JP6520438B2 - program - Google Patents

Description

  The present invention relates to a server device for reproducing moving pictures by AR technology in a portable terminal, a moving picture data distribution method, and a program.

  Image printing apparatuses that read digital data of an image captured by a digital camera or a smartphone and output the print data are installed in various places. For example, the user brings a storage medium in which image data captured by a digital camera is stored, and causes the image printing apparatus to read the image data in the storage medium. The image printing apparatus displays an image of image data read from a storage medium and presents the image to the user. Then, when the user selects an image to be printed and designates the print size and the number of prints, the image printing apparatus prints out the image in the designated size. In such an image printing apparatus, the needs of users are diversified, and new services are constantly required.

  Conventionally, an augmented reality (AR) technology is known in which an image such as a virtual object is superimposed and displayed on an image of a physical space captured by a portable terminal such as a tablet terminal or a smartphone (for example, Patent Document 1) , 2).

JP, 2011-8752, A Japanese Patent Application Publication No. 2012-503228

  The present invention has been made in view of the above-described conventional situation, and a portable terminal is configured to reproduce a moving image superimposed on a printed matter by photographing the printed matter output from the image printing apparatus with the portable terminal. It is an object of the present invention to provide a server device for distributing moving image data to a moving image data distribution method, and a program.

  A server apparatus according to an aspect of the present invention includes a first receiving unit that receives image data from a portable terminal, a storage unit that stores the image data, and a storage location that can store moving image data upon receiving the image data. A first transmission unit for transmitting information to a portable terminal as a transmission source of the image data; and reading the code image from a printed matter on which the image data and a code image obtained by encoding the storage location information are printed A second receiving unit that receives moving image data from a portable terminal that has acquired and accessed the storage location information from a code image, associates the moving image data with the image data, and saves the moving image data in the storage unit; The moving image data is read to a portable terminal that has read the code image from the printed matter and acquired the storage location information from the read code image and accessed Those comprising a second transmission unit that transmits, to.

  In the server device according to one aspect of the present invention, when the second transmission unit matches the feature point of the image read from the print by the portable terminal and the feature point of the image data stored in the storage unit. And transmitting the moving image data to the mobile terminal.

  In the server device according to one aspect of the present invention, the first receiving unit receives a password together with the image data, and the second receiving unit is a password received by the first receiving unit and a transmission source of the moving image data. When the password transmitted from the portable terminal matches, the moving image data is stored in the storage unit.

  A program according to an aspect of the present invention includes a first transmission unit that transmits and registers image data stored in a storage unit to a server device, and reception that receives storage location information that can store moving image data from the server device. Section, a transfer section for transferring the image data and the storage location information to the image printing apparatus, and the code of the printed matter on which the code image obtained by coding the image data and the storage location information by the image printing apparatus is printed An acquisition unit that reads an image using a camera to acquire the storage location information, and the server device is accessed based on the storage location information acquired by the acquisition unit, and the moving image data stored in the storage unit Are also transmitted to the server device, and the computer of the portable terminal is made to function as a second transmission unit that associates and registers the image data. It is.

  In the program according to one aspect of the present invention, the acquisition unit reads the code image printed on the printed matter using the camera to acquire the storage location information, and the server apparatus based on the storage location information. To obtain the image data, and using the camera to obtain an image on the print, and further obtaining an image of the computer of the portable terminal from the server device, and the print on the print The printed matter in which moving image data corresponding to the image data is received from the server device when the characteristic points coincide with a comparison unit that compares the characteristic points of the image, and the moving image data is captured by the camera Function as a reproduction unit for reproducing the image by superimposing it on the image of.

  The program according to one aspect of the present invention is that the image data and the storage location information are not transferred to the image printing apparatus within a predetermined period after the reception of the storage location information, or the image data not transferred to the image printing apparatus And causing the computer of the portable terminal to function as a time limit management unit for notifying that there is an unpurchased print when the number of storage location information reaches a predetermined number.

  A moving image data distribution method according to an aspect of the present invention includes the steps of: a portable terminal transmitting and registering image data to a server device; and the server device storing the moving image data as the image data is received. Transmitting location information to the mobile terminal; transferring the image data and the storage location information to the image printing apparatus; and the image printing apparatus coding the storage location information to obtain a code Generating an image, printing on a printing paper a composite image obtained by combining the image data and the code image, and outputting a printed matter; and a code printed on the printed matter by a portable terminal using a camera The image is read to acquire the storage location information, and the server apparatus is accessed based on the storage location information to transmit the moving image data. And registering the moving image data, the portable terminal uses the camera to read the code image printed on the printed matter to obtain the storage location information, and the storage location information is obtained based on the storage location information. And accessing the server device to acquire the moving image data, and superimposing the moving image data on an image of the print taken by the camera for reproduction.

  According to the present invention, by photographing the printed matter output from the image printing apparatus with the portable terminal, the moving picture data is distributed to the portable terminal such that the moving picture is superimposed and reproduced on the printed matter.

It is a schematic block diagram of the moving image data delivery system concerning this embodiment. FIG. 6 is a diagram showing an example of a printed matter output from the image printing apparatus. It is a block diagram of a portable terminal. FIG. 6 is a functional block diagram realized by executing a moving picture registration reproduction application. It is a block diagram of a server apparatus. FIG. 2 is a block diagram of an image printing apparatus. It is a functional block diagram realized by running an image sales program. It is a sequence diagram explaining the moving image data delivery method concerning this embodiment.

  Hereinafter, embodiments of the present invention will be described based on the drawings.

  FIG. 1 is a schematic configuration diagram of a moving image data distribution system according to the present embodiment. As shown in FIG. 1, the moving image data distribution system includes a server device 1, an image printing device 2, and portable terminals 4 (4A, 4B, 4C). The portable terminal 4 is a camera, a smartphone having a communication function, a tablet device, or the like.

  The portable terminal 4A registers the image data in the server device 1. The image data is, for example, data of an image captured by the camera of the portable terminal 4A or an image created by the user. The portable terminal 4 B registers moving image data in the server device 1. The moving image data is, for example, moving image shot by the camera of the portable terminal 4B or data of a moving image created by the user. The portable terminals 4A, 4B, 4C may be the same terminal, or at least one may be a different terminal.

  When receiving the image data from the portable terminal 4A, the server device 1 transmits storage location information (for example, a URL) capable of storing moving image data corresponding to the image data to the portable terminal 4A.

  When the user transfers the image data and storage location information from the portable terminal 4A to the image printing device 2 and pays the fee, the image printing device 2 encodes the storage location information to generate a two-dimensional code, and a two-dimensional code image And the image of the image data received from the portable terminal 4A, and print the composite image on printing paper to output the printed matter 3. Thereby, as shown in FIG. 2, the printed matter 3 on which the image 31 and the two-dimensional code 32 are printed is created.

  When the user photographs the two-dimensional code 32 on the print 3 with the camera of the portable terminal 4 B, the portable terminal 4 B reads the two-dimensional code 32 to acquire storage location information and accesses the server device 1. The server device 1 notifies the mobile terminal 4B that has made access that the moving image data has not been stored yet. The portable terminal 4B transmits (uploads) the moving image data to the server device 1 based on the notification. The server device 1 links and stores the image data received from the portable terminal 4A and the moving image data received from the portable terminal 4B based on the storage location information.

  When the user captures a two-dimensional code 32 on the print object 3 with the camera of the portable terminal 4C after registration of the moving image data, the portable terminal 4C reads the two-dimensional code 32 to acquire storage location information and accesses the server device 1 Do.

  The portable terminal 4C acquires image data from the server device 1 and instructs the user to capture the image 31 of the print 3 with the camera of the portable terminal 4C. When the user captures an image 31 with the camera of the portable terminal 4C, the portable terminal 4C compares and collates feature points of the captured image 31 with the image acquired from the server device 1. When the two images match by the matching, the portable terminal 4C acquires moving image data corresponding to the image 31 from the server device 1 and reproduces the moving image on the display. A well-known AR technology is used for moving image reproduction, and the moving image is superimposed and reproduced on the print 3 taken by the camera of the portable terminal 4C.

  As described above, in the moving image data distribution system, the user A registers image data from the portable terminal 4 (4A) to the server device 1, and the server device 1 stores storage location information for storing moving image data in the portable terminal 4 (4A Notify on). The user A transfers image data and storage location information from the portable terminal 4 (4 A) to the image printing apparatus 2, and purchases the print 3 on which the image 31 and the two-dimensional code 32 are printed.

  The user A who purchased the printed matter 3 by the image printing device 2 or the user B who transferred the printed matter 3 from the user A reads the two-dimensional code 32 with the portable terminal 4 (4B) and accesses the server device 1 , Register moving image data in the server device 1. Thereafter, the user C who owns the printed matter 3 reads the two-dimensional code 32 with the portable terminal 4 (4C), accesses the server device 1, receives and reproduces the moving image data, and views the moving image corresponding to the image 31 be able to.

  Thereby, for example, the user A can transfer the print 3 to the user B as a picture that can be linked with a moving image. The user B accesses the server device 1 from the two-dimensional code 32 of the print 3 using the portable terminal 4 and registers a moving image. After moving picture registration, when the server device 1 is accessed from the two-dimensional code 32 of the print 3 using the portable terminal 4, the moving picture linked to the image 31 of the print 3 can be enjoyed. The user B can transfer the print 3 to the user C as a picture with a moving image.

  Alternatively, the user A sells the print 3 as a picture that can be linked with a moving picture, and at the time of purchase of the user B, shoots on the spot a bonus moving picture desired by the user B, such as a two-shot moving picture with the user B. It can be registered in the server device 1.

  FIG. 3 is a block diagram of the portable terminal 4. The portable terminal 4 includes a CPU 40, a memory 41, a camera 42, a communication unit 43, and a display (touch panel) 44. In the example shown in FIG. 1, registration of image data, registration of moving image data, and reproduction of moving images are performed by different portable terminals 4A, 4B and 4C, but these processing may be performed by one portable terminal 4. it can. Here, the configuration of the portable terminal 4 that performs registration of image data, registration of moving image data, and reproduction of a moving image will be described.

  The memory 41 stores image data, moving image data, and a moving image registration reproduction application (application program). The memory 41 is a flash memory type, hard disk type, multimedia card micro type, card type memory (for example, SD or XD memory etc.), RAM (Random Access Memory), SRAM (Static Random Access Memory), ROM (Read- The memory includes at least one type of storage medium, such as only memory (EEPROM), electrically erasable programmable read only memory (EEPROM), programmable read only memory (PROM), and magnetic memory.

  By the CPU 40 executing the moving picture registration reproduction application, as shown in FIG. 4, the registration unit 50, the transfer unit 60, and the reproduction unit 70 are realized, and data registration to the server device 1 and data to the image printing device 2 Transfer, acquisition and reproduction of moving images from the server device 1, etc. can be performed.

  The registration unit 50 includes an image selection unit 51, a moving image selection unit 52, a data transmission unit 53, and a storage location information reception unit 54.

  The image selection unit 51 displays one or a plurality of image data stored in the memory 41 as thumbnails on the display 44, and the user selects an image (image 31 to be printed on the print 3) to be registered in the server device 1. Accept

  The moving image selection unit 52 displays a selection screen of one or more moving image data stored in the memory 41 on the display 44, and receives a selection of a moving image to be registered in the server device 1 from the user.

  The data transmission unit 53 (first transmission unit) transmits the image data selected by the user to the server device 1 using the communication unit 43. In addition, the data transmission unit 53 (second transmission unit) uses the storage location information read from the two-dimensional code 32 printed on the printed matter 3 using the camera 42 to transmit the server device 1 via the communication unit 43. , And transmits the moving image data selected by the user to the server device 1.

  The storage location information receiving unit 54 receives storage location information for storing moving image data from the server device 1 via the communication unit 43.

  The transfer unit 60 uses the communication unit 43 to transmit the image data transmitted to the server device 1 by the data transmission unit 53 and the storage location information received by the storage location information reception unit 54 from the server device 1 to the image printing device 2. Forward.

  The reproduction unit 70 includes an image acquisition unit 71, a feature point comparison unit 72, and a moving image reproduction unit 73.

  The image acquisition unit 71 reads storage location information from the two-dimensional code 32 printed on the print 3 using the camera 42, accesses the server device 1 via the communication unit 43, and converts the image data corresponding to the image 31 get. Further, the image acquisition unit 71 acquires the image 31 on the print 3 using the camera 42.

  The feature point comparison unit 72 compares the feature points of the image acquired from the server device 1 with the image 31 of the print 3 captured by the camera 42. If the feature points match, the video playback unit 73 receives video data from the server device 1. If the feature points do not match, the display 44 displays that reproduction is not possible.

  The moving image reproduction unit 73 superimposes the received moving image data on the image 31 of the print 3 captured by the camera 42 and reproduces the image using the known AR technology. For example, the feature point of the detected image 31 is tracked, the position and orientation of the camera 42 are estimated, and alignment between the camera image and the moving image is performed.

  FIG. 5 is a block diagram of the server device 1. The server device 1 includes an image data receiving unit 11, a moving image data receiving unit 12, a storage location information transmitting unit 13, an image data transmitting unit 14, a moving image data transmitting unit 15, a moving image distribution management unit 16, and a database 17. It consists of

  The image data receiving unit 11 receives image data from the portable terminal 4 and stores the image data in the database 17. When receiving the image data from the portable terminal 4, the storage location information transmitting unit 13 transmits, to the portable terminal 4, storage location information for storing moving image data to be associated with the image data.

  The moving picture data receiving unit 12 receives moving picture data from the portable terminal 4 when the portable terminal 4 accesses the server device 1 based on the storage place information and the moving picture data corresponding to the storage place information is not yet registered. . The moving image data receiving unit 12 associates the received moving image data with the image data registered in advance, and stores it in the database 17.

  When the portable terminal 4 accesses the server device 1 based on the storage location information in reproducing the moving image, the image data transmission unit 14 transmits the image data corresponding to the storage location information to the portable terminal 4.

  The moving image data transmission unit 15 transmits moving image data to the mobile terminal 4 in response to a request from the mobile terminal 4. The moving image data to be transmitted to the portable terminal 4 corresponds to the storage location information used when the portable terminal 4 is accessed.

  The database (storage unit) 17 stores image data, moving image data, and management information. The image data and the moving image data are received from the portable terminal 4. The management information includes information such as the correspondence between image data and moving image data, and the date when the data was registered. The server device 1 may further include a terminal information acquisition unit that acquires terminal information (such as individual identification information) of the mobile terminal 4 that has registered image data and moving image data, and may include the acquired terminal information in the management information. As terminal information, the application ID of the moving picture registration reproduction application installed in the mobile terminal 4 may be acquired. Thereby, it is possible to manage the registration date of the image data and the moving image data in the database 17 and the information of the portable terminal 4 used for registration.

  The database 17 is at least one type of storage of flash memory type, hard disk type, multimedia card micro type, card type memory (for example, SD or XD memory etc.), RAM, SRAM, ROM, EEPROM, PROM, magnetic memory. Includes media.

  When the video distribution management unit 16 stores the image data received from the portable terminal 4 in the database 17, the moving picture distribution management unit 16 generates storage location information as a storage destination of the video data corresponding to the image data, and management information including the storage location information Create At the time of registration of moving image data by the portable terminal 4, the moving image distribution management unit 16 refers to the management information, identifies corresponding image data from storage location information when the portable terminal 4 has accessed, and The video data transmitted from the terminal 4 is linked. Further, at the time of reproduction of moving image data by the portable terminal 4, the moving image distribution management unit 16 refers to the management information, and based on storage location information when the portable terminal 4 accesses, image data and moving image to be transmitted to the portable terminal 4 Identify the data.

  FIG. 6 is a block diagram of the image printing apparatus 2. As shown in FIG. 6, the image printing apparatus 2 includes a CPU (central processing unit) 20, a touch panel (display unit, operation unit) 21, a charging unit 22, a printer 23, a communication unit 24, and a memory 25. The image printing apparatus 2 reads image data from a storage medium storing image data captured by a digital camera or the like, displays the read image on the touch panel 21, and allows the user to select an image and specify the print size and the number of prints. It has a function of accepting and printing out an image by the printer 23.

  The charging unit 22 identifies and counts the inserted money, and dispenses change. The printer 23 is, for example, a sublimation type thermal transfer high resolution color printer.

  The memory 25 stores a control program and a sales program. The memory 25 is at least one type of storage of flash memory type, hard disk type, multimedia card micro type, card type memory (for example, SD or XD memory etc.), RAM, SRAM, ROM, EEPROM, PROM, magnetic memory. Includes media.

  The CPU 20 executes a control program to function as a control unit that controls each unit of the image printing apparatus 2.

  As the CPU 20 executes the sales program, as shown in FIG. 7, the data receiving unit 26, the encoding processing unit 27, and the image combining unit 28 are realized, and the printed matter 3 can be sold.

  When data reception unit 26 receives a print order start instruction of a photo with a moving image (photograph capable of registering a moving image) from the user via touch panel 21, image data is transmitted from portable terminal 4 using the wireless communication function of communication unit 24. And receive storage location information.

  The encoding processing unit 27 encodes the received storage location information to generate a two-dimensional code image. The image combining unit 28 combines the two-dimensional code image with the received image data to create a combined image. The user may be able to indicate the placement location of the two-dimensional code image in the composite image. When the control unit transfers the composite image to the printer 23, the printer 23 prints the composite image on printing paper and outputs the print 3.

  FIG. 8 is a diagram showing a flow of processing of image / moving image registration and moving image reproduction according to the present embodiment. Here, the user A registers an image in the server device 1 using the portable terminal 4A, the user B registers a moving image in the server device 1 using the portable terminal 4B, and the user C uses the portable terminal 4C to register a moving image An example of reproduction will be described. The portable terminals 4A, 4B, and 4C each have the same configuration as the above-described portable terminal 4. The user A (mobile terminal 4A), the user B (mobile terminal 4B), and the user C (mobile terminal 4C) may all be different, or any one person (one) may be different, all May be the same.

  When the user A operates the portable terminal 4A, executes the moving image registration reproduction application, and selects the image registration mode, the image data in the memory 41 can be selected. When the user A selects one of the image data (step S101), the data transmission unit 53 transmits the selected image data to the server device 1 (step S102).

  The server device 1 stores the image data received from the portable terminal 4A in the database 17, secures a storage area for storing moving image data, and stores storage location information for specifying this storage area in the portable terminal 4A. It notifies (step S103).

  The user A operates the image printing apparatus 2 to start the print order of the photo with movie. Using the wireless communication function of the image printing device 2, the same image data transmitted to the server device 1 and the storage location information notified from the server device 1 are transferred from the portable terminal 4 A to the image printing device 2 ( Step S104).

  Upon receiving payment from the user, image printing device 2 encodes storage location information to generate a two-dimensional code image, and combines this two-dimensional code image with the image data transferred from portable terminal 4A. Then, a composite image is generated (step S105).

  The printer 23 prints this composite image on printing paper and outputs it (step S106). Thereby, the user A can obtain the printed matter 3 on which the image 31 and the two-dimensional code 32 are printed (step S107). Thereafter, the user A transfers the print object 3 for which moving image registration is possible to the user B (step S108).

  When the user B executes the moving picture registration reproduction application of the portable terminal 4B and selects the moving picture registration mode, the camera 42 is activated and a reading instruction of a two-dimensional code is displayed on the display 44. The portable terminal 4B acquires storage location information by photographing the two-dimensional code 32 of the print 3 with the camera 42 (step S109). When the portable terminal 4B accesses the server device 1 based on the storage location information, the server device 1 indicates that the moving image data corresponding to the storage location information at the time of access from the portable terminal 4B is not registered yet. Notify

  Based on this notification, moving image data in the memory 41 of the portable terminal 4B can be selected. When the user B selects any moving image data (step S110), the data transmitting unit 53 transmits the selected moving image data to the server device 1 (step S111). The server device 1 associates the moving image data received from the portable terminal 4B with the image data received from the portable terminal 4A in step S102, and stores the data in the database 17. After that, the user B transfers the print 3 having the moving picture-added photograph to the user C (step S112).

  When the user C executes the moving picture registration reproduction application of the portable terminal 4C and selects the moving picture reproduction mode, the camera 42 is activated and a reading instruction of a two-dimensional code is displayed on the display 44. By photographing the two-dimensional code 32 of the print 3 with the camera 42, the portable terminal 4C acquires storage location information (step S113).

  The image acquisition unit 71 of the portable terminal 4C accesses the server device 1 via the communication unit 43 based on the storage location information, and requests image data (step S114). The server device 1 refers to the management information, and transmits image data corresponding to the moving image data indicated by the storage location information when accessed from the portable terminal 4C to the portable terminal 4C (step S115).

  When the portable terminal 4 </ b> C receives image data from the server device 1, an instruction to read the image 31 is displayed on the display 44. When the image 31 of the print 3 is captured by the camera 42, the feature point comparison unit 72 compares the feature points of the image received from the server device 1 with the image 31 captured by the camera 42 (step S116). When the feature points match, the portable terminal 4C requests the server device 1 for moving image data (step S117).

  The server device 1 transmits, to the portable terminal 4C, moving image data corresponding to the image data transmitted to the portable terminal 4C in step S115 (step S118). When the portable terminal 4C receives the moving image data, the moving image reproducing unit 73 reproduces the moving image data by superimposing it on the image 31 captured by the camera 42 using the known AR technology (step S119).

  As described above, according to the present embodiment, by photographing the printed matter 3 output from the image printing apparatus 2 with the portable terminal 4, the moving object is superimposed on the printed matter 3 and reproduced to the portable terminal 4. Video data can be distributed.

  The image data and the moving image data can be registered in the server device 1 by the user. Also, the moving image data can be registered after the print product 3 is created and purchased by the image printing device 2. Therefore, the printed matter 3 generated by the image printing apparatus 2 has high freedom in the user who registers the moving image and the timing of the registration.

  When registering image data, a password for moving image registration may be set. The image data receiving unit 11 receives the password together with the image data. The user who has registered the image data transmits a password when transferring printed matter before moving picture registration to another user. The server device 1 acquires the terminal information of the mobile terminal 4 that has accessed, and when the mobile terminal 4 that has registered the image data and the mobile terminal 4 that registers the moving image data is different, it requests the input of the password. If the password transmitted from the portable terminal 4 registering moving image data matches the password received by the image data receiving unit 11, registration of moving image data is accepted. This can prevent unauthorized third party video registration.

  The method of restricting moving picture registration is not limited to password input, and may be, for example, using GPS information. The restriction by the GPS information can prevent the moving image registration outside the predetermined place.

  In the above embodiment, an example in which one moving image data is linked to one image data has been described, but a plurality of moving image data may be linked. In this case, when receiving the image data from the portable terminal 4, the moving image distribution management unit 16 of the server device 1 secures a storage area for storing a plurality of moving image data for one image data, and stores storage location information. Generate and create management information. The moving image distribution management unit 16 can specify one image data and a plurality of moving image data based on the storage location information with reference to the management information.

  When moving image data is registered from the user, a period in which the moving image can be reproduced or a reproducible position (GPS information) may be set. In addition, when a plurality of moving image data are registered for one image data, the reproduction period and the reproduction time may be set for each moving image.

  Even if the time limit management unit is realized by executing the moving picture registration reproduction application in the portable terminal 4 in order to prevent only the data from being registered in the server device 1 without the printed matter 3 being purchased. Good. For example, when image data and storage location information are not transferred to image printing device 2 within a fixed period (for example, one month) after registering image data in server device 1 and receiving storage location information, that is, print 3 When the purchase is not performed, the time limit management unit uses the display 44 of the portable terminal 4 to notify that there is the print material 3 not purchased yet, or the image data registered in the server device 1 is deleted. Display an alarm.

  In addition, when the number of image data and storage location information not transferred to the image printing apparatus 2 reaches a certain number, that is, when the number of unprinted print objects 3 reaches a certain number, the time limit management unit The display 44 of the portable terminal 4 may be used to notify that the unpurchased printed matter 3 has accumulated, or to display an alarm that the image data registered in the server device 1 is to be deleted. As a result, it is possible to prevent only the image data from being registered in the server device 1 without purchasing the printed material 3, and the storage area of the server device 1 can be efficiently used.

  The server device 1 defines a data storage period (for example, 2 years) when there is access to playback of a moving image, and when the end of the storage period approaches, the end of the storage period approaches the portable terminal 4 with access record You may notify that. The server device 1 may receive an extension of the storage period or the purchase of moving image data from the portable terminal 4 for a fee. The payment of the fee is made, for example, by online payment using a credit card. When the user selects extension of the retention period, the server device 1 extends the retention period of the registration data. When the user selects to buy moving image data, the server device 1 transmits the moving image data to the portable terminal 4 and deletes the moving image data from the database 17. As a result, it is possible to prevent moving image data that has not been reproduced from remaining registered in the server device 1 and to use the database 17 of the server device 1 efficiently.

  The server device 1 confirms the terminal information of the portable terminal 4, the application ID of the moving picture registration / reproduction application installed in the portable terminal 4, the access source IP address, etc., and registers from the same portable terminal 4 within a fixed period. The size and number of image data to be uploaded may be limited.

  The portable terminal 4 preferably copies the image data transmitted to the server device 1, holds the copied image data so as to be uneditable, and transfers the image data to the image printing device 2. Further, when image data that can not be edited is transferred from the portable terminal 4, the image printing device 2 controls so that image editing using the editing (stamp or frame addition, etc.) function of the own device can not be performed. When image data is edited before printing on the image printing device 2 after transmission to the server device 1, a feature point is generated between the edited image on the printed material 3 and the image stored in the server device 1. This is because they can be discordant.

  In the above embodiment, an example in which the server device 1 notifies storage location information for storing moving image data to the portable terminal 4 has been described. However, along with registration of image data, the server device 1 partially stores storage location information. The key information may be notified to the portable terminal 4 and the portable terminal 4 may generate storage location information using the key information. When transferring the image data to the image printing apparatus 2, the portable terminal 4 adds a branch number to the key information to generate storage location information. The portable terminal 4 generates a plurality of storage location information in which branch numbers are changed according to the number of prints 3 generated by the image printing device 2, and transmits the plurality of storage location information to the image printing device 2. As a result, it is possible to output from the image printing device 2 a plurality of printed matter 3 having the same image 31 but different two-dimensional codes 32 (storage location information).

  At the time of moving image registration, the server device 1 specifies image data from key information included in storage location information when accessed from the portable terminal 4 and associates the image data with the image data to register the moving image data. The moving image distribution management unit 16 generates management information indicating the correspondence between the storage location information created by the mobile terminal 4, the image data corresponding to the key information included in the storage location information, and the registered video data.

  The portable terminal 4 may notify the server device 1 of the number of generated storage location information.

  The moving image data registered in the server device 1 may be changed. As a result, when the user registers incorrect moving image data, the moving image data can be replaced with correct one.

  At least a part of the moving picture data distribution system described in the above embodiment may be configured by hardware or software. When configured with software, a program for realizing at least a part of the function of the moving image data distribution system may be stored in a recording medium such as a flexible disk or a CD-ROM, and read by a computer for execution. The recording medium is not limited to a removable medium such as a magnetic disk or an optical disk, and may be a fixed recording medium such as a hard disk drive or a memory.

  Further, a program for realizing at least a part of the function of the moving image data distribution system may be distributed via a communication line (including wireless communication) such as the Internet. Furthermore, the program may be encrypted, modulated, compressed, or stored in a recording medium via a wired line or a wireless line such as the Internet or may be distributed.

  The present invention is not limited to the above embodiment as it is, and at the implementation stage, the constituent elements can be modified and embodied without departing from the scope of the invention. In addition, various inventions can be formed by appropriate combinations of a plurality of constituent elements disclosed in the above embodiment. For example, some components may be deleted from all the components shown in the embodiment. Furthermore, components in different embodiments may be combined as appropriate.

1 server device 2 image printing device 3 printed matter 4 portable terminal

Claims (2)

A first transmission unit that transmits and registers image data stored in the storage unit to the server apparatus;
A receiving unit that receives storage location information that can store moving image data from the server device;
A transfer unit for transferring the image data and the storage location information to an image printing apparatus;
An acquisition unit which reads the code image of the printed matter on which the image data and the code image obtained by encoding the storage location information are printed by the image printing apparatus using a camera to acquire the storage location information;
A second transmission unit that accesses the server device based on the storage location information acquired by the acquisition unit, transmits the moving image data stored in the storage unit to the server device, and associates the moving image data with the image data; When,
The portable terminal computer a program for functioning as,
The acquisition unit reads the code image printed on the printed matter using the camera to acquire the storage location information, and accesses the server apparatus based on the storage location information to acquire the image data. And using the camera to capture an image on the print,
Furthermore, the computer of the portable terminal
A comparison unit that compares the image acquired from the server device with the feature points of the image on the printed matter;
A reproduction unit that receives moving image data corresponding to the image data from the server device when the feature points match, and superimposes the moving image data on an image of the print taken by the camera and reproduces the image. ,
Program to function as. In claim 1 , further,
If the image data and the storage location information are not transferred to the image printing apparatus within a predetermined period after receiving the storage location information, or the number of the image data and the storage location information not transferred to the image printing apparatus is predetermined A program for causing a computer of a portable terminal to function as a time limit management unit that notifies that there is an unpurchased printed matter when the number has been reached.

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