WO2013005256A1 - Audience response-recording device - Google Patents

Abstract

The purpose of the present invention is to record the objective reactions of a client (a listener to tunes) when tunes are being replayed. This server (30) is characterized by comprising: a replay detection unit (330) that detects the replay of content; a response information acquisition unit (630) that acquires response information being detection results from when content is replayed, from a smart phone (50) for client use in the possession of a content listener; and a replay log recording unit (650) that associates response information to a content replay log and records same. On the other hand, this smart phone (50) for client use is characterized by comprising: a vibration detection unit (550) that detects the vibration of a smart phone main body; and a response information output unit (560) that outputs the detection results from the vibration detection unit (550) to the server (30) as response information.

Description

[Title of invention determined by ISA based on Rule 37.2] Device for recording audience responses

TECHNICAL FIELD The present invention relates to an information processing apparatus, a communication system, a portable terminal, a DJ device, a method for controlling an information processing apparatus, a method for controlling a portable terminal, and a program.

Conventionally, Patent Document 1 is known as a technique for recording a content playback history (hereinafter referred to as “playback log”). Patent Document 1 describes a method of creating a broadcast history of music and sound effects used for broadcasting a music program. Specifically, a broadcast history table is created by reflecting broadcast attribute information related to the actually broadcasted music and sound effects on the information of the cue sheet created in advance.

Japanese Patent No. 3338437

However, in the broadcast history creation method described in Patent Document 1, it is necessary to create a cue sheet in advance. For this reason, when a song other than the scheduled song is broadcast, there is a problem that a broadcast history cannot be appropriately created. In particular, it cannot be used when determining a song to be broadcast according to the program flow, such as a request program.

On the other hand, such a technique for recording a playback history can also be applied when creating a playback log of music performed by a DJ (disc jockey) in a club or the like. However, since the performance in a club or the like often changes a planned music piece according to the atmosphere of the place, it is difficult to apply the broadcast history creation method described in Patent Document 1 described above.

Also, clubs and the like have a desire to objectively evaluate customer responses to customer performances (customer's feeling, excitement, etc.). However, when looking back at a series of events, traditionally there was no choice but to rely only on memory. However, it is possible to look back on the situation at that time by recording the event video and playing it back, but it takes time because it is necessary to watch everything, and subjective evaluation of the person who watched the event video Therefore, there is a problem that reliability is poor.

In view of the above problems, the first object of the present invention is to record an objective customer reaction during music playback. A second object is to leave a record in which the DJ's past performance status can be grasped in a short time.

An information processing apparatus according to the present invention includes a reproduction detection unit that detects reproduction of content, a reaction information acquisition unit that acquires reaction information that is a detection result at the time of content reproduction of a portable terminal possessed by a viewer of the content, and a reaction And a reproduction log recording unit for recording information in association with the reproduction log.

The information processing apparatus control method according to the present invention includes a reproduction detection step for detecting reproduction of content, and a reaction information acquisition step for obtaining reaction information as a detection result at the time of content reproduction of a portable terminal possessed by the viewer of the content. And a reproduction log recording step for recording the reaction information in association with the reproduction log.

According to these configurations, an objective customer reaction can be recorded using a detection result at the time of content reproduction of a portable terminal possessed by a viewer (customer) of the content. For example, in a club or the like, customers often shake their bodies according to music. In addition, the ownership rate of mobile terminals (smartphones, mobile phones, etc.) among young people is close to 100%. For this reason, recording the detection result of the mobile terminal (for example, the detection result of the acceleration sensor mounted on the mobile terminal) as customer response information has an advantage of being highly reliable and being realized at low cost. Further, by recording the customer's reaction in association with the reproduction log, the reaction to the reproduced content can be grasped at a glance.
Note that “content” is a concept including audio (audio content), video (video content), and the like other than music.
In addition to “detection of shaking” (for example, detection of the strength of shaking by an acceleration sensor), the “detection result of the mobile device” does not matter whether the user operates a button (whether it is a conscious operation or an unconscious operation). This is a concept that also includes detection of movements, detection of movement, and detection of biological reactions (sweat, blood pressure, body temperature, pulse, etc.).
Further, when there are a plurality of mobile terminals, it is preferable to collect and record the reaction information of the plurality of mobile terminals as the reaction information.
Moreover, it is preferable to use the communication function (functions, such as wireless LAN communication, Bluetooth communication, infrared communication) with which the portable terminal was equipped for acquisition of reaction information.

In the above information processing apparatus, the information processing apparatus further includes a reaction information totaling unit that totals the acquired reaction information for each predetermined time, for each content, or for each operator who operates the content reproduction unit, and the reproduction log recording unit Information is recorded in association with a reproduction log of content.

According to this configuration, the reaction information is aggregated and recorded every predetermined time (5 minutes, 10 minutes, etc.), every content (every music), or every operator who operates the content reproduction unit (every DJ). Thus, it is possible to record customer responses in an easy-to-understand and objective manner.

In the information processing apparatus, one or more content playback units for playing back content are provided inside or outside, and the playback log recording unit associates with the playback log when special playback is performed by one or more content playback units. Thus, special reproduction information indicating that special reproduction has been performed is recorded.

In the above information processing apparatus, the reproduction log recording unit records the special reproduction information by distinguishing the type of special reproduction.

According to these configurations, since not only the content reproduction result but also the special reproduction information is recorded, the customer's reaction to the performance contents of the DJ can be grasped at a glance. In addition, by distinguishing and recording the type of special reproduction, it is possible to grasp which special reproduction has responded well.
The “special playback” is a concept including various video effects, double speed playback, reverse playback and the like in addition to the DJ effect.

In the information processing apparatus, the reproduction log recording unit records the acquired reaction information in real time in synchronization with the reproduction of the content.

According to this configuration, the player (DJ) can confirm the customer's reaction in real time during the reproduction of the content, and can use it for the subsequent performance.

In the above information processing apparatus, one or more display units for displaying the reproduction log recorded by the reproduction log recording unit are provided inside or outside.

According to this configuration, the DJ and the customer can visually confirm the customer's reaction (reaction at the venue) to the reproduced content.

The communication system of the present invention is a communication system configured to allow communication between the information processing apparatus and one or more mobile terminals, and the mobile terminal detects shaking of the display unit and the mobile terminal body. And a reaction information output unit that outputs the detection result of the shake detection unit to the information processing apparatus as reaction information.

According to this configuration, since the mobile terminal body shake (= the shake of the customer's body) is detected as the reaction information, objective information can be recorded without bothering the viewer (customer). it can.

In the above communication system, the shake detection unit detects a plurality of types of shakes according to the magnitude of the shake, and the reproduction log recording unit records reaction information by distinguishing the types of shakes.

According to this configuration, for example, reaction information based on intentional shaking of the viewer and reaction information based on unintentional shaking can be recorded separately. As a result, for the music that the viewer particularly likes, a more specific viewer's reaction can be recorded by making a rule such as holding the mobile terminal and shaking it. In addition, even if the shaking is not intended, it is possible that the magnitude of the shaking changes depending on whether it is in an excited state or not, so that it is possible to distinguish them.

In the above communication system, when the reaction information output unit detects the first fluctuation indicating a predetermined amount or more, the reaction information output unit outputs the reaction information for each detection, and the second vibration indicating the fluctuation less than the predetermined amount. Is detected, the cumulative number is output as reaction information.

According to this configuration, it is possible to prevent the number of communications from being increased unnecessarily by distinguishing and outputting the magnitude of shaking. Further, since reaction information based on intentional shaking of the viewer (first shaking) is output in real time, the DJ side reaction is not delayed.

In the communication system, the information processing apparatus further includes a reproduction log output unit that outputs a reproduction log to the mobile terminal, and the mobile terminal records the detection result of the shake detection unit in the mobile terminal body. And a reproduction log display control unit for causing the display unit to display the detection result recorded by the detection result recording unit in association with the reproduction log acquired from the information processing apparatus.

A portable terminal of the present invention includes a reproduction log acquisition unit that acquires a reproduction log of content, a shake detection unit that detects shaking of the main body, a detection result recording unit that records a detection result of the shake detection unit, and a detection result recording unit And a reproduction log display control unit that displays the detection result recorded in association with the acquired reproduction log.

The portable terminal control method of the present invention includes a reproduction log acquisition step for acquiring a reproduction log of content, a shake detection step for detecting a shake of the main body, a detection result recording step for recording a detection result of the shake detection step, and a detection And a reproduction log display control step for displaying the detection result recorded in the result recording step in association with the acquired reproduction log.

According to these configurations, the content reproduction log or the reproduction log in which the reaction information is recorded can be confirmed on the mobile terminal side (content viewer side). In addition, on the mobile terminal side, the detection result of the shake detection unit can be recorded in the main body of the mobile terminal and displayed in association with the playback log. Therefore, the swing is intentionally recorded when playing your favorite music. In addition, it is possible to use such as confirming later and purchasing on a music distribution site or viewing on a music viewing site.

The content reproduction system of the present invention is characterized by including each unit in the information processing apparatus described above and a content reproduction unit for reproducing the content.

The DJ device according to the present invention is characterized by including each unit in the content reproduction system.

According to this configuration, the present invention can be realized by a content reproduction system (DJ equipment or the like) including a content reproduction unit.

The program of the present invention is characterized by causing a computer to function as each unit in the information processing apparatus or each part of the information processing apparatus in the communication system.

The program of the present invention causes a computer to function as each part of the mobile terminal in the communication system or each part in the mobile terminal.

The program of the present invention is characterized by causing a computer to function as each unit in the content reproduction system.

By using these programs, it is possible to realize an information processing apparatus, a communication system, a portable terminal, a content reproduction system, and a DJ device capable of leaving a record for reviewing customer responses during DJ performance and music reproduction.
The subject that executes these programs may be a server on a network. The present invention can also be applied to cloud computing. Further, when the present invention is applied to a configuration in which a server, a PC, and a user terminal are network-connected, at least the user terminal includes a display unit, an operation unit, a server and / or a communication unit for communicating with the PC. Other means may be provided as long as it is distributed among the server, the PC, and the user terminal, or each of them.

1 is a system configuration diagram of a DJ system according to an embodiment of the present invention. It is a top view of a DJ player. It is a top view of a mixer apparatus. It is a control block diagram of a server. It is a functional block diagram (request relation) of a DJ system. It is a functional block diagram (reproduction log connection) of DJ system. It is a figure which shows the recording contents of the time chart which shows the flow of DJ performance, and a reproduction log. It is a flowchart which shows the OnAir detection process of a mixer apparatus. It is a figure which shows the example of a screen display (reproduction log, a music mark) of the smart phone for customers. It is a figure which shows the example of a screen display (request list, request result) of the smart phone for customers. It is a figure which shows the example of a screen display of a large sized display apparatus. It is a figure which shows the example of a screen display (event comprehensive log) of a server. It is a figure which shows the example of a screen display of a server (detailed log according to title). It is a system configuration figure of DJ system concerning a modification. It is a figure which shows the switch operation element of the list production | generation mode and disclosure mode which concern on a modification. It is a figure which shows the example of a screen display (event comprehensive log, detailed log classified by title) of the smart phone for customers which concerns on a modification.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings. In the present embodiment, a DJ system assuming a scene in which a DJ performance is performed in a club is illustrated. FIG. 1 is a system configuration diagram of the DJ system SY. The DJ system SY includes a plurality of DJ players 10 (reproducing devices, only two are shown in the figure), a mixer device 20, and a server 30 (information processing device) connected to the DJ player 10 and the mixer device 20. From one or more large display devices 40 (only one is shown in the figure) and a plurality of customer smartphones 50 (mobile terminals, only two are shown in the figure) capable of wireless communication with the server 30 Become. The DJ player 10, the mixer device 20, and the server 30 are installed in a DJ booth, and the large display device 40 is installed in the club floor. The customer smartphone 50 is the property of the customer who visited the club.

The DJ player 10 can insert various devices D such as a CD, a USB memory, and an SD memory card, and reads and reproduces music (contents) from each of these devices D. In addition, it is also possible to play back music acquired via a network (described later). Further, it has an operation element such as a jog dial 12 (see FIG. 2), and performs various reproduction processes such as effect operation and adjustment of a reproduction state based on a user operation.

The mixer device 20 has controls such as a channel fader 25 and a cross fader 27 (see FIG. 3), and performs a mixing process of reproduction signals input from the respective DJ players 10. The mixer device 20 is connected to each DJ player 10 via an audio cable such as an RCA cable. Although not particularly shown, the mixer device 20 is connected to an output device (an amplifier and a plurality of speakers) via an audio cable.

The server 30 is connected to the mixer device 20 and each DJ player 10 via a wireless / wired LAN, generates a reproduction log that is a reproduction history of the music, and outputs the reproduction log to the large display device 40 and each customer smartphone 50. Output. Moreover, the server 30 acquires the reaction information which shows the customer's sense detected by each smart phone 50 for customers, and records this in association with the reproduction log. The record is used by DJs and club managers to look back on the contents and excitement of the event, and reflect them in the next performance. Further, the server 30 generates a request list from the music sampled by the DJ, and also outputs the request list to the large display device 40 and each customer smartphone 50. The customer can select a desired music from the request list transmitted to the customer smartphone 50, and the music selection result is sent to the server 30. The server 30 outputs the music selection result to the DJ player 10. As a result, the DJ can select the music frequently requested by the customer, and thus can realize a customer participation type event with high customer satisfaction.

The large display device 40 is composed of a large display or projector installed on the floor. The large display device 40 is used to display a reproduction log, a request list, etc., as described above, and to display club event information, a drink menu, and the like. The large display device 40 may not be configured to wirelessly communicate with the server 30 but may be configured to display the output video of the server 30 as it is.

The customer smartphone 50 is a portable information terminal owned and possessed by a customer participating in the event. The customer smartphone 50 has the same configuration as a general smartphone, and includes an acceleration sensor. The acceleration sensor is used to detect the shaking of the smartphone body, that is, the sled of the customer who holds the customer smartphone 50 (body shaking). The customer smartphone 50 is installed with a dedicated application for functioning as the mobile terminal of the present invention. The dedicated application is used to display a playback log, record a track during music playback, record a bookmark during music playback, display a request list, select a request, display a request result, and the like.

Next, the device configuration of the DJ player 10 and the mixer device 20 will be briefly described with reference to FIGS. FIG. 2 is a plan view showing a device configuration of the DJ player 10. The DJ player 10 includes a display 11, a jog dial 12, a CD insertion slot 13, a CD eject button 13a, a USB memory slot 14, a USB memory eject button 14a, an SD memory card slot 15, an SD memory card eject button 15a, and a cursor button. 16, a track search button 18a, a manual search button 18b, a cue button 18c, a play / pause button 18d, a network interface 19, and the like.

The display 11 displays various information such as a request result transmitted from the server 30. The jog dial 12 includes a jog dial body 12a and a jog LED 12b. The jog dial body 12a is rotated by the user, and the jog LED 12b is lit or blinked depending on the output state of the reproduction signal being reproduced by the DJ player 10. Here, “during playback” means that playback is being performed on the DJ player 10 side (a playback signal is being output from the DJ player 10). On the other hand, it is different from the “OnAir state” indicating that a reproduction signal is output. On the other hand, the cursor button 16 is used for setting and selecting various items displayed on the display 11, and in the present embodiment, it is mainly used for selecting a song.

The network interface 19 is an interface for connecting to a network such as the Internet or a LAN, and acquires content (music) from a content server on the network via the interface. In response to the content acquisition request from the DJ player 10, the content server acquires the content file (music data) and the content associated information from the connected content database, and transmits the content file (music data) to the DJ player 10. The content-accompanying information includes identification information (song ID), song title name, album name, artist name, genre name, composer name, album artwork image file, rate (evaluated by user), comment, BPM ( Beats Per Minute, music tones (keys), etc. can be acquired. In addition, it is good also as acquisition of these content accompanying information with a content file also from said USB memory and SD memory card. Further, an analysis processing function may be provided in the DJ player 10 so that at least a part of the content-associated information (BPM, music tone, genre name, etc.) is obtained as an analysis result, not as content-associated information. Alternatively, the DJ may input at least part of the content-accompanying information (such as a comment).

FIG. 3 is a plan view showing an apparatus configuration of the mixer apparatus 20. The mixer device 20 includes, for each channel, a channel changeover switch 21, a trim adjustment knob 22, a channel equalizer adjustment knob 23 (for high sound, medium sound, and low sound), a channel fader 25, a crossfader assign switch 26, and the like. Yes. A cross fader 27 is provided on the front side of the apparatus, and a master output level adjustment knob 28 and a master level indicator 29 are provided on the back side of the apparatus right hand.

The channel changeover switch 21 is an operator for selecting one of the two systems of CD / digital input and line input. The trim adjustment knob 22 is an operator for adjusting the input level of each channel. The channel equalizer adjustment knob 23 is an operator for adjusting the high, middle, and low sounds of each channel. The channel fader 25 is an operator for adjusting the output level of each channel.

The crossfader assign switch 26 is an operator for selecting whether the output of each channel is assigned to the left or right (A side or B side) of the crossfader 27 or “through”. When a plurality of channels select the same side, the sum of them is assigned. When “through” is selected, the output of the channel fader 25 goes directly to the master output without passing through the crossfader 27.

The crossfader 27 is an operator for adjusting the mixing ratio of each reproduction signal assigned to the left and right by the crossfader assign switch 26. The master output level adjustment knob 28 is an operator for adjusting the output level of the master output. The master level indicator 29 displays the master output level with an LED.

The DJ player 10 and the mixer device 20 are provided with a number of operators and indicators other than those shown in FIGS. 2 and 3, but they are not directly related to the present invention, so that explanations thereof are provided. Is omitted.

Next, the control configuration of the server 30 will be described with reference to FIG. The server 30 includes an operation unit 31, a storage unit 32, a communication unit 33, a display unit 34, and a control unit 35 as main control components. The operation means 31 includes a mouse, a keyboard, a touch panel, and the like, and is used for performing various operations. In the present embodiment, it is mainly used for switching between “disclosure mode” and “list generation mode”. Here, the switching of the “disclosure mode” refers to switching between a disclosure ON mode in which a reproduction log and a request list are disclosed and a disclosure OFF mode in which a reproduction log and a request list are not disclosed. Further, “list generation mode” switching refers to switching between a request ON mode for generating a request list and a request OFF mode for not generating a request list. Details will be described later.

The storage means 32 includes various recording media such as a hard disk drive and a USB memory. In this embodiment, it is mainly used for recording a reproduction log (including customer reaction information and DJ operation log).

The communication means 33 is used for input / output of information with the mixer device 20 and each DJ player 10, communication with the large display device 40 and the customer smartphone 50, and is configured by a wired / wireless LAN interface or the like. It is mainly used for input of OnAir information with the mixer device 20, and is mainly used for input of music identification information (music title, music ID, etc.) and output of a request result with the DJ player 10. Further, it is used for outputting a reproduction log, a request list, and a request result with the large display device 40. Further, it is mainly used for input of acceleration sensor detection results and music selection results, and output of reproduction logs, request lists, and request results with the customer smartphone 50.

The display means 34 is composed of a liquid crystal display or the like and displays various information. In the present embodiment, it is used for displaying a dedicated screen D0 that is mainly displayed during the performance of a music (during an event). The dedicated screen D0 has a disclosure mode display area, a list generation mode display area, and a GUI. In the disclosure mode display area and the list generation mode display area, the current setting values of the disclosure mode and the list generation mode are displayed as text or buttons (the color changes according to ON / OFF). The GUI is operated by the operation means 31 and used for mode switching and various settings. When the GUI is toggle button display or slide switch display, the disclosure mode display area and the list generation mode display area may be omitted. Further, when there is a general-purpose external monitor or the like, the entire display unit 34 including the disclosure mode display area and the list generation mode display area may be omitted.

The control means 35 includes a CPU (Central Processing Unit), a ROM (Read Only Memory), a RAM (Random Access Memory), and the like, and performs various arithmetic processes. In the ROM, as a control program, a playback detection program for detecting the playback of music by the DJ player 10, an OnAir determination program for determining whether the playback of the music is in an OnAir state or a non-OnAir state, and playback for generating a playback log A log generation program, a reaction information totaling program for totaling reaction information indicating customer reaction, a request list generating program for generating a request list, a request totaling program for totaling request results, a display control program for controlling display of the display means 34, An information input / output control program for performing information input / output control via the communication means 33 is included. Based on these control programs, the CPU executes various processes using the RAM as a work area.

Next, the functional configuration of the DJ system SY will be described with reference to FIG. 5 and FIG. FIG. 5 is a block diagram showing a functional configuration related to a request, and FIG. 6 is a block diagram showing a functional configuration related to a reproduction log. In addition, about the function which overlaps both drawings, description is abbreviate | omitted suitably.

As shown in FIG. 5, the DJ player 10 includes a content reproduction unit 110, an information acquisition unit 120, and a display unit 130 as main functional components. The content playback unit 110 plays back content (music). The information acquisition unit 120 acquires a request result (request count result) from the server 30. The display unit 130 displays the request result acquired by the information acquisition unit 120 on the display 11. It should be noted that the DJ player 10 displays the title names of the songs in order from the top of the count as a request result, and can select a song to actually turn on from among them. This allows the DJ to quickly select the next song. By changing the display format of the songs included in the request list (for example, changing the color) in the list of songs that can be selected, and highlighting (highlighting) the top-ranked songs. The music to be selected may be discriminated.

In this embodiment, information is directly input / output between the DJ player 10 and the server 30, but information may be input / output via the mixer device 20. In this case, the server 30 is connected to the mixer device 20, and the DJ player 10 and the mixer device 20 are also connected by a data input / output cable. The data input / output cable is used for transferring music identification information from the DJ player 10 to the mixer device 20 (server 30).

The mixer apparatus 20 includes an OnAir information output unit 210 as a main functional configuration. The OnAir information output unit 210 determines whether each channel (each DJ player 10) is in an OnAir state or a non-OnAir state, and when it is determined that the channel is in an OnAir state, outputs OnAir information to the server 30. . Details will be described later with reference to FIG.

The large display device 40 includes an information acquisition unit 410 and a display unit 420 as main functional components. The information acquisition unit 410 acquires a request list and a request result from the server 30. In the present embodiment, display data (see FIG. 11) for displaying the request list and the request result is generated on the server 30 side, and the large display device 40 acquires and displays the display data. The display unit 420 displays the request list and the request result input to the information acquisition unit 410. Thereby, even if it is a customer who does not have a smart phone, a request list and a request result can be checked with the large sized display apparatus 40. FIG.

Although not particularly illustrated, a terminal for request voting may be installed on the floor so that a customer who does not have a smartphone can make a request from the terminal. In this case, it is preferable to perform personal authentication using an ID card or biometric authentication so that the same person does not vote many times.

The customer smartphone 50 includes an information acquisition unit 510 (request list acquisition unit), a display unit 520, a content selection unit 530, and a selection result output unit 540 as main functional configurations. The information acquisition unit 510 acquires a request list and a request result from the server 30. The display unit 520 displays the request list and request result acquired by the information acquisition unit 510. The content selection unit 530 selects one or more contents from the request list. In the present embodiment, a maximum of three songs can be included in the request list, and one song is selected from them. The selection result output unit 540 outputs the selection result of the content selection unit 530 to the server 30.

The server 30 includes, as main functional configurations, a disclosure mode switching unit 310, a list generation mode switching unit 320, a reproduction detection unit 330, an OnAir determination unit 340, a reproduction log generation unit 350, a request list generation unit 360, and an information output unit 370 ( A request list output unit), a selection result acquisition unit 380, a totaling unit 390, a totaling result output unit 610, and a display unit 620.

The disclosure mode switching unit 310 switches ON / OFF of the disclosure mode indicating whether to disclose the request list and the reproduction log. The switching operation uses the GUI in the dedicated screen D0 (see FIG. 4) displayed on the display unit 34. The list generation mode switching unit 320 switches ON / OFF of the list generation mode indicating whether to generate a request list. As in the disclosure mode switching unit 310, the switching operation uses the GUI in the dedicated screen D0.

The playback detection unit 330 detects the playback of content by the content playback unit 110. In the present embodiment, the reproduction of the content is detected by acquiring accompanying information (music title) of the reproduced content. Note that the playback detection unit 330 detects the playback of content that has been played back continuously for a predetermined time or longer. As a result, it is possible to prevent the reproduction result from being reflected in the request list when an unintended music is auditioned due to a DJ operation error. In addition, when sampler-like reproduction is performed or erroneous reproduction is performed, it is possible to prevent those from being reflected in the reproduction log.

The OnAir discriminating unit 340 discriminates whether the content that has been reproduced is reproduced in the OnAir state or in the non-OnAir state. This determination is made based on whether or not OnAir information has been acquired from the mixer apparatus 20.

The playback log generation unit 350 generates a playback log of the content that has been determined to be played back in the OnAir state by the OnAir determination unit 340. The reproduction log is generated using the acquired accompanying information (music title). The reproduction log generated here indicates the content reproduction history, and does not necessarily include customer reaction information and DJ operation logs. In the present embodiment, the reproduction log generation unit 350 does not generate a reproduction log when the disclosure mode is “OFF”. However, even when the disclosure mode is “OFF”, a reproduction log may be generated and recorded in the storage unit 32 (see FIG. 4).

The request list generation unit 360 generates a request list that is a playback list of content that has been determined to be played back in a non-OnAir state by the OnAir discrimination unit 340. That is, a list of songs that the DJ has auditioned with the DJ player 10 that is not an OnAir target is generated as a request list. The request list is also generated using the acquired accompanying information (music title). The request list generation unit 360 generates a request list only when the list generation mode is “ON”. Further, when the disclosure mode is “OFF”, the ON setting of the list generation mode is restricted, and the request list is not generated.

The information output unit 370 outputs the request list and the reproduction log generated by the request list generation unit 360 and the reproduction log generation unit 350 to the large display device 40 and the customer smartphone 50. The request list is output when the number of contents reproduced in the non-onair state reaches a predetermined number (three songs in this embodiment). As for the reproduction log, update information (information on additional content) is output as needed when OnAir is determined. However, when a dedicated application for the customer smartphone 50 is activated during the event, all the reproduction logs for the day stored in the server 30 are output in response to a request from the customer smartphone 50.

Note that the information output unit 370 may be able to output a request list and a reproduction log to the DJ player 10 as well. These may be output to the display unit 620 of the server 30 (the dedicated screen D0 of the display unit 34). The information output unit 370 outputs the request list and the reproduction log only when the disclosure mode is “ON”. However, when the list generation mode is “OFF”, the request list is not disclosed even when the disclosure mode is “ON”.

The selection result acquisition unit 380 acquires the selection result output from the customer smartphone 50. Further, the totaling unit 390 totals the acquired selection results. The aggregation is performed after a predetermined time has elapsed from the time when the number of contents reproduced in the non-onair state reaches a predetermined number. The counting method will be described later. The totaling result output unit 610 outputs the totaling result (request result) of the totaling unit 390 toward the DJ player 10, the large display device 40, the customer smartphone 50, and the display unit 620. A display example of the total result will also be described later (see FIG. 10B and FIG. 11).

Next, the functional configuration related to the playback log will be described with reference to FIG. The DJ player 10 includes a content reproduction unit 110 as a functional configuration related to the reproduction log. The functional configurations of the mixer device 20 and the large display device 40 are the same as those in FIG. However, the information acquisition unit 410 acquires a reproduction log including customer reaction information and a DJ operation log from the server 30.

The customer smartphone 50 includes a shake detection unit 550, a reaction information output unit 560, a detection result recording unit 570, an information acquisition unit 510 (reproduction log acquisition unit), a reproduction log display control unit 580, and a display as a function configuration related to the reproduction log. Part 520.

Shake detection unit 550 detects the shake of the smartphone body using an acceleration sensor. Further, the shake detection unit 550 detects a plurality of types of shakes according to the magnitude of the shake. In the present embodiment, a large amount of shaking (hereinafter referred to as “first shaking”) with a shaking amount (swing width) of a predetermined amount or more is bookmarked by the customer (marked by the customer intentionally shaking the smartphone body greatly) , And a small amount of shaking whose amount is less than a predetermined amount (hereinafter referred to as “second shaking”) is detected as a count value for counting the customer's slack. Note that the shake detection unit 550 may detect the shake using a sensor (an angular velocity sensor or an impact sensor) other than the acceleration sensor or in combination with the acceleration sensor. Further, when the customer smartphone 50 is multitasking, it is preferable to detect shaking even if the dedicated application screen is not displayed.

The reaction information output unit 560 outputs the detection result of the shake detection unit 550 to the server 30 as customer reaction information. In addition, the reaction information output part 560 outputs reaction information for every detection, when the 1st shake is detected. When the second shaking is detected, the cumulative number is output as reaction information. The output of the cumulative number may be transmitted as needed when the predetermined number is reached, or may be transmitted every predetermined time while the dedicated application is activated.

The detection result recording unit 570 records the detection result of the shake detection unit 550 at the time of content reproduction in a storage area inside the customer smartphone 50. In this case, the detection result is recorded together with the time information. For the first shake, the detection time is recorded for each shake, and for the second shake, the cumulative number of shakes is recorded together with the detection time at predetermined time intervals.

The information acquisition unit 510 acquires a playback log from the server 30. The reproduction log indicates a content reproduction history (music title and its reproduction time), and necessarily includes customer reaction information (total result of reaction information of all customers on the floor) and a DJ operation log. You don't have to. The reproduction log display control unit 580 associates the customer reaction information (only the reaction information detected by the customer smartphone 50) as the detection result of the shake detection unit 550 with the display unit 520 in association with the acquired reproduction log. Display. Here, the reproduction log and the time information of the reaction information are associated with each other to indicate the presence / absence of the reaction information (first shake and second shake) for each piece of music, or on the time axis of the reproduction log. Is plotted (see FIG. 9B).

The server 30 includes, as a reproduction log-related functional configuration, a reproduction detection unit 330, an OnAir determination unit 340, a reproduction log generation unit 350, a reaction information acquisition unit 630, a reaction information totaling unit 640, a reproduction log recording unit 650, and an information output unit 370. (Reproduction log output unit) and a display unit 620 are provided. The reproduction detection unit 330 detects the reproduction of music by the content reproduction unit 110, and the special reproduction is performed by the DJ player 10 (content reproduction unit 110), and the type of the DJ effect (scratch, mix, loop, etc.). And special playback information indicating double speed playback, reverse playback, etc.).

The reaction information acquisition unit 630 acquires reaction information from each customer smartphone 50 possessed by the viewer of the content. The reaction information totaling unit 640 totals the acquired reaction information (first shake and second shake) for each content and every predetermined time.

The reproduction log recording unit 650 records the aggregated reaction information in the storage unit 32 in association with the time axis of the generated reproduction log. Also, the reproduction log recording unit 650 records special reproduction information indicating that special reproduction has been performed by the content reproduction unit 110 in association with the time axis of the reproduction log. As described above, the recording by the reproduction log recording unit 650 is used for the DJ to confirm the customer's reaction during the event, and to look back on the performance contents and the excitement of the event at a later date. The reproduction log recording unit 650 distinguishes and records the type of special reproduction when recording the special reproduction information. Thereby, it can be grasped at a glance which special reproduction the customer's reaction is good.

The information output unit 370 outputs the reproduction log generated by the reproduction log generation unit 350 to each customer smartphone 50 and outputs the reproduction log recorded by the reproduction log recording unit 650 to the large display device 40. To do. Note that display data (see FIG. 11) for displaying the request result and the reproduction log on one screen is output to the large display device 40. The display unit 620 (or a general-purpose external monitor connected to the server 30) displays the reproduction log (see FIGS. 7B, 12, and 13) recorded by the reproduction log recording unit 650.

Next, with reference to FIG. 7, the flow of the DJ performance and the recorded contents of the reproduction log will be described. FIG. 4A is a time chart showing the flow of DJ performance. In the figure, “SW1” indicates ON / OFF of the list generation mode. That is, “H: permission” indicates that the request list generation is permitted (the list generation mode is “ON”). Further, the disclosure mode will be described assuming that it is set to “ON” in advance.

For example, when “title A1” as a master song is selected by “DJ player (A)” (S01), the song title is transmitted to the server 30 (S02). Thereafter, the reproduction of the music is started by “DJ Player (A)” (S03), the reproduction is continuously detected for a predetermined time (several seconds to several tens of seconds), and the “DJ Player (A)” detects “DJ Player (A)”. When the OnAir information (MA) of “player (A)” is acquired, the server 30 adds the music to the reproduction log. That is, when the condition of the logical expression “MA + A song name” is satisfied, the reproduction log is updated.

Subsequently, the DJ sets the list generation mode to “ON” (allows generation of a request list). Thereafter, when “title b1” is selected by “DJ Player (B)” (S04), the song title is also transmitted to the server 30 (S05), but “DJ Player (B)” is sent from the mixer device 20. Since the OnAir information (MB) is not acquired, the music is not added to the reproduction log. However, since it is “SW1: H”, the music is added to the request list. That is, when the condition of the logical expression “× MB + H + b song name” is satisfied, the request list is updated (added).

Thereafter, even when “title b2” and “title b3” are selected by “DJ Player (B)” (S06, S08), the song title is transmitted to the server 30 (S07, S09), and the logical expression “ Add both songs to the request list according to “× MB + H + b Song Name”. Note that the addition of music to the request list can also be made subject to continuous playback (several seconds) for a predetermined time or longer. However, the predetermined time for adding to the request list is set to a time shorter than the predetermined time for adding to the reproduction log (predetermined time considering hysteresis etc.) or 0 (in the request list at the time of loading) To be added).

The request list is released when the number of titles reaches “3 songs”, and each customer (customer smartphone 50) selects a song (S10). When the number of titles reaches “3 songs”, “SW1: L” is automatically set. Further, even when the DJ player (B) enters the OnAir state, “SW1: L” is automatically set. Thereafter, the server 30 ends accepting requests when a predetermined time T1 has passed since publication, and totals the requests (S11). In addition, information is output to the DJ player (B) or the like in order to display the counting results on the display units 130, 420, and 520 (S12). The DJ confirms the tabulation result on the display 11 of the DJ player (B) (or on the display means 34 of the server 30 or a general-purpose external monitor), and selects, for example, the top song of the tabulation result (S13). The music title “title B1” is transmitted to the server 30 (S14). At this time, the reproduction of the music is started by “DJ Player (B)” (S15), the reproduction is continuously detected for a predetermined time, and the “On DJ” of “DJ Player (B)” is detected from the mixer device 20. When information (MB) is acquired, the music is added to the reproduction log. That is, when the condition of the logical expression “MB + B music title” is satisfied, the reproduction log is updated.

After that, when “SW1: H” is switched again, and “Title a1” and “Title a2” are selected by “DJ Player (A)” (S16, S18), the music titles are also transmitted to the server 30. (S17, S18). When the reproduction of the music satisfies the condition of the logical expression “× MA + H + a music name”, the server 30 adds the music to the request list. In this way, the DJ can easily generate a request list simply by loading a plurality of music pieces or reproducing them for a short time in the same manner as a normal music selection operation. Also, the reproduction log can be automatically generated without requiring any special operation, like the request list.

Subsequently, the recorded contents of the reproduction log will be described with reference to FIG. As described above, the recorded contents of the reproduction log include music information, special operation information (DJ operation log), and reaction information. Among these, the music information includes the music title and the playback time (playback start time, playback end time) as shown in the “playback log” column of FIG. In addition, content-related information other than the music title may be included. The special operation information includes the effect type (alphabet H, I, J, etc.) and the effect application time as shown in the “effect” column of FIG. If a parameter can be set for an effect, the effect parameter value may be included.

On the other hand, reaction information consists of mark information and count information. The mark information is a detection result of the first shaking, and can be marked only once for one music piece. In the example of the figure, as shown in the “mark” column, the number of customers marked for the music piece is represented by the number of triangles, and the mark time is represented by the vertex position of the triangle. That is, the mark information is information including the mark time. The mark information of each customer smartphone 50 is transmitted to the server 30 for each mark, and the server 30 counts the number of marks transmitted from all the customer smartphones 50. In addition, customer identification information may be added so as to identify which customer has marked the mark. The customer identification information may be a unique ID, but may also be group information when grouped by male / female or age group. The group information is information set and input to a dedicated application of each customer smartphone 50.

The count information is the detection result of the second shaking, and any number of songs can be detected and recorded. The count number of each customer smartphone 50 is transmitted to the server 30 every predetermined time, and the server 30 sums the count numbers transmitted from all the customer smartphones 50. In the example of the figure, as shown in the “Count” column, the count number is represented by the size of the triangle (the length of the base), and the count time (count time zone) is represented by the vertex position of the triangle. Note that each piece of recorded information in the reproduction log shown in FIG. 7B is plotted in real time as the music is reproduced. Further, the display may be visible not only on the display unit 34 of the server 30 but also on the display 11 of the DJ player 10.

Next, the OnAir detection process of the mixer apparatus 20 will be described with reference to FIG. The flowchart is executed for each channel (for each DJ player 10). The mixer device 20 first determines whether or not the setting of the master output level adjustment knob 28 exceeds a predetermined threshold (for example, Min = minimum value) (S21). : Yes), it is determined whether or not the setting of the channel switch 21 is the input terminal side (S22). If the setting of the channel selector switch 21 is on the input terminal side (S22: Yes), it is subsequently determined whether or not the setting (volume value) of the trim adjustment knob 22 exceeds a predetermined threshold ( S23). If the setting of the trim adjustment knob 22 exceeds the predetermined threshold (S23: Yes), it is subsequently determined whether or not the setting of the channel fader 25 exceeds the predetermined threshold (S24). ).

If the setting of the channel fader 25 exceeds a predetermined threshold (S24: Yes), it is subsequently determined whether or not the crossfader assign switch 26 has selected the A side or the B side (S25). . If the crossfader assign switch 26 selects the A side or the B side (S25: Yes), whether or not the setting of the crossfader 27 exceeds a predetermined threshold value (based on the assigned side) If the predetermined threshold value is exceeded (S26: Yes), it is determined that the OnAir state is set (S27). If the crossfader assign switch 26 selects “through” (S25: No), the determination of S26 is omitted, and it is determined that the OnAir state is set (S27). In this case, the mixer device 20 outputs OnAir information (including channel information such as DJ players (A) and (B)) to the server 30.

On the other hand, when the setting of the master output level adjustment knob 28 is equal to or smaller than the predetermined threshold (S21: No), when the setting of the channel selector switch 21 is not on the input terminal side (S22: No), the setting of the trim adjustment knob 22 is performed. Is less than or equal to a predetermined threshold (S23: No), when the setting of the channel fader 25 is less than or equal to the predetermined threshold (S24: No), and when the setting of the crossfader 27 is less than or equal to the predetermined threshold ( S26: No) is determined to be a non-OnAir state (S28). In this case, the mixer device 20 does not output OnAir information to the server 30.

In the flowchart shown in the figure, the determination is made based on the setting (volume value) of each operation element such as the master output level adjustment knob 28, the trim adjustment knob 22, the channel fader 25, and the cross fader 27. The determination may be made based on a volume level that varies depending on the setting of each operation element. In this case, it is preferable to determine whether each volume level is equal to or higher than a predetermined threshold value. That is, by determining “volume level of each operator ≧ predetermined threshold value”, it is possible to accurately determine the OnAir state even when a silent music piece is played. On the other hand, when determining based on the volume value of each operation element as in the above example, if the determination is made as “volume value of each operation element ≧ predetermined threshold value”, the predetermined threshold value In the case of = Min, even if the volume value is set to Min, it is determined that the OnAir state is set.

Further, when it is determined that the mixer device 20 is in the non-OnAir state (S28), the OnAir information is not output to the server 30, but it may be output that the information is non-OnAir information. In this case, the server 30 determines the OnAir state according to the content of the OnAir information (depending on whether the OnAir information indicates an OnAir state or a non-OnAir state).

In the above example, the server 30 determines the OnAir state by acquiring the OnAir information from the mixer device 20, but may be determined by acquiring the MIDI signal from the mixer device 20.

Next, the screen display of the customer smartphone 50 will be described with reference to FIGS. 9 and 10. FIG. 9A is a diagram illustrating a screen display example of a reproduction log. In the same figure, the code | symbol 81 shows the display screen of the smart phone 50 for customers, and the code | symbol 82 has shown the screen switching button group. The screen switching button “M1” is a button for performing the display of FIG. 9 and FIG. 10, and each time the button is pressed, a playback log screen (see FIG. 9A) and a music mark screen (see FIG. 9B). The request list screen (see FIG. 10A, but only when the list is published) or the request result screen (see FIG. 10B) can be switched sequentially.

On the playback log screen, the music played in the OnAir state is displayed according to the playback order. In addition, when the request list is released (in the case of the present embodiment, when the number of sampled songs reaches 3 on the server 30), the list arrival screen 83 is displayed as a pop-up screen. At the same time, an alert sound and vibration by a vibrator are generated to evoke the customer. On the list arrival screen 83, the customer is prompted to select whether or not to switch to the request list screen (see FIG. 10A). Here, when “OK” is selected by the customer, the screen transits to the request list screen, and when “NG” is selected, the list arrival screen 83 is hidden.

Subsequently, the music mark screen will be described with reference to FIG. The music mark screen is a screen in which the mark / count result (not the total result of the mark / count values by all customer smartphones 50 existing on the floor) is recorded on the reproduction log. . As shown in the figure, on the music mark screen, the music reproduced in the OnAir state is displayed according to the reproduction order, and a symbol is displayed in association with each music. In the example of the figure, the symbol “black square” indicates that the music is marked, and the symbol “white star” indicates that the total number of counts for the music is greater than or equal to a predetermined number. Note that the predetermined threshold value can be set on the dedicated application setting screen. Further, the symbol “Kuroboshi” indicates that the music is marked, and the total number of counts for the music is greater than or equal to a predetermined number. Further, the symbol “white square” is not marked, and indicates that the total number of counts for the music is less than a predetermined number.

Also, a dance log screen 84 is displayed on the music mark screen. The dance log screen 84 displays the number of counts for each predetermined time as a bar graph along the time axis (right direction in the figure), and excludes each symbol (excluding “white square”) corresponding to the time axis. ) Is displayed. Thus, on the music mark screen, each customer can grasp at a glance their favorite music. When a favorite song is selected, the user can access a music distribution site or a music viewing site, and can purchase or view the song. In addition, when guiding to these sites from the dedicated application of the customer smartphone 50, it may be possible to obtain a margin based on a contract by way of an affiliate.

Subsequently, the request list screen will be described with reference to FIG. As shown in the figure, the request list screen has a request number. And the music title for 3 music, the music comment of each music, and the transmission button 85 are displayed. Request No. Is a number automatically assigned by the server 30 every time the request list is disclosed. Music titles are displayed according to the order in which the DJ listens. Note that the display order may be in accordance with other conditions such as the music ID order, or the DJ may be able to specify the display order using the controls of the DJ player 10 or the server 30.

Also, the music comment is information (or recommended information published on the network) that the DJ has previously input as content-accompanying information. When the customer selects one of the displayed three songs and presses the send button 85, the ID of the selected song is sent to the server 30 as a request result. In the example shown in the figure, the music title “CCC” is selected and is highlighted on the actual screen.

Subsequently, the request result screen will be described with reference to FIG. As shown in the figure, the request result screen shows the request number. And the song titles for the three songs and the number of votes for each song are displayed. The music titles are sorted and displayed in descending order of votes. It is to be noted that the voting results are only displayed, and the DJ determines which piece of music is to be played.

Next, the screen display of the large display device 40 will be described with reference to FIG. The large display device 40 displays the reproduction log and the request list on one screen. In the figure, reference numeral 91 is a time axis, reference numeral 92 is a past / future display, reference numeral 93 is a music display area, reference numeral 94 is an album artwork or music artwork of an onaired music, and reference numeral 95 is a sample. The album artwork or the music artwork of the music, 96 is the current display, 97 is the special reproduction information mark, and 98 is the reaction information mark. Each artwork 94 and 95 may be accompanied by content-accompanying information such as a song title and artist name.

The current display 96 is a fixed display, and is arranged at a center position of the past / future display 92 or a position where the past display area is slightly wider than the future display area. The artwork 95 drawn from the music display area 93 corresponding to the future display area is an artwork of each music included in the request list, and its size is variably displayed according to the number of votes. Therefore, immediately after the release of the request list, all have the same size. The artwork 94 arranged in the music display area 93 corresponding to the past display area indicates the reproduced music, and is arranged and displayed from the left side according to the reproduction order. As the event progresses, each artwork 94, 95 moves to the left side of the figure. A special reproduction information mark 97 displayed on the upper side of each artwork 94 indicates whether or not special reproduction has been performed on the music. Note that the display form may be changed according to the type of special reproduction, or the special reproduction information marks 97 may be displayed by the number of special reproductions.

Also, the reaction information mark 98 displayed on the lower side of each artwork 94 indicates the total result of the mark / count information of the smartphone 50 for all customers. The totaling method indicates, for example, the total number of points by the size and number of stars, with one mark (first shake) as 10 points, 1 count (second shake) as 1 point, and the like. Thereby, it can be grasped instantly to which music the reaction was good.

Next, the screen display of the server 30 will be described with reference to FIG. 12 and FIG. FIG. 12 is a diagram showing an event comprehensive log screen. As the event comprehensive log, a music title and an operation log are displayed as a DJ play, and a mark log and a count log are displayed as a customer reaction. These are all displayed along the time axis. The music title area 101 shows music information and is divided by a dividing line for each music. The music title selected from the request list is surrounded by a square frame. The operation log area 102 indicates special reproduction information, and indicates the type of special reproduction performed during reproduction of the music in association with the music title. The mark log area 103 shows mark information, and displays a black circle mark when the number of marks (the total of all the customer smartphones 50) during reproduction of each music is equal to or greater than a predetermined number. The count log area 104 shows count information, and displays a black circle mark when the number (total of all the customer smartphones 50) counted every predetermined time during reproduction of each music is equal to or larger than the predetermined number. When the count number is twice or more the predetermined number, a larger black circle mark is displayed.

FIG. 13 is a view showing a display example of the detailed log screen by title. This figure shows a case where the song title “BBB” is selected on the event total log screen shown in FIG. As the detailed log by title, the music title 105, music information, reproduction log, mark log, and count log are displayed. Among these, the raw log, the mark log, and the count log are displayed along the time axis. The music information area 106 displays the music title of the music played before and after the music title “BBB” and the number of votes of the music title “BBB”. The operation log area 107 indicates special reproduction information and indicates what kind of special reproduction was performed at which timing in the music section. Note that the combination of alphabets and numbers indicates the type and parameters of special playback. The mark log area 108 indicates mark information and displays the number of marks for each partial section obtained by dividing each music piece at predetermined time intervals. The count log area 109 shows count information, and displays the counted number for each partial section in which each piece of music is divided every predetermined time. With these displays, it is possible to grasp in detail which part of the music has been raised.

Note that the event log as shown in FIGS. 12 and 13 may be transmitted from the server 30 to an external server on the network. In addition, reaction information may be aggregated by DJ, date / time, or store on an external server to generate a DJ ranking, store ranking, etc., which may be disclosed to specific / unspecified users.

As described above, according to the present embodiment, as a request list, a reproduction list of songs reproduced in a non-onair state for trial listening is generated. A reflected request list can be generated. Also, since the trial listening operation is an operation during the normal performance of the DJ, a request list can be generated without imposing a burden on the DJ. Furthermore, by creating a request list, it is possible to select a playback music upon receiving a request from a customer, and a customer participation type event can be realized.

In addition, since the list generation mode can be switched ON / OFF, it is possible to switch generation / non-generation of the request list according to the preference of the DJ and the atmosphere of the place. Even when continuous playback is performed between a plurality of DJ players, the master song selection result is not erroneously reflected in the request list (for example, the selection result of S13 in FIG. 7A is reflected in the request list). Is not). Also, since the disclosure mode can be switched ON / OFF, the request list and reproduction log disclosure / non-disclosure (application / non-application of the present invention) can be switched according to the preference of the DJ and the atmosphere of the venue. it can.

In addition, since the request list is output when the number of songs reproduced in the non-onair state reaches a predetermined number (three songs), the DJ operation for publishing the list can be omitted. In addition, since the aggregation of requests is performed after a predetermined period of time has elapsed since a predetermined number of songs played in the non-onair state, the DJ operation for terminating the acceptance of requests can be omitted.

In addition, the server 30 records the customer reaction information (swing detection result of the customer smartphone 50) received from the customer smartphone 50 in association with the reproduction log, so the customer reaction to the performance of the music can be grasped at a glance. can do. Also, since the reaction information is recorded in real time in synchronization with the reproduction of the content, the DJ can confirm it and use it for the subsequent performance. Further, since not only customer reaction information but also special reproduction information is recorded, it is possible to grasp at a glance the customer reaction to the performance contents of the DJ. In addition, since the type of special reproduction is distinguished and recorded, it is possible to grasp which special reproduction has responded well.

Moreover, since the shaking of the customer smartphone 50 (= the shaking of the customer's body) is detected as the reaction information, objective information can be recorded without bothering the customer. Moreover, since the customer smart phone 50 detects a plurality of types of reaction information according to the magnitude of shaking, a more specific customer reaction can be recorded.

In addition, the reaction information is not only output to the server 30, but can be recorded in the smartphone body for the customer to check by himself / herself. Then, it is possible to use such as confirming later and purchasing on a music distribution site or viewing on a music viewing site.

It should be noted that the following modifications can be adopted as the category of the present invention. FIG. 14 is a system configuration diagram of a DJ system SY (content reproduction system) according to a modification. In this modification, a personal computer 700 (hereinafter referred to as “PC”) on which the DJ application DJA is installed is used. In this case, the DJ application DJA includes a plurality of player units 710, a mixer unit 720, a server unit 730, and a display unit 740. The player unit 710 and the mixer unit 720 function as the DJ players 10 (A) and (B) and the mixer device 20 in the above embodiment. The server unit 730 and the display unit 740 function as the display 30 of the server 30 and the DJ player 10 in the above embodiment. The server unit 730 may be provided outside the PC 700. As described above, according to the modification shown in FIG. 14, the system configuration of the DJ system SY can be simplified, and the installation space can be saved and the system construction cost can be reduced. In addition, it is good also as a structure which mounted said each part in one DJ apparatus (dedicated apparatus for DJ performance) instead of the structure which installed DJ application DJA in PC700.

FIG. 15 is a diagram illustrating a modified example of the disclosure mode switching unit 310 and the list generation mode switching unit 320. In the above embodiment, the mode switching is performed using the GUI in the dedicated screen D0. However, in the present modification, the mode switching is performed using an operator provided in the patch bay 70. The patch bay 70 is used for connecting the DJ player 10 and the mixer device 20. A list generation mode area 70 a and a disclosure mode area 70 b are provided on the upper surface or the side surface of the patch bay 70. The list generation mode area 70a is provided with an LED 71 that indicates whether the list generation mode is ON / OFF based on a difference in the indicator lamps, and a touch button 72 that switches ON / OFF each time the button is pressed. The disclosure mode area 70b is provided with a slide switch (toggle switch) 73 for switching ON / OFF of the disclosure mode. As described above, by providing the patch bay 70 with the functions of the disclosure mode switching unit 310 and the list generation mode switching unit 320, the GUI in the dedicated screen D0 and the display area of each mode can be omitted.

FIG. 16 is a diagram showing a modification of the screen display of the customer smartphone 50. FIG. 11A shows a display example when the event total log screen (see FIG. 12) of the server 30 is displayed on the display screen 81 of the customer smartphone 50. In the figure, the symbol “star” indicates reaction information for each music piece, and the symbol “double circle” indicates special operation information (operation log). FIG. 7B shows a display example when the title-specific detailed log screen (see FIG. 13) of the server 30 is displayed on the display screen 81 of the customer smartphone 50. In the figure, arrows are time axes, character strings “Q0” and “Q1” are special operation information (operation log), bar graphs are count information, “M2”, “M6”, etc. are mark information (mark log numerical values). , “C50”, “C55” and the like indicate count information (numerical value of count log). As described above, the detailed reaction information and the special reproduction information may be visible on the customer smartphone 50 as well. Further, it may be possible to select which of the screens shown in FIGS. 9, 10, and 13 can be displayed by setting a dedicated application of the customer smartphone 50. Further, the server 30 counts the number of visits of customers, and sends a lock release key to customers with many visits so that a detailed reproduction log as shown in FIG. 13 can be selected. This modification may be used as an incentive for the customer.

In addition, although not particularly shown, the following configuration can also be adopted. For example, in the above embodiment, the DJ confirms the request result and the reaction information on the display 11 of the DJ player 10 or the display unit 34 of the server 30. However, the DJ confirms these with a smartphone possessed by the DJ. May be.

Further, in the above-described embodiment, the aggregation of requests is performed after a predetermined time has elapsed from the time when a predetermined number of songs played in the non-onair state has been reached, but the list generation mode is switched by the list generation mode switching unit 320. Aggregation may be performed at the time of switching to “OFF”. Alternatively, the aggregation may be performed after a predetermined time has elapsed from when the list generation mode is switched to “OFF”. According to this configuration, the DJ can determine the end timing of receiving the request. Thereby, it is possible to start counting at an appropriate timing according to the number of customers and the atmosphere of the place.

In the above embodiment, the display for the DJ player 10, the display for the server 30, the display for the large display device 40, the display for the smartphone 50 for customers, and some display examples are shown. The example shown may correspond to any device. In addition, on the dedicated screen D0 of the server 30, it may be possible to set which display example corresponds to which device.

Further, in the above embodiment, the mark information can be recorded only once for each music piece. However, the mark information may be recorded up to a plurality of times, or an arbitrary number may be recorded. As for the count information, an arbitrary number can be recorded, but an upper limit value may be set.

Further, in the above embodiment, the list generation mode switching unit 320 is provided in the server 30, but may be provided in each player 10. In this case, a request list is generated only for music that has been auditioned by the DJ player 10 in the list generation mode “ON”. Further, when the list generation mode setting is different for each DJ player 10, the list generation mode is regarded as “OFF”, or any one DJ player 10 (for example, “DJ player (A)”) is set. Variations such as priority are also conceivable.

In the above embodiment, the detection result of the shake is used as the reaction information. Besides this, detection of button operation by the user (whether it is a conscious operation or an unconscious operation), Detection results of movement detection and biological reactions (sweat, blood pressure, body temperature, pulse, etc.) may be recorded as reaction information.

In the above embodiment, the information output unit 370 outputs the request list when the number of songs reproduced in the non-onair state reaches a predetermined number. However, the predetermined number is changed to an arbitrary number. It may be possible. In this case, if the predetermined number is “1”, the list candidate will be released every time the music is listened to. Further, instead of outputting when the predetermined number is reached, the request list may be output when the DJ performs some operation (for example, when the list generation mode is switched to “OFF”).

In the above embodiment, music is exemplified as “content”, but audio data other than music may be used. It may also be video content. In the case of video content, various video effects can be recorded as special playback information.

It is also possible to provide each component of the DJ system SY shown in the above embodiment as a program. Further, the program can be provided by being stored in various storage media (CD-ROM, flash memory, etc.). That is, a program for causing a computer to function as each component of the DJ system SY and a storage medium storing the program are also included in the scope of the right of the present invention. For example, when the above embodiment is realized with PCDJ (a PC application functioning as a DJ device by using a DJ PC application), the PC application and the storage medium on which the PC application is recorded are also included in the present invention. Is included in the scope of rights. The same applies to programs incorporated in various information devices such as smartphone applications and PDA applications.

Moreover, although the smart phone was illustrated as a terminal which a customer possesses, the kind will not ask | require if it is a terminal which has a shake detection function and a display function. Further, the playback device for playing back music is not limited to the DJ player 10 and may be another player, or the mixer device 20 may be omitted.

Further, each function of the server 30 may be realized by a device (server) on the network. The present invention can also be applied to cloud computing. The server 30 of the present invention may be realized by a system (communication system) including three or more components such as a server, a PC, and a user terminal. In this case, at least, the user terminal may be provided with an operation means, a display means, a server and / or a means for communicating with the PC, and the other means may be either the server, the PC, or the user terminal, What is necessary is just to be distributed and prepared for each. Other modifications can be made as appropriate without departing from the scope of the present invention.

10 ... DJ player 11 ... Display 20 ... Mixer device 30 ... Server 31 ... Operating means 32 ... Storage means 33 ... Communication means 34 ... Display means 35 ... Control means 40 ... Large display device 50 ... Smartphone for customer 70 ... Patch bay 70a ... List Generation mode area 70b ... Disclosure mode area 71 ... LED 72 ... Touch button 73 ... Slide switch 110 ... Content playback unit 120 ... Information acquisition unit 130 ... Display unit 300 ... PC 310 ... Disclosure mode switching unit 320 ... List generation mode switching unit 330 ... Reproduction detection unit 340 ... Display unit 340 ... OnAir discrimination unit 350 ... Reproduction log generation unit 360 ... Request list generation unit 370 ... Information output unit 380 ... Selection result acquisition unit 390 ... Aggregation unit 410 ... Information acquisition 420 ... Display unit 510 ... Information acquisition unit 520 ... Display unit 530 ... Content selection unit 540 ... Selection result output unit 550 ... Detection unit 560 ... Reaction information output unit 570 ... Detection result recording unit 580 ... Replay log display control unit 610 ... Total Result output unit 620 ... Display unit 630 ... Reaction information acquisition unit 640 ... Reaction information totaling unit 650 ... Replay log recording unit D0 ... Dedicated screen DJA ... DJ application SY ... DJ system

Claims (18)

1. A playback detection unit for detecting playback of content;
   A reaction information acquisition unit that acquires reaction information that is a detection result at the time of the content reproduction of the mobile terminal possessed by the viewer of the content;
   An information processing apparatus comprising: a reproduction log recording unit that records the reaction information in association with a reproduction log of the content.
2. A reaction information totaling unit that totalizes the obtained reaction information for each predetermined time, for each content, or for each operator who operates the content reproduction unit;
   The information processing apparatus according to claim 1, wherein the reproduction log recording unit records the totaled reaction information in association with a reproduction log of the content.
3. One or more content playback units for playing back the content are provided inside or outside,
   The reproduction log recording unit records special reproduction information indicating that the special reproduction is performed in association with the reproduction log when the special reproduction is performed by the one or more content reproduction units. The information processing apparatus according to claim 1.
4. The information processing apparatus according to claim 3, wherein the reproduction log recording unit records the special reproduction information by distinguishing the type of the special reproduction.
5. The information processing apparatus according to claim 1, wherein the reproduction log recording unit records the acquired reaction information in real time in synchronization with reproduction of the content.
6. 3. The information processing apparatus according to claim 2, further comprising one or more display units for displaying the reproduction log recorded by the reproduction log recording unit, inside or outside.
7. A communication system configured to allow communication between the information processing apparatus according to claim 6 and one or more portable terminals,
   The portable terminal is
   The display unit;
   A shaking detection unit for detecting shaking of the mobile terminal body;
   A reaction information output unit that outputs a detection result of the shake detection unit as the reaction information to the information processing apparatus.
8. The shaking detection unit detects a plurality of types of shaking according to the magnitude of shaking,
   The communication system according to claim 7, wherein the reproduction log recording unit records the reaction information while distinguishing the type of shaking.
9. When the reaction information output unit detects a first fluctuation indicating a predetermined amount or more, the reaction information output unit outputs the reaction information for each detection, and detects a second fluctuation indicating a vibration less than the predetermined amount. 9. The communication system according to claim 8, wherein the cumulative number is output as the reaction information.
10. The information processing apparatus includes:
    A playback log output unit for outputting the playback log to the mobile terminal;
    The portable terminal is
    A detection result recording unit for recording the detection result of the shake detection unit in the mobile terminal body;
    A reproduction log display control unit for displaying the detection result recorded by the detection result recording unit on the display unit in association with the reproduction log acquired from the information processing apparatus; The communication system according to claim 7.
11. A playback log acquisition unit for acquiring a playback log of the content;
    A shake detection unit for detecting the shake of the main body,
    A detection result recording unit for recording a detection result of the shake detection unit;
    A portable terminal comprising: a reproduction log display control unit configured to display the detection result recorded by the detection result recording unit in association with the acquired reproduction log.
12. Each unit in the information processing apparatus according to any one of claims 1 to 6,
    A content reproduction system comprising: a content reproduction unit that reproduces the content.
13. A DJ device comprising the components of the content reproduction system according to claim 12.
14. A playback detection step for detecting playback of the content;
    A reaction information acquisition step of acquiring reaction information which is a detection result at the time of the content reproduction of the mobile terminal possessed by the viewer of the content;
    And a reproduction log recording step of recording the reaction information in association with the reproduction log of the content.
15. A playback log acquisition step for acquiring a playback log of the content;
    A shaking detection step for detecting shaking of the main body;
    A detection result recording step for recording a detection result of the shaking detection step;
    A reproduction log display control step for displaying the detection result recorded in the detection result recording step in association with the acquired reproduction log.
16. A computer is caused to function as each unit in the information processing device according to any one of claims 1 to 6 or as each unit of the information processing device in the communication system according to any one of claims 7 to 10. program.
17. The program for functioning a computer as each part of the said portable terminal in the communication system of any one of Claim 7 thru | or 10, or each part in the portable terminal of Claim 11.
18. A program for causing a computer to function as each unit in the content reproduction system according to claim 12.

Images