are provided on the disk device 2 side and the television receiver 4 side, respectively, and the functions are shared respectively is described. In any case, the present invention can be implemented. In the above embodiment, the case of adjusting the output of video and audio has been described, but the present invention can also be applied to the case of adjusting only one of them.

  In the above embodiment, the standard value and the correction value corresponding to the type of each disk 30 are provided in the memory, and the result of adding both is used as the adjustment value (current value). The adjustment value itself may be provided corresponding to the type of each disk.

  Furthermore, in the above-described embodiment, the case where the priority of both of the disk types having a serial number and the specific type is determined according to the setting condition has been described. It is also possible to perform processing by specifying that the degree is high.

1 is a block diagram of a disk device integrated television receiver according to the present invention. FIG. It is a figure which shows the adjustment value of the image | video and audio | voice memorize | stored in memory. 3 is a flowchart showing an operation on the disk device side. It is a flowchart which shows the operation | movement by the side of a television receiver. It is a figure which shows the example of the message displayed on a video output part, when a disk classification is a specific classification.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Disc apparatus integrated television receiver 2 Disk apparatus 4 Television receiver 24,44 CPU (control part)
25, 45 memory (storage)
30 Disc 53 Audio output unit 55 Video output unit 56 Operation unit

Claims (6)

A disc device that reproduces data of a disc on which video and / or audio is recorded, a video output unit that displays video of either a signal or a broadcast signal reproduced by the disc device, and an audio output unit that outputs audio In a television receiver integrated with a disk device comprising a television receiver,
The disk device includes a control unit that controls its operation,
The television receiver includes a control unit that controls the operation thereof, a storage unit that stores video and / or audio adjustment values for each disc type, and video and audio adjustment values of broadcast signals,
The control unit of the disc device determines the type of disc to be played, and transmits the disc type to the control unit of the television receiver,
When receiving the disc type, the control unit of the television receiver adjusts the output of the video output unit and / or the audio output unit based on the adjustment value in the storage unit corresponding to the received disc type. In addition, the output of the video output unit and the audio output unit is adjusted based on the adjustment value of the broadcast signal in the storage unit during the output of the broadcast signal. A disc device that reproduces data of a disc on which video and / or audio is recorded, a video output unit that displays video of either a signal or a broadcast signal reproduced by the disc device, and an audio output unit that outputs audio In a television receiver integrated with a disk device comprising a television receiver,
A control unit that controls operations of the disk device and the television receiver, and a storage unit that stores video and / or audio adjustment values for each type of the disk,
The control unit determines a type of a disc to be played, and adjusts the output of the video output unit and / or the audio output unit based on an adjustment value in the storage unit corresponding to the determined disc type. A disc device-integrated television receiver. 3. The disc device integrated television receiver according to claim 2, wherein the storage unit further stores video and / or audio adjustment values for each data type of a specific type of disc, and the disc type discriminated. Is a specific type, the control unit adjusts the output of the video output unit and / or the audio output unit based on either the adjustment value of the disk type or the adjustment value corresponding to the data type. A disc device-integrated television receiver. 4. The disc device integrated television receiver according to claim 3, wherein when the disc type determined is a specific type, the control unit displays a message representing a plurality of data types on the video output unit. And an output of the video output unit and / or the audio output unit based on an adjustment value corresponding to the data type designated by the operation unit. 3. The disc device integrated television receiver according to claim 2, wherein the storage unit further stores serial numbers of a plurality of discs and video and / or audio adjustment values for each serial number, and the control unit reproduces the serial numbers. The serial number of the disc to be recorded is compared with the serial number in the storage unit, and if both serial numbers match, the output of the video output unit and / or audio output unit is determined based on the adjustment value of the serial number. A disk device integrated television receiver characterized by adjusting. 6. The disk device-integrated television receiver according to claim 5, wherein the control unit manages a history of each serial number, and registers a new serial number in the storage unit based on the history. And a predetermined serial number and the adjustment value corresponding to the serial number are deleted from the storage unit.

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