JP2012120205A - Digital broadcast receiver and video signal output method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a digital broadcast receiver with which a viewer can easily reproduce other recorded programs while the recorded program is reproduced and to provide a recorded program display method.SOLUTION: The digital broadcast receiver includes: recording means recording the program of a channel which is designated for recording in a time zone designated for recording; adjacent program information acquiring means acquiring program information on a second recording program which is before a first recording program and nearest to the first recording program in the same channel as the first recording program during reproduction and on a third recording program which is after the first recording program and nearest to the first recording program; and video signal output means outputting an image of the first recording program and a video signal where program information on the second, first and third recording programs are sequentially arranged.

Description

  Embodiments described herein relate generally to a digital broadcast receiver capable of recording a program received by digital broadcasting and a recorded program display method for a recorded program.

  In recent years, terrestrial digital broadcasting and BS / CS digital broadcasting have been fully operated, and an environment in which many programs can be viewed with high image quality and high sound quality has been established. Digital broadcasting has an electronic program guide (EPG) system, which can display a program guide for up to one week ahead, display program contents such as broadcast times and performers, and information you want to know. Search, program viewing reservation and recording reservation can be made.

  As the number of channels increases, the broadcast time of the program that the viewer wants to watch increases, and the broadcast time may overlap, so the opportunity to record the program and view the program at the convenience of the viewer Has increased. Digital broadcast receivers that can simultaneously record programs of a plurality of channels using a recording device having a plurality of tuners and a relatively large storage capacity have appeared.

JP 2001-186472 A

  A digital broadcast receiver with multiple tuners and a relatively large recording capacity, or an externally connected digital broadcast receiver, can simultaneously record programs for multiple channels. It is possible to select and reproduce a desired program from among a large number of programs.

  The viewer views a desired recorded program by making a selection using the cursor button of the remote controller while pressing the enter button while viewing the program list of the recorded program displayed like the program column of a newspaper. To view another recorded program while watching a recorded program, display the program list of the recorded program again, select the same using the cursor button on the remote control, and press the enter button. Press to watch another program.

  In order to display a program guide of recorded programs, it takes a long time to display a large amount of program information on a screen because a large amount of recorded program information is acquired and displayed together. Since the processing load is large, it is difficult to display the program table of the recorded program at the same time during the reproduction of the recorded program. Even for a mini-program guide in which the number of recorded programs displayed on the screen and the number of channels are reduced, the load for collecting and displaying program information is still large.

  As described above, when viewing another recorded program during playback of a recorded program, display the program guide of the recorded program or the mini program guide of the recorded program and use the cursor buttons on the remote control. You have to select and press the enter button, and the operation is cumbersome. Furthermore, since it takes time to display the program guide of the recorded program or the mini program guide of the recorded program, it is difficult to reproduce another recorded program in a short time.

  Normally, when viewing a broadcast TV program, it is possible to directly select a channel by operating a channel button on the remote controller or to perform a zapping viewing using a channel advance button. Realizing zapping of recorded programs during playback of recorded programs does not mean that all channels and programs are recorded, so it is possible to realize zapping using the channel button or channel feed button on the remote control difficult. Further, as described above, since it takes a plurality of operations and display time to display the program guide of the recorded program, it is difficult to realize zapping of the recorded program.

  An object of the present invention is made in view of the above-described circumstances, and is a digital broadcast reception that allows a viewer to easily play back other recorded programs during playback of a recorded program. And a recorded program display method.

  In order to achieve the above object, according to the embodiment, the digital broadcast receiver includes a recording means for recording a program of a channel designated for recording over a designated time zone for recording, and a first recording being reproduced. A second recorded program closest to the first recorded program before the first recorded program on the same channel as the program, and a third closest to the first recorded program after the first recorded program. Adjacent program information acquisition means for acquiring program information of the recorded program, and a video signal in which the program information of the second, first, and third recorded programs is sequentially arranged together with the image of the first recorded program Video signal output means.

1 is a block diagram showing a configuration of a digital broadcast receiver 1 according to an embodiment. The general-view figure which showed the Example of remote control. The figure which showed the example of the program schedule displayed on the screen. The figure which showed the example of the recorded channel and the time slot | zone. The figure which showed the example of the recorded program schedule displayed on the screen. The figure which showed the example of the adjacent program display displayed on the screen. The figure which showed the detail of the adjacent program display. The figure which showed the detail of the adjacent program display after switching a reproduction | regeneration program from the state of the adjacent program display shown in FIG. The flowchart which showed the example of the operation | movement procedure of an adjacent program display process. The figure which showed the example of the channel recorded about two channels, and a time slot | zone. The figure which showed the example of the recorded program schedule of the recorded program recorded about two channels. The figure which showed the example of the adjacent program display in case the number of the channels of a video recording program is two. The figure which showed the example of the adjacent program display in Embodiment 2. FIG. The figure which showed the example of the adjacent program display in Embodiment 3. FIG. The figure which showed the example of the adjacent program display in Embodiment 4. FIG.

  Hereinafter, embodiments will be described with reference to the drawings.

(Embodiment 1)
FIG. 1 is a block diagram illustrating a configuration of a digital broadcast receiver 1 according to the embodiment. The antenna 2 is an antenna for terrestrial digital broadcast or satellite digital broadcast for receiving broadcast radio waves transmitted from the broadcast station 29.

  The tuner 3 selects a broadcast signal of a desired channel from broadcast signals of terrestrial digital broadcast or satellite digital broadcast. The tuner 3 is composed of a plurality of tuner units, and can receive a plurality of broadcasts at the same time.

  The demodulator 4 demodulates corresponding to each digital broadcasting modulation method. Terrestrial digital broadcast signals are demodulated to OFDM (Orthogonal Frequency Division Multiplexing) demodulation, satellite digital broadcast signals are demodulated to MPEG (Moving Picture Experts Group) -TS (Transport Stream) by PSK (Phase Shift Keying) demodulation, The data is output to the decoding processing unit 5.

  The decode processing unit 5 has functions such as an MPEG decoder and a video / audio decoder. The decode processing unit 5 sections the MPEG-TS data transmitted from the demodulator 4 and decodes the program information data. Video ES (Packetized Elementary Stream) is converted to video ES (Elementary Stream), and audio PES is converted to audio ES to decode video data and audio data. The decode processing unit 5 decodes the reproduction data from the recording device 18.

  The superimposition processing unit 6 performs plane management of the video data from the decoding processing unit 5 and the data broadcasting transferred via the bus 12 and the window drawing by the OSD data generation unit 26, and superimposes the video data. The image is sent to the video processing unit 7.

  The video processing unit 7 converts the format (number of pixels, frame frequency, scanning method) that can be displayed on the display device 8 or arbitrarily adjusts the display color, and outputs it to the display device 8 to display the video on the screen. 9 is displayed.

  The audio processing unit 10 converts the digital audio data transmitted from the decoding processing unit 5 into an analog audio signal that can be reproduced by the speaker 11, and then outputs the analog audio signal to the speaker 11 to reproduce the audio. The display device 8 and the speaker 11 may be outside the digital broadcast receiver 1. Further, it may be housed in a separate housing from the digital broadcast receiver 1.

  In the digital broadcast receiver 1, all operations including the above-described reception operation are comprehensively controlled by the control unit 13. The control unit 13 is equipped with an MPU (Micro Processing Unit) 14 and controls each component connected via the bus 12.

  A RAM (Random Access Memory) 15 is a read / write memory that stores various data necessary for data processing of the control unit 13 and operates as a buffer memory that stores video data and the like. A ROM (Read Only Memory) 16 is a read only memory and stores a control program executed by the MPU 14.

  The flash memory 17 is a non-volatile semiconductor memory that can be rewritten and does not lose data even when the power is turned off. The flash memory 19 has a function of storing recorded program information, recording reservation information, and the like.

  The recording device 18 is recording means including a hard disk drive (HDD), a solid state drive (SSD), an optical disc drive (ODD), or the like. The recording device 18 includes an encoder and a decoder for recording / reproducing information on the recording device, and the MPEG-TS data is modulated into a format suitable for the recording / reproducing mode via the encoder / decoder. Record in ODD and play back. The reproduction data is decoded by the decoding processing unit 5.

  The external interface 19 is an interface such as USB (Universal Serial Bus), IEEE 1394 (Institute of Electrical and Electronic Engineers 1394), eSATA (external Serial ATA (AT Attachment)), SD (Secure Digital) (registered trademark) memory card, USB memory, USB An external storage device 20 including drives such as an external device, an SD memory card, an HDD, an SSD, a CD-R / RW, and a DVD writer is connected as an external recording unit. Broadcast programs can be recorded in the external storage device 20 via the external interface 19. The viewer can select whether the program is recorded in the recording device 18 or the external storage device 20.

  The operation reception unit 21 receives an operation signal transmitted from the operation device 22 and transfers the operation signal to the control unit 13. The operation device 22 is, for example, a remote controller (remote controller) using a wireless communication such as infrared or Bluetooth (registered trademark), a wired or wireless keyboard, and the like, and transmits an operation signal. The operation receiving unit 21 receives an operation signal from the remote controller, the keyboard, or the like.

  The digital broadcast receiver 1 is connected to a network 30 such as the Internet via a transmission / reception unit 23. As a result, the digital broadcast reception / playback apparatus 1 can perform information transmission via the transmission / reception unit 23 with a device such as the server 31 on the network 30.

  The control unit 13 has functions of a recorded program guide generation unit 24, an adjacent program information acquisition unit 25, and an OSD data generation unit 26. These functions are applications executed by the MPU 14 of the control unit 13 and are normally stored in the ROM 16 and read and executed by the MPU 14 when used.

  The digital broadcast receiver 1 is equipped with a plurality of tuners 3 and can simultaneously specify recording for a plurality of programs. The recorded program guide generation unit 24 generates a recorded program guide for a plurality of channels designated for recording by the viewer and a time designated for recording.

  The viewer can select a program and make a recording or recording reservation while viewing the program guide by EPG data on the screen 9. EPG is provided for the purpose of allowing viewers to easily select programs as the number of channels increases. The display mode of the television program column in a newspaper or the like is imitated and displayed on the screen 9 of the display device 8 of the digital broadcast receiver 1. The viewer uses the remote control while watching the program guide on the screen 9 to select a program, display detailed information, and make a recording reservation.

  The display mode of the program table by EPG data differs depending on the broadcast receiver manufacturer and the broadcast receiver model, but in the digital broadcast receiver 1, the channel axis in the horizontal direction as in the TV program column in the above-mentioned newspapers, It is displayed as a time axis in the vertical direction so that programs broadcast after the current time are arranged. When a program is selected, detailed information such as the program genre, performers, program contents, etc. is displayed in addition to the program name and broadcast date and time of the program.

  EPG data is packetized, multiplexed and transmitted in the same manner as video / audio. Program information data is included in an EIT (Event Information Table) of SI (Service Information, program arrangement information), and the control unit 11 analyzes the information output from the signal processing unit 4 to generate a program table. To do. The generated program guide is displayed on the screen 9 by the display control unit 27 configured by the superimposition processing unit 6, the video processing unit 7 and the control unit 13.

  The adjacent program information acquisition unit 25 is the program information (for example, meta information) of the recorded program closest to the recorded program being reproduced in the previous recorded program on the time axis than the recorded program being reproduced in the same channel as the recorded program being reproduced. And the program information of the recorded program closest to the recorded program being reproduced in the subsequent recorded program on the time axis from the recorded program being reproduced. Further, the adjacent program information acquisition means 25 detects whether there is program information of a previously recorded program further than the previous recorded program, and further, program information of the recorded program further than the subsequent recorded program. Whether or not exists is detected.

  The adjacent program information acquisition means 25 is a program of a recorded program having a channel number closest to the recorded program being reproduced in a recorded program having a channel number smaller than the channel of the recorded program being reproduced in the same time zone as the recorded program being reproduced. Recorded program whose channel number is the closest to the recorded program being played back in the recorded program with the channel number larger than the channel of the recorded program being played back in the same time zone as the recorded program being played back. It is means to acquire the program information. Further, the adjacent program information acquisition means 25 detects whether or not there is program information of a recorded program having a channel number smaller than that of a recorded program having the same time zone and a smaller channel number as the recorded program being reproduced. It is detected whether there is program information of a recorded program having a channel number larger than that of a recorded program having the same time zone and a larger channel number as the recorded program.

  The OSD data generation unit 26 generates OSD (On Screen Display) data, and the generated OSD data is transmitted to the superimposition processing unit 6 via the bus 12. The OSD data sent to the superimposition processing unit 6 is superimposed on the video data or processed as an OSD single screen, transmitted to the video processing unit 7 and displayed on the screen 9.

  FIG. 2 is an overview diagram showing an embodiment of the remote controller 40. The remote control 40 sends an operation signal to the operation receiving unit 19 of the audio data reproducing apparatus 1 using wireless communication such as infrared or Bluetooth (registered trademark). The power button 41 turns on or off the power of the audio data playback device 1. Specifically, the buttons are buttons for bringing the audio data reproducing apparatus 1 from the standby state to the operation state, or from the operation state to the standby state.

  The channel button 42 is a button numbered from 1 to 12 for directly selecting a channel number. The channel advance button 43 is a button for selecting a channel number by forward or reverse feed, and is used when a channel is selected similarly to the channel button 42. The volume adjustment button 44 is a button for adjusting the volume when viewing a program.

  The cursor button 45 is a button for moving the cursor in various information windows on the GUI screen displayed on the screen 8 of the display device 7 and moving various item selection buttons. The left cursor button 45a is a button used to move the cursor to the left. The right cursor button 45b, the upward cursor button 45c, and the downward cursor button 45d are used to move the cursor in the right direction, the upward direction, and the downward direction, respectively. The decision button 46 is used when executing the position on the screen or the button on the screen moved by the cursor button.

  The touch pad unit 47 can move a cursor or a target to be selected by tracing the surface of the touch pad unit 47 while being touched with a fingertip. By tracing in the oblique direction, the cursor or the object to be selected can be moved in the oblique direction.

  The program guide button 48 is a dedicated operation button operated when displaying the program guide (EPG screen) on the screen 9. The past program guide button 49 is a dedicated operation button that is operated when the recorded program guide of the recorded program is displayed on the screen 9.

  The adjacent program button 50 is a dedicated operation button for displaying an adjacent program display during reproduction of a recorded program. During playback of a recorded program, the program information of the recorded program of the time before and after the recorded program being played is arranged up and down, and the recorded program of another channel number that can be played back in the same time zone as the recorded program being played back It is a button for arranging information on the left and right and displaying program information in a cross shape.

  The return button 51 is a button operated when returning to the previous state after the cursor is moved with the cursor button 45 or the setting is changed. The end button 52 is a button that is operated to end a series of operations. The recording device operation button 53 is a button for playing, stopping, pausing, fast forward playback, fast reverse playback, skipping the next program, skipping the top program and skipping the previous program when viewing the program recorded in the recording device 18. is there.

  FIG. 3 is a diagram showing an example of the program table 55 based on the EPG data displayed on the screen 9. In FIG. 3, at 8:30 pm on May 9th, 8 channels of 1 to 8 channels for 6 hours from May 1 (Thursday) from 10 am to 3:59 pm Minutes are displayed. The time zone and channel can be changed by moving the cursor.

  The viewer can specify recording by specifying a plurality of channels and time zones while viewing the program guide 55. FIG. 3 shows an example in which programs for 1, 2, 4, 5, 6, 7, and 8 channels are designated for recording for a time period of 3 hours from 10 am to 1 pm on Thursday, May 13th. Is shown. The background color of the designated recording time and channel changes (shaded area), making it easier for the viewer to check the time zone and channel. Similarly, reservations for other programs can be made by changing the date, time zone, and channel.

  FIG. 4 is a diagram showing an example of recorded channels and time zones. In FIG. 4, as an example, it is shown that programs of channels 1, 2, 4, 5, 6, 7, 8, 9 were recorded for 3 hours from 10 am to 1 pm on May 13. Show. Further, it shows that programs of channels 1, 2, 4, 5, 6, 7, 8, and 9 have been recorded for 6 hours from 6:00 pm to midnight of the next day. The above-mentioned time zone and channel are indicated by a portion surrounded by a thick line. In FIG. 4, for simplification of the drawing, the program names are not shown but shown in a simplified manner.

  FIG. 5 is a diagram showing an example of a recorded program table of recorded programs displayed on the screen 9 of the display device 8. The recorded program guide 56 may be displayed almost entirely on the screen 9 or a part of the recorded program guide may be displayed by designating a range in the screen 9, but in FIG. It shows the case that is displayed. The recorded program guide 56 is generated by the recorded program guide generator 24 and displayed on the screen 9 by the display controller 27. The recorded program guide 56 is displayed on the screen 9 when the past program guide button 49 of the remote controller 40 is pressed.

  The basic display mode of the recorded program table 56 is arranged with a channel axis 57 indicating the channel in the horizontal direction of the screen 9 and a time axis 58 indicating the time in the vertical direction, as in the display format of the program table by EPG data. . The program table 55 is intended for the entire channel that can be received by the digital broadcast receiver 1 and the continuous time after the current time. On the other hand, the recorded program table 56 is recorded with a plurality of channels designated for recording. Displays recorded programs in the specified time zone.

  In FIG. 5, a channel designated for recording is displayed on the channel axis 57. Channel display portions 59a to 59h for 8 channels are displayed. By operating the cursor button of the remote controller, other channels not displayed on the screen 9 can be browsed by scrolling to the right or left.

  In FIG. 5, the shaded portion in the portion surrounded by the thick line in FIG. 4 is displayed. On the time axis 58, the recording designated time is displayed. Time display portions 60a to 60f for 6 hours are displayed. The time display unit 60a is a time zone of 1 hour from 10:00 am to 11:00 am on May 13, and the time display unit 60b is a time zone of 1 hour from 11:00 am to 0:00 on May 13, The time display portion 60c represents a time zone of 1 hour from 0:00 pm to 1:00 pm on May 13, and the time display portions 60a to 60c represent time zones continuous for 3 hours. The time display part 60d is a time zone of 1 hour from 6 pm to 7 pm on May 13, and the time display part 60e is a time zone of 1 hour from 7 pm to 8 pm on May 13, The time display portion 60f displays a time zone of 1 hour from 7 pm to 8 pm on May 13. By operating the cursor button on the remote controller, it is possible to browse by scrolling up or down in another time zone not displayed on the screen 9. The time axis 58 is also displayed on the right side of the screen.

  In FIG. 5, the area of the program display unit 61 shows only the program classification name for simplification of the drawing, but the recorded program name and simple program introduction are described by channel and time. This description is the same as the display of the program guide by EPG data. When a program is recorded, program information data by EPG is also recorded at the same time, and is used when the recorded program guide generation unit 24 generates the recorded program guide 56.

  In FIG. 5, thumbnail display portions 62a to 62h are arranged inside the channel display portions 59a to 59h. A thumbnail is an image reduced to display a list of a large number of images. The image is a moving image or a still image. In the thumbnail display portions 62a to 62h, each channel in the same time zone as the program selected by the viewer in the recorded program table 56 (for example, the program 63 (channel 6, time zone 7:00 pm, shaded portion)) is displayed. A thumbnail of the recorded program is displayed.

  When a viewer wants to view a recorded program, the past program guide button 49 of the remote controller 40 is pressed to display the recorded program guide 56 on the screen 9 and the cursor buttons 45a to 45d of the remote controller 40 are operated. By selecting a recorded program and pressing the enter button 46, the desired recorded program can be viewed. When the viewer wants to view another recorded program, it is necessary to press the past program table button 49 while viewing the program and display the recorded program table 56 again to perform the same operation.

  FIG. 6 is a diagram showing an example of the adjacent program display displayed on the screen 9. The viewer displays the adjacent program display 70 on the screen by pressing the adjacent program button 50 of the remote controller 40 or pressing any one of the cursor buttons 45a to 45d during playback of the recorded program. Can do. Although displayed in the center of the screen 9 in FIG. 6, the entire adjacent program display 70 may be reduced and displayed, for example, in the lower left part or lower right part of the screen.

  In FIG. 6, if the program being reproduced is the program 63 in FIG. 5, program information 63 a (for example, broadcast station name, program name, broadcast time, etc.) of the program 63 is arranged at the center of the adjacent program display 70. , Highlighted. The program information 64a of the program 64 is arranged above the program information 63a, and the program information 65a of the program 65 is arranged below the program information 63a. Further, program information 66a of the program 66 is arranged on the left side of the program information 63a, and program information 67a of the program 67 is arranged on the right side. Therefore, the program information is arranged in a cross shape with the program information 63a being reproduced as a center.

  When the viewer presses the left cursor button 45a, for example, while the adjacent program display 70 is displayed, the reproduced program on the screen 9 is switched to the program 66. By pressing any of the cursor buttons 45a to 45d, the program in the pressed direction is reproduced.

  FIG. 7 is a diagram showing details of the adjacent program display 70. The adjacent program display 70 is arranged in a part of the screen 9 centering on program information 71 (for example, broadcast station name, program name, broadcast time, etc.) of the recorded program being played back, and the same channel as the recorded program being played back. In the same channel as the recorded program being reproduced, the program information 72 of the recorded program (time adjacent program) closest to the recorded program being reproduced in the previous recorded program on the time axis from the recorded program being reproduced in FIG. The program information 73 of the recorded program (time adjacent program) closest to the recorded program being reproduced in the subsequent recorded program on the time axis from the recorded program being reproduced is arranged below and displayed.

  Further, the adjacent program display 70 is arranged in a part of the screen 9 with the program information 71 of the recorded program being played back at the center, and a channel smaller than the channel of the recorded program being played back in the same time zone as the recorded program being played back. The program information 74 of the recorded program (channel adjacent program) having the channel number closest to the recorded program being reproduced in the numbered recorded program is arranged on the left side, and the recorded program being reproduced is in the same time zone as the recorded program being reproduced. The program information 75 of the recorded program (channel adjacent program) having the channel number closest to the recorded program being reproduced in the recorded program having the channel number larger than the channel is arranged and displayed on the right side.

  Marks 76a to 76d indicating that the program to be reproduced can be changed are displayed between the program information 71 and the program information 72 to 75. When there is program information of a recorded program earlier than the recorded program of the program information 72, a mark 77a indicating that a previous recorded program exists is displayed above the program information 72. Similarly, when there is program information of a later recorded program than the recorded program of the program information 73, a mark 77b indicating that there is a further recorded program is displayed below the program information 73.

  When program information of a recorded program having a smaller channel number than the recorded program of the program information 74 exists, the recorded program having a smaller channel number exists on the left side of the program information 74 of the recorded program of the smaller channel number. A mark 77c is displayed.

  Further, when the number of channels of the recorded program is 3 or more, the channel number can be cyclically displayed, and when there is no program information of a recorded program having a channel number smaller than the recorded program of the program information 74. The mark 77c indicating that the program information of the largest channel number exists is displayed.

  When there is program information of a recorded program having a channel number larger than that of the recorded program in the program information 75, a recorded program having a larger channel number exists on the right side of the program information 75 of the recorded program having a larger channel number. A mark 77d is displayed.

  Further, when the number of channels of the recorded program is 3 or more, the channel number can be cyclically displayed, and when there is no program information of the recorded program having a channel number larger than the recorded program of the program information 75. A mark 77d indicating that program information having the smallest channel number exists is displayed.

  FIG. 8 is a diagram showing details of the adjacent program display 70a after the reproduction program is switched from the state of the adjacent program display 70 shown in FIG. When the left cursor button 45a is pressed in the adjacent program display 70 shown in FIG. 7, the reproduced program is switched from the program name A of the A broadcast station to the program name D of the B broadcast station. Immediately after changing to the program name D of the B broadcasting station, the display switches to the adjacent program display 70a shown in FIG. Since the playback program is the program name D of the B broadcast station, the central program information is switched to the program information 74, and the upper program information is played back by the previous recorded program on the time axis from the recorded program being played back by the B broadcast station. The program information 78 of the recorded program closest to the recorded program is switched. Similarly, the lower program information is switched to program information 79. Further, the program information on the left side is the program information of the recorded program of the channel number closest to the channel of the B broadcast station in the same time zone as the program name D of the B broadcast station and the channel number smaller than the channel of the B broadcast station. 80 is displayed.

  FIG. 9 is a flowchart showing the operation procedure of the adjacent program display process. In the adjacent program display process, when the viewer presses the adjacent program button 50 of the remote controller 40 during playback of the recorded program or presses one of the cursor buttons 45a to 45d, the control unit 13 detects it. Then, the adjacent program display process is started.

  In S11, the adjacent program information acquisition unit 25 uses the recorded information recorded in the recording device 18 to record a recorded program that is being played back by a previously recorded program on the time axis in the same channel as the recorded program that is being played back. The program information of the recorded program (time adjacent program) closest to the program is acquired, and the recorded program (time adjacent program) closest to the recorded program being played back in the subsequent recorded program on the time axis from the recorded program being played back The program information is acquired, and the meta information of the recorded program is acquired. The adjacent program information acquisition means 25 detects whether or not there is a previous recorded program than the previous recorded program, and further detects whether or not there is a subsequent recorded program than the subsequent recorded program. To do.

  In S12, the adjacent program information acquisition means 25 is a recorded program having a channel number closest to the recorded program being reproduced in the recorded program having the channel number smaller than the channel of the recorded program being reproduced in the same time zone as the recorded program being reproduced ( The program information of the channel adjacent program is acquired, and the recording of the channel number closest to the recorded program being played back is the same as the recorded program being played and the channel number of the recorded program being larger than the channel of the recorded program being played back. The program information of the program (channel adjacent program) is acquired, and the meta information of the recorded program is acquired. The adjacent program information acquisition means 25 detects whether or not there is a recorded program having a channel number smaller than that of the recorded program having the same time zone and a smaller channel number as the recorded program being reproduced. It is detected whether or not there is a recorded program having a channel number larger than that of a recorded program having the same time zone and a larger channel number as the program.

  In S <b> 13, the OSD data generation unit 26 generates OSD data of the adjacent program display 70 based on the meta information of the recorded program acquired by the adjacent program information acquisition unit 25. The display control unit 27 displays the OSD data of the adjacent program display 70 on the screen 9.

  Since the adjacent program information acquisition means 25 only retrieves and acquires program information of a maximum of four adjacent programs of a maximum of two time adjacent programs and a maximum of two channel adjacent programs for the recorded program being reproduced. Meta information can be acquired in a short time. The OSD data generation unit 26 can generate the OSD data of the adjacent program display 70 in a short time because the amount of information to be displayed is small. Therefore, when the viewer presses the adjacent program button 50 of the remote controller 40 or presses any one of the cursor buttons 45a to 45d, the adjacent program display 70 can be displayed in a relatively short time.

  In S14, the control unit 13 determines whether the cursor button 45 is pressed. If the cursor button 45 is pressed, the recorded program of the program information in the pressed direction is reproduced, and the process returns to S11. The viewer can switch the playback program simply by pressing the cursor button in the direction of the program to be switched.

  In S16, if the cursor button 45 is not pressed and a predetermined time has elapsed or the end button is pressed, the display of the adjacent program display 70 is stopped and the process is ended.

  As in the above embodiment, when the viewer presses the adjacent program button 50 of the remote controller 40 or presses any of the cursor buttons 45a to 45d during playback of the recorded program, the program playback screen is displayed. The adjacent program display 70 is displayed in an overlapping manner, and the viewer can switch the playback program simply by pressing the cursor button in the direction of the program to be switched. After the program is switched, the adjacent program display 70 is switched to the adjacent program display centered on the recorded program after the switching. Therefore, the viewer switches the program continuously by operating the cursor buttons 45a to 45d. It is possible. The recorded program can be viewed close to zapping, and other recorded programs can be easily reproduced.

  FIG. 10 is a diagram showing an example of time zones and channels recorded for two channels. In FIG. 10, as an example, it is shown that programs of 4 and 6 channels were recorded for 3 hours from 10 am to 1 pm on May 13. Further, it shows that programs of 4 and 6 channels have been recorded for 6 hours from 6:00 pm to midnight of the next day. The above-mentioned time zone and channel are indicated by a portion surrounded by a thick line. In FIG. 10, for simplification of the drawing, the program names are not shown but shown in a simplified manner.

  FIG. 11 is a diagram showing an example of a recorded program table 81 of recorded programs recorded for two channels. In FIG. 11, the shaded portion in the portion surrounded by the thick line in FIG. 10 is displayed. On the time axis 58, the time for 6 hours designated for recording is displayed. On the channel axis 57, two channels of 4 and 6 designated for recording are displayed.

  FIG. 12 is a diagram showing an example of the adjacent program display 82 when the number of channels of the recorded program displayed on the screen 9 is two. If the program being reproduced is the program 63 in FIG. 11, program information 63a (for example, broadcast station name, program name, broadcast time, etc.) of the program 63 is arranged at the center of the adjacent program display 82, and is highlighted. Has been. The program information 64a of the program 64 is arranged above the program information 63a, and the program information 65a of the program 65 is arranged below the program information 63a. Further, program information 83a of the program 83 is arranged on the left side of the program information 63a. When the number of channels of a recorded program is two, a mark indicating that program information of a recorded program having a smaller channel number or a larger channel number exists is not displayed.

(Embodiment 2)
FIG. 13 is a diagram showing an example of adjacent program display in the second embodiment. About each part of this Embodiment 2, the same part as each part of the digital broadcast receiver of Embodiment 1 shown in FIG. 1 is the same code | symbol. The second embodiment is different from the first embodiment in that a thumbnail is added to each of the time adjacent program and channel adjacent program information shown in FIG. 7 in the first embodiment as shown in FIG. That is. The thumbnail may be either a moving image or a still image.

  Thumbnail 85a in the program information 85 of the time adjacent program in the adjacent program display 84, thumbnail 86a in the program information 86 of the time adjacent program, thumbnail 87a in the program information 87 of the channel adjacent program, and program information of the channel adjacent program 88 includes a thumbnail 88a. When the viewer performs zapping, a part of the image of the recording program to be switched to can be confirmed in addition to the character information, which is very convenient.

(Embodiment 3)
FIG. 14 is a diagram showing an example of adjacent program display in the third embodiment. About each part of this Embodiment 3, the same part as each part of the digital broadcast receiver of Embodiment 1 shown in FIG. 1 is the same code | symbol. The third embodiment is different from the first embodiment in that the program information 71 of the recorded program being reproduced shown in FIG. 7 in the first embodiment is deleted as shown in FIG. By deleting the program information being reproduced, the size of the adjacent program display 89 can be reduced, and the viewing area of the program being reproduced can be increased.

(Embodiment 4)
FIG. 15 is a diagram illustrating an example of adjacent program display in the fourth embodiment. In each part of the fourth embodiment, the same parts as those in the digital broadcast receiver of the first embodiment shown in FIG. The fourth embodiment is different from the first embodiment in that, as shown in FIG. 15, a time adjacent program of the channel adjacent program is added to the channel adjacent program.

  The adjacent program information acquisition means 25 searches the program information of the channel adjacent program and acquires the meta information, and then searches the program information of the time adjacent program of the channel adjacent program to acquire the meta information. The OSD data generation unit 26 generates OSD data of the adjacent program display 90 based on the meta information of the recorded program acquired by the adjacent program information acquisition unit 25. The display control unit 27 displays the OSD data of the adjacent program display 90 on the screen 9. Since the program information of up to eight adjacent programs is displayed, the viewer's selection range can be expanded.

  When the adjacent program display 90 is displayed on the screen 9, the central program information 71 is highlighted, and the cursor buttons 45a to 45d of the remote controller 40 are operated to move to the program information 72, 73, 74, 75. You can switch the playback program. The program information 91, 92, 93, 94 that is oblique with respect to the program information 71 can be moved in an oblique direction using the touch pad unit 47 of the remote controller 40.

  The touch pad unit 47 can move a cursor or a target to be selected by tracing the surface of the touch pad unit 47 while being touched with a fingertip. By tracing in the oblique direction, the cursor or the object to be selected can be moved in the oblique direction.

  Note that the present invention is not limited to the above-described embodiments as they are, and can be embodied by modifying the constituent elements without departing from the scope of the invention in the implementation stage. In addition, various inventions can be formed by appropriately combining a plurality of components disclosed in the embodiment. For example, some components may be deleted from all the components shown in the embodiment. Furthermore, constituent elements over different embodiments may be appropriately combined.

  DESCRIPTION OF SYMBOLS 1 ... Digital broadcast receiver, 2 ... Antenna, 3 ... Tuner, 4 ... Demodulator, 5 ... Decoding processing part, 6 ... Superimposition processing part, 7 ... Video processing part, 8 ... Display apparatus, 9 ... Screen, 10 ... Sound Processing unit, 11 ... Speaker, 12 ... Bus, 13 ... Control unit, 14 ... MPU, 15 ... RAM, 16 ... ROM storage unit, 17 ... Flash memory, 18 ... Recording device, 19 ... External interface, 20 ... External storage device , 21 ... operation receiving unit, 22 ... operating device, 23 ... transmission / reception unit, 24 ... recorded program guide generation unit, 25 ... adjacent program information acquisition means, 26 ... OSD data generation unit, 27 ... display control unit, 29 ... broadcast station , 30 ... Network, 31 ... Server, 40 ... Remote control, 45a, 45b, 45c, 45d ... Cursor button, 46 ... Decision button, 47 ... Touchpad part, 49 ... Past program guide button, 50 ... Next Program button, 55 ... program guide, 56 ... recorded-program list, 70,70a ... adjacent program display.

Claims (11)

A receiving unit for receiving a broadcast signal including program information;
Recording means for recording a program of a channel designated for recording based on a broadcast signal received by the receiving unit, and storing program information corresponding to the program;
Playback means for playing back the recorded program;
The second recorded program closest to the first recorded program before the first recorded program in the same channel as the first recorded program being reproduced, and the first recorded program after the first recorded program Neighboring program information acquisition means for acquiring program information corresponding to each of the third recorded programs closest to the recorded program from the recording means;
Video signal output means for outputting a video signal in which the program information of the second, first and third recorded programs is arranged in order together with the image of the first recorded program;
A digital broadcast receiver. A receiving unit for receiving a broadcast signal including program information;
Recording means for recording a program of a channel designated for recording based on a broadcast signal received by the receiving unit, and storing program information corresponding to the program;
Playback means for playing back the recorded program;
A fourth recorded program of the same time zone as the first recorded program being played and having the closest channel number smaller than the channel of the first recorded program; and the same time zone as the first recorded program and the first Adjacent program information acquisition means for acquiring program information corresponding to each of the fifth recorded programs of the closest channel number larger than the channel of the recorded program from the recording means;
Video signal output means for outputting a video signal in which the program information of the fourth, first, and fifth recorded programs is arranged in order together with the image of the first recorded program;
A digital broadcast receiver.   When there is a recorded program further before the second recorded program, the video signal output means adds a mark indicating that there is a previous recorded program to this mark, the second, first, first 3. The digital broadcast receiver according to claim 1, wherein video signals arranged in order of program information of the three recorded programs are output.   The video signal output means adds a mark indicating that there is a later recorded program when there is a later recorded program than the third recorded program to the second, first and third recorded programs. The digital broadcast receiver according to claim 1, wherein the program information of the program and a video signal arranged in the order of the marks are output.   When there is a recorded program with a channel number smaller than that of the fourth recorded program, the video signal output means displays a mark indicating that a recorded program with a smaller channel number exists, 3. The digital broadcast receiver according to claim 2, which outputs video signals arranged in order of the program information of the first and fifth recorded programs.   The video signal output means adds a mark indicating that a recorded program with a larger channel number exists when a recorded program with a larger channel number exists than the fifth recorded program. 5. The digital broadcast receiver according to claim 2, wherein the program information of the five recorded programs and a video signal arranged in the order of the marks are output.   2. The digital broadcast receiver according to claim 1, further comprising control means for switching a program to be reproduced from the first recorded program to the second recorded program when the program information of the second recorded program is selected. .   3. The digital broadcast receiver according to claim 2, further comprising control means for switching the program to be reproduced from the first recorded program to the fourth recorded program when the program information of the fourth recorded program is selected. . Receive broadcast signals including program information,
Based on the received broadcast signal, record a program of a channel designated for recording, and store program information corresponding to the program,
Playing a first program of the recorded programs;
The second recorded program closest to the first recorded program before the first recorded program on the same channel as the first recorded program being reproduced, and the first recorded program after the first recorded program Program information respectively corresponding to the third recorded program closest to the recorded program of
A fourth recorded program of the same time zone as the first recorded program and the closest channel number smaller than the channel of the first recorded program, and a same time zone as the first recorded program and the first recorded program Program information corresponding to each of the fifth recorded programs of the closest channel number larger than the channel of
A video signal in which the program information of the second, first, and third recorded programs and the program information of the fourth, first, and fifth recorded programs are arranged together with the image of the first recorded program. Video signal output method to output. Receive broadcast signals including program information,
Based on the received broadcast signal, record a program of a channel designated for recording, and store program information corresponding to the program,
Playing a first program of the recorded programs;
The second recorded program closest to the first recorded program before the first recorded program on the same channel as the first recorded program being reproduced, and the first recorded program after the first recorded program Program information respectively corresponding to the third recorded program closest to the recorded program of
A video signal output method for outputting a video signal in which the program information of the second, first, and third recorded programs is sequentially arranged together with the image of the first recorded program. Receive broadcast signals including program information,
Based on the received broadcast signal, record a program of a channel designated for recording, and store program information corresponding to the program,
Playing a first program of the recorded programs;
A fourth recorded program having the same time slot as the first recorded program being reproduced and having a channel number smaller than the first recorded program and closest to the first recorded program; and the same time slot as the first recorded program; Program information corresponding to each of the fifth recorded programs of the closest channel number larger than the channel of the recorded program of
A video signal output method for outputting a video signal in which the program information of the fourth, first, and fifth recorded programs is sequentially arranged together with the image of the first recorded program.

Images