JP4656498B2 - Broadcast receiving apparatus and broadcast receiving processing program - Google Patents

Description

  The present invention relates to a broadcast receiving apparatus and a broadcast reception processing program for receiving terrestrial digital broadcasting.

  In digital terrestrial broadcasting, the transmission bandwidth of about 6 MHz per channel is divided into 13 segments (OFDM segments), and one central segment is allocated for mobile reception. Mobile terminals such as mobile phones equipped with a broadcast receiving device for receiving are being developed. In the case of a broadcast receiving apparatus capable of mobile reception, if the viewing area changes due to movement, the receivable broadcast stations also differ, and it is necessary to set a reception channel according to the viewing area.

  As this type of technology, for example, in Patent Document 1, a broadcast station name, channel selection information, and a channel selection button received in a certain viewing area are stored in association with each other, and moved to another viewing area for reception. When assigning the same broadcasting station to the same channel selection button based on the stored broadcast station name, channel selection information and the correspondence between the channel selection buttons and the information obtained by the channel scan, Even when moving to a region, the same channel selection button allows the user to view the broadcast of the same broadcast station.

Japanese Patent Laid-Open No. 2001-244832

  By the way, the technique disclosed in the above-mentioned Patent Document 1 only performs channel scanning by user operation every time the viewing area changes, and updates the channel setting using the information of receivable broadcasting stations obtained by this, so it is pre-registered. There is a problem that the channel cannot be automatically set based on the date and time and the destination.

  Therefore, the present invention has been made in view of such circumstances, and an object of the present invention is to provide a broadcast receiving apparatus and a broadcast reception processing program capable of automatically setting a channel based on a pre-registered date and time and a destination. It is said.

  To achieve the above object, according to the first aspect of the present invention, channel storage means for storing reception channels capable of receiving broadcasts at least for each region, broadcast receiving means for receiving broadcasts of set reception channels, A registration means for registering schedule data including a planned movement period and a destination area; a search means for searching for schedule data whose current date and time is included in the planned movement period among the schedule data registered by the registration means; Channel setting means for reading out from the channel storage means a reception channel capable of broadcast reception in the destination area included in the corresponding schedule data searched by the search means and setting the broadcast reception means. And

  In the second aspect of the present invention, channel storage means for storing a reception channel capable of receiving broadcasts at least for each area, broadcast reception means for receiving broadcasts of the set reception channels, a scheduled movement period and a destination Registration means for registering schedule data including a region, search means for searching for schedule data whose current date and time is included in the scheduled movement period among schedule data registered by the registration means, and searched by the search means Determining whether or not the destination area included in the schedule data matches the current area, and setting the destination area included in the schedule data as the current area if they do not match; The channel storage unit stores the reception channel that can be broadcasted in the current region set by the region setting means. Reading after characterized by comprising a channel setting means for setting said broadcast receiving means.

  According to the third aspect of the present invention, channel storage means for storing reception channels capable of receiving broadcasts at least for each region, broadcast reception means for receiving broadcasts of the set reception channels, start date and time of movement schedule, and movement Registration means for registering schedule data including the previous region, extraction means for extracting the schedule data whose start date and time has reached the current date and time, out of the schedule data registered by the registration means, and extracted by the extraction means Determining whether or not the destination area included in the corresponding schedule data matches the current area, and if not, the area setting means for setting the destination area included in the corresponding schedule data as the current area; A reception channel capable of receiving broadcasts in the current region set by the region setting means is stored in the channel storage unit. Reading after characterized by comprising a channel setting means for setting said broadcast receiving means.

  In a fourth aspect of the present invention, channel storage means for storing a reception channel capable of receiving broadcasts at least for each region, broadcast receiving means for receiving broadcasts of the set reception channels in accordance with a valid instruction, and movement Registration means for registering schedule data including a scheduled start date and time and a destination area, and a receiving channel capable of receiving broadcasts in the destination area included in the schedule data registered by the registration means from the channel storage means Channel setting means for reading and setting in the broadcast receiving means, and effective for the broadcast receiving means when the start date and time of the schedule data having the destination area where the receiving channel is set by the channel setting means has reached the current date and time And an instruction means for giving an instruction.

  In the fifth aspect of the invention, the broadcast reception process for receiving the broadcast of the set reception channel, the registration process for registering the schedule data including the scheduled movement period and the destination area, and the registration process are registered. In the schedule data, a search process for searching for the schedule data in which the current date and time is included in the scheduled movement period, and a reception channel capable of receiving broadcasts at least for each region are stored in advance, and the search process A channel setting process for reading a reception channel that can be broadcasted in the destination area included in the searched schedule data and setting the broadcast reception process is executed by a computer.

  In the invention described in claim 6, registered in the broadcast reception process for receiving the broadcast of the set reception channel, the registration process for registering the schedule data including the scheduled movement period and the destination area, and the registration process. In the schedule data, the search process for searching for the schedule data whose current date and time is included in the scheduled movement period, and the destination area included in the schedule data searched in the search process and the current area match. If it does not match, the area setting process for setting the destination area included in the corresponding schedule data as the current area, and at least the reception channels that can be broadcasted for each area are stored in advance, Among them, the reception channel capable of receiving the broadcast in the current region set by the region setting process is read out and the broadcast reception process is performed. Characterized in that to execute the channel setting process of constant a computer.

  In the invention according to claim 7, in the broadcast reception process for receiving the broadcast of the set reception channel, the registration process for registering the schedule data including the start date and time of the movement schedule and the destination area, and the registration process Of the registered schedule data, the extraction process that extracts the corresponding schedule data whose start date and time has reached the current date and time, and the destination area and the current area included in the corresponding schedule data extracted by the extraction process match If there is no match, a region setting process for setting the destination region included in the schedule data as the current region and a reception channel capable of receiving broadcasts at least in each region are stored in advance. The reception channel that can receive broadcasts in the current region set by the region setting process is read out from the received channel for the broadcast reception process. Characterized in that to execute the channel setting process of constant a computer.

  In the invention according to claim 8, a broadcast reception process for enabling broadcast of the set reception channel to be received in accordance with a valid instruction, a registration process for registering schedule data including a start date and time of a movement destination and a destination area; , Storing at least reception channels that can be broadcasted for each region in advance, and reading out reception channels that can be broadcasted in the destination region included in the schedule data registered in the registration process from among them A channel setting process to be set in the broadcast receiving process, and an effective instruction to the broadcast receiving process when the start date and time of the schedule data having the destination area where the receiving channel is set in the channel setting process has reached the current date and time. The giving instruction processing is executed by a computer.

  According to the first and fifth aspects of the present invention, the schedule data including the scheduled travel period and the destination area are registered, and the schedule data including the current date and time included in the planned travel period among the registered schedule data. Search for. Then, when the corresponding schedule data is searched, the reception channels that can be broadcasted in the destination area included in the corresponding schedule data are selected from the reception channels that can be broadcasted for each area stored in advance. Since the data is read and set, the channel can be automatically set based on the pre-registered date and time and the destination.

  According to the second and sixth aspects of the invention, the schedule data including the scheduled movement period and the destination area is registered, and the schedule data including the current date and time included in the planned movement period is registered among the registered schedule data. Search for. Then, if the destination area included in the searched schedule data does not match the current area, the destination area included in the corresponding schedule data is set as the current area, and broadcast reception is possible in this current area. Since the channel is read out and set from the reception channels that can be broadcasted for each region stored in advance, the channel can be automatically set based on the pre-registered date and time and the destination.

  According to the third and seventh aspects of the invention, the schedule data including the scheduled start date and time and the destination area is registered, and the corresponding schedule data whose start date and time has reached the current date and time from among the registered schedule data To extract. Then, when the destination area included in the extracted corresponding schedule data does not match the current area, the destination area included in the corresponding schedule data is set as the current area, and reception is possible in this current area. Since the channel is read out and set from the reception channels that can be broadcasted for each region stored in advance, the channel can be automatically set based on the pre-registered date and time and the destination.

  According to the fourth and eighth aspects of the present invention, the schedule data including the start date and time of the scheduled movement and the destination area are registered, and the receiving channel can receive the broadcast in the destination area included in the registered schedule data. Is read out from the reception channels that can be broadcasted for each region stored in advance and set. In this way, when the start date and time of the schedule data having the destination area where the reception channel is set reaches the current date and time, the broadcast of the set reception channel can be received. Therefore, based on the pre-registered date and time and the destination Channel settings can be made automatically.

Embodiments of the present invention will be described below with reference to the drawings.
A. Configuration FIG. 1 is a block diagram showing an overall configuration of a mobile terminal including a broadcast receiving apparatus according to an embodiment of the present invention. The portable terminal shown in this figure includes a CPU 10, a ROM 11, a RAM 12, an input unit 13, a display unit 14, and a broadcast receiving unit 15. The CPU 10 executes various control programs stored in the ROM 11 to control each part of the terminal. As a schematic function of the CPU 10 according to the gist of the present invention, a known scheduler function is provided. “Date and time” and “destination” are input by user operation, and the schedule is registered. The reception channel in the viewing area at “destination” is automatically set in the broadcast receiving unit 15 at the “date and time” registered in the schedule. Details of these processing operations will be described later.

The ROM 11 stores various control programs executed by the CPU 10 and region-specific channel tables chtbl. The various control programs stored in the ROM 11 include a main routine, switch processing, and channel processing described later.
The channel table chtbl stored in the ROM 11 is a table storing reception channel numbers and broadcast station names that can be broadcasted for each region such as “Tokyo” and “Osaka”, for example. Specifically, as shown in FIG. 2, the channel table is composed of channel tables chtbl [0] to chtbl [n] corresponding to the ids (0 to n) for each region. One channel table chtbl includes the number of channels ch_n that can be received in the corresponding region and channel data ch [0] to ch [ch_n-1]. Each channel data ch has a reception channel number and a broadcasting station name.

The RAM 12 includes a work area and a data area. In the work area of the RAM 12, various register / flag data used for the processing of the CPU 10 are temporarily stored. In the data area of the RAM 12, as shown in FIG. 3, in addition to schedule data schedule [0] to [MAXS-1] registered by the user's schedule input operation, basic area ID data base_area_id and currently selected area ID data cur_area_id is stored.
The schedule data schedule includes a start date s_date, a start time s_time, an end date e_date, an end time e_time, a scheduled content item, a place place, and area ID data area_id. The purpose of each data stored in the data area of the RAM 12 will be described later.

  The input unit 13 includes various operation switches and input keys, and generates a switch event corresponding to the type of switch to be operated and input data to be key-input. The input unit 13 includes a receiving switch for turning on / off a broadcast receiving unit 15 to be described later, a channel switch for designating a receiving channel, a schedule input switch that is turned on when a schedule is input, and a registered schedule data schedule. A schedule deletion switch or the like that is turned on is provided.

  The display unit 14 includes a color LCD panel and a display driver, and displays a screen according to a display control signal supplied from the CPU 10 or displays video data output from the broadcast receiving unit 15 under the control of the CPU 10. The broadcast receiving unit 15 is composed of a tuner, a transport decoder, and the like that are turned on / off according to the operation of the receiving switch of the input unit 13, and selects and receives a digital broadcast signal via the antenna ANT and performs OFDM demodulation on the received signal. The video data separated and extracted from the obtained transport stream signal is output to the display unit 14 while the audio data is reproduced and output.

B. Operation Next, the operation of the embodiment will be described with reference to FIGS. In the following, after describing the operation of the “main routine” that represents the overall operation, each operation of “switch processing” and “channel processing” will be described.

(1) Operation of Main Routine When the CPU 10 executes the main routine in response to power-on of the mobile terminal, first, the process proceeds to step SA1 shown in FIG. 4 to perform initialization for initializing each part of the apparatus. Next, in step SA2, a switch process corresponding to the operation of the switch disposed in the input unit 13 is executed. Subsequently, in step SA3, channel processing is executed.
As will be described later, in the channel processing, the schedule data schedule [n] including the current date and time is searched from the schedule data schedule registered in the data area of the RAM 12, and the area ID of the corresponding schedule data schedule [n] is searched. When the data area_id and the currently selected area ID data cur_area_id are different, the channel data ch [0] to ch [ch_n-1] of the channel table chtbl [area_id] specified by the area ID data area_id is read from the ROM 11 and broadcasted. Set in part 15.
Thereafter, the process proceeds to step SA4. For example, when the broadcast receiving unit 15 is set to ON, the video data output from the broadcast receiving unit 15 is displayed on the display unit 14 or the audio output from the broadcast receiving unit 15 is output. Perform other processing, such as playing back data. Thereafter, steps SA2 to SA4 are repeated until the portable terminal is powered off.

(2) Operation of Switch Process Next, the operation of the switch process will be described with reference to FIGS. When this process is executed through step SA2 (see FIG. 4) of the main routine described above, the CPU 10 proceeds to step SB1 shown in FIG. 5 and determines whether or not the schedule input switch is turned on. Here, it is assumed that the user turns on the switch to input a schedule. Then, the determination result in step SB1 is “YES”, and the process proceeds to step SB2. In step SB2, for example, the schedule input screen SIG illustrated in FIG. 6 is displayed on the display unit 14, and in this schedule input screen SIG, “start date s_date”, “start time s_time”, which constitutes the schedule data schedule, Data corresponding to “end date e_date”, “end time e_time”, “schedule content item”, and “location place” is key-inputted.

  That is, in the example shown in FIG. 6, the start date s_date is “March 15, 2005”, the start time s_time is “1:00 pm”, the end date e_date is “March 15, 2005”, and the end time e_time. “5pm”, “Kofu branch meeting” as the scheduled content item, and “Kofu branch meeting room A” as the place place, respectively.

  In step SB3, “Yamanashi” is input as data corresponding to “region ID data area_id” constituting the schedule data schedule on the schedule input screen SIG. In this example, the “region ID data area_id” is directly input by the user. However, the present invention is not limited to this. For example, a table for converting a place name or a telephone number into “region ID data area_id” is provided in the ROM 11. When a place name or a telephone number is input as “place place” constituting the schedule data schedule, it may be converted to “area ID data area_id” with reference to the table.

Next, in step SB4, it is determined whether or not the schedule deletion switch is turned on. When the switch is turned on, the determination result is “YES”, and the process proceeds to the next step SB5. When the schedule deletion switch is turned on, the schedule data schedule selected on the display screen is stored in the RAM 12 data. Remove from the area.
Then, the process proceeds to the next step SB6, for example, the broadcast receiving unit 15 is set to ON / OFF according to the reception switch operation, or the reception channel is changed according to the channel switch operation when the broadcast reception unit 15 is set to ON. The other switch processing is executed to complete this processing.

(3) Channel Processing Operation Next, channel processing operation will be described with reference to FIG. When this processing is executed via step SA3 (see FIG. 4) of the main routine described above, the CPU 10 proceeds to step SC1 shown in FIG. 7 and sets an initial value “−1” in the register id and the RAM 12 The pointer n for retrieving the schedule data schedule [0] to [MAXS-1] stored in the data area is reset to zero. Then, in steps SC2 to SC5, the schedule data schedule [n] including the current date and time is searched while incrementing the pointer n and stepping.

  That is, in step SC2, it is determined whether or not the schedule data schedule [n] designated by the pointer n includes the current date and time. If the current date / time is not scheduled, that is, if the current date / time is not included in the scheduled movement period represented by the start date s_date, start time s_time, end date e_date, and end time e_time, the determination result is “NO”, and the process proceeds to step SC4. Advance and step pointer n. In step SC5, it is determined whether or not the incremented pointer n is smaller than the number of data MAXS, that is, whether or not all the schedule data schedule [n] have been searched. If the search has not been completed, the determination result is “YES”, and the process returns to step SC2.

  On the other hand, schedule data schedule [n] that includes the current date and time, that is, schedule data schedule [n] that includes the current date and time in the scheduled movement period represented by the start date s_date, the start time s_time, the end date e_date, and the end time e_time. Is retrieved, the determination in step SC2 is “YES”, and the process proceeds to step SC3, where the area ID data area_id (schedule [n] .area_id) of the corresponding schedule data schedule [n] is stored in the register id. Thereafter, through steps SC4 to SC5, it is determined whether or not all the schedule data schedule [n] have been searched. If the search has been completed, the determination result in step SC5 is “NO”. The process proceeds to SC6.

In step SC6, it is determined whether or not the value of the register id remains the initial value “−1”, that is, the schedule data schedule including the current date and time is not registered. If schedule data schedule including the current date and time is searched, the determination result is “NO”, and the process proceeds to step SC8 described later.
On the other hand, if the schedule data schedule including the current date and time is not retrieved and the value of the register id remains the initial value “−1”, the determination result is “YES”, and the flow proceeds to step SC7. In step SC7, the basic area ID data base_area_id stored in the data area of the RAM 12 is stored in the register id. The basic area ID data base_area_id is registered in advance in the data area of the RAM 12 by a user operation.

  Next, in step SC8, whether or not the value of the register id (the region ID data area_id stored in step SC3 or the basic region ID data base_area_id stored in step SC7) matches the currently selected region ID data cur_area_id. That is, it is determined whether it is necessary to change the setting of the reception channel. If the value of the register id matches the currently selected area ID data cur_area_id and it is not necessary to change the setting of the reception channel, the determination result here is “YES”, and this process is completed.

On the other hand, if the value of the register id does not match the currently selected area ID data cur_area_id and the setting of the receiving channel needs to be changed, the determination result is “NO”, and the process proceeds to step SC9. In step SC9, the value of the register id is set to the currently selected area ID data cur_area_id, and the pointer n is reset to zero.
In Steps SC10 to SC11, the channel table chtbl [id] corresponding to the value of the register id is selected from the channel tables chtbl [0] to [n] for each region id stored in the ROM 11, and the pointer n The channel data ch [0] to ch [ch_n-1] corresponding to the number of receivable channels ch_n are read from the channel table chtbl [id] and set in the broadcast receiving unit 15 in accordance with Complete. As a result, the broadcast receiving unit 15 receives broadcasts with the set channel data ch [0] to ch [ch_n-1].

  As described above, in the channel processing, the schedule data schedule [n] including the current date and time is searched from the schedule data schedule registered in the data area of the RAM 12, and the corresponding schedule data schedule [n] is searched. And the area ID data area_id of the corresponding schedule data schedule [n] is stored in the register id. If the value of this register id and the currently selected area ID data cur_area_id do not match and it is necessary to change the setting of the receiving channel, the channel table chtbl [0] to [n] of each area id stored in the ROM 11 The channel data ch [0] to ch [ch_n-1] of the channel table chtbl [id] corresponding to the value of the register id is read out and set in the broadcast receiving unit 15.

  As described above, in the present embodiment, the channel table chtbl including channel data ch [0] to ch [ch_n-1] representing reception channels and broadcast station names that can be broadcasted for each id for each region. [0] to chtbl [n] are stored in the ROM 11, and if the schedule data schedule [n] including the current date and time is registered in the data area of the RAM 12, the area ID of the schedule data schedule [n] It is determined whether or not the data area_id and the currently selected area ID data cur_area_id match. If they do not match, the area ID data area_id is stored in the channel table chtbl [0] to [n] stored in the ROM 11. Corresponding channel table chtbl [area_i ] Channel data ch [0] to ch [ch_n-1] are read and set in the broadcast receiving unit 15, so that channel setting can be automatically performed based on the pre-registered date and time and the destination. .

  In the above-described embodiment, the schedule data schedule [n] including the current date and time is searched from the schedule data schedule registered in the data area of the RAM 12. However, the present invention is not limited to this. The schedule data schedule in which s_date and start time s_time have reached the current date and time may be extracted.

  Furthermore, in the present embodiment, the channel table chtbl [stored in the ROM 11 when the area ID data area_id of the schedule data schedule [n] including the current date and time does not match the currently selected area ID data cur_area_id. The channel data ch [0] to ch [ch_n-1] of the channel table chtbl [area_id] corresponding to the area ID data area_id is read out from [0] to [n] and set in the broadcast receiving unit 15. Instead of this, for example, when setting the area ID data area_id corresponding to the input destination area name in step SB3 (see FIG. 5), the area ID data area_id and the currently selected area ID data cur_area_id are set. Match If it does not match, the channel data ch [0] of the channel table chtbl [area_id] corresponding to the area ID data area_id from the channel tables chtbl [0] to [n] stored in the ROM 11 is determined. ] To ch [ch_n-1] are read out and preset in the broadcast receiving unit 15, and broadcast reception is performed when the start date s_date and start time s_time of the schedule data schedule having the area ID data area_id reach the current date and time. The channel data ch [0] to ch [ch_n-1] preset in the unit 15 may be validated. Even in this way, it becomes possible to automatically set the channel based on the pre-registered date and time and the destination.

It is a block diagram which shows the structure of one Embodiment of this invention. It is a figure which shows the structure of the channel table chtbl memorize | stored in ROM11. It is a figure which shows the structure of the data area of RAM12, and the structure of the schedule data schedule registered into the said data area. It is a flowchart which shows operation | movement of a main routine. It is a flowchart which shows the operation | movement of a switch process. It is a figure which shows an example of the schedule input screen SIG. It is a flowchart which shows the operation | movement of a channel process.

Explanation of symbols

10 CPU
11 ROM
12 RAM
13 Input unit 14 Display unit 15 Broadcast receiving unit

Claims (8)

Channel storage means for storing a reception channel capable of receiving broadcasts at least in each area;
Broadcast receiving means for receiving a broadcast of a set reception channel;
A registration means for registering schedule data including the scheduled travel period and the destination area;
Search means for searching for schedule data whose current date and time is included in the scheduled movement period among schedule data registered by the registration means;
Channel setting means for reading out from the channel storage means a reception channel capable of broadcast reception in the destination area included in the corresponding schedule data searched by the search means and setting the broadcast reception means; Broadcast receiving device. Channel storage means for storing a reception channel capable of receiving broadcasts at least in each area;
Broadcast receiving means for receiving a broadcast of a set reception channel;
A registration means for registering schedule data including the scheduled travel period and the destination area;
Search means for searching for schedule data whose current date and time is included in the scheduled movement period among schedule data registered by the registration means;
It is determined whether or not the destination area included in the corresponding schedule data searched by the search means matches the current area. If they do not match, the destination area included in the corresponding schedule data is set as the current area. An area setting means to
A broadcast receiving apparatus, comprising: a channel setting unit that reads out from the channel storage unit a reception channel that can be broadcasted in the current region set by the region setting unit, and sets the channel in the broadcast receiving unit. Channel storage means for storing a reception channel capable of receiving broadcasts at least in each area;
Broadcast receiving means for receiving a broadcast of a set reception channel;
A registration means for registering schedule data including the start date and time of the scheduled movement and the destination area;
Extraction means for extracting the schedule data whose start date and time has reached the current date and time among the schedule data registered by the registration means;
It is determined whether or not the destination area included in the corresponding schedule data extracted by the extraction means matches the current area, and if not, the destination area included in the corresponding schedule data is set as the current area. An area setting means to
A broadcast receiving apparatus, comprising: a channel setting unit that reads out from the channel storage unit a reception channel that can be broadcasted in the current region set by the region setting unit, and sets the channel in the broadcast receiving unit. Channel storage means for storing a reception channel capable of receiving broadcasts at least in each area;
Broadcast receiving means for enabling the broadcast of the set reception channel to be received according to the valid instruction;
A registration means for registering schedule data including the start date and time of the scheduled movement and the destination area;
A channel setting means for reading a reception channel capable of receiving broadcasts in the destination area included in the schedule data registered by the registration means from the channel storage means and setting the broadcast reception means;
Instructing means for giving a valid instruction to the broadcast receiving means when the start date and time of the schedule data having the destination area where the receiving channel is set by the channel setting means reaches the current date and time. Broadcast receiving device. A broadcast reception process for receiving a broadcast of a set reception channel;
A registration process for registering schedule data including the planned travel period and the destination area;
Among the schedule data registered in the registration process, a search process for searching for the corresponding schedule data whose current date and time is included in the scheduled movement period;
Reception channels that can be broadcasted at least in each area are stored in advance, and the reception channels that can be broadcasted in the destination area included in the corresponding schedule data searched by the search process are read out from the received channels. A broadcast reception processing program that causes a computer to execute channel setting processing to be set for reception processing. A broadcast reception process for receiving a broadcast of a set reception channel;
A registration process for registering schedule data including the planned travel period and the destination area;
Among the schedule data registered in the registration process, a search process for searching for the corresponding schedule data whose current date and time is included in the scheduled movement period;
It is determined whether the destination area included in the corresponding schedule data searched in the search process matches the current area, and if not, the destination area included in the corresponding schedule data is set as the current area. Region setting process to be set,
Channel setting for storing at least reception channels capable of receiving broadcasts for each region in advance, reading out the reception channels capable of receiving broadcasts in the current region set by the region setting process, and setting them in the broadcast reception processing A broadcast reception processing program that causes a computer to execute the processing. A broadcast reception process for receiving a broadcast of a set reception channel;
A registration process for registering schedule data including the start date and time of the scheduled move and the destination area;
Among the schedule data registered in the registration process, an extraction process for extracting the corresponding schedule data whose start date and time has reached the current date and time,
It is determined whether or not the destination area included in the schedule data extracted by the extraction process matches the current area. If not, the destination area included in the schedule data is set as the current area. Region setting process to be set,
Channel setting for storing at least reception channels capable of receiving broadcasts for each region in advance, reading out the reception channels capable of receiving broadcasts in the current region set by the region setting process, and setting them in the broadcast reception processing A broadcast reception processing program that causes a computer to execute the processing. Broadcast reception processing that enables reception of a broadcast of a set reception channel according to a valid instruction;
A registration process for registering schedule data including the start date and time of the scheduled move and the destination area;
Reception channels that can be broadcasted at least for each area are stored in advance, and the reception channels that can be broadcasted in the destination area included in the schedule data registered in the registration process are read out from the received channels. Channel setting processing to be set for reception processing,
When the start date and time of the schedule data having the destination area where the receiving channel is set in the channel setting process reaches the current date and time, an instruction process for giving a valid instruction to the broadcast receiving process is executed by a computer. A broadcast reception processing program.

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