JP2010146656A - Audio device, program, and music transfer method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To more readily transfer an appropriate music file in an audio device. <P>SOLUTION: The audio device includes: a storage means storing a music file; a forecast acquisition means (step 201) for acquiring weather forecast data in a prescribed format; a weather-related word determination means (steps 210 to 218) for determining a weather-related word related to the weather indicated by the weather forecast data acquired from the forecast acquisition means; a retrieval means (steps 219 to 223) for retrieving a music file, containing a file name or incidental information that contains the weather-related word determined by the weather-related word determination means from the music files stored by the storage means; and a transfer means for transferring the music file retrieved by the retrieval means, to another device or a memory used by other devices. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to an audio device having a function of transferring a stored music file to another device, a program for causing a computer to function as each means in the audio device, and a music file transfer method suitable for the audio device. .

  Conventionally, when transferring music files stored in a hard disk such as an audio device or a personal computer to a digital audio player (hereinafter referred to as “DAP”), the user refers to the file name and tag information of each stored music file. The music files to be transferred are selected while inspecting each music file by intro play and checking each music.

  FIG. 7 is a flowchart showing an example of a file transfer process in such a conventional audio apparatus. In this file transfer process, selection of the file name of the music file to be transferred is accepted, and the music file having the selected file name is transferred to the DAP connected to the audio apparatus.

  When the process is started, the audio device first shifts to a file selection mode in step 701 in accordance with a user instruction. The file selection mode is an operation mode that accepts selection of a file name of a music file to be transferred. In step 702, a list of file names of music files stored in the hard disk of the audio device is displayed, and a predetermined operation input by the user is accepted. However, when the file name list is first displayed, the first file name in the list is selected. Next, in steps 703 to 706, the received operation input is an operation for ending the file selection mode, or an operation for confirming the selection of the selected file name and reserving the transfer of the music file of that file name Or the operation of selecting the next file name in the file name list or the operation of selecting the previous file name in the file name list.

  If it is determined in step 704 that the operation is to reserve the transfer of the music file, the file name is registered in the transfer reservation table on the assumption that the selected file name has been selected. The transfer reservation table is a table for registering the file name of the music file to be transferred later to the digital audio player connected to the audio device. Next, in step 707, it is determined whether or not the registered file name is the last one in the file name list. If it is determined that it is not the last one, in step 708, the file name next to the selected file name in the file name list is selected, and the process returns to step 702.

  If it is determined in step 705 that the operation is to select the next file name, in step 709, the file name next to the selected file name in the file name list is selected, and the process returns to step 702.

  If it is determined in step 706 that the operation is to select the previous file name, in step 710, the file name immediately before the selected file name in the file name list is selected, and step 702 is executed. Return.

  If it is determined in step 703 that the operation is to end the file selection mode, and if it is determined in step 707 that the file name is the last file name, the process proceeds to step 711, and whether or not the file name is registered in the transfer reservation table. Determine whether. If it is determined that it has been registered, transfer of the music file having the file name registered in the transfer reservation table to the DAP is started in step 712, and transfer is determined to have been completed in step 713. Ends the file transfer process of FIG. If it is determined in step 711 that the file name is not registered in the transfer reservation table, the file transfer process is immediately terminated.

  FIG. 8 is a flowchart showing another example of the file transfer process in the conventional audio apparatus. In this file transfer process, selection of the music file to be transferred to the DAP connected to the audio device is accepted while performing intro playback for each music file.

  In other words, when the process is started, the audio apparatus first starts intro playback in step 801 for the first one of the target music files. Next, in steps 802 and 803, an instruction to transfer the music file being intro played to the DAP is accepted until the predetermined intro play time ends. If there is a transfer instruction, the file name of the music file is registered in the transfer reservation table, and the process proceeds to step 804. If the intro playback time has ended without a transfer instruction, the process proceeds directly to step 804.

  In step 804, it is determined whether or not the music file on which intro play has been performed is the last music file to be processed. If it is determined that it is not the last one, intro play of the next music file is started in step 805 and the process returns to step 802. When it is determined that the file is the last file, in steps 806 to 808, the music file registered in the transfer reservation table is transferred to the DAP, and the file transfer process in FIG.

  As a technique related to music selection in an audio device, for example, one described in Patent Document 1 is known. In this technology, information related to the weather at the time of music playback, such as illuminance, humidity, wiper operation speed, etc., around the vehicle on which the device is mounted is acquired, and music suitable for playback is selected based on the acquired information. Like to do. At that time, the music corresponding to the acquired information is selected based on a music selection table in which information related to the weather and music are associated with each other. The music selection table can also be received from the distribution server.

JP 2004-348895 A (Claim 3, paragraph 0030)

  However, when the music file to be transferred is designated, as described above, when the music file to be transferred is selected based on the displayed file name or tag information, the number of display digits on the display device is small. When the display of the file name and tag information is not scrolled, it is not possible to grasp what kind of music the file name or tag information is, and there is a possibility that the instruction may be hindered.

  In addition, when instructing music files to be transferred while performing intro playback, it takes time to perform intro playback for all the music files, and considerable time is required including the time for subsequent transfer. . In addition, the intro play of the next music starts before the intro play of the first few seconds cannot grasp what kind of music, and the desired music file may not be transferred.

  Further, as in these cases, when the user himself / herself designates a music file to be transferred and performs the transfer, only the music file that the user likes is transferred, and only similar music files are transferred to the DAP. Will be accumulated.

  An object of the present invention is to make it possible to transfer an appropriate music file more easily when transferring a music file from an audio apparatus to a DAP or the like in view of the problems of the conventional technology. .

  In order to achieve this object, an audio device according to a first aspect of the present invention includes a storage unit that stores a music file, a forecast acquisition unit that acquires weather forecast data in a predetermined format, and weather forecast data acquired by the forecast acquisition unit. The storage means stores a weather-related word determination means for determining a weather-related word related to the weather indicated by and a music file having a file name or accompanying information including the weather-related word determined by the weather-related word determination means. And a transfer means for transferring the music file searched by the search means to another device or a memory used in another device.

  An audio device according to a second aspect of the present invention includes, in the first aspect, a region setting unit that accepts a setting of which region to use as the weather forecast data related to the determination of the weather related word by the related word determination unit. It is characterized by that.

  According to a third aspect of the present invention, in the first or second aspect, the audio device according to the first or second aspect is determined by the season determination unit that determines the season based on the temperature indicated by the weather forecast data acquired by the forecast acquisition unit, and the season determination unit Season-related word determination means for determining a season-related word related to the season, and the search means is the weather-related word determined by the weather-related word determination means and the season-related word determined by the season-related word determination means A music file having a file name including words or accompanying information is searched from music files stored in the storage means.

  The audio device according to a fourth aspect of the present invention is the audio device according to any one of the first to third aspects, further comprising a tune determination unit that determines a tune corresponding to the weather indicated by the weather forecast data acquired by the prediction acquisition unit. When the music file cannot be searched by the search based on the previous weather record related word, the means searches the music file of the music tone determined by the music tone determining means from the music file stored in the storage means. It is characterized by being.

  An audio device according to a fifth invention is the audio device according to any one of the first to fourth inventions, wherein the daily weather indicated by the weather forecast data acquired by the forecast acquisition means is a plurality of weathers and temporal intervals between the weathers. When it is composed of data indicating the relationship, for the weather of the day, the weather related word determining means determines the weather related word for each weather, and the search means is determined for each determined weather. The search is performed for the weather related words, and the transfer means performs the transfer for each music file searched for the weather related words for each weather by the search in the reproduction order corresponding to the temporal relationship between the weathers. It is performed so that it may become.

  An audio device according to a sixth invention is the audio device according to any one of the first to fifth inventions, wherein the time range of the weather forecast data used as weather forecast data related to the weather corresponding to the music file transferred by the transfer means is determined. It has the setting means to set, It is characterized by the above-mentioned.

  An audio device according to a seventh invention is the audio device according to any one of the first to sixth inventions, wherein the transfer means is configured such that when the music file to be transferred corresponds to weather forecast data for a plurality of days, The music file is divided and transferred to a corresponding folder for each day.

  A program according to an eighth invention causes a computer to function as each means in the audio apparatus according to any one of the first to seventh inventions.

  A music transfer method according to a ninth aspect of the present invention is a music file transfer method in an audio apparatus having a storage means for storing a music file, the forecast acquisition step for acquiring weather forecast data in a predetermined format, and the forecast acquisition step A weather-related word determination step for determining a weather-related word related to the weather indicated by the weather forecast data acquired by the above, and a music file having a file name or accompanying information including the weather-related word determined by the weather-related word determination step A search step of searching from the music file stored in the storage means, and a transfer step of transferring the music file searched by the search step to another device or a memory used in another device. And

  According to the present invention, when transferring a music file from an audio device to a DAP or the like, an appropriate music file can be transferred more easily.

  FIG. 1 is a block diagram showing a configuration of an audio apparatus according to an embodiment of the present invention. As shown in the figure, this apparatus includes a system microcomputer 1 that controls each part of the apparatus, a CD mechanical section 2 that reads out data recorded on a loaded CD and outputs it as an analog signal, and accepts an analog input from the outside. Input terminal 3, a tuner unit 4 that receives broadcast radio waves and outputs an audio signal, a CD mechanism unit 2, a selector 5 for selecting one of the inputs from the input unit 3 or the tuner unit 4, a selector 5 From an AD converter 6 that converts an analog signal from a digital signal into a digital signal, a DSP (digital signal processor) 7 that outputs a digital audio signal by performing predetermined signal processing on the digital signal from the AD converter 6, and a DSP 7 DA converter 8 that converts the digital audio signal of the above into an analog audio signal, and the analog audio signal from the DA converter 8 An amplifier unit 9 for amplifying the sound, a speaker 10 for converting an audio signal from the amplifier unit 9 into an acoustic signal, an operation unit 11 for giving an operation instruction to the system microcomputer 1, and an image display based on image data from the system microcomputer A display unit 12 to perform, a radio wave receiver 13 or network adapter 14 for acquiring weather forecast data in a predetermined format, and a data transmission / reception means 20 to exchange audio data with the DSP 7 are provided. In this configuration, a radio wave receiver 13 or a network adapter 14 is added to a conventional audio device.

  The weather forecast data that can be acquired via the radio receiver 13 or the network adapter 14 includes, for example, data for the next day at the time of acquisition, data for one week from the next day, and afternoon data for acquisition in the morning. Is applicable. In addition, the thing of the prefecture or area corresponding to the designated prefecture name or zip code is applicable. The weather forecast data indicates the weather and temperature predicted in the corresponding day or the time zone of the corresponding day in the corresponding area. As data indicating the weather, for example, character data such as “sunny”, “cloudy”, “rain”, “snow”, “cloudy after sunny”, “cloudy temporary rain”, “sunny and cloudy”, and the like are applicable. The weather data transfer means 20 includes a memory card slot 23 for the DSP 7 to exchange music files with the memory card 21 and the DAP 22, a USB controller 24, a hard disk 25 for the DSP 7 to store or read music files, and a built-in memory. 26.

  The system microcomputer 1 controls the selector 5, the tuner unit 4, and the CD mechanism unit 2 in accordance with an instruction given via the operation unit 11, and performs setting of a sound source used for reproduction, CD reproduction, and the like. Further, the DSP 7 and the DA converter 8 are controlled so that the reproduction sound based on the sound source used is output from the speaker 11. The system microcomputer 1 also acquires weather forecast data via the radio receiver 13 or the network adapter 14, and controls the CD mechanical unit 2 and the DSP 7 so that music corresponding to the data is reproduced. The system microcomputer 1 also refers to weather forecast data obtained via the radio receiver 13 or the network adapter 14 in accordance with an instruction from the user, and selects an appropriate one of the music files stored in the hard disk 25. Transfer to DAP 22 or memory card 21.

  2 and 3 are flowcharts showing file transfer processing by the system microcomputer 1. FIG. This process is executed according to a predetermined program. In this process, among the music files stored in the hard disk 25, the music file corresponding to the weather forecast in the set region is transferred to the memory card 21 or the DAP 22.

  That is, when the file transfer process is started, first, in step 201, the system microcomputer 1 obtains weather forecast data in a predetermined format related to the weather forecast for the next day from a predetermined weather forecast site via the radio receiver 13 or the network adapter 14. Receive. Next, in step 202, it waits for an instruction to automatically transfer the music file based on the weather indicated by the received weather forecast data. When this instruction is given, in steps 203 to 305, the region is set based on the prefecture name selected by the user or the postal code entered by the user. The setting of the region by the user is selected by the user from the prefecture name list. Here, prefecture names are displayed in a selectable order in order from the top, and the user selects and sets one from Aichi prefecture displayed first to Wakayama prefecture displayed last. In steps 206 to 207, it is determined to use the weather forecast data of the set area. If no area is set, in step 209, it is determined to use the Tokyo weather data.

  Next, based on the weather forecast data decided to be used, whether the weather in the corresponding area is “sunny”, “cloudy”, “rain” or “snow” in steps 210 to 213. Determine. When the data indicating the weather consists of multiple weather and words representing the temporal relationship between each weather, such as “cloudy after sunny”, the weather indicated by the first letter (in the case of “cloudy after sunny”, “sunny ]). If it is determined in step 210 that it is “sunny”, the process proceeds to step 214, and words related to “sunny” such as “sunny”, “SUN”, “sun”, etc. are used as keywords for the predetermined keyword table. sign up. This keyword table is a table for registering keywords used for searching for music files to be transferred.

  If it is determined in step 211 that it is “cloudy”, the process proceeds to step 215, and a word related to “cloudy” such as “cloudy” is registered in the keyword table. If it is determined that it is “rain” in step 212, words related to rain such as “rain”, “umbrella”, “RAIN”, etc. are registered in the keyword table in step 216. If it is determined in step 213 that it is “snow”, words related to “snow” such as “snow” and “winter” are registered in the keyword table in step 217. If it is not “sunny”, “cloudy”, “rain”, or “snow”, in step 218, words related to all weather are registered in the keyword table.

  Next, in steps 219 to 223, the music files stored in the hard disk 25 are searched for those having a file name or tag information including each word registered in the keyword table, and each music file that has been successfully searched is searched. Are registered in a predetermined transfer reservation table. This transfer reservation table is a table for registering file names of music files to be transferred. Next, in steps 224 to 226, the music file having each file name registered in the transfer reservation table is transferred from the hard disk 25 to the memory card 21 or DAP 22. The transfer destination is determined based on a user instruction, for example.

  Next, in steps 227 to 229, “after XX”, “primary XX”, or “sometimes XX” is included in the weather forecast data determined to be used by the processing in steps 203 to 209 described above. Then, it is determined whether or not there is weather data that includes characters corresponding to any of “OO”, “Sunny”, “Cloudy”, “Rain”, or “Snow”. If it is determined in step 227 that there is weather data including “after XX”, the process proceeds to step 230, and “XX” in “after XX” is registered as a keyword in the cleared keyword table. Next, in step 231, a new transfer reservation table is created by the process of FIG. 4 similar to steps 219 to 223 described above. In steps 232 and 233, the music files having the file names registered in the transfer reservation table are played after the music files transferred from the hard disk 25 to the memory card 21 or DAP 22 in steps 224 to 226. Forward to position. Thereby, the file transfer process of FIGS. 2 and 3 is completed. Note that positioning the playback order after the music file transferred in steps 224 to 226 includes, for example, adding a serial number to the head of the file name of each music file transferred in step 225 and performing additional transfer in step 233. This can be realized by assigning the subsequent serial number to the beginning of the file name of the music file and transferring it.

  If it is determined in step 228 that there is weather data including “primary OO”, the process proceeds to step 234 to register “OO” in the “primary OO” in the cleared keyword table. Next, in step 235, a new transfer reservation table is created by the processing of FIG. Then, in steps 236 and 237, the music file having each file name registered in the transfer reservation table is reproduced in the middle of each music file transferred in steps 224 to 226 from the hard disk 25 to the memory card 21 or DAP 22. Transfer in order. Thereby, the file transfer process of FIGS. 2 and 3 is completed. Note that positioning the playback order in the middle of the music files transferred in steps 224 to 226 adds, for example, a number that increases at a predetermined interval to the beginning of the file name of each music file transferred in step 225, This can be realized by adding an intermediate number between any adjacent numbers of the numbers to the head of the file name of each music file to be additionally transferred in step 237.

  If it is determined in step 229 that weather data including “sometimes OO” exists, the process proceeds to step 238, and “OO” in “Occasional OO” is registered in the cleared keyword table. Next, in step 239, a new transfer reservation table is created by the processing of FIG. In steps 240 and 241, the music files having the file names registered in the transfer reservation table are reproduced in order of the music files transferred in steps 224 to 226 from the hard disk 25 to the memory card 21 or DAP 22. Forward to be located. Thereby, the file transfer process of FIGS. 2 and 3 is completed. Note that the location of the music file transferred in steps 224 to 226 is, for example, adding a number that increases at a predetermined interval to the beginning of the file name of each music file transferred in step 225, and in step 241. This can be realized by adding a number in the middle of the adjacent numbers at the beginning of the file name of each music file to be additionally transferred.

  If it is determined in steps 227 to 229 that there is no weather data including any of “after XX”, “primary XX”, or “sometimes XX”, the file transfer process of FIGS. Exit.

  According to this file transfer process, since the music file having the file name or tag information including the word related to the weather indicated by the weather forecast data of the next day is transferred, the music suitable for the next day, It can be viewed by the player that has set the transferred DAP 22 or the transferred memory 21.

  In addition, when it is desired to decide a music file to be transferred according to the future weather, a music file suitable for the weather can be transferred even if the user forgets to see the weather forecast.

  In addition, when the user himself / herself selects and transfers a music file, only the user's favorite music file is transferred, but according to the present embodiment, various music files according to the weather of the next day are available. Since it is transferred, you can enjoy various music.

  Even without looking at the weather forecast, it is possible to know the weather forecast for the next day by playing and listening to the transferred music file.

  5 and 6 are flowcharts showing another file transfer process by the system microcomputer 1. This process is executed according to a predetermined program. In this process, among the music files stored in the hard disk 25, the music file to be transferred is determined in consideration of the season in addition to the weather forecast for the set region. However, the season is determined based on the temperature data in the weather forecast data.

  That is, the processing content of steps 501 to 518 is the same as the processing content of steps 201 to 218 in FIG. 2, and is a process of registering a word related to the weather indicated by the weather forecast data in the keyword table. When this process is completed, it is determined in step 519 in FIG. 6 whether the temperature is 25 ° C. or higher. The temperature information is acquired from the received weather forecast data. If it is determined that the temperature is 25 ° C. or higher, in step 520, the season is set to summer. In step 521, words related to summer such as “summer” and “sea” are added to the keyword table, and the process proceeds to step 533.

  If it is determined in step 519 that the air temperature is not 25 ° C. or higher, the process proceeds to step 522 to determine whether the air temperature is 15 ° C. or higher. If it is determined that the temperature is 15 ° C. or higher, it is determined in step 523 whether the season setting is summer. If it is determined that it is summer, in step 524, the season is set to autumn. The reason why the temperature is 15 ° C. or higher and lower than 25 ° C. when the season is set to summer is considered to have been shifted to autumn. In step 525, words related to autumn such as “Autumn leaves” and “Akisakura” are added to the keyword table, and the process proceeds to step 533.

  If it is determined in step 523 that the season setting is not summer, the routine proceeds to step 526, where it is determined whether the season setting is autumn. If it is determined that it is autumn, the process proceeds to step 525 as it is. If it is determined that it is not autumn, it is determined in step 527 whether the seasonal setting is winter. If it is determined that it is winter, in step 528, the seasonal setting is changed to spring. The reason why the temperature is above 15 ° C. and below 25 ° C. when the season is set to winter is considered to be the transition to spring. In step 529, words related to spring such as “graduation” and “sakura” are added to the keyword table, and the process proceeds to step 533. If it is determined in step 527 that the season setting is not winter, it is determined in step 530 whether the season setting is spring, and if it is not spring, the season is set to spring in step 528. If it is spring, the process proceeds to step 529.

  If it is determined in step 522 that the temperature is not 15 ° C. or higher, the process proceeds to step 531 and the season is set to winter. In step 532, words related to winter such as “X′Mas” and “New Year” are added to the keyword table, and the process proceeds to step 533.

  Steps 533 to 540 are the same as the processing of step 219 of FIG. 2 to step 226 of FIG. 3, and are processing for transferring music files based on the keyword table. At that time, the music file is searched using all combinations of one of the keywords related to the weather in the keyword table and one of the keywords related to the season as search keys. For example, if the weather is clear, the corresponding keywords are “sunny” and “sun”, the season is summer, and the corresponding keywords are “summer” and “sea”, “sunny”, “summer”, “sunny” ”,“ Sea ”,“ Sun ”and“ Summer ”,“ Sun ”and“ Sea ”are used as search keys. However, when there are few searched music files, the search may be performed by using each keyword related to the weather and each keyword related to the season as separate keywords without combining them.

  According to this file transfer process, the word related to the weather indicated by the weather forecast data and the word related to the season determined based on the temperature indicated by the weather forecast data are used as search keys, and the file name and tag of each music file Since the music file to be transferred is searched using the information, the music file that matches the season in addition to the weather of the next day can be transferred.

  Note that the present invention is not limited to the above-described embodiment, and can be implemented with appropriate modifications. For example, in the above, the weather forecast data to be used is that of the next day of the music file transfer date. However, the weather forecast data is not limited to this, for example, for one week from the next day. In addition, it is possible to use data in any day and time zone, such as in the afternoon when transferring in the morning. For example, according to the schedule of the trip, the weather forecast data of each visited area can be used for each day of the trip, and can be transferred to the DAP 22 or the memory 21 carried on the trip. In this case, the music file suitable for the weather can be reproduced and viewed at each visited site. Also, by playing music corresponding to a desired day or time zone, the weather of that day or time zone can be known. When transferring music files based on the weather forecast data for one week, the music files corresponding to the weather forecast data for each day of the week may be divided into folders and transferred. Further, it may be possible to arbitrarily set what day, time zone, or local weather forecast data is used for transfer.

  In the above description, the transfer music file is determined based on the weather forecast data in the set area. However, the transfer music file is determined in consideration of other information in addition to the weather forecast data. May be.

  In the above description, the user selects and sets the area, but the area to which the current position belongs may be automatically set by a GPS device built in the audio apparatus.

  In the above description, the music file to be transferred is searched based on the words registered in the keyword table. However, when the music file cannot be searched at all, the music tone related to the music file is further considered. You may make it perform by adding the searched. For example, music files related to uptempo music when the weather is “sunny” and music files related to quiet music when “rainy” may be searched and transferred.

  In the above description, when the temperature is not 25 ° C. or higher but 15 ° C. or higher and the season setting is summer, the season setting is immediately changed to autumn. When judging the season, such as making a change when there are more than a certain number of days or more than a certain frequency, avoid the influence of the extremely high or low temperature on the determination as much as possible. It may be.

It is a block diagram which shows the structure of the audio apparatus which concerns on one Embodiment of this invention. FIG. 2 is a flowchart showing file transfer processing in the apparatus of FIG. 3 is a flowchart showing a continuation of the process of FIG. It is a flowchart which shows the detail of a one part process in the flowchart of FIG. FIG. 5 is a flowchart showing another file transfer process in the apparatus of FIG. 6 is a flowchart showing a continuation of the process of FIG. It is a flowchart which shows an example of the file transfer process in the conventional audio apparatus. It is a flowchart which shows another example of the file transfer process in the conventional audio apparatus.

Explanation of symbols

  1: system microcomputer, 2: CD mechanical unit, 3: input terminal, 4: tuner unit, 5: selector, 6: AD converter, 7: DSP (digital signal processor), 8: DA converter, 9: amplifier unit DESCRIPTION OF SYMBOLS 10: Speaker, 11: Operation part, 12: Display part, 13: Radio wave receiver, 14: Network adapter, 20: Data transfer means, 21: Memory card, 22: DAP, 23: Memory card slot, 24: USB Controller, 25: hard disk, 26: built-in memory.

Claims (9)

Storage means for storing music files;
A forecast acquisition means for acquiring weather forecast data in a predetermined format;
Weather-related word determination means for determining a weather-related word related to the weather indicated by the weather forecast data acquired by the forecast acquisition means;
Search means for searching for a music file having a file name or accompanying information including a weather related word determined by the weather related word determination means from a music file stored in the storage means;
An audio apparatus comprising: transfer means for transferring a music file searched by the search means to another device or a memory used by another device.   2. The audio apparatus according to claim 1, further comprising a region setting unit that accepts a setting as to which region to use as the weather forecast data related to the determination of the weather related word by the related word determination unit. Season determination means for determining the season based on the temperature indicated by the weather forecast data acquired by the forecast acquisition means;
Season-related word determining means for determining a season-related word related to the season determined by the season determining means,
The search means stores the music file having a file name or accompanying information including the weather related word determined by the weather related word determination means and the season related word determined by the season related word determination means. The audio device according to claim 1, wherein the audio device is searched from a music file that is stored. A music tone determination means for determining a music tone corresponding to the weather indicated by the weather forecast data acquired by the forecast acquisition means;
If the music file cannot be searched by the search using the pre-weather note related word, the search means searches the music file of the music tone determined by the music tone determination means from the music file stored in the storage means. The audio device according to claim 1, wherein the audio device is a device.   When the daily weather indicated by the weather forecast data acquired by the forecast acquisition means is composed of a plurality of weathers and data indicating the temporal relationship between the weathers, the weather related The word determining unit determines the weather-related word for each weather, the search unit performs the search for the determined weather-related word for each weather, and the transfer unit performs the weather for each weather by the search. 5. The transfer according to claim 1, wherein the transfer for each music file searched for related words is performed in a reproduction order corresponding to the temporal relationship between the weathers. Audio equipment.   6. The apparatus according to claim 1, further comprising setting means for setting a time range of weather forecast data used as weather forecast data related to the weather corresponding to the music file transferred by the transfer means. The audio device described.   2. The transfer unit according to claim 1, wherein when the music file to be transferred corresponds to weather forecast data for a plurality of days, the transfer means transfers each music file in a corresponding folder for each day. The audio apparatus of any one of -6.   A program for causing a computer to function as each means in the audio apparatus according to claim 1. A method of transferring a music file in an audio apparatus having a storage means for storing a music file,
A forecast acquisition step for acquiring weather forecast data in a predetermined format;
A weather-related word determination step for determining a weather-related word related to the weather indicated by the weather forecast data acquired by the forecast acquisition step;
A search step of searching for a music file having a file name or accompanying information including a weather related word determined by the weather related word determination step from a music file stored in the storage unit;
And a transfer step of transferring the music file searched in the search step to another device or a memory used in another device.

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