JP2007228283A - Digital television receiver - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a digital television receiver which is capable of utilizing specific functions possessed by a connection apparatus connected to a network from a digital television receiver side. <P>SOLUTION: Data broadcasting is tuned which transmits sub-programs or parameters for an iLink special panel, and a model is set. The iLink special panel is formed on a display screen in accordance with the selected iLink special panel data. In this case, a conventional panel (it is a panel originally provided to a television receiving set) and a special panel with a simple menu acquired through the above processing are displayed side by side on the same screen. A general operation menu, such as a time, on/off of a power supply, a stop, reproduction, a temporary stop, input setting, etc., and a simple menu as a special panel, such as special reproduction 1, special reproduction 2, HELP, and a bit rate are displayed on the display screen. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a digital television receiver, and more particularly to a digital television receiver that has a function of connecting to an external device via a network and that can also operate as an output device or an operation device of the connected external device. .

  In recent years, digital broadcasting has been promoted for television broadcasting, and operation of BS (Broadcasting Satellite) digital broadcasting, CS (Communication Satellite) digital broadcasting (CS1, CS2), and terrestrial digital broadcasting has started in Japan. In these BS, CS, and terrestrial digital broadcasting, a data broadcast signal is transmitted from the broadcast station side together with a video signal and an audio signal. Therefore, the broadcast station side inserts the receiver software into the data broadcast transmission stream and transmits it, and the digital broadcast receiver side receives this data broadcast manually or automatically, and is inserted into the transmission stream. A technique for updating the receiver software of the digital broadcast receiver itself by extracting and downloading the receiver software of the digital broadcast receiver is known.

  On the other hand, a digital television receiver has a connection function to a wired or wireless network such as an IEEE (Institute of Electrical and Electronics Engineers) 1394 standard or IEEE 802.11 standard, for example, a LAN (Local Area Network). It has become like this. A digital television receiver having a network connection function that can be connected to such an external device is not dedicated to receiving television broadcasts, but is connected to each other via a network, such as a DVD (Digital Versatile Disk) device. It can function as an output device of another network connection device, and also as a controller device having the other network connection device as a target device.

  For example, in Patent Document 1, a digital television receiver as a controller device acquires a reception condition for obtaining operation panel data of the connected device itself from a connected device connected to the network as a target device, By receiving a data broadcast transmitted from a broadcasting station based on this reception condition and acquiring operation panel data of the connected device included in the data broadcast, this is displayed on the display unit of the digital television receiver itself. A technique is shown in which an operation panel of connected devices connected to each other via a network is displayed on an OSD (On Screen Display), and a user operates the operation panel displayed on the OSD to control and operate the connected device.

JP 2004-357189 A

  However, when the above-described digital television receiver is also functioned as a controller device for a connected device as a target device that is network-connected to the digital television receiver, there are the following problems.

  Normally, the operation panel data transmitted using digital television broadcasting is the difference between the manufacturer of the target device and the controller device, or the connection between the target device and the controller device even if the manufacturer is the same. Based on the difference in model combination, etc., the general-purpose digital TV receivers that are common to the digital TV receivers will not be hindered by the differences in the functions of the target devices connected to the network and the controller devices and the digital TV receivers. It had to be created as fixed data.

  That is, when a manufacturer of a connected device wants to be able to operate functions specific to the connected device from the operation panel on the OSD screen of the digital television receiver, the digital television receiver itself as the control device is, for example, It is assumed that only the basic operation functions of the connected device such as “play”, “record”, “stop”, “fast forward”, “rewind”, etc. can be supported.

  For this reason, operation panel data transmitted using digital television broadcasting is limited to the above-described basic performance portion of the connected device that can be operated from the operation panel on the OSD screen of the digital television receiver. .

  As a result, on the OSD screen of the digital television receiver, an operation panel that can fully control the functions specific to the connected device cannot be created. There was a problem that it was difficult to use from the digital television receiver side.

  SUMMARY OF THE INVENTION An object of the present invention is to provide a digital television receiver that can use functions unique to connected devices connected to a network from the digital television receiver side.

  According to an aspect of the present invention, there is provided a menu setting method for a digital television receiver capable of setting a menu screen for controlling an external device via a communication unit, wherein the external device is identified via the communication unit. A step of receiving information on customization data of the external device control menu transmitted by data broadcasting, and searching for presence / absence of data for customization of the identified menu for the external device from the received information; A step of prompting selection by displaying a menu for the external device from the result, a step of obtaining customization data from the selected menu screen display for the external device via the data broadcast, and the obtained customization data The customized menu screen is displayed on the standard external device control menu of the digital television receiver. Menu setting method for a digital television receiver and a step of displaying alongside-menu, is provided.

  According to the above method, the menu customized by the acquired customization data and the standard external device control menu of the digital television receiver are displayed side by side on one screen, so that the user can easily perform menu operations.

  It is preferable to have a step of displaying a selection screen when the presence of a plurality of types of customization data is searched for the same device. By selecting and displaying desired data from a plurality of types of customized data, it is possible to display a menu with better operability. The plurality of types of customization data preferably include at least data constituting a detailed menu and a simple menu. By displaying at least one of a more detailed menu or a simple menu in addition to the standard menu, an integrated menu that can complement each other's functions can be created.

  According to another aspect of the present invention, there is provided a digital television receiver capable of setting a menu screen for controlling an external device through a communication unit, wherein the identification unit identifies the external device through the communication unit; Retrieval means for receiving information on customization data for an external device control menu transmitted by data broadcasting, and retrieving the presence / absence of data for customization of the identified menu for the external device from the received information, and a result of the retrieval Means for displaying a menu for an external device from, and means for acquiring customization data from the selected external device menu screen display via the data broadcast, and a menu customized by the acquired customization data Means for arranging and displaying a standard external device control menu of the digital television receiver on the screen; Digital television receivers are provided, characterized in that it comprises.

  According to the present invention, a dedicated operation panel screen unique to a connected device connected via a network can be displayed side by side on a standard operation panel screen displayed on the screen of the display means of the digital television receiver. It becomes possible.

  Therefore, even after the digital television receiver is shipped, the operation panel screen of the connected device connected to the digital television receiver via the network by using the data broadcast by the user himself / herself is displayed on the connected device. Since it can be changed accordingly, there is an advantage that only a general-purpose operation panel needs to be prepared as the operation panel of the connected device at the development stage of the digital television receiver. By displaying the special panel created according to the connected device side by side with the standard panel, a menu display suitable for the operation of both the digital television receiver and the external device can be performed. Since the digital television receiver can acquire the model code from the Configuration ROM (hereinafter referred to as Config ROM) of the connected devices interconnected via a network, automatic selection is also possible.

  Hereinafter, a digital broadcast receiver according to an embodiment of the present invention will be described with reference to the drawings, taking a digital television receiver capable of receiving BS, CS, and terrestrial digital broadcasts as an example.

  FIG. 1 is a diagram illustrating a configuration example of a digital television receiver according to the present embodiment. The digital television receiver 1 of the present embodiment includes a BS / CS system antenna 2a, a terrestrial digital system antenna 2b, a BS / CS system tuner unit 3a, a terrestrial digital system tuner unit 3b, and a BS / CS. System demodulation circuit unit 4a, terrestrial digital system demodulation circuit unit 4b, BS / CS system error correction unit 5a, terrestrial digital system error correction unit 5b, transport decoder unit 6, MPEG ((Moving Picture Experts Group) decoder unit 7, OSD (On Screen Display) display unit 8, video encoder unit 9, audio DAC (Digital to Analog Converter) unit 10, CPU 11, and flash memory (Flash ROM (Read Only Memory)) 12, system software 13, RAM (Random Access Memory) 14, input I / F (Interface) 15, port (Port) 16, modem (Modem) 17, and operation unit Remote control 30.

  A digital satellite broadcast signal transmitted from a broadcast satellite (BS) or a communication satellite (CS) received by the BS / CS antenna 2a is input to the BS / CS tuner 3a. The BS / CS tuner unit 3a selects and receives a digital satellite broadcast signal related to a broadcast channel of a predetermined digital broadcast network in accordance with a user's channel selection instruction to be described later, and supplies the digital satellite broadcast signal to the BS / CS demodulation circuit unit 4a. The BS / CS system demodulation circuit unit 4a digitally demodulates the digital satellite broadcast signal selected and received by the BS / CS system tuner unit 3a. The BS / CS system error correction unit 5a performs restoration and correction related to errors in the digitally demodulated digital satellite broadcast signal, and reproduces it as transport stream data. The BS / CS tuner unit 3a, the BS / CS demodulation circuit unit 4a, and the BS / CS error correction unit 5a constitute a BS / CS front end unit 18a in the digital television receiver 1. .

  On the other hand, a terrestrial digital broadcast signal received by the terrestrial digital antenna 2b is input to the terrestrial digital tuner unit 3b. The terrestrial digital system tuner unit 3b selects and receives a terrestrial digital broadcast signal related to a predetermined broadcast channel according to a user's channel selection instruction to be described later, and supplies it to the terrestrial digital system demodulation circuit unit 4b. The terrestrial digital system demodulating circuit unit 4b digitally demodulates the terrestrial digital broadcast signal selected and received by the terrestrial digital system tuner unit 3b. The terrestrial digital system error correction unit 5b performs restoration and correction related to an error in the digitally demodulated terrestrial digital broadcast signal, and reproduces it as transport stream data. The terrestrial digital system tuner unit 3b, the terrestrial digital system demodulation circuit unit 4b, and the terrestrial digital system error correction unit 5b constitute a terrestrial digital system front end unit 18b. The output of the front end unit 18 of the digital television receiver 1 including the BS / CS front end unit 18 a and the terrestrial digital front end unit 18 b is selectively supplied to the transport unit 19.

  The transport unit 19 includes a transport decoder unit 6. The transport decoder 6 separates a broadcast video signal, a broadcast audio signal, and a data signal that are included in transport stream data that is MPEG-encoded for the digital satellite broadcast signal and the terrestrial digital broadcast signal. The transport decoder unit 6 includes a BS / CS front end unit 18a or a terrestrial digital front end unit 18b corresponding to the corresponding side in the digital broadcast network of the digital broadcast signal selectively received by the viewer. From the above, transport stream data of an error-corrected digital broadcast signal is supplied. Then, the MPEG encoded broadcast video signal and broadcast audio signal separated by the transport unit 19 are supplied to the MPEG decoding unit 20. The data signal separated by the transport unit 19 is supplied to the CPU 11 and processed based on the system software 13.

  The MPEG decoding unit 20 decodes the MPEG-encoded broadcast video signal and broadcast audio signal, and supplies video output and audio output to a connected television receiver and audio device (not shown). The MPEG decoding unit 20 includes an MPEG decoder unit 7, an OSD display unit 8, a video encoder unit 9, and an audio DAC unit 10. The MPEG decoding unit 20 performs data demodulation (decoding) of the MPEG encoded broadcast video signal and broadcast audio signal separated by the transport decoder unit 6 and supplies the data to the video encoder unit 9 and the audio DAC unit 10. . The OSD display unit 8 generates an OSD signal for displaying the menu and the electronic program guide on the screen of the television receiver, and supplies the OSD signal to the video encoder unit 9. The video encoder unit 9 superimposes the broadcast video signal demodulated by the MPEG decoding unit 20 and the OSD signal supplied from the OSD display unit 8, and is a video signal suitable for a television receiver connected as a video output. Generated and output. The audio DAC unit 10 generates and outputs the broadcast audio signal demodulated by the MPEG decoding unit 20 as an audio signal suitable for an audio device connected as an audio output.

  The CPU 11 is connected to the front end unit 18, the transport unit 19, and the MPEG decoding unit 20 of the digital television receiver 1, and is also connected to the flash memory 12, RAM 14, input I / F 15, and port 16. Yes. The CPU 11 normally manages and controls the processing by the system software 13 in the flash memory 12 based on a control signal supplied from the remote control 30 via the input I / F 15 based on a user's remote control operation, and receives digital television. The above-described units of the machine 1 are controlled. For example, the CPU 11 may include a program association table (PAT) of program arrangement information (SI: Service Information) included as a data signal in the transport stream data of a digital satellite broadcast signal of a received broadcast channel or a terrestrial digital broadcast signal. Information such as a PMT (Program Map Table) is acquired from the transport decoder unit 6 and stored in the RAM 14, and an electronic program guide is generated using the information. The CPU 11 transmits / receives various data to / from BS, CS, or a digital terrestrial broadcasting station via the port 16 and the modem 17 connected to the public line 40. Further, based on the user's remote control operation, the BS / CS tuner 3a or the terrestrial digital tuner 3b is controlled to select a predetermined broadcast channel in BS, CS, or terrestrial digital broadcasting, The screen or the electronic program guide is output as a video on the screen of a television receiver connected via the OSD display unit 8 and the video encoder unit 9.

  FIG. 2 is an external view of a remote control of a digital television receiver according to an embodiment of the present invention. As shown in FIG. 2, the remote controller 30 is provided with various operation keys (operation pieces) 31 as an operation unit of the digital television receiver 1. In FIG. 2, 32 is a power key, 33 is a direct channel selection key of “1” to “12” that also functions as a numeric keypad, and 34 is for switching a receiving digital broadcasting network such as terrestrial digital broadcasting, BS broadcasting, or CS broadcasting. A network selection key, 35 is an electronic program guide display key for displaying an electronic program guide, 36 is a menu key for instructing start or end of menu setting work based on the menu screen, and 37 is an item for setting input. Direction keys 38 and 38 are registration keys for inputting and setting items selected by operating the direction keys.

  Next, a menu setting configuration in the digital television receiver 1 of the present embodiment will be described.

FIG. 3 is a system diagram of a menu setting configuration in the digital television receiver according to the present embodiment.
In FIG. 3, reference numeral 40 denotes menu setting processing means. The menu setting processing means 40 is configured by the CPU 11 executing one menu setting processing program in the system software 13 stored in the flash memory 12 shown in FIG.

  The menu setting processing means 40 is activated or stopped based on a user operation signal of the menu key 36 of the remote controller 30 shown in FIG. 2 supplied via the input I / F 15.

  When activated, the menu setting processing means 40 controls the operation of the OSD display unit 8 and supplies a menu screen display signal (in this case, a main menu screen display signal) from the video encoder unit 9 to a television receiver (not shown). To do.

  The menu setting processing means 40 also serves as the direction key 37, the registration key 38, and further the numeric keypad of the remote controller 30 until the menu setting operation by the user is completed after the user operation signal of the menu key 36 is re-input. Based on the user operation signal of the direct tuning key 33, various settings of the digital television receiver 1 are performed while performing control display of the menu screen.

  Reference numeral 50 in FIG. 3 stores data relating to a menu screen configuration such as the size and style of the menu itself, and the screen display mode such as the font size and type, hue, and icons in the menu screen, which are preset in the product manufacturing stage. Default data storage means. If this default data storage means 50 is described by taking the selection menu item of “image adjustment” described above as an example, display related data such as color data, function data, configuration bitmap, font size and type, etc. It is stored in the flash memory 12 as default data at the product manufacturing stage. Correspondingly, the parameter data of the corresponding default data stored in the default data storage means 50 is initially set in the parameter 41 of the menu setting processing means 40 at the product manufacturing stage.

  Further, the digital television receiver 1 according to the present embodiment includes the customization data acquisition unit 60, the customization control unit 70, and the customization data storage unit 80 shown in FIG.

  In the present embodiment, the customization data acquisition means 60 is the customization data acquisition program in the system software 13 stored in the flash memory 12 by the CPU 11 shown in FIG. It is configured by executing a customization control program in the system software 13. Further, the customization data storage unit 80 stores and stores menu screen customization data acquired by the user according to his / her preference. The customization data storage / storage means 80 is configured in the flash memory 12 so that it can be stored and held regardless of the power state of the digital television receiver 1.

  Next, menu screen customization processing by the customization data acquisition means 60 and customization control means 70 will be described. The menu screen customization data is transmitted as carousel data in the same manner as a menu program and menu data to be described later on a predetermined data broadcasting channel of a television broadcasting station. The data for customizing the menu screen is different for each model of the digital television receiver 1 even if the menu screen style is the same according to the format of the menu setting processing means 40 provided in the digital television receiver 1. It is transmitted as separate data corresponding to each. The user selects and receives this data broadcast channel by the tuner unit 3 of the digital television receiver 1, thereby acquiring a menu screen that suits his / her preference by the customization data acquisition unit 60.

  Here, in the data broadcasting channel, each customization data transmitted as carousel data includes display-related data such as color data, function data, configuration bitmap, font size and type, and menu setting processing means 40. It consists of update parameters indicating the corresponding parameters 41.

  4A and 4B are diagrams showing an example of processing according to an embodiment of the digital television receiver according to the present embodiment, and an iLink operation panel displayed on the OSD of the TV receiver using the data broadcasting function. Is a diagram illustrating a process until the device is changed to a special device according to the iLink device connected to the TV receiver.

  First, when a channel of a data broadcasting service is selected in step S1, as shown in step S2, a main menu screen of the selected channel is displayed. Next, as shown in step S3 from the menu screen, a screen for selecting a TV receiver model is displayed as receiver iLink panel screen customization processing, and the TV receiver model is selected from a plurality of models. In step S4, selection candidates for iLink devices connected to the TV receiver are displayed, and an iLink device to be connected is selected from the selection candidates. In step S5, iLink panel customization data is received from the carousel data (a message “Downloading iLink panel screen program” is displayed on the receiver screen). In step S6, an update of some parameters of the iLink panel screen configuration program (message “Updating iLink panel screen program” is displayed on the receiver screen) is displayed using the customized data. In step S7, for example, an iLink panel (menu screen) as shown in the figure is displayed.

  FIG. 5 is a flowchart showing the flow of menu screen customization processing. A display screen corresponding to each process is also shown. First, when the iLink special panel addition process is started, in step S11, a data broadcast for transmitting the iLink special panel subprogram or parameter is selected. In step S12, a model is set. In SC02, a plurality of model names are displayed, and a model can be arbitrarily selected from these. Here, DV-HRD 300 is selected.

  The model setting process can be automatically set by matching with the company ID and manufacturing ID of the connected iLink device. When multiple iLink special panels are prepared for one model for the specified iLink, for example, the screen shown in SC03 is displayed. For example, the panel of simple (simple menu) and function-oriented (detail menu) etc. A selection button is prepared so that it can be selected for each feature (step 13). Here, a process of obtaining simple iLink special panel data is performed by pressing a simple button (step S14). In this case, as shown in SC04, the current status such as “iLink special panel data downloading and updating” can be displayed on the screen. By viewing this display, the user can know the current processing status. If a plurality of panels are not set, the process goes through step S13.

  In step 15, an iLink special panel is generated on the display screen in accordance with the selected iLink special panel data. At this time, as shown in SC06, the conventional panel (the panel originally on the television) and the special panel having the simple menu acquired by the above process are displayed side by side on the same screen. Here, an update completion notice is issued in step 16, and the process is temporarily terminated.

  As shown in SC06, the display screen includes time, power on / off status, general operation menus such as stop, playback, pause, and input settings, and special playback 1 as a simple menu that is a special panel. Special reproduction 2, HELP, and bit rate value are shown. From this special menu, it can be seen that the selected connected iLink device can perform special playback 1 and 2 such as chasing playback and bookmark playback. In addition, the conventional panel and the special panel are displayed side by side on the same display screen, so that general operations such as stop, playback, pause, and input settings, and iLink devices such as special playback 1 and special playback 2 are unique. The two operations menus can be operated as if they were one operation menu, and excellent operability can be provided.

  Although not shown, when the detailed menu is selected in the above processing, the conventional panel and the detailed menu are displayed side by side.

  As described above, according to the present embodiment, it is determined whether there is a customized menu, and if there is a customized menu, it can be acquired and the standard menu and the customized menu can be displayed side by side.

  Further, when the presence of a plurality of types of customization data is searched for the same connected iLink device, any one can be selected by displaying the selection screen. For example, it is possible to display a plurality of customization data by selecting a plurality of types. In this case, if the plurality of types of customization data are data constituting at least the detailed menu and the simple menu, the complementary data is displayed on one operation screen to provide a menu having excellent operability. be able to. In addition, it is possible to provide the user with information on detailed customization data, for example, by performing display as an access source to a manual or a help function instead of the operation menu.

  The present invention can be used for a digital television receiver.

It is a block diagram of the digital television receiver which concerns on one embodiment of this invention. It is an external view of the remote control of the digital television receiver which concerns on one embodiment of this invention. It is a system diagram of a menu setting configuration in the digital television receiver of the present embodiment. It is a figure which shows the process example by one Embodiment of the digital television receiver by this Embodiment, The iLink operation panel displayed on OSD of TV receiver is used for TV receiver using the function of data broadcasting. It is a figure which shows the process until it changes for special apparatuses according to the connected iLink apparatus. It is a figure which shows the process following FIG. 4A. It is a flowchart figure which shows the flow of the customization process of the menu screen by the digital television receiver of this Embodiment.

Explanation of symbols

1 Digital Television Receiver 6 Transport Decoder 8 OSD Display 9 Video Encoder 11 CPU
12 Flash memory 13 System software 14 RAM
15 input I / F
16 port 17 modem 18 front end, 18a BS / CS front end, 18b terrestrial digital front end,
DESCRIPTION OF SYMBOLS 19 Transport part 20 MPEG decoding part 30 Remote control 31 Operation key 32 Power key 36 Menu key 40 Menu setting process means 50 Default data storage means 60 Customization data acquisition means 70 Customization control means 80 Customization data storage storage means

Claims (6)

A menu setting method for a digital television receiver capable of setting a menu screen for controlling an external device via a communication means,
Identifying an external device via the communication means;
Receiving information on customization data for an external device control menu transmitted by data broadcasting, and searching for the presence or absence of customization data for the identified external device menu from the received information;
A step for prompting selection by displaying a menu for an external device from the searched results,
Obtaining customization data from the selected external device menu screen display via the data broadcast;
A menu setting method for a digital television receiver, comprising: displaying a menu screen customized by the acquired customization data side by side with a standard external device control menu of the digital television receiver.   2. The menu setting method for a digital television receiver according to claim 1, further comprising a step of displaying a selection screen when the presence of a plurality of types of customization data is searched for the same device.   3. The menu setting method of a digital television receiver according to claim 2, wherein the plurality of types of customization data include at least data constituting a detailed menu and a simple menu. A digital television receiver capable of setting a menu screen for controlling an external device via a communication means,
Identification means for identifying an external device via the communication means;
Retrieval means for receiving information on customization data for an external device control menu transmitted by data broadcasting, and searching for the presence or absence of customization data for the identified external device menu from the received information
Means for displaying a menu for an external device from the retrieved result,
Means for obtaining customization data from the selected external device menu screen display via the data broadcast;
A digital television receiver comprising means for displaying a menu screen customized by the acquired customization data side by side with a standard external device control menu of the digital television receiver.   5. The digital television receiver according to claim 4, wherein a selection screen is displayed when a plurality of types of customization data are searched for the same device.   6. The digital television receiver according to claim 5, wherein the plurality of types of customization data include data constituting at least a detailed menu and a simple menu.

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