JPH0591486A - Broadcast receiver - Google Patents

Abstract

(57) [Abstract] [Purpose] Store the received data page by page in the memory, and when the page is designated in the manual mode, the received data of the designated page is immediately read out from the memory and output, It aims to improve the immediacy of information by making it possible to obtain received data promptly. [Configuration] When the manual mode is set and a page is designated (steps S1 and S2), the memory is searched to check whether the received data of the designated page is stored (steps S4 and S5). If is stored, the received data of the page is immediately read from the memory and displayed and output (step S7). When the designated page is not stored in the memory, the display is output after waiting for the page to be received (steps S9 to S13). When a new page is received, the memory is stored. When the memory is full, the received data is overwritten or truncated (step S11).

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a broadcast receiver, and more particularly, when a program is broadcast page by page, the received data is stored page by page in a memory and the received data stored in the memory is page by page. The present invention relates to a broadcast receiving device capable of promptly outputting received data of a required page specified by.

[0002]

2. Description of the Related Art As a broadcast receiving device, there is a broadcast receiving device capable of receiving a broadcast wave of a program in which cooking information, traffic information and the like are broadcast page by page, such as a teletext receiving device.
The conventional broadcast receiving apparatus that receives such page-by-page broadcast has a manual mode and an automatic mode. When the manual mode is set, the received data received in page units is specified and displayed in page units. Can be output. The functions of this manual mode can be classified into two types. The first type of manual mode function is
Wait until the data of the page is received, and when the received data of the designated page is received, the display is switched to display the received data of the designated page. The second manual mode function is
Equipped with a memory of a predetermined capacity, all the pages of the selected program are received, and the received data is stored in the memory at once.
When the storage in the memory is completed, the received data of the designated page is read from the memory and displayed and output. The conventional broadcast receiving device has a function of any of the above manual modes, and the viewer obtains the information of the required page by displaying it by designating the page of the required program in the manual mode. can do.

[0003]

However, in such a conventional broadcast receiving apparatus, there are two types of functions in the manual mode, and the display is switched when the received data of the designated page is received. The first type of displaying and outputting the received data of the specified page and the received data are collectively stored in the memory, and when the storage of the received data of all pages is completed in the memory, the specified page Since it is the second type of reading the received data from the memory and displaying and outputting the received data, not only the received data of the pages required by the viewer cannot be quickly displayed and output, but also all the pages of the selected program are displayed. However, there is a problem in that it cannot be applied to a broadcast receiving apparatus that can be equipped with only a memory having a capacity for storing the received data. In other words, in the first type of manual mode function, even if a predetermined page is designated, it is not displayed and output until the received data of the page is received, and the received data cannot be obtained promptly. Also, if the designated page is set to the manual mode immediately after the page is broadcast, it is necessary to wait until the page is broadcasted for the entire broadcast time of the program until the next page is broadcast. However, there is a problem that it is impossible to promptly obtain the necessary received data. Furthermore, when the received data of the designated page is displayed and the page is being viewed,
When the received data of the next page is received, the display content switches to the received data of the next page, so the time to watch the received data of the page you want to see is restricted by the broadcast time of each page, and the viewer wants to see it. There was a problem that I couldn't see only time. Further, in the second type of manual mode function, since all pages of the selected program are received and stored in the memory, the designated page is read from the memory and displayed and output. There is a problem that the display data is not output until the storage of is completed and the received data of the desired page cannot be viewed promptly. Therefore, the present invention has a predetermined capacity,
When the broadcast content storage means for storing the received data of the broadcast content for each page is provided and the manual mode is set, when the received data of the designated page is stored in the broadcast content storage means, the received data of the page is received. Is immediately read from the broadcast content storage means and output, and when the received data of the specified page is not stored in the broadcast content storage means, the page is output at the time of reception to receive the specified page. The purpose of this is to improve the usability of the broadcast receiving device by promptly outputting data and quickly obtaining necessary information.

[0004]

The invention according to claim 1 is
Receiving means for receiving a broadcast radio wave whose broadcast content is broadcast page by page, output means for outputting broadcast content according to the broadcast radio wave received by the receiving means, and received data received by the receiving means on a page basis. Broadcast content storage means for storing a predetermined number of pages, page designating means for designating the received data stored in the broadcast content storage means on a page-by-page basis, and automatically outputting the received data of the received page automatically When the manual mode is set by the mode setting means and the mode setting means for selectively setting the reception mode and the manual mode for outputting the reception data stored in the broadcast content storage means according to the designation of the page designating means, When the received data is stored in the entire storage area of the broadcast content storage means,
Along with the warning notification to that effect, select whether to overwrite the received data of the newly received page in a predetermined area or to discard the received data of the newly received page without storing it in the broadcast content storage means. On the other hand, when the manual mode is set by the mode setting means while the received data of the page designated by the page designating means is stored in the broadcast content storage means, the received data of the page is stored. Is read from the broadcast content storage means and output from the output means, and when the received data of the page designated by the page designating means is not stored in the broadcast storage means, the received data of the designated page is received. And an output control means for outputting the output from the output means after waiting for the output. Further, for example, according to claim 2. To, by the receiving means, broadcast waves broadcast on each page is a character airwaves.

[0005]

According to the present invention, for example, as in the case of teletext, the receiving unit receives the broadcast radio wave in which the broadcast content is emitted page by page, and the output unit outputs the broadcast content according to the received broadcast radio wave. Further, the broadcast content storage means stores the received data received by the receiving means for each page for a predetermined number of pages, and the automatic reception mode for automatically outputting the received data of the received page and the broadcast content storage means. There is provided a mode setting means for selectively setting a manual mode for outputting the stored received data according to the designation of the page designating means.
When the manual mode is set by the mode setting means, and when the received data is stored in the entire storage area of the broadcast content storage means by the output control means, a warning to that effect is given and a new reception is made. A storage process is performed by selecting whether to overwrite the received data of the page in a predetermined area or not to store the newly received data of the page in the broadcast content storage means. Further, when the output control means is set to the manual mode by the mode setting means, when the received data of the page designated by the page designating means is stored in the broadcast content storage means, the received data of the page is broadcasted. When the reception data of the page designated by the page designating means is not stored in the broadcast storage means, the output means waits until the reception data of the designated page is received. Output more. Therefore, when a user wants to see a particular page of a particular program, he or she can quickly see the desired page by simply setting the page in the manual mode and obtaining the necessary information. As a result, the availability of the broadcast receiving device can be improved.

[0006]

EXAMPLES The present invention will be specifically described below based on examples. 1 to 5 are diagrams showing an embodiment of a broadcast receiving apparatus according to the present invention, which is applied to a teletext receiving apparatus. FIG. 1 shows a broadcast receiving apparatus 1 according to an embodiment of the present invention.
FIG. 3 is a block diagram of the broadcast receiving device 1 including an antenna 2,
Tuner 3, VIF 4, microprocessor 5, error detector 6, text VRAM 7, CG 8, display controller 9, display unit 10, CPU 11, memory 12, keyboard 13, original signal generator 14, frequency dividing circuit 15, power supply device 16, etc. Is equipped with. The broadcast receiving apparatus 1 is capable of receiving a character broadcast or a broadcast in which a program of a specific item is repeated page by page.

The power supply device 16 converts an external power supply or a power supply from a battery (not shown) into a predetermined voltage and supplies it to each part of the broadcast receiving device 1. This power supply 16 has a CP
The control signal from U11 is input, and the power supply device 16 starts and stops the power supply by this control signal.

The broadcast receiving apparatus 1 receives broadcast radio waves by its antenna (reception means) 2, and the broadcast radio waves received by the antenna 2 are sent to the tuner 3. Tuner 3
Is a so-called electronic tuner composed of a coil, a capacitor, a resistor, etc., and operates under the control of the CPU 13. The tuner 3 tunes the radio wave of the frequency designated by the CPU 13, extracts the signal of the frequency,
Output to VIF4.

The VIF 4 is composed of a demodulation circuit, a detection circuit, etc., demodulates and detects a signal input from the tuner 3, and extracts a video signal portion from the signal.

The microprocessor 5 comprises an A / D converter, a buffer, a decoder, etc., and the microprocessor 5 converts the analog video signal input from the VIF 4 into a digital signal by the A / D converter. And store it in the buffer. Further, the microprocessor 5 decodes the input signal converted into a digital signal by the decoder and converts it into character data.

The digital signals stored in the buffer of the microprocessor 5 are sequentially taken out and output to the error detector 6, which detects the number of errors in the error signal and outputs the detected error number to the microprocessor. Output to the processor 5 and the CPU 11.

The text VRAM 7 stores the character position, size and character code on the display screen under the control of the CPU 11.

The CG 8 stores a display dot pattern corresponding to a size and a code. When the size and the code are input from the text VRAM 7, the CG 8 outputs the display dot pattern to the display controller 9.

The display controller 9 is composed of an input sequence counter and a display position control circuit, and displays a position signal and a display signal so that the dot pattern row input from the CG 8 is sequentially displayed from the upper left to the lower right of the display screen. It is generated and output to the display unit 10.

The display unit (output means) 10 is a Y-CTR2.
1, an X-CTR 22 and an LCD (liquid crystal display device) 23. The LCD 23 includes a Y-CTR 21 and an X-CT.
It is driven by the drive signal from R22. Y-CTR2
The 1 and the X-CTR 22 output to the LCD 23 a drive signal for controlling designated ON / OFF for each coordinate of the LCD 23 based on the position signal and the display signal input from the display controller 9. The LCD 23 has display pixels arranged in a dot matrix, and the Y-CTR2
It is turned on (for example, black display) or turned off (transparent display) by the drive signal from the 1 and X-CTR 22.

The CPU 11 is a microprocessor, R
OM (Read Only Memory) and RAM (Random Access M
emory) etc., and the ROM stores a program as the broadcast receiving device 1, a memory storage control processing program in the manual mode and a display control processing program in the manual mode, which will be described later, and can be selected. A channel number and a frequency corresponding to the channel number are stored. The RAM is used as a work memory, and the microprocessor controls each unit of the broadcast receiving apparatus 1 according to the program in the ROM to function as the broadcast receiving apparatus 1. The CPU 11 is the keyboard 13
The tuner 3 and the microprocessor 5 are controlled according to the program selected by to select the selected program, and as described later, the memory 1 in the manual mode is used.
The storage control processing of the reception data to the data No. 2 and the display control processing of the reception data are performed. Therefore, in the manual mode, when the received data is stored in the entire storage area of the memory 12 in the manual mode, the CPU 11 gives a warning notification to that effect, and predetermined the received data of the newly received page in accordance with the setting mode. While the storage processing is performed by selecting whether to overwrite the area or to discard the received data of the newly received page without storing it in the broadcast content storage means, the received data of the specified page is not displayed in the manual mode. When it is stored in the memory 12, the received data of the page is immediately read from the memory 12 and output, and when the received data of the designated page is not stored in the memory 12, the received data of the designated page is read. Functions as an output control unit that waits for the reception of the output and outputs the output.

The keyboard (page designating means and mode setting means) 13 is, as shown in FIG. 2, an item selection key 31, a program selection key 32, a channel selection key 33, a power on / off key (ON / OFF) 34, It is provided with a feed scroll key 35, a return scroll key 36, a mode switching key (mode setting means) 37, etc., and performs various operations on the broadcast receiving apparatus 1. Item of program selected in advance by the item key 31 (for example, item indicating the type of program such as weather, traffic information, stock price information, news, and cooking)
Can be selected, and the channel of the broadcasting station can be selected by the channel key 33. Further, the program of each channel can be selected by the program selection key 32, and the power of the broadcast receiving apparatus 1 can be turned on / off by the on / off key 34. The scroll keys 35 and 36 are
A plurality of items stored in advance in the ROM of the CPU 11 and a plurality of items registered in the memory 12 to be described later can be scrolled in the forward or reverse order, and when the program selection key 32 is pressed, the channel selection is performed. You can scroll through the available programs. Furthermore, when the channel key 33 is turned on, the channels that can be selected can be selected by the scroll keys 35 and 36.

The mode switch key 37 is used to switch the automatic reception mode for displaying the received data of the received page displayed on the LCD 23 every time the received data transmitted for each page is received, and the page of the received data stored in the memory 12. This is to switch between a manual mode in which the LCD 23 is designated and output for display.

The memory 12 is composed of a RAM or the like and stores reservation information and broadcast contents (received data). That is,
As shown in FIG. 3, the memory 12 is roughly divided into storage areas for each item, and the storage area of each item stores a channel number and a program in association with each other as a reserved program. A plurality of reserved programs can be registered in each reserved program for each item. The items, channels, and programs can be registered in the memory 12 by operating the keyboard 13. That is, when the item key 31 is pressed, only one item is read from the ROM and displayed on the LCD 23. When the displayed item is not the desired item, the scroll keys 35 and 36 are operated to switch the sequentially displayed items. When the desired item is displayed, the registration key 38 is turned on to select the item. When the item is selected, the CPU 11 stores the selected item in a predetermined item storage area of the memory 12. A plurality of items can be registered in the memory 12 by sequentially performing the above processing for the items to be registered. In addition, when registering a channel and a program corresponding to each item, similarly, the channel selection key 33 and the program selection key 32 are turned on, and the scroll keys 35 and 36 are also entered.
When the desired channel number or program is displayed on the LCD 23 and the corresponding channel number or program is displayed,
Select the channel number or program.

Further, the memory 12 has a reception data storage area, and the reception data storage area stores reception data of a program or the like selected in the manual mode page by page. Therefore, the memory 12 functions as a broadcast content storage unit that stores the received broadcast signal for each page for a predetermined number of pages.

The original signal generator 14 is a so-called crystal oscillator composed of a crystal, a resistor, a capacitor, etc., and generates an original clock signal of a constant frequency.

The frequency dividing circuit 15 is formed by, for example, combining several stages of binary counters,
The original clock signal input from the original signal generator 14 is frequency-divided to generate a 1 Hz clock signal that can be used as a reference signal for a clock and output it to the CPU 11. CPU11
Measures the current time with the clock signal from the frequency dividing circuit 15 and displays the current time on the LCD 23,
It is used for various controls such as on / off control of the power supply of the broadcast receiving apparatus 1.

Next, the operation will be described. Broadcast receiver 1
Can also display the time, and when the broadcast is not being received, the time is displayed on the LCD 23.

That is, when the on / off key 34 of the keyboard 13 is turned off, the broadcast receiving apparatus 1 measures the current time by the clock signal input from the frequency dividing circuit 15 by the CPU 11 and determines the display position. The current time information is output to the corresponding position in the text VRAM 7. Information on the current time is output from the text VRAM 7 to the display controller 9 via the CG 8 and the LCD is displayed.
The current time is displayed at a predetermined position of 23.

The broadcast receiving apparatus 1 can be switched between a manual mode and an automatic receiving mode by a mode switching key 37. Normally, when the on / off key 34 of the keyboard 13 is turned on and the power is turned on, the broadcasting receiving apparatus 1 is switched to the automatic receiving mode. Is set.

That is, when the on / off key 34 is turned on, the CPU 11 outputs a control signal (for example, an "H" signal) for instructing the power supply device 16 to turn on, and the power supply device 1
When the control signal instructing to be turned on is input, the power supply 6 supplies power to the tuner 3, the VIF 4, the microprocessor 5, and the error detector 6. Further, the CPU 11 outputs a reset signal to the microprocessor 5 to cause the microprocessor 5 to perform an initialization process. This initialization process sets the automatic reception mode. When the initialization process is completed, the tuner 3 extracts the signal of the frequency corresponding to the predetermined channel from the broadcast radio wave received by the antenna 2, the VIF 4 performs the demodulation / detection process, and then the video corresponding to the program specified by the CPU 11 The signal is selected and output to the microprocessor 5. The microprocessor 5 converts the video signal into a digital signal by an A / D converter, stores it in a buffer every scanning line, and outputs it to the error detector 6 to output it to the error detector 6
To detect the error signal. The error detector 6 is
The number of detected errors is calculated by the microprocessor 5 and the CPU.
When the number of errors is within the error recoverable range, the microprocessor 5 decodes it with the built-in decoder and outputs it to the text VRAM 7. The text VRAM 7 sequentially outputs the character code and size to the CG 8 from the upper left to the lower right of the display screen, and the CG 8 outputs the pattern corresponding to the data sent from the text VRAM 7 to the display controller 9 and the display controller. 9 determines the display position and display content, and Y-CTR2
1 and X-CTR22. Y-CTR21 and X-CTR22 output a drive signal to LCD23,
The content corresponding to the corresponding position on the LCD 23 is displayed. The broadcast receiving apparatus 1 receives broadcast radio waves transmitted page by page, performs the above reception processing and decoding processing page by page, and outputs and displays them on the LCD 23, and also receives received data (broadcast contents) page by page in the memory 12. ) Is remembered. Therefore,
In the automatic reception mode, a decoding process is performed every time a new page of data is transmitted, and the display of the LCD 23 is switched to the new page of received data.

As described above, when the on / off key 34 is pressed in the broadcast receiving apparatus 1, the contents of the preset channel are displayed on the LCD 23, but the viewer aims at the displayed contents. When it is not content,
By operating the keyboard 13, the display content (program) can be changed.

A keyboard 13 is used for a normal program changing operation.
The program key 32 or the channel key 33 is operated. That is, in order to change the program, the program key 32 is turned on and the scroll keys 35 and 36 are operated to sequentially change the programs. When changing the channel, after the channel key 33 is turned on, The channel can be changed by operating the scroll keys 35 and 36. At this time, the CPU
Numeral 11 outputs the selected channel number to the tuner 3 to extract the radio wave of the corresponding channel, and also outputs the program to the microprocessor 5 so that the microprocessor 5 selects the video signal corresponding to the program. Decrypt and display processing is performed. The viewer has completed the selection when the program of the desired channel is displayed.

When the broadcast receiving apparatus 1 is switched to the manual mode by operating the mode switching key 37, the received data of the page designated by the key operation of the keyboard 13 is read from the memory 12 and displayed on the LCD 23 for output. ..

That is, in the automatic reception mode, the CPU 11 checks at predetermined intervals whether or not the mode has been switched to the manual mode as shown in FIG. 4 (step S
1) If the mode cannot be switched to the manual mode, the automatic reception process is performed (step S2).

When the mode is switched to the manual mode in step S1, it is checked whether a page is designated (step S1).
3) When the page is designated, the memory 12 is searched (step S4), and it is checked whether the designated page is stored in the memory 12 (step S5). When the designated page is stored in the memory 12, the received data of the designated page is immediately read from the memory 12 (step S
6) The read reception data is displayed and output on the LCD 23 (step S7). When the received data is displayed and output to the LCD 23, it is checked whether or not the manual mode is set (step S8). When the manual mode is released, the mode is shifted to the automatic reception mode and the automatic reception process is performed (step S2). ..

Therefore, in the manual mode, when the designated page is stored in the memory 12, the received data of the designated page is promptly read from the memory 12 and the LC is read.
It can be displayed and output to D23. As a result, the page of the program that the viewer wants to watch can be quickly displayed and output,
The immediacy of information can be improved.

When the received data of the designated page is not stored in the memory 12 in step S5, the process proceeds to step S8 and it is checked whether or not the manual mode is released.

If the manual mode is not released in step S8, it is checked whether or not a new page is received (step S9). If no new page is received, the process returns to step S8 and the manual mode is set. Check if it is released.

When a new page is received without canceling the manual mode, the broadcast wave of the received page is signal-processed and decoded (step S10), and the received data of the decoded page is stored in the memory 12 ( Step S11).

The storage process in the memory 12 is performed as shown in FIG. That is, the CPU 11 checks whether or not the memory 12 is full of received data (step P1), and when the memory 12 has an empty area, stores the received data of the received page at a predetermined address of the empty area (step P2). When the memory 12 is full, a warning process to that effect, for example, a message such as "The memory is full" is output to the LCD 23 (step P3), and it is checked whether the mode is overwriting (step P4). In the overwrite mode, the received data of the received page is overwritten at the predetermined address of the memory 12 (step P5). If the overwrite mode is not set in step P4, the process ends without writing the received data to the memory 12.

As a general rule, the write address of the received data to the memory 12 is the same for the received data of the same program.
Addresses are set in the order of received pages. When the memory 12 is full and the overwrite mode is set, addresses are sequentially set in order of received pages from the head address and writing is performed. Further, the overwrite mode and the cut-off mode can be set by using a key (not shown) of the keyboard 13.

Therefore, by setting the write mode to the memory 12 at a proper time, necessary data can be stored in the memory 12.
The received data of the required page can be promptly displayed and output on the LCD 23 when necessary.

Referring again to FIG. 4, when the memory 12 is stored in step S11, it is checked whether the newly received page is the designated page (step S12). If it is the designated page, the newly received page is received. Received data of LCD23
Is displayed and output (step S13). Therefore, when the received data of the designated page is not stored in the memory 12, it can be displayed and output when the data of the designated page is received, and the received data of the designated page is not stored in the memory 12. Even at this time, it is possible to promptly display and output the received data of the required page.

Next, it is checked whether a page has been designated (step S14). When a page has been designated, the process returns to step S4 to search the memory 12 to check whether the designated page is stored in the memory 12. Then, the same processing is performed. If no page is designated in step S14, the process returns to step S8 to check whether the manual mode has been released. If not, whether a new page has been received is checked in the same manner as above. (Step S9).

If the received page is not the designated page in step S12, the process proceeds to step S14, it is checked whether a new page is designated, and the same processing is performed.

As described above, in the manual mode, the received data is stored page by page in the memory 12, and when the received data of the designated page is stored in the memory 12, the page of the designated page is immediately read from the memory 12. The received data can be read out and displayed on the LCD 23 and output, and the received data of the required page can be promptly obtained. Further, even when the received data of the designated page is not stored in the memory 12, the display output can be performed at the time when the data of the designated page is received. As a result, the immediacy of information can be improved, and the availability of the broadcast receiving device 1 can be improved.

Further, by appropriately switching the storage mode in the memory 12 between the overwrite mode and the cut-off mode, the received data of the required page can be stored in the memory 12 and the necessary information can be promptly obtained. Can be displayed and output. As a result, even in a broadcast receiving apparatus having a limited memory capacity, such as an electronic timepiece having a broadcast receiving function, it is possible to select necessary information and store it in the memory 12, thus improving the immediacy of the information. Broadcast receiver 1
The usability of can be improved.

[0044]

According to the present invention, in the manual mode,
The received data is stored page by page in the broadcast content storage means, and when the received data of the designated page is stored in the broadcast content storage means, the received data of the designated page is immediately read from the broadcast content storage means. It can be output, and the received data of the required page can be quickly obtained. Further, even when the received data of the designated page is not stored in the broadcast content storage means, it can be output at the time when the data of the designated page is received. As a result, even in a broadcast receiving apparatus having a small storage capacity, it is possible to improve the immediacy of information and improve the usability of the broadcast receiving apparatus.

Further, by appropriately switching the storage mode to the broadcast content storage means between the overwrite mode and the truncation mode, the received data of the required page can be stored in the broadcast content storage means, and the necessary information can be stored. Can be promptly displayed and output. As a result, it is possible to improve the immediacy of information and improve the usability of the broadcast receiving device.

[Brief description of drawings]

FIG. 1 is a block configuration diagram of a broadcast receiving apparatus according to the present invention.

FIG. 2 is a front view of a keyboard of the broadcast receiving device of FIG.

FIG. 3 is a diagram showing a storage state of reservation information and broadcast contents in the memory of FIG.

FIG. 4 is a flowchart showing a display output control process in a manual mode.

FIG. 5 is a flowchart showing a memory storage control process.

[Explanation of symbols]

 1 Broadcast Receiver 2 Antenna 3 Tuner 5 Microprocessor 6 Error Detector 10 Display 11 CPU 12 Memory 13 Keyboard 14 Original Signal Generator 15 Frequency Divider 16 Power Supply

Claims (2)

[Claims] 1. Receiving means for receiving a broadcast radio wave whose broadcast content is broadcast page by page, output means for outputting broadcast content according to the broadcast radio wave received by the receiving means, and reception received by the receiving means. Broadcast content storage means for storing a predetermined page of data in page units, page designating means for designating the received data stored in the broadcast content storage means in page units, and automatic every time the received data of the received page is received. The automatic reception mode for selectively outputting and the manual mode for selectively outputting the reception data stored in the broadcast content storage means according to the designation of the page designating means, and the manual mode is set by the mode setting means. When the received data is stored in the entire storage area of the broadcast content storage means when set, a warning to that effect is given and the newly received page is sent. A storage process is performed by selecting whether to overwrite the received data in a predetermined area or to discard the received data of a newly received page without storing it in the broadcast content storage means, while the manual mode is set by the mode setting means. When set, when the received data of the page designated by the page designating means is stored in the broadcast content storage means, the received data of the page is read from the broadcast content storage means and output from the output means. ,
When the received data of the page designated by the page designating means is not stored in the broadcast storage means, output control means for waiting for reception of the received data of the designated page and outputting from the output means, A broadcast receiving device comprising: 2. The broadcast receiving apparatus according to claim 1, wherein the broadcast radio waves broadcast by the receiving unit in page units are text broadcast radio waves.