Patent Application
20140337545
The present invention relates to a contents reception system in which an attachment is mounted on a terminal device so as to receive contents data, the attachment, and the terminal device.
In recent years, portable terminals have been disclosed in which a detachable panel member or a multifunctional dongle is attached to the main body of the portable terminal so that additional functions corresponding to the panel member and the like are added.
For example. Patent Documents 1 and 2 disclose a technology in which a portable terminal that is used with a panel member being attached thereto is operated in accordance with information stored in the attached panel member. As a result of this technology, by the panel member being replaced, the operations can be changed in accordance with uses or owners.
Also, in Patent Document 3, a technology has been disclosed in which back panels are replaced in accordance with additional functions such as a camera function, a light emitting function, and a sound function.
Also, in Patent Document 4, a multifunctional dongle structured to be detachable from a portable terminal device has been disclosed, whereby functions such as a mobile financial transaction service, battery charging for the terminal device, and an FM transmitter can be selectively used.
Furthermore, in Patent Document 5, a portable terminal has been disclosed where a module embedded with an Internet communication module and a digital broadcasting reception module is connected to the portable terminal by means of USB (Universal Serial Bus), thereby receiving the digital broadcasting.
Incidentally, in a case where an attachment is mounted on a terminal device and contents data such as digital broadcasting is received, various cases are conceivable in terms of the usage mode (mode of viewing) of the contents data, inclusive of the output destination, playback and recording of images (recording of sound) of the contents data.
However, in the technologies of the above-described Patent Documents 1 to 5, there is a problem in that operations for the output destination, the playback and the recording of images of the contents data need to be set on each occasion corresponding to a variety of modes of use, which is troublesome.
Accordingly, an object of the present invention is to provide a contents reception system, an attachment, and a terminal device which are user-friendly.
A contents reception system of the present invention, which includes a terminal device and an attachment detachably mounted on the terminal device, is characterized in that the attachment includes an acquisition means for acquiring contents data, a transmission means for transmitting the contents data acquired by the acquisition means to the terminal device, and a first storage means for storing the contents data, and the terminal device includes a reception means for receiving the contents data transmitted by the transmission means, a detection means for detecting mounting or removing of the attachment, a first playback means for replaying the contents data, and a selection means for selecting at least one of the first storage means or the first playback means as an output destination for the contents data received by the reception means based on a result of detection of the mounting or the removing of the attachment by the detection means, wherein the attachment outputs the contents data acquired by the acquisition means to at least one of the first storage means or the first playback means based on a result of selection by the selection means of the terminal device.
An attachment of the present invention, which is detachably mounted on a terminal device, includes an acquisition means for acquiring contents data, a storage means for storing the contents data, and an output means for outputting the contents data acquired by the acquisition means to at least one of the storage means or the terminal device based on an output destination instruction for the contents data, which is selected based on a detection result of mounting or removing of the attachment to and from the terminal device.
A terminal device of the present invention, on which an attachment is detachably mounted, includes a reception means for receiving contents data transmitted from the attachment, a detection means for detecting mounting or removing of the attachment, a playback means for replaying the contents data received by the reception means, and a selection means for selecting at least one of the attachment or the playback means as an output destination for the contents data based on a result of detection of the mounting or the removing of the attachment by the detection means, and indicating the output destination selected for the contents data to the attachment
According to the aspect of the present invention, the usage mode of contents data can be readily changed with the mounting or removing of an attachment as a trigger, without bothering users.
Hereinafter, the embodiments of the present invention will be described referring to the drawings.
a) and (b) are perspective diagrams illustrating the outer structure of a contents reception system 1 according to a first embodiment of the present invention. In
The transmission/reception means 202 transmits contents data acquired from the acquisition means 201 to the terminal device 100 and receives an output destination instruction (signal) indicating an output destination for the contents data from the terminal device 1. The communication (transmission and reception) between the attachment 200 and the terminal device 100 is performed by, for example, wireless LAN (Wi-Fi), Bluetooth (registered trademark), non-contact IC, and the like. The first storage means 203 stores contents data. The attachment 200 outputs contents data to the terminal device 100 or the first storage means thereof in accordance with an output destination instruction from terminal device 1. Note that the attachment 200 has a built-in battery not shown and can be independently operated even when it is not mounted on the terminal device 100.
The terminal device 100 includes a transmission/reception means 101, a detection means 102, a second storage means 103, a first playback means 104, and a selection means 105. The transmission/reception means 101 receives contents data transmitted from the transmission/reception means 201 of the attachment 200 and transmits to the attachment 200 an output destination instruction (signal) indicating an output destination for the contents data which has been selected based on a result of detection of the mounting or removing of the attachment 200 by the detection means 102.
The detection means 102 detects the mounting or removing of the attachment 200. Specifically, the mounting of the attachment 200 is detected by means of a mechanical contact with the detection means (not illustrated) of the attachment 200 or by linkage with electromagnetic induction. Furthermore, conduction between the detection means 102 of the terminal device 100 and the detection means (not illustrated) of the attachment 200 may be detected, and the press-down of a switch (not illustrated) provided in the terminal device 100 caused by the mounting of the attachment 200 may be detected. Also, the detection by a magnetic sensor, an optical sensor, or the like is conceivable. In a case where the detection means 102 constituted by the Bluetooth (registered trademark), the non-contact IC, and the like, the detection means 102 may serve as both the transmission/reception means and the detection means interposed between the attachment 200 and the terminal device 100.
The second storage means 103 stores contents data. The first playback means 104 replays contents data with the attachment 200 being mounted on the terminal device 100 and the contents data being acquired by the acquisition means 201. Also, the first playback means 104 can replay contents data stored in the second storage means 103. In this case, the attachment 200 needs not be mounted on the terminal device 100. As the first playback means 104, a general decoder for performing music playback, moving image playback, and the like can be used. The selection means 105 selects at least one of the first storage means 203, the second storage means 103, and the first playback means 104 as an output destination for contents data received by the reception means 101 in accordance with the detection of the mounting or removing of the attachment 200 by the detection means 102.
In the terminal device 100, the contents data transmitted from the transmission/reception means 202 of the attachment 200 is received by the transmission/reception means 101 (Step S14). Subsequently, in the terminal device 100, the mounting or removing of the attachment 200 is detected by the detection means 102 (Step S16), and at least one of the first storage means 203, the second storage means 103, and the first playback means 104 is selected by the selection means 105 in accordance with the detection result, as an output destination for the contents data received by the transmission/reception means 101 (Step SIB). Note that this output destination for the contents data may be one of the first storage means 203 or the first playback means 104, that is, one of the attachment 200 or the terminal device 100. Subsequently, an output destination instruction (signal) indicating the selected output destination is transmitted to the attachment 200 via the transmission/reception means 101.
In the attachment 200, the output destination instruction is received by the transmission/reception means 202, and the contents data is outputted to the output destination indicated by the output destination instruction, that is, at least one of the first storage means 203, the second storage means 103, and the first playback means 104 (Step S20). As described above, when one of the first storage means 203 and the first playback means 104 is indicated as an output destination for contents data, the contents data is outputted to one of the first storage means 203 or the first playback means 104.
As a result, the playback of contents data received in the terminal device 100, the storage of contents data in the attachment 200, or the storage of contents data in the terminal device 100 can be controlled in accordance with the detection of the mounting or removing of the attachment 200 to/from the terminal device 100. That is, when the first storage means 203 is selected as an output destination for contents data, the contents data is stored in the first storage means 203 of the attachment 200. Also, when the second storage means 103 is selected as an output destination for contents data, the contents data is stored in the second storage means 103 of the terminal device 100. Then, when the first playback means 104 is selected as an output destination for the contents data, the contents data is replayed by the first playback means 104 of the terminal device 100.
Note that the output destination for contents data may be set in advance at the time of shipment from the factory or may be set by users. In the latter case, setting appropriate to each user's usage mode can be achieved.
Next, a specific example of the operation of selecting an output destination for contents data in accordance with the detection of the mounting or removing of the attachment 200 in the present embodiment will be described.
A-1. Example of First Operation
First, an operation example when the storage (recording) of contents data is started will be described.
When the terminal device 100 is replaying contents data such as streaming data (for example, multimedia broadcasting) (Step S30), it is judged whether or not the presence or absence of the removal of the attachment 200 has been detected by the detection means 102 (Step S32). Then, when the removal has been detected (Step S32, YES), the first storage means 203 is selected by the selection means 105 as an output destination for the contents data (Step S34), and indicated to the attachment 200 as the output destination (Step S36).
In contrast, when the removal is not detected (Step S32, NO), the terminal device 100 (the first playback means 104) is selected by the selection means 105 as an output destination for the contents data (Step S38), and indicated to the attachment 200 as the output destination (Step S40). Note that, when the attachment 200 has not been removed, the output destination is not changed. Therefore, Steps S38 and S40 may be omitted.
In the attachment 200, when the received contents data is being outputted to the terminal device 100 (the first playback means 104) it is judged whether or not an output destination instruction has been received by the transmission/reception means 202 from the terminal device 100 (Step S50). Then, when an output destination instruction has not been received (Step S50, NO), the received contents data is continuously outputted to the terminal device 100 (the first playback means 104).
In contrast, when an output destination instruction is received from the terminal device 100 (Step S50, YES), it is judged whether an output destination indicated by the output destination instruction is the terminal device 100 or the first storage means 203 (Step S52). Then, when the output destination indicated by the output destination instruction is the terminal device 100 (“terminal device” at Step S52), the contents data is outputted to the terminal device 100 (the first playback means 104) (Step S54). As a result, in the state where the attachment 200 has been mounted, the first playback means 104 of the terminal device 100 continues the content playback.
In contrast, when the output destination indicated by the output destination instruction is the first storage means 203 (“first storage means” at Step S52) the contents data is outputted to the first storage means 203 (Step S56). As a result, in the state where the attachment 200 has been removed, the first storage means 203 of the attachment 200 stores (records) the content.
Note that, in a case where the contents data being replayed is stored (recorded) with the attachment 200 being attached, the contents data is stored in one of the second storage means 103 of the terminal device 100 and the first storage means 203 of the attachment 200. Even when the contents data is music or the like, the same operation can be applied.
A-2. Second Operation
Next, a case where contents data is retroactively stored (recorded) will be described. In the case where the storage (recording) of contents data is started in accordance with the removal of the attachment 200, recording data to be actually stored includes data for a few seconds before the attachment 200 is removed. Specifically, contents data for a predetermined period of time before the removal is stored in the first storage means 203 of the attachment 200 as a cache. As a result, the contents data can be stored (recorded) in the first storage means 203 of the attachment 200 without excluding contents data received from when the attachment 200 is removed until when the recording operation is started.
According to the above-described first embodiment, the usage mode of contents data can be readily changed with the mounting or removing of the attachment 200 as a trigger, without bothering the user.
Also, according to the above-described first embodiment, when the attachment 200 is removed during the playback of contents data such as streaming data, the real-time playback of the contents data is no longer possible by the terminal device 100. However, even after the removal of the attachment 200, the contents data can be received by the attachment 200 and stored (recorded) by the storage means of the attachment 200. Accordingly, even when the attachment 200 is removed and the playback of contents data is no longer possible, the contents data is automatically stored (recorded), which prevents the contents data from being missed.
Next, the second embodiment of the present invention will be described.
The communication (transmission and reception) between the external device 300 and the terminal device 100, or the communication (transmission and reception) between the external device 300 and the attachment 200 is performed by, for example, wire, wireless LAN (Wi-Fi), Bluetooth (registered trademark), and non-contact IC by the transmission/reception means 101 of the terminal device 100, the transmission/reception means 202 of the attachment 200, and the reception means 305 of the external device 300. Note that the terminal device 100, the attachment 200, and the external device 300 can be identified by each other based on known technologies, by which contents data can be transmitted or received between specific devices.
In contrast, when the removal has not been detected (Step S62, NO), the terminal device 100 (the first playback means 104) is selected by the selection means 105 as an output destination for the contents data (Step S68), and indicated to the attachment 200 as the output destination (Step S70). Note that, when the attachment 200 has not been removed, the output destination is not changed. Therefore, Steps S68 and S70 may be omitted.
In the attachment 200, when the received contents data is being outputted to the terminal device 100 (first playback means 104), it is judged whether or not an output destination instruction has been received by the transmission/reception means 202 from the terminal device 100 (Step S80). When an output destination instruction has not been received (Step S80, NO), the received contents data is continuously outputted to the terminal device 100 (first playback means 104).
In contrast, when an output destination instruction has been received from the terminal device 100 (Step S80, YES), it is judged whether an output destination indicated by the output destination instruction is the terminal device 100 or the external device 300 (Step S82). Then, when the output destination indicated by the output destination instruction is the terminal device 100 (“terminal device” at Step S82), the contents data is outputted to the terminal device 100 (first playback means 104) (Step S84). As a result, in the state where the attachment 200 has been mounted, the content playback by the first playback means 104 of the terminal device 100 is continued.
In contrast, when the output destination indicated by the output destination instruction is the external device 300 (“external device” at Step S82), the contents data is outputted to the external device 300 (the second playback means 304 thereof, or the third storage means 303 thereof) (Step S86). As a result, in the state where the attachment 200 has been removed, the contents data is replayed by the second playback means 304 of the external device 300, or stored (recorded) in the third storage means 303 of the external device 300.
Note that, as illustrate in
According to the above-described second embodiment, for example, when contents data is being viewed with the attachment 200 being mounted, this contents data is being replayed on a display section (not illustrated) and the like of the terminal device 100. Here, when the attachment 200 is removed from the terminal device 100, the output destination of the contents data is changed from the display section (not illustrated) and the like of the terminal device 100 to the display section (not illustrated) and the like of the external device 300, whereby the contents data can be viewed in the external device 300. Note that, even when the contents data is music or the like, the same operation can be applied.
According to the above-described second embodiment, contents data can be readily outputted to an external device including a high-performance speaker or a high resolution display, with the mounting or removing of the attachment 200 as a trigger.
Next, the third embodiment of the present invention will be described.
Accordingly, in the attachment 200, the output destination indicated by the output destination instruction is the terminal device 100, and therefore the contents data is outputted to the terminal device 100 (first playback means 104). Consequently, when no incoming call has been received, the content playback by the first playback means 104 of the terminal device 100 is continued.
In contrast, when an incoming call is received while the received contents data is being replayed, (Step S94, YES), it is judged whether or not the removal of the attachment 200 has been detected by the detection means 102 (Step S94). Then, when the removal has not been detected (Step S94, NO) the terminal device 100 (first playback means 104) is selected by the selection means 105 as an output destination for the contents data at Step S102, and indicated to the attachment 200 as the output destination at Step S104, as described above. Note that, when the attachment 200 has not been removed, the output destination is not changed, as described above. Therefore, Steps S102 and S104 may be omitted.
As such, in this case as well, the output destination indicated by the output destination instruction is the terminal device 100, as described above. Therefore, in the attachment 200, the contents data is outputted to the terminal device 100 (first playback means 104). Consequently, when an incoming call is received with the attachment 200 being mounted, the content playback by the first playback means 104 of the terminal device 100 is continued.
In contrast, when an incoming call is received while the received contents data is being replayed (Step S92, YES), and the removal of the attachment 200 is detected (Step S94, YES), the first storage means 203 is selected as an output destination for the contents data by the selection means 105 (Step S96), and indicated to the attachment 200 as the output destination (Step S98). Subsequently, a response to the incoming call is received (Step S100), and the procedure proceeds to communication processing by the communication means 106.
As such, in the attachment 200, the output destination indicated by the output destination instruction is the first storage means 203, and therefore the contents data is outputted to the first storage means 203. Consequently, when an incoming call is received with the attachment 200 being removed, the content is stored (recorded) in the first storage means 203 of the attachment 200.
After the call, when the attachment 200 is mounted on the terminal device 100 again, the contents data is traced back in time (time-shifted) by a period of time interrupted by the call, and replayed. In contrast, after the call, when the attachment 200 is not mounted on the terminal device 100 again, the storage (recording of sound and images) of the contents data into the first storage means 203 of the attachment 200 is performed under a predetermined condition (for example, until the content end, or until the memory is fully stored).
According to the above-described third embodiment, even when an incoming call is received during the playback of contents data, the incoming call can be responded with the removal of the attachment 200 as a trigger, and the contents data can be recorded in the first storage means 203 of the attachment 200 during the call, without operations such as the stoppage of the playback of the contents data and the start of image recording, by which the contents data when the user is responding to the incoming call is prevented from being missed.
Next, the fourth embodiment of the present invention will be described.
In contrast, when the content start estimated time has come (Step S110, YES), it is judged whether or not the removal of the attachment 200 has been detected by the detection means 102 (Step S112). Then, when the attachment 200 has been removed (Step S112, YES), the first storage means 203 is selected as an output destination for the contents data by the selection means 105 (Step S114), and indicated to the attachment 200 as the output destination (Step S116).
In the attachment 200, since the output destination indicated by the output destination instruction is the first storage means 203, the contents data is outputted to the first storage means 203. As a result, when a viewing reservation has been made but the attachment 200 has been removed, the contents data is stored (recorded) in the first storage means 203 of the attachment 200.
Here, a notification means (not illustrated), such as a speaker provided in the terminal device 100, may notify that the attachment 200 has been removed. Also, switching to playback by the terminal device 100 can be performed with the re-mounting of the attachment 200 as a trigger.
In contrast, when the removal has not been detected (Step S112, NO), the terminal device 100 (first playback means 104) is selected as an output destination for the contents data by the selection means 105 (Step S118), and indicated to the attachment 200 as the output destination (Step S120). Note that, when the attachment 200 has not been removed, the output destination is not changed (terminal device 100). Therefore, Steps S118 and S120 may be omitted.
As such, when the attachment 200 has been mounted at the content start time, the contents data is replayed on the display section (not illustrated) and the like of the terminal device 100.
Note that, even when the contents data is music or the like, the same operation can be applied.
According to the above-described fourth embodiment, even in a case where the attachment 200 has not been mounted when content for which a viewing reservation has been made is started, the storage (recording) is performed by the first storage means 203 of the attachment 200, which prevents the contents data from being missed.
In the above-described first to fourth embodiments, the mounting or removing of the attachment 200 is detected by the detection means 102 of the terminal device 100, an output destination for contents data is selected by the selection means 105 of the terminal device 100 based on the detection result, and the output destination is indicated to the attachment 200 by the terminal device 100. However, the present invention is not limited thereto, and may be configured such that the mounting or removing on/from the terminal device 100 is detected by a detection means (not illustrated) on the attachment 200 side, and an output destination for the contents data is changed on the attachment 200 side based on the detection result.
Also, in the above-described third embodiment, when an incoming call is received with received contents data being replayed, a response to the incoming call is made and the contents data is stored in the first storage means 203 of the attachment 200 by the attachment 200 being removed. However, the present invention is not limited thereto, and may be configured such that, when an incoming call is received with received contents data being replayed, only a response to the incoming call is made by the attachment 400 being removed.
Also, when the terminal device 100 is replaying received streaming data from the attachment 200 in the above-described first to third embodiments, this streaming data may be stored (downloaded) in the first storage means 203 of the attachment 200. That is, the attachment 200 outputs the received streaming data to the first storage means 203 thereof and to the terminal device 100. Also, the terminal device 100 may store the streaming data in the second storage means 103 thereof while receiving and replaying the streaming data from the attachment 200.
In the embodiments, the present invention has been applied to a cellular phone as a terminal device. However, the present invention is not limited thereto. The present invention may be widely applied to portable or stationary terminal equipment capable of wireless communication, such as digital cameras having a communication function, portable information terminals, personal computers, communication equipment, other electronic devices and the like.
Hereinafter, the characteristics of the present invention will be additionally described.
The above-described embodiments can be partially or entirely described as the Supplementary Notes described below, but are not limited thereto.
(Supplementary Note 1)
(Supplementary Note 2)
The contents reception system according to the Supplementary Note 1 characterized in that the terminal device further comprises a second storage means for storing the contents data, in which the selection means selects at least one of the first storage means, the second storage means, and the first playback means as the output destination for the contents data received by the reception means based on the result of the detection of the mounting or the removing of the attachment by the detection means; the attachment outputs the contents data acquired by the acquisition means to at least one of the first storage means, the second storage means, and the first playback means based on the result of the selection by the selection means of the terminal device.
(Supplementary Note 3)
The contents reception system according to the Supplementary Note 1 or 2 characterized in that the selection means selects the first storage means as an output destination for the contents data when the removing of the attachment is detected by the detection means, and the attachment outputs the contents data acquired by the acquisition means to the first storage means that is the output destination selected by the selection means of the terminal device.
(Supplementary Note 4)
The contents reception system according to the Supplementary Notes 1 or 2 characterized by further comprising an external apparatus which is connected to the terminal device and/or the attachment by cable or wireless and including a second playback means and/or a third storage means, in which the selection means further selects at least one of the second playback means and the third storage means as the output destination for the contents data based on the result of the detection of the mounting or the removing of the attachment by the detection means, and the attachment further outputs the contents data acquired by the acquisition means to at least one of the second playback means and the third storage means selected as the output destination for the contents data based on the result of the selection by the selection means of the terminal device.
(Supplementary Note 5)
The contents reception system according to any one of the Supplementary Notes 1 to 3 characterized in that the terminal device further comprises a communication means having an incoming call response function, in which the detection means detects the mounting or the removing of the attachment when an incoming call is received during playback of the contents data by the first playback means, and the communication means starts responding to the incoming call when the removing of the attachment is detected by the detection means.
(Supplementary Note 6)
The contents reception system according to the Supplementary Note 5 characterized in that, when the mounting of the attachment is detected by the detection means after a telephone call corresponding to the incoming call responded by the incoming call response means is finished, the first playback means retroactively replays the contents data stored in the first storage means by tracing back a period of time during which the playback is interrupted by the telephone call.
(Supplementary Note 7)
The contents reception system according to Supplementary Notes 3 to 5 characterized in that the terminal device further comprises a viewing reservation means for receiving a viewing reservation for the contents data, in which the detection means detects the mounting or the removing of the attachment when a viewing start scheduled time of the contents data received by the viewing reservation means starts; the selection means selects at least one of the first playback means and the first storage means as the output destination for the contents data based on the result of the detection of the mounting or the removing of the attachment by the detection means; and the attachment outputs the contents data acquired by the acquisition means to at least one of the first playback means and the first storage means based the result of the selection by the selection means of the terminal device.
(Supplementary Note 8)
An attachment that is detachably mounted on a terminal device, comprising an acquisition means for acquiring contents data, a storage means for storing the contents data, and an output means for outputting the contents data acquired by the acquisition means to at least one of the storage means and the terminal device based on an output destination instruction for the contents data which is selected based on a result of detection of mounting or removing of the attachment to and from the terminal device.
(Supplementary Note 9)
A terminal device on which an attachment is detachably mounted, comprising a reception means for receiving contents data transmitted from the attachment, a detection means for detecting mounting or removing of the attachment, a playback means for replaying the contents data received by the reception means, and a selection means for selecting at least one of the attachment and the playback means as an output destination for the contents data based on a result of detection of the mounting or the removing of the attachment by the detection means, and indicating the output destination selected for the contents data to the attachment.
(Supplementary Note 10)
A contents reception system comprising a terminal device and an attachment that is detachably mounted on the terminal device, characterized in that the attachment comprises an acquisition means for acquiring contents data and a transmission means for transmitting the contents data acquired by the acquisition means to the terminal device, and the terminal device comprises a communication means having an incoming call response function, a reception means for receiving the contents data transmitted by the transmission means, a first playback means for replaying the contents data received by the reception means, and a detection means for detecting mounting or removing of the attachment when an incoming call is received during playback of the contents data by the first playback means, in which the communication means starts responding to the incoming call when the removing of the attachment is detected by the detection means.
| Number | Date | Country | Kind |
|---|---|---|---|
| 2011-262146 | Nov 2011 | JP | national |
| Filing Document | Filing Date | Country | Kind | 371c Date |
|---|---|---|---|---|
| PCT/JP2012/004658 | 7/23/2012 | WO | 00 | 5/29/2014 |
