JP2007101898A - Portable music play-back apparatus and music play-back system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a portable music play-back apparatus which can be used in a mode preferential of portability or the number of reproducible musical pieces according to use conditions, and to provide a music play-back system including a module capable of being attached to the portable music play-back apparatus. <P>SOLUTION: The portable music play-back apparatus 1 stores music data in a storage part 110 and plays back a musical piece based on the music data. Also while a storage module 2 is loaded thereon, the portable music play-back apparatus 1 stores the music data in a storage part 21 of the storage module 2, and plays back the music based on the music data stored in the storage part 21. The storage part 21 of the storage module 2 has a larger capacity than that of the storage part 110 provided inside the portable music play-back apparatus 1. A user can use the storage module by attaching/detaching the storage module to/from the apparatus in the mode prioritizing portability or largeness in the number of reproducible musical pieces according to the use conditions. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a portable music playback device that plays back stored music data and a music playback system that includes a module that can be attached to the portable music playback device.

  2. Description of the Related Art Conventionally, portable music playback devices that play back music data recorded on a recording medium such as a magnetic tape or an optical disk have become widespread. In recent years, storage means such as a hard disk or a semiconductor memory is provided inside, digital music data in a data format such as an MP3 (MPEG-1 Audio Layer-3) file is stored in the storage means, and the stored music data Portable music playback devices that play music based on the above are widely used. When such a portable music player is used, music data is usually created from information stored on a music CD (Compact Disc) by an information processing device such as a personal computer (PC), or a communication network. Music data is acquired via the information processing apparatus, and the music data is transferred from the information processing apparatus to the portable music playback apparatus, and the portable music playback apparatus records the transferred music data.

Unlike recording media such as magnetic tape, which have a specified recording capacity and size, storage means such as hard disks or semiconductor memories can be increased in capacity and size, so they can store large amounts of music data. It is possible to develop a portable music player that can do this. In particular, a portable music player using a semiconductor memory as a recording means can be further reduced in size and weight as compared to a portable music player using a hard disk, and is more portable.
JP 2004-145388 A

  A portable music player using a semiconductor memory as a storage means is more portable than a portable music player using a hard disk, but the storage means has a smaller storage capacity, so the number of music that can be played is larger. Less. As described above, since there is a certain trade-off relationship between the portability of the portable music player and the number of songs that can be played, it is difficult to adapt to any use situation with one portable music player. There is a problem that there is. For example, a portable music player with excellent portability is desirable to carry when commuting, but during travel, the user has a longer listening time to music, so even if it is inferior in portability, more A portable music player that can play music is more convenient. In addition, there is a demand to further increase the functionality of the portable music playback device, such as having a function of receiving radio broadcasts, but with the increase in functionality, the portable music playback device becomes larger and the portability is impaired. There's a problem.

  The present invention has been made in view of such circumstances, and the object of the present invention is to make it possible to increase or decrease the recording capacity of the recording means as necessary, so that the portability or An object of the present invention is to provide a portable music playback device that can be used in a form that prioritizes the number of reproducible music pieces, and a music playback system that includes a module that can be attached to the portable music playback device.

  Another object of the present invention is to provide a music playback system capable of realizing the multi-function of the portable music player without impairing the portability of the portable music player.

  A portable music playback device according to the present invention is a portable music playback device that includes storage means for storing music data and playback means for playing back music based on the music data stored in the storage means. Means for mounting the configured storage module, and reading means for reading out music data stored in the storage module from the storage module when the means is mounted on the storage module; The reading means includes means for reproducing sound based on music data read from the storage module.

  A music playback system according to the present invention includes a first storage unit that stores music data, a portable music playback device including a playback unit that plays back music based on the music data stored in the first storage unit, and music data. And a storage module configured to be detachable from the portable music playback device, the portable music playback device including the storage module. Mounting means for mounting; and reading means for reading out music data stored in the second storage means from the storage module in a state where the storage module is mounted on the storage module; and the playback means includes: It has a means to reproduce sound based on the music data read from the storage module.

  In the present invention, a portable music playback device that stores music data and plays back music based on the stored music data stores the music data in the storage module when the storage module is mounted. The music based on the music data stored in is played. The portable music player with the storage module installed has a larger number of music pieces that can be played than when the storage module is not installed.

  In the music playback system according to the present invention, the storage module further includes authentication information storage means for storing authentication information for authenticating the storage module, and the portable music playback apparatus is configured such that the mounting means includes the storage module. When the authentication information storage means stores the authentication information stored in the storage module and whether the storage module is a specific module based on the authentication information read by the means. And a means for determining, and a means for prohibiting the reading means from reading out music data from the storage module when the means determines that the storage module is not a specific module.

  In the present invention, the portable music player authenticates the storage module. If the storage module is not a specific module corresponding to the portable music player, the portable music player returns music data from the storage module 2. It is prohibited to read As a result, the music data can be read from the storage module only by a specific portable music player corresponding to the storage module.

  The music playback system according to the present invention is characterized in that the second storage means is configured to be able to store a larger amount of music data than the first storage means.

  In the present invention, the storage module can store a larger amount of music data than the music data that can be stored by the portable music player, and the portable music player equipped with the storage module can play music that can be played back. The number of songs increases.

  A music playback system according to the present invention includes a storage means for storing music data, a portable music playback device including a playback means for playing back music based on the music data stored in the storage means, and broadcast audio data. A music playback system including a receiving module configured to be detachable from the portable music playback device, wherein the portable music playback device mounts the receiving module. And means for outputting sound based on the sound data received by the receiving means in a state in which the receiving module is mounted.

  In the present invention, the portable music player receives audio data broadcast by radio broadcasting or the like using the reception module in a state where the reception module is mounted, and outputs audio based on the received audio data. Output. In this way, the portable music player can add a function of outputting audio broadcast by radio broadcasting or the like by mounting the receiving module.

  A music playback system according to the present invention includes a portable music playback device including a storage unit that stores music data, and a playback unit that plays back music based on the music data stored in the storage unit. A music playback system including a photographing module having means for creating image data and configured to be detachable from the portable music playback device, wherein the portable music playback device is mounted with the receiving module Mounting means, and the storage means has means for storing captured image data created by the imaging module in a state in which the mounting means is mounted on the imaging module.

  Further, according to the present invention, in a state where the photographing module is mounted, the portable music player creates a photographed image data by photographing the outside using the photographing module, and stores the created photographed image data. In this way, the portable music player can add a camera function for photographing the outside by mounting the photographing module.

  In the present invention, the portable music player equipped with a storage module is mounted with a storage module, particularly by using a storage module capable of storing a larger amount of music data than the music data that can be stored by the portable music player. The number of music that can be played is greater than when not. Therefore, the user uses only the portable music playback device when he / she wants to emphasize portability during commuting, etc., and the portable music playback with a storage module is installed when the time to listen to music is longer, such as when traveling. It becomes possible to use in a form that gives priority to the portability or the number of reproducible music pieces depending on the use situation, such as using a device.

  In the present invention, music data can be read from the storage module only in a specific portable music playback device supported by the storage module, and the storage module is connected to another portable music playback device. However, music data is not read from the storage module. Accordingly, it is possible to prevent music data stored in the storage module from being read and copied by an unspecified number of portable music playback devices.

  In the present invention, the portable music player can add a function of outputting sound broadcasted by radio broadcasting or the like by attaching a receiving module, so that the user can receive only when necessary. By mounting the module on a portable music player, it is possible to use an additional function for outputting audio broadcasted by radio broadcasting, etc., when necessary, without losing the portability of everyday use. .

  Further, according to the present invention, since the portable music player can add the function of a camera for photographing the outside by mounting the photographing module, the user can attach the photographing module to the portable music only when necessary. By attaching to a playback device and using it, it is possible to use an additional function for photographing an external landscape when necessary without impairing portability on a regular basis. .

Hereinafter, the present invention will be specifically described with reference to the drawings showing embodiments thereof.
FIG. 1 is a block diagram showing an internal configuration of a music playback system including a portable music playback device of the present invention. The portable music player 1 includes a CPU 101 that performs calculations, a RAM 102 that stores information associated with the calculations, and a ROM 103 that stores control programs. The CPU 101 is configured to control the overall operation of the portable music player 1 according to a control program stored in the ROM 103. The CPU 101 is connected to a storage unit (storage unit, first storage unit) 110 made of a semiconductor memory, and the storage unit 110 is configured to store music data such as an MP3 file.

  Also connected to the CPU 101 are a decoder unit 106 that performs a process of decoding music data such as an MP3 file, and an audio processing unit 104 that processes the music data decoded by the decoder unit 106 and converts it into an audio signal. An earphone terminal 105 is connected to the audio processing unit 104, and an earphone can be connected to the earphone terminal 105, and music is reproduced using the earphone. In this way, the decoder unit 106 and the audio processing unit 104 function as reproducing means according to the present invention. Further, the CPU 101 is connected to an operation unit 113 for inputting various instructions such as a performance start instruction by a user's operation.

  The portable music player 1 also includes a module connector (mounting means) 109 for mounting and connecting a module such as the storage module 2. Connected to the module connector 109 are a module interface unit 107 that exchanges various signals with the module connected to the module connector 109, and a module identification unit 108 that identifies the module connected to the module connector 109. Has been. The module interface unit 107 and the module identification unit 108 are connected to the CPU 101. Furthermore, the portable music player 1 includes a PC connector 112 such as a USB (Universal Serial Bus) connector for connecting to a PC, and a PC interface unit for exchanging data with the PC connected by the PC connector 112. 111, and the PC interface unit 111 is connected to the CPU 101. The portable music player 1 includes a battery (not shown), and is powered by each part driven by the battery.

  The storage module 2 includes a connector 24 that is connected to the module connector 109 of the portable music player 1. Connected to the connector 24 are a storage unit (second storage means) 21 formed of a semiconductor memory or a hard disk, a display unit 22 formed of a liquid crystal panel or an EL (Electroluminescence) panel, and a ROM 23. The storage unit 21 is configured with a larger capacity than the storage unit 110 of the portable music player 1, and can store a larger amount of music data than the storage unit 110. The ROM 23 stores authentication information for authenticating the storage module 2 and functions as an authentication information storage unit according to the present invention. The authentication information stored in the ROM 23 is information corresponding to specific information such as a serial number stored in the ROM 103 of the specific portable music player 1. The storage module 2 may be configured such that authentication information corresponding to a specific portable music playback device 1 is stored in the ROM 23 at the time of manufacture, or the ROM 23 stores authentication information corresponding to the portable music playback device 1 connected first. The form to memorize | store may be sufficient.

  When the connector 24 of the storage module 2 is connected to the module connector 109, the module identification unit 108 identifies the storage module 2, and the CPU 101 is a specific module corresponding to the portable music player 1. A process of authenticating whether or not there is is executed. FIG. 2 is a flowchart showing a procedure of processing for authenticating the storage module 2 performed by the portable music player 1. The CPU 101 waits for the storage module 2 to be connected to the module connector 109 at any time (S11). When the storage module 2 is connected, the connector 24 is connected to the module connector 109, and the module identifying unit 108 identifies that the connected module is the storage module 2. When the storage module 2 is not connected (S11: NO), the CPU 101 continues to wait for the storage module 2 to be connected. When the storage module 2 is connected to the module connector 109 (S11: YES), the CPU 101 reads the authentication information from the ROM 23 of the storage module 2 via the module interface unit 107, the module connector 109, and the connector 24 ( S12). Next, the CPU 101 determines whether or not the read authentication information properly corresponds to the predetermined information stored in advance in the RM 103, so that the storage module 2 corresponds to the specific information corresponding to the portable music player 1. Whether it is a module or not is determined based on the authentication information (S13). When the storage module 2 is a specific module corresponding to the portable music player 1 (S13: YES), the CPU 101 is set so that music data can be read from and written to the storage unit 12 of the storage module 2. (S14), and the process ends. If the storage module 2 is not a specific module corresponding to the portable music player 1 (S13: NO), the CPU 101 sets the storage unit 12 of the storage module 2 to prohibit reading and writing of music data. (S15), the process ends.

  As described above, the portable music playback device 1 authenticates the storage module 2, and when the storage module 2 is not a specific module corresponding to the portable music playback device 1, the portable music playback device 1 stores the storage module. 2. Reading music data from 2 is prohibited. As a result, music data can be read from the storage module 2 only in a specific portable music playback device 1 to which the storage module 2 corresponds, and when the storage module 2 is connected to another portable music playback device 1. However, music data is not read from the storage module 2. Therefore, it is possible to prevent music data stored in the storage module 2 from being read and copied by an unspecified number of portable music playback devices 1.

  FIG. 3 is a schematic diagram showing an example of the appearance according to the usage pattern of the portable music player 1. 3A shows an appearance when the portable music player 1 is used alone, and FIG. 3B shows an appearance when the portable music player 1 to which the storage module 2 is connected is used. Show. An operation unit 113 including a plurality of buttons is provided on the front surface of the portable music player 1, and an earphone 114 is connected to the earphone terminal 105. The user can operate the operation unit 113 to input a music playback instruction and listen to the music using the earphone 114. As shown in FIG. 3B, the storage module 2 is configured in a card shape, and the module module 109 provided on the side surface of the portable music player 1 attaches the storage module 2 to the storage module 2. Is fixed to the portable music player 1. The display unit 22 of the storage module 2 is provided so as to face the front in a state in which the storage module 2 is connected to the portable music player 1, and the user operates while visually recognizing the display content of the display unit 22. Can do.

  FIG. 4 is a flowchart showing a procedure of processing executed by the portable music playback device 1. The CPU 101 determines whether or not the PC connector 112 is connected to the PC (S201). If the PC connector 112 is connected to the PC (S201: YES), the CPU 101 transfers the PC connector 112 to the PC. It waits to receive music data via the PC connector 112 and the PC interface unit 111 (S202). If no music data is received from the PC (S202: NO), the CPU 101 continues to wait for music data. When music data is received from the PC (S202: YES), the CPU 101 determines whether or not the storage module 2 capable of reading and writing music data is connected (S203). When the storage module 2 capable of reading and writing music data is connected (S203: YES), the CPU 101 receives the music data received from the PC via the module interface unit 107, the module connector 109, and the connector 24. The data is transferred to the storage module 2 and stored in the storage unit 21 of the storage module 2 (S204), and the process ends. If the storage module 2 capable of reading and writing music data is not connected in step S203 (S203: NO), the CPU 101 stores the music data received from the PC in the storage unit 110 (S205) and ends the process. .

  When the PC connector 112 is not connected to the PC in step S201 (S201: NO), the CPU 101 confirms that a music playback instruction is input to the operation unit 113 when the user operates the operation unit 113. Wait (S206). If there is no input of a playback instruction (S206: NO), the CPU 101 continues to wait for a playback instruction. When a music playback instruction is input to the operation unit 113 (S206: YES), the CPU 101 determines whether or not the storage module 2 capable of reading and writing music data is connected (S207). When the storage module 2 capable of reading and writing music data is connected (S207: YES), the CPU 101 reproduces data received by the operation unit 113 via the module interface unit 107, the module connector 109, and the connector 24. The music data according to the instruction is read from the storage unit 21 of the storage module 2 (S208). Next, the CPU 101 causes the display unit 22 of the storage module 2 to display information related to the read music data, such as a music title or a player name based on the read music data (S209). If the storage module 2 capable of reading and writing music data is not connected in step S207 (S207: NO), the CPU 101 reads out music data related to the reproduction instruction received by the operation unit 113 from the storage unit 110 (S210). . After step S209 or step S210 is completed, the CPU 101 causes the decoder unit 106 to decode the read music data, causes the audio processing unit 104 to convert the decoded data into an audio signal, and the earphone connected to the earphone terminal 105. The sound based on the audio data is output to 114 to reproduce the music based on the music data (S211), and the process ends. After completing the process, the CPU 101 repeats the same process from step S201. The CPU 101 can also perform a process of copying or moving music data between the storage unit 110 and the storage unit 21 of the storage module 2 in accordance with a processing instruction received by the operation unit 113.

  As described above in detail, the portable music playback device 1 of the present invention stores music data in the storage unit 110 and plays back music based on the music data. When the storage module 2 is attached, the portable music player 1 stores music data in the storage unit 21 of the storage module 2 and plays music based on the music data stored in the storage unit 21. Since the storage unit 21 of the storage module 2 has a larger capacity than the storage unit 110 provided in the portable music player 1 and can store a larger amount of music data, the portable music player with the storage module 2 attached thereto. 1, the number of reproducible music pieces is larger than when the storage module 2 is not installed. Therefore, the user uses only the portable music playback device 1 in a situation where portability is important, such as when commuting, and a portable type equipped with the storage module 2 in a situation where the time for listening to music becomes longer, such as when traveling. It becomes possible to use in a form that gives priority to the portability or the number of reproducible music pieces depending on the usage situation, such as using the music playback device 1.

  In addition, the music playback system of the present invention has a configuration in which other functions can be added to the portable music playback device 1 by exchanging modules to be mounted on the portable music playback device 1. FIG. 5 is a block diagram showing an internal configuration of the receiving module 3 that is attached to the portable music playback device 1 and constitutes the music playback system. The receiving module 3 includes an antenna 32 that receives a broadcast wave by radio broadcasting, and the antenna 32 is connected to a tuner unit 33 that converts the broadcast wave received by the antenna 32 into audio data. The tuner unit 33 is connected to the connector 31 that is connected to the module connector 109 of the portable music player 1. The connector 31 is connected to a display unit 34 formed of a liquid crystal panel or an EL panel, and an operation unit 35 that is operated by a user to perform tuning and the like. The antenna 32 and the tuner unit 33 function as receiving means according to the present invention. The receiving module 3 is attached to the portable music reproducing apparatus 1 whose internal configuration is shown in FIG. 1 to constitute the music reproducing system of the present invention.

  FIG. 6 is a schematic diagram showing an example of the appearance of a music playback system in which the receiving module 3 is connected to the portable music playback device 1. The receiving module 3 is attached and fixed to the portable music player 1 by connecting the connector 31 to the module connector 109 of the portable music player 1. The display unit 34 of the reception module 3 is provided so as to face the front in a state where the reception module 3 is connected to the portable music player 1, and the user can visually recognize the display content of the display unit 34 and operate the operation unit 35. Can be operated. The CPU 101 of the portable music player 1 sends audio data converted by the tuner unit 33 to the audio processing unit 104 according to the instruction input from the operation unit 35 of the receiving module 3. The sound is converted and output based on the sound signal to the earphone 114 connected to the earphone terminal 105. At this time, the CPU 101 causes the display unit 34 to display information such as the frequency related to the broadcast wave received by the antenna 32.

  As described above, the portable music player 1 receives audio data broadcast by radio broadcasting using the reception module 3 in a state where the reception module 3 is mounted, and based on the received audio data. Output audio. In this way, the portable music player 1 can be added with a function of outputting sound broadcast by radio broadcasting or the like by mounting the receiving module 3. Therefore, the user can attach the receiving module 3 to the portable music player 1 only when necessary to output the sound broadcasted by radio broadcasting or the like without impairing the portability of everyday use. This function can be used when necessary.

  FIG. 7 is a block diagram showing an internal configuration of the photographing module 4 that is mounted on the portable music playback device 1 and constitutes the music playback system. The photographing module 4 includes an optical system 42 including a lens that guides external light to the inside, a light receiving element, and an image processing unit. The light guided by the optical system 42 is received and the outside is photographed and photographed. A photographing unit 43 that creates photographed image data representing an image. The photographing unit 43 is connected to a connector 41 that is connected to the module connector 109 of the portable music player 1. The connector 41 is connected to a display unit 44 formed of a liquid crystal panel or an EL panel, and an operation unit 45 for a user to input various instructions such as a shooting instruction. The photographing module 4 is attached to the portable music player 1 whose internal configuration is shown in FIG. 1 to constitute the music player system of the present invention.

  FIG. 8 is a schematic perspective view showing an example of the appearance of a music playback system in which the photographing module 4 is connected to the portable music playback device 1. The photographing module 4 is mounted and fixed to the portable music player 1 by connecting the connector 41 to the module connector 109 of the portable music player 1. The display unit 44 and the operation unit 45 of the shooting module 4 are provided so as to face the front in a state where the shooting module 4 is connected to the portable music player 1. The opening surface 46 of the optical system 42 is provided so as to face the upper surface side of the portable music player 1. The CPU 101 of the portable music player 1 performs a process of causing the display unit 44 to display an image captured by the imaging unit 43 from the outside. As a result, the user can input a shooting instruction by operating the operation unit 45 while visually recognizing the display content of the display unit 44. The CPU 101 causes the photographing unit 43 to create photographed image data in accordance with the photographing instruction input from the operation unit 45 of the photographing module 4, and obtains the photographed image data via the module interface unit 107, the module connector 109, and the connector 41. The captured image data captured is stored in the storage unit 110. The CPU 101 performs a process of displaying an image represented by the captured image data stored in the storage unit 110 on the display unit 44 in accordance with an imaging instruction input from the operation unit 45 of the imaging module 4. Further, the CPU 101 performs a process of transferring photographed image data stored in the storage unit 110 to the PC via the PC interface unit 111 and the PC connector 112 when the PC connector 112 is connected to the PC. Is also possible.

  As described above, the portable music player 1 shoots the outside using the photographing module 4 to create photographed image data when the photographing module 4 is mounted, and stores the created photographed image data. To do. In this way, the portable music player 1 can add the function of a camera for photographing the outside by attaching the photographing module 4. Therefore, the user can attach an image capturing module 4 to the portable music player 1 only when necessary, thereby providing an additional function for photographing an external landscape without losing the portability of everyday use. It can be used.

It is a block diagram which shows the internal structure of the music reproduction system containing the portable music reproduction apparatus of this invention. It is a flowchart which shows the procedure of the process which authenticates the storage module which a portable music reproducing device performs. It is a schematic diagram which shows the example of the external appearance according to the usage type of a portable music player. It is a flowchart which shows the procedure of the process which a portable music reproducing apparatus performs. It is a block diagram which shows the internal structure of the receiving module which mounts | wears with a portable music player and comprises a music player system. It is a schematic diagram which shows the example of the external appearance of the music reproduction system which the receiving module connected to the portable music reproduction apparatus. It is a block diagram which shows the internal structure of the imaging | photography module which mounts | wears with a portable music player and comprises a music player system. 1 is a schematic perspective view showing an example of the appearance of a music playback system in which a photographing module is connected to a portable music playback device.

Explanation of symbols

1 portable music player 101 CPU
104 Audio processing unit 106 Decoder unit 109 Module connector (mounting means)
110 storage unit (storage means, first storage means)
2 storage module 21 storage section (second storage means)
3 receiving module 32 antenna 33 tuner unit 4 photographing module 42 optical system 43 photographing unit

Claims (6)

In a portable music playback device comprising storage means for storing music data and playback means for playing back music based on the music data stored in the storage means,
Means for mounting a detachable storage module;
A reading means for reading out music data stored in the storage module from the storage module when the storage module is mounted on the storage module;
The reproducing means includes
The portable music playback device characterized in that the reading means has means for playing back sound based on music data read from the storage module. A portable music playback device comprising first storage means for storing music data, and playback means for playing back music based on the music data stored in the first storage means;
A music playback system including a storage module that includes second storage means for storing music data and is configured to be detachable from the portable music playback device;
The portable music player is
Mounting means for mounting the storage module;
A reading means for reading out music data stored in the second storage means from the storage module in a state in which the mounting means is attached to the storage module;
The reproducing means includes
The music reproducing system, wherein the reading means has means for reproducing sound based on music data read from the storage module. The storage module is
An authentication information storage means for storing authentication information for authenticating the storage module;
The portable music player is
Means for reading out the authentication information stored in the authentication information storage means from the storage module when the mounting means attaches the storage module;
Means for determining whether the storage module is a specific module based on the authentication information read by the means;
3. The apparatus according to claim 2, further comprising: a means for prohibiting the reading means from reading music data from the storage module when the means determines that the storage module is not a specific module. Music playback system.   4. The music playback system according to claim 2, wherein the second storage unit is configured to be able to store a larger amount of music data than the first storage unit. A portable music playback device comprising storage means for storing music data, and playback means for playing back music based on the music data stored in the storage means;
A music playback system including a receiving module that includes receiving means for receiving broadcast audio data and is configured to be detachable from the portable music playback device;
The portable music player is
Means for mounting the receiving module;
And a means for outputting sound based on the sound data received by the receiving means in a state in which the receiving module is mounted. A portable music playback device comprising storage means for storing music data, and playback means for playing back music based on the music data stored in the storage means;
A music playback system including a shooting module that includes a means for shooting the outside and creating shot image data, and is configured to be detachable from the portable music playback device;
The portable music player is
A mounting means for mounting the receiving module;
The storage means
A music playback system comprising: means for storing photographed image data created by the photographing module in a state where the wearing means is attached to the photographing module.

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