JP2012221391A - Av device and computer program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide "an AV device and a computer program" for facilitating export/import of a station registered in a smartphone.SOLUTION: When an import button 403 of a BB radio of a menu 801 is operated by a user while a smartphone A is connected, an AV device 1 additionally registers the BB radio to an import station list. Thereafter, when a synchronization button 404 of a menu 802 is operated while a smartphone B is connected, the AV device 1 displays a menu 803 including a list of the stations including the BB radio registered in an import station list 702, and when a search button 602 of the BB radio is operated, issues a search request of the BB radio to an Internet radio server 4 through the smartphone B, and thus allows registration of the BB radio in the station list of the smartphone B.

Description

  The present invention relates to a technique for supporting registration of an Internet radio station to an Internet radio receiver that receives Internet radio.

  An Internet radio receiving device for streaming reproduction of music distributed in streaming, and a plurality of songs associated with a station selected as a receiving station by a user of the Internet radio receiving device are sequentially transmitted to the Internet radio receiving device via the Internet. An Internet radio system including an Internet radio server for streaming distribution is known (for example, Patent Document 1).

  Further, in such an Internet radio system, the Internet radio receiving apparatus holds a list of stations as a station list, and receives a selection of a station as a receiving station from the stations in the station list held by the user. Technology is also known (for example, Patent Document 2).

JP 2010-278794 JP JP 2010-258926

  Now, in the Internet radio receiver as described above, there is a case where a list of stations is held as a station list, and the selection of a station as a receiving station is received from a user among the stations in the held station list. There are cases where it is desired to register a station in a station list held by an Internet radio receiver in a station list held by another Internet radio receiver.

  However, in general, Internet radio receivers do not have a function of directly communicating with each other and exporting / importing stations in the station list directly between Internet radio receivers. For this reason, when a station in a station list held by a certain internet radio receiver is registered in a station list held by another internet radio receiver, the station desired to be registered in another internet radio receiver The user can perform complicated operations such as transferring the station name by e-mail, searching for the station by the station name transferred by another Internet radio receiver, and registering the searched station in the station list. It becomes necessary.

  Therefore, an object of the present invention is to make it possible to easily register a station in a station list held by an Internet radio receiver in a station list held by another Internet radio receiver.

  In order to achieve the above object, the present invention provides a station list in which stations of an Internet radio are registered, and an Internet radio for receiving music distributed from a station selected by a user from among the stations registered in the station list. A storage device for storing an import station list in an AV device to which a receiving device can be connected and which outputs the music received by the connected Internet radio receiving device, and the Internet radio receiving device connected to the Internet Station information reading means for reading into the import station list information representing the identification of the station registered in the station list held by the radio receiver, and the import station list. Based on the information that is intended by the information is provided and station registration means for registering a station that represents the identification, the station list the connected Internet radio receiving apparatus holds.

  Here, such an AV apparatus displays a list of stations registered in the station list held by the connected Internet radio receiving apparatus in the station information reading means, and in the displayed list It is also possible to receive the selection of the station from and to read information indicating the identification of the station that has received the selection into the import station list.

  Also, such an AV device displays a list of the information registered in the import station list in the station registration means, accepts selection of information from the displayed list, and receives the selected information. May be configured to be registered in a station list held by the connected Internet radio receiver.

  In addition, these AV devices use the information indicating the identification of the station as the station name of the station, and the station registration means stores the station in the station list held by the connected Internet radio receiver. Registration is performed in the Internet radio receiving device by searching for a station by the station name registered in the import station list, and by registering the searched station in the station list held by the Internet radio receiving device. You may comprise so that it may be performed. In this case, the station registration means displays a list of stations searched by searching for stations executed by the connected Internet radio receiver, and accepts a station selection from the displayed list. The Internet radio receiving apparatus may be caused to register the station that has received the selection into the station list held by the Internet radio receiving apparatus.

  According to these AV devices, the user exports the stations in the station list of the Internet radio reception device to the AV device, and the other Internet radio reception devices hold the stations exported to the AV device from the AV device. The stations in the station list held by the Internet radio receiving device can be imported into the station list held by other Internet radio receiving devices. It becomes possible to register easily without requiring work.

  As described above, according to the present invention, a station in a station list held by an Internet radio receiver can be easily registered in a station list held by another Internet radio receiver.

It is a block diagram which shows the structure of the internet radio system which concerns on embodiment of this invention. It is a block diagram which shows the structure of AV apparatus and the smart phone which concern on embodiment of this invention. It is a figure which shows the station list and import station list which concern on 1st Embodiment of this invention. It is a figure which shows the display screen of AV apparatus which concerns on embodiment of this invention. It is a flowchart which shows the search process and synchronization process which concern on embodiment of this invention. It is a figure which shows the display screen of AV apparatus which concerns on embodiment of this invention. It is a figure which shows the example of a registration operation | movement of the station which concerns on embodiment of this invention.

Hereinafter, embodiments of the present invention will be described.
FIG. 1 shows a configuration of an Internet radio system according to the present embodiment.
As shown in the figure, the Internet radio system includes an AV device 1 installed in a car, a smartphone 2 that is carried by a user and that can be connected to the AV device 1, and the smartphone 2 is accessed via a WAN 3 such as a mobile telephone network. Internet radio server 4 that can be used.

Next, FIG. 2 shows a configuration of the AV apparatus 1 and the smartphone 2.
As shown in the figure, the AV device 1 is a device mounted on an automobile. As shown in the figure, an input device 101, a display device 102, a voice input / output device 103 including a microphone, a speaker, and the like, a wireless interface 104, an AV The H-operating system 105 that is the OS of the apparatus 1, the H-AP that is an application running on the H-operating system 105, the AV source device 109 such as a TV receiver, a radio tuner, and a DVD player, and a recording device 110 Etc.

  Then, the AV device 1 controls the AV source device 109 and outputs the video and audio output from the AV source device 109 to the audio display device 102 and the voice acquisition device as an H-AP. An Internet radio client application 107 (hereinafter referred to as “IRC 107”) and other H-APs 108 are provided.

  Next, the smartphone 2 includes an operation unit 201, a display 202, a voice input / output unit 203 including a microphone, a speaker, and the like, a wireless interface 204, an SP-operating system 205 that is an OS of the smartphone 2, and an SP-operating system 205. An SP-AP that is an application operating above, a storage unit 209, and a mobile communication device 210 for accessing a mobile telephone network are provided.

  In addition, the smartphone 2 can serve as an SP-AP, such as a mobile phone application 206 that provides a mobile phone function using the mobile communication device 210, the voice input / output unit 203, and the operation unit 201, and an Internet radio application 207 (hereinafter “IR207”). And other SP-APs 208 are provided.

  Now, the AV device 1 and the smartphone 2 are connected to each other so as to be able to communicate with each other by short-range wireless communication such as Bluetooth (registered trademark) using the wireless interface 104 of the AV device 1 and the wireless interface 204 of the smartphone 2. can do. However, the AV apparatus 1 and the smartphone 2 may be connected so as to be able to communicate with each other by wired communication such as USB.

  The AV apparatus 1 and the smartphone 2 described above are configured using a computer having a general configuration including a CPU, a memory, and other peripheral devices in terms of hardware. The H-operating system and each H-AP of the device 1 and the SP-operating system and each SP-AP of the smartphone 2 are realized by the CPU executing a program prepared in advance.

  In the configuration as described above, the Internet radio server 4 stores a song and a playlist of songs for each station provided by the Internet radio server 4. In addition, the Internet radio server 4 has, for each station, a station name of the station, a station ID of the station, a song registered in the playlist of the station, a related song representing a song related to the song, The artist of the music registered in the playlist and the related artist representing the music and the artist related to the artist of the music are managed as station management information.

  On the other hand, the storage unit 209 of the smartphone 2 holds a station list having an entry for each station, as shown in FIG. 3A. Each station entry in the station list includes a station ID that is an identifier of the station. The station name, which is the name of the station, is registered.

  Then, the IR 207 of the smartphone 2 accesses the Internet radio server 4 and designates a station (a station is equivalent to a radio station of the Internet radio) as a receiving station by the station ID of the station. The music streamed as the music of the receiving station is streamed and output.

On the other hand, the Internet radio server 4 sequentially distributes each piece of music registered in the playlist provided for the station with the station ID designated as the station ID of the receiving station from the IR 207 of the smartphone 2. The internet radio server 4 also distributes music artwork (usually a jacket photo of the music) to be distributed to the IR 207 and music information such as the title, album, artist, etc. of the music to the IR 207.
Now, IR207 performed with the smart phone 2 outputs the music delivered by streaming using the audio | voice input / output part 203 with which the smart phone 2 itself is equipped, when the smart phone 2 is not connected to AV apparatus 1. FIG. In addition, the IR 207 provides a user with a GUI using the operation unit 201 and the display 202 included in the smartphone 2 itself, and performs the operation according to the user operation received through the GUI. That is, for example, the IR 207 displays a list of station names registered in the station list on the display 202, receives a selection of a station from the user via the operation unit 201 on the displayed list of station names, and receives the selection. In accordance with the operation of designating the station ID of the selected station to the Internet radio server 4 as the station ID of the receiving station described above or the user operation received via the operation unit 201, the conditions designated by the user from the Internet radio server 4 are set. The station ID and station name information of the stations that are satisfied are acquired and registered in the station list.

  On the other hand, when the smartphone 2 is connected to the AV device 1, the IRC 107 of the AV device 1 outputs the GUI or audio output of the IR 207 that is an application executed on the smartphone 2 to the input device 101 or the display device 102 of the AV device 1. Or a voice input / output device 103.

  That is, when the smartphone 2 is connected to the AV device 1, the IR 207 of the smartphone 2 sends the streamed music to the IRC 107 of the AV device 1, and the IRC 107 of the AV device 1 sends the received music to the voice input / output device. 103 to output. Further, the IRC 107 of the AV apparatus 1 obtains necessary information from the IR 207 of the smartphone 2, and provides the user with a GUI for IR 207 using the display device 102 and the input apparatus 101 of the AV apparatus 1, and accepts the received information using the GUI. The user operation is notified to the IR 207 of the smartphone 2. And IR207 of the smart phone 2 performs the operation | movement according to the notified user operation.

Hereinafter, operations of the IRC 107 of the AV apparatus 1 and the IR 207 of the smartphone 2 in a state where the smartphone 2 is connected to the AV apparatus 1 will be described.
First, in the AV apparatus 1, when the IRC 107 is activated, the IRC 107 acquires information on the station list held in the storage unit 209 of the smartphone 2 from the IR 207 of the smartphone 2.
Then, the station menu as shown in FIG. 4 a is displayed on the display device 102, and the operation of the station menu is accepted via the input device 101. Here, in the station menu, a list 401 of station names registered in the station list from which information is acquired is displayed. The user can select a desired station as a receiving station from the station name list 401 and receive music distributed by the Internet radio server 4 at the station. That is, the IRC 107 notifies the IR 207 of the smartphone 2 of the station selected by the user in the station menu, and the IR 207 of the smartphone 2 uses the station ID of the notified station as the station ID of the receiving station described above. Is specified.

Here, the station menu also includes a music information screen call button 402, an import button 403 provided for each station name included in the station name list 401, a synchronization button 404, and a FIND button 405.
If the FIND button 405 of the station menu in FIG. 4 a is operated, the IRC 107 of the AV apparatus 1 displays a search menu as shown in FIG. 4 b on the display device 102, and operates the search menu via the input device 101. Accept. The search menu includes a search category list 411 for receiving selection of a category as a search category from among categories of songs, artists, and station names, and a keyword input box 412 for receiving input of a character string as a keyword. A search button 413 and a station menu call button 414 for calling the station menu of FIG. 4a are provided.

If the search button 413 is operated, the IRC 107 of the AV apparatus 1 sets the category selected in the search category list 411 as the search category and the character string input in the keyword input box 412 as the keyword, as shown in FIG. 5a. Perform search processing.
That is, the IRC 107 of the AV apparatus 1 issues a search execution request specifying a search category and a keyword to the IR 207 of the smartphone 2 in the search process (step 502).
The IR 207 of the smartphone 2 that has received the search execution request issues a search request specifying the search category and keyword to the Internet radio server 4, and the Internet radio server 4 is similar to the keyword in the search category information specified in the search request. The station to be searched is searched with reference to the station management information, and the station name and station ID of the searched station are returned to the IR 207 of the smartphone 2 as search result station information. Note that the Internet radio server 4 does not provide a search with the search category as a station ID, that is, a station search function based on the station ID, to the IR 207 of the smartphone 2.

  Here, a station whose search category information specified in the search request is similar to a keyword is a station whose station name indicated by the station management information matches a keyword at a predetermined level or more if the search category is a station name. If the search category is a song, the related song indicated by the station management information matches the keyword at a predetermined level or more. If the search category is an artist, the related artist indicated by the station management information matches the keyword at a predetermined level or more. It is.

  Then, the IR 207 of the smartphone 2 that has received the search result station information sends the search result station information to the IRC 107 of the AV apparatus 1, and the IRC 107 of the AV apparatus 1 that has received the search result station information (step 504) is shown in FIG. 4c. Such a station addition menu is displayed, and an operation of the station addition menu is accepted via the input device 101 (step 506).

  As shown in FIG. 4c, the station addition menu includes a search result station list 421 representing a list of station names included in the search result station information, and an add button 422 provided for each station name in the search result station list 421. When the cancel button 423 is operated (step 508), the IRC 107 of the AV apparatus 1 returns to the station menu display (step 518) and ends the search process. On the other hand, if the add button 422 of the station addition menu is operated (step 510), the IR 207 of the smartphone 2 is requested to add a station having a station name corresponding to the operated add button 422 (step 512).

  The IR 207 of the smartphone 2 requested to add a station creates a new entry in the station list shown in FIG. 3a, and creates a station name and a station ID included in the search result station information of the station requested to add. In response to the IRC 107 of the AV apparatus 1, the registration is completed.

  Then, the IRC 107 of the AV apparatus 1 that has responded to the completion of addition (step 514) re-acquires the station list information from the smartphone 2 (step 516), and based on the re-acquired station list information, FIG. A station menu as shown is displayed on the display device 102 (step 518), and the search process is terminated.

  However, in the above search processing, the IRC 107 of the AV apparatus 1 displays a station addition menu when the search result station information received from the IR 207 of the smartphone 2 includes only one station information (step 504). Of course, it is possible to request the IR 207 of the smartphone 2 to add the one station unconditionally and additionally register the one station in the station list of the smartphone 2.

  On the other hand, the IRC 107 of the AV apparatus 1 receives a request from the Internet radio server 4 when the music information screen call button 402 in the station menu of FIG. 4a is operated or in response to the designation of the station ID of the receiving station of the IR 207 described above. When the distribution of the music of the receiving station is started, a music information screen as shown in FIG. 4D is displayed on the display device 102, and the operation of the music information screen is accepted via the input device 101.

  On this music information screen, a station menu call button 431 for calling the station menu of FIG. 4a and information 432 of the music being output are displayed. Here, as the music information 432, artwork (usually a jacket photo of the music) that is distributed from the Internet radio server 4 along with the music, and the title, album, or artist of the music. Music information such as is displayed.

  Also, on the music information screen, a song-related station new creation button 433, an artist-related station new creation button 434, a button 435 for switching the playback / pause of music, and music that receives streaming distribution from the Internet radio server 4 are listed. A skip button 436 for switching (skip) to the next music is provided.

  Here, when the user operates the song related station new creation button 433 on the music information screen, the IRC 107 of the AV apparatus 1 performs the above-described search process using the search category as the song and the keyword as the name of the music currently being output. When the artist-related station new creation button 434 is operated, the above-described search process is performed with the search category as artist and the keyword as the artist name of the music currently being output.

  By the way, the operation of the IR 207 when the smartphone 2 is not connected to the AV apparatus 1 is the same as the operation performed by the IR 207 itself by the IRC 107 in the above operation. However, when the smartphone 2 is not connected to the AV apparatus 1, the IR 207 displays the station menu, the search menu, the station addition menu, and the music information screen on the display 202 of the smartphone 2, and performs the operation on the operation unit 201. Accept at. Further, the import button 403 and the synchronization button 404 are not provided in the station menu displayed by the IR 207.

  Here, an import station list is stored in the recording device 110 of the AV apparatus 1. As shown in FIG. 3b, an entry for each station can be provided in the import station list. Each entry includes a station ID that is an identifier of the station, a station name that is a name of the station, and an import source of the station. be registered. Here, the identification of the smartphone 2 is registered in the import source.

  The IRC 107 of the AV apparatus 1 creates a new entry in the import station list of FIG. 3b when the import button 403 of the station menu of FIG. 4a is operated, and the operation in the station name list 401 is performed. The station ID and the station name of the station with the station name corresponding to the imported button 403 are extracted from the acquired station list information and registered in the created entry. Further, the identification of the smartphone 2 that has acquired the station list information is registered in the import source of the created entry.

Next, when the synchronization button 404 in the station menu of FIG. 4A is operated, the IRC 107 of the AV apparatus 1 executes the synchronization process shown in FIG. 5B.
As shown in FIG. 5b, in this synchronization process, first, the export station menu shown in FIG. 6 is displayed on the display device 102, and an operation via the input device 101 of the import station menu is accepted (step 552).
As shown in FIG. 6, the export station menu includes a list of station names 601 registered in the import station list of FIG. 3b and a search button 602 provided corresponding to each station name in the station name list. A cancel button 603 is arranged.

  However, in the IRC 107 of the AV apparatus 1, the station ID and the station name among the stations registered in the import station list are included in the information of the station list acquired last from the smartphone 2 connected at the time. For a station that matches the station ID and the station name, the search button 602 corresponding to the station name of the search unnecessary station included in the station name list 601 is not accepted as a search unnecessary station. Further, the search button 602 that does not accept this operation is displayed in a different form from the other search buttons 602 so that it can be visually recognized that the operation is not possible. In FIG. 6, the station with the station name “PP radio” is a search-unnecessary station, and as shown in the figure, the search button 602 corresponding to “PP radio” is displayed with reduced brightness.

If the cancel button 603 is operated (step 554), the display returns to the station menu shown in FIG. 4a (step 560), and the synchronization process is terminated.
On the other hand, when the operation of the search button 602 is accepted (step 556), the station name corresponding to the operated search button 602 is set as the keyword and the station name is set as the search category, and the search process of FIG. Step 558), the synchronization process is terminated. Here, in the search process started with the station name corresponding to the operated search button 602 as a keyword and the station name as a search category, the search button 602 corresponding to the operated search button 602 is handled by the above-described search process operation. The station with the station name to be registered can be registered in the station list of the connected smartphone 1.

The operations of the IR 207 of the smartphone 2 and the IRC 107 of the AV device 1 in a state where the smartphone 2 is connected to the AV device 1 have been described above.
According to such an operation, for example, as shown in FIG. 7, with only the KK radio imported from the smartphone C registered in the import station list 701 of the AV apparatus 1, AA radio, BB radio, CC radio Is connected to the AV apparatus 1 and the IRC 107 of the AV apparatus 1 is activated, the IRC 107 of the AV apparatus 1 acquires information on the station list 711 from the smartphone A. Then, a station menu 801 including a list of AA radio, BB radio, and CC radio is displayed on the display device 102 of the AV apparatus 1.

  When the user operates the import button 403 corresponding to the BB radio in the station menu 801, the IRC 107 of the AV apparatus 1 additionally registers the BB radio in the import station list. As a result, the import station list of the AV apparatus 1 As shown in 702, BB radio is additionally registered in addition to KK radio.

  Thereafter, after the smartphone A is removed from the AV device 1, the smartphone B holding the station list 721 in which the XX radio and the YY radio are registered is connected to the AV device 1, and the IRC 107 of the AV device 1 is activated. Then, the IRC 107 of the AV apparatus 1 acquires information on the station list 721 from the smartphone B, and displays a station menu 802 including a list of XX radios and YY radios on the display apparatus 102 of the AV apparatus 1.

  When the user operates the synchronization button 404 of the station menu 802, the IRC 107 of the AV apparatus 1 exports the export station menu including a list of KK radios and BB radios registered in the import station list 702 at this time. 803 is displayed.

  When the search button 602 corresponding to the BB radio in the export station menu 803 is operated, the IRC 107 of the AV apparatus 1 performs a search with the search category as the station name and the keyword as the BB radio via the IR 207 of the smartphone B. A request is issued to the Internet radio server 4. If the search result station information including BBA radio and BB radio is sent from the Internet radio server 4 via the IR 207 of the smartphone B as a response to the search request, the IRC 107 of the AV apparatus 1 A station addition menu 804 including a list of radios and BB radios is displayed.

  Then, when the add button 422 corresponding to the BB radio in the station addition menu 804 is operated, the IRC 107 of the AV apparatus 1 causes the IR 207 of the smartphone B to add the BB radio to the station list of the smartphone B. As a result, the station list of the smartphone B is obtained by adding the BB radio in addition to the XX radio and the YY radio, as indicated by 722.

As a result, the BB radio registered in the station list 711 of the smartphone A is registered in the station list 722 of the smartphone B via the AV device 1.
Then, the IRC 107 of the AV apparatus 1 re-acquires information of the station list 722 from the smartphone B, and displays a station menu 805 including a list of XX radio, YY radio, and BB radio on the display apparatus 102 of the AV apparatus 1. To do.
The embodiment of the present invention has been described above.
As described above, according to the present embodiment, the user can easily convert the stations in the station list of the smartphone 2 into the station lists held by the other smartphones 2 without requiring the user's troublesome work. You will be able to register for. In addition, since the station search function provided by the IRC 107 of the AV apparatus 2 or the IC 207 of the smartphone 2 is used to export / import the station between the smartphones 2, a special function needs to be added to the IC 207 of the smartphone 2. In addition, the functions of the IRC 107 of the AV apparatus 2 need not be added.

  By the way, in the above embodiment, in the AV apparatus 1, the stations registered in the import station list can be registered in the station list of the arbitrary smartphone 2. A station registered in the import station list may be registered only in the station list of the smartphone 2 (for example, the smartphone 2 of the owner of the AV apparatus 1). In this case, only the stations imported to the import station list from the smartphones 2 other than the specific smartphone 2 (stations where identifiers other than the identifier of the specific smartphone 2 are registered in the import source of the import station list) are used. It may be possible to register in a station list of a specific smartphone 2.

  In the above description, the Internet radio reception device connected to the AV device 1 is the smartphone 2. However, in the present embodiment, the Internet radio reception device connected to the AV device 1 is an arbitrary device other than the smartphone 2. The present invention can be similarly applied to an apparatus.

  DESCRIPTION OF SYMBOLS 1 ... AV apparatus, 2 ... Smartphone, 3 ... WAN, 4 ... Internet radio server, 101 ... Input device, 102 ... Display apparatus, 103 ... Voice input / output device, 104 ... Wireless interface, 105 ... H-operating system, 106 ... AV player application 107 ... Internet radio client application (IRC), 108 ... other H-AP, 109 ... AV source device, 110 ... recording device, 201 ... operation unit, 202 ... display, 203 ... voice input / output unit, 204 ... wireless Interface 205 ... SP-operating system 206 ... Mobile telephone application 207 ... Internet radio application (IR) 208 ... Other SP-AP 209 ... Storage unit 210 ... Mobile communication device.

Claims (6)

It has a station list that registers Internet radio stations, and can connect to and be connected to an Internet radio receiver that receives music distributed from stations selected by the user from the stations registered in the station list. An AV device for outputting music received by the Internet radio receiving device,
Storage means for storing the import station list;
Station information reading means for reading information representing the identification of a station registered in the station list held by the Internet radio receiver from the connected Internet radio receiver into the import station list;
Station registration means for registering, on the basis of the information registered in the import station list, a station whose identity is identified in a station list held by a connected Internet radio receiver. A featured AV device. The AV device according to claim 1,
The station information reading means displays a list of stations registered in a station list held by the connected Internet radio receiver, accepts a station selection from the displayed list, and selects a station. An AV apparatus characterized in that information indicating identification of a received station is read into the import station list. The AV device according to claim 1 or 2, wherein
The station registration means displays a list of the information registered in the import station list, accepts a selection of information from the displayed list, and connects the station in which the received information represents identification to the connection An AV apparatus characterized in that the AV apparatus is registered in a station list held by a connected Internet radio receiver. The AV device according to claim 1, 2, or 3,
The information indicating the identification of the station is a station name of the station,
The station registration means registers a station in the station list held by the connected Internet radio receiver, and stores the station by the station name registered in the import station list in the Internet radio receiver. An AV apparatus characterized by performing a search and registering the searched station in the station list held by the Internet radio receiving apparatus. The AV device according to claim 4,
The station registration means displays a list of stations searched by searching for a station executed by the connected Internet radio receiver, accepts a station selection from the displayed list, and sends the Internet radio receiver to the Internet radio receiver. An AV apparatus characterized in that registration of a station that has received a selection to the station list held by the Internet radio receiving apparatus is executed. A computer program that is read and executed by a computer,
The computer program causes the computer to function as an AV apparatus according to claim 1, 2, 3, 4 or 5.