JP2011076277A - Stamp system, and method, program and storage medium for the same - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a stamp system which can leave more "pleasant memories", while making good use of the advantages of conventional stamp rally. <P>SOLUTION: The stamp system includes a storage medium having an IC chip detectable with noncontact communication and a stamp surface to which a stamp can be affixed, a stamp device, and a photo printer having an imaging unit, wherein the stamp device has a printing unit for affixing the stamp, a detection unit for detecting the IC chip of the storage medium which enters within a communicatable range when the stamp is affixed, and a photograph instruction unit which transmits a photographic instruction to the photo printer, and the photo printer has a printing means which photoprints the photographic data of the owner of the storage medium, after receiving the photographing instruction from the stamp device. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

The present invention relates to a stamp system, a method, a program, and a recording medium used for, for example, a stamp rally.
The present invention is particularly useful for a stamp rally participant with a parent and child when leaving more memories.

Conventionally, stamp rally is known in which stamp rally participants stamp stamps on stamp mounts at multiple locations such as exhibitions and theme parks.
This stamp rally is often used by parents and children, and the stamp mount is useful for leaving memories of parents and children.

For example, Patent Document 1 proposes a stamp rally system using a mobile phone in order to solve problems such as preparation of a stamp mount and selection of a place to install a stamp in a conventional stamp rally. Yes. In this stamp rally system using a mobile phone, the stamp rally organizer issues a stamp that proves the location of the mobile phone at a certain time, so that the stamp rally organizer does not have to prepare a place for installing the stamp mount or stamp.・ It is possible to carry out the rally.

JP 2004-139193 A (paragraph 0025, FIG. 4)

  However, the stamp rally system using a mobile phone as disclosed in Patent Document 1 has a problem that there are few “memorative” elements left as objects, and the rally participants remain unsatisfied.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-described problems, and an object of the present invention is to provide a stamp system that makes it possible to leave more “memories” while taking advantage of the conventional stamp rally. , A method, a program, and a recording medium.

This invention solves the said subject by the means as described in each following aspect.
That is, according to a first aspect of the present invention, a recording medium including an IC chip capable of reading detection data by non-contact communication and a stamp surface capable of stamping a stamp, and stamping the stamp on the stamp surface of the recording medium. A stamp system comprising a stamp device and a photographic printer having an imaging unit, wherein the stamp device and the photographic printer are installed at a base,
The stamp device includes:
A printing plate for stamping the stamp on the recording medium;
A detection unit that detects the IC chip by reading the detection data of the IC chip of the recording medium that has entered the communicable range when the stamp is stamped;
A photography instruction unit that transmits a photography instruction of the owner of the recording medium to the photographic printer;
With
The photo printer is
An imaging unit that captures an image of the owner of the recording medium and generates photo data;
A printing means for printing a photograph of the photograph data captured by the imaging unit after receiving a photography instruction from the stamp device;
Comprising
It is a stamp system characterized by this.

In this way, it is possible to take a picture at the stamp rally base.

A second invention of the present invention is the stamp system according to the first invention,
The printing unit prints a photo of the photo data taken by the imaging unit after a predetermined time has elapsed since receiving the photo shooting instruction information;
It is a stamp system characterized by this.

According to a third aspect of the present invention, in the stamp system according to the first aspect,
The photographic printer further includes a display unit,
The imaging unit creates photo data that captures the stamp 帖,
Monitor display means for setting the stamp 帖 of this photo data as a marker, calculating the three-dimensional spatial coordinates of the marker, applying the coordinates to the three-dimensional CG character, rendering processing, image synthesis, and display,
A stamp system characterized by comprising:

A fourth invention of the present invention is the stamp system according to the third invention,
The imaging unit is used instead of the stamp bag.
Create photo data that captures the stamp that can be stamped or stamped on the stamp,
The monitor display means includes
Rendering is performed by setting a stamp that can be stamped with this photo data stamp or a stamp imprinted on the stamp as a marker, calculating the three-dimensional spatial coordinates of the marker, and applying the coordinates to the three-dimensional CG character. To compose and display images,
It is a stamp system characterized by this.

According to a fifth aspect of the present invention, there is provided a recording medium comprising an IC chip capable of reading recording medium identification information by non-contact communication and a stamp surface capable of stamping a stamp, and a stamp for stamping the stamp on the stamp surface of the recording medium. This is a stamp system comprising an apparatus, a photographing apparatus having an electronic camera, and a photo / printing apparatus, wherein the stamping apparatus and the photographing apparatus are installed at a base, and the photographing apparatus and the photo / printing apparatus are connected via a network. There,
The stamp device includes:
A storage unit for storing base data indicating a base where the self is installed;
A printing plate for stamping the stamp on the recording medium;
A detection unit that detects the IC chip by reading the detection data of the IC chip of the recording medium that has entered the communicable range when the stamp is stamped;
An acquisition unit for reading the recording medium identification information of the IC chip;
A photo shooting instruction unit that creates a photo shooting instruction including the base data stored in the storage unit and the recording medium identification information read by the acquisition unit, and transmits the photo shooting instruction unit to the shooting device;
With
The imaging device
Photo data transmission means for associating the base data and the recording medium identification information included in the photo shooting instruction transmitted by the stamp device with the photo data captured by the electronic camera, and transmitting the photo data to the photo printing device;
The photo printing apparatus comprising:
A storage unit for storing photo data in which the base data transmitted by the imaging device is associated with the recording medium identification information;
A detection unit that detects the IC chip by reading the detection data of the IC chip of the recording medium that falls within the communicable range;
An acquisition unit for reading the recording medium identification information of the IC chip;
Photo data receiving means for receiving photo data transmitted by the photographing apparatus and holding it in the storage unit;
Printing means for reading out photo data having the same recording medium identification information as the recording medium identification information of the IC chip read by the acquisition unit from the storage unit and printing the photo;
Comprising
It is a stamp system characterized by this.

You will receive a print of the photograph you have taken after the stamp rally goal, so you do not need to have it during the rally.

A sixth invention of the present invention is the stamp system according to the first or fifth invention,
The printing means includes
A function to synthesize stamp rally characters alongside the face image of the owner of the recording medium extracted from the photo data,
A stamp system characterized by comprising:

A seventh invention of the present invention is the stamp system according to the first or fifth invention,
The printing means includes
Receiving and holding the photography instruction by the stamp device, measuring the number of face images of the owner of the recording medium extracted from the photographic data, and the latest photography instruction from the held photography instruction A function to read the RFID chip identification information included in it and create rally team attribute information including the number of rally teams and RFID chip identification information,
A stamp system characterized by comprising:

According to an eighth aspect of the present invention, there is provided a recording medium comprising an IC chip capable of reading detection data by non-contact communication and a stamp surface capable of stamping a stamp, and a stamp device for stamping the stamp on the stamp surface of the recording medium. A stamp rally method using a photographic printer having an electronic camera,
In the stamp rally method where a stamp device and a photo printer are installed at the base,
A detection step in which the stamp device detects the IC chip by reading the detection data of the IC chip of the recording medium that has entered the communicable range when the stamp is stamped;
A photo shooting instruction step for sending a photo shooting instruction of the owner of the recording medium to the photo printer;
A printing step in which the photo printer captures photo data captured by the electronic camera after receiving a photo shooting instruction from the stamp device;
Is a stamp rally method characterized in that the stamp system is performed by a procedure including:

According to a ninth aspect of the present invention, there is provided a recording medium comprising an IC chip capable of reading recording medium identification information by non-contact communication and a stamp surface capable of stamping a stamp, and a stamp for stamping the stamp on the stamp surface of the recording medium. A stamp rally method using an apparatus, a photographing apparatus having an electronic camera, and a photo printing apparatus,
In the stamp rally method in which the stamp device and the photographing device are installed at the base, and the photographing device and the photo printing device are network-connected,
A detection step in which the stamp device detects the IC chip by reading the recording medium identification information of the IC chip of the recording medium that has entered the communicable range when the stamp is stamped;
A photography instruction step of creating a photography instruction including the read recording medium identification information and transmitting it to the photographing apparatus;
A photo data transmission step in which the imaging device associates the base data and the recording medium identification information included in the photo imaging instruction with the photo data captured by the electronic camera and transmits the photo data to the photo printing device;
A photo print device that receives photo data associated with recording medium identification information and stores the photo data in a storage unit; and
An IC detection step in which the photo printing apparatus detects the IC chip by reading the recording medium identification information of the IC chip of the recording medium that falls within the communicable range;
A printing step of reading out photo data having the same recording medium identification information as the recording medium identification information of the read IC chip from the storage unit and printing the photo;
Is a stamp rally method characterized by being performed in a procedure including

A tenth invention of the present invention is a computer program that causes a computer to operate as the stamp system according to any one of the first to seventh inventions by being incorporated in a computer.

An eleventh aspect of the present invention is a computer-readable recording medium on which the computer program according to the tenth aspect is recorded.

According to the present invention,
(1) It is possible to take a picture at the stamp rally base.
The photographed image may be handed over to the rally participants on the spot or after the stamp rally goal.
(2) By combining the stamp rally character with the photo, it is possible to shoot a unique photo that is available only to stamp rally participants.
Therefore, according to the present invention, since the rally participant can obtain the stamp book and the rally photo as a memorial, there is an effect that more “memories” can be left.

FIG. 1 is a diagram for explaining the overall configuration of the stamp system 1. FIG. 2 is a diagram for explaining a procedure for taking a picture in the stamp system 1. FIG. 3 is a diagram for explaining the mechanism of the stamp apparatus. FIG. 4 is a diagram for explaining the mechanism of the stamp bag. FIG. 5 is a diagram for explaining a situation where a participant is photographed. FIG. 6 is a diagram for explaining an example of a photographic print. FIG. 7 is a detailed configuration diagram of the photographic printer 200. FIG. 8 is a diagram for explaining the operation of the stamp apparatus. FIG. 9 is a diagram for explaining the overall configuration of the stamp system 2. FIG. 10 is a diagram for explaining a procedure for taking a picture in the stamp system 2. FIG. 11 is a diagram illustrating a detailed configuration of the imaging apparatus 400. FIG. 12 is a diagram illustrating a detailed configuration of the photo printing apparatus 800.

Hereinafter, embodiments of the present invention will be described in more detail with reference to the drawings.

FIG. 1 is a diagram for explaining the outline of a stamp system stamp system 1 according to the present invention.
The stamp system 1 includes a stamp device 100 to which a photographic printer 200 is connected wirelessly or by wire, and a stamp bag 700 (recording medium).
This stamp system 1 is used for a stamp rally, for example. A stamp apparatus 100 and a photographic printer 200 having the same configuration and function are installed at each base (for example, the base A, the base B,...) Where the stamp rally is performed.

The stamp device 100 records a seal by imprinting a stamp on the stamp face of the stamp holder 700.
The stamp apparatus 100 includes a storage unit that stores base data indicating a base where the stamp apparatus 100 is installed;
RFID reader / writer (R / W) (details will be described later).
Here, RFID is an abbreviation for Radio Frequency Identification.

The photo printer 200 images the stamp rally participants and outputs a photo print 201.
The photographic printer 200 is provided with an electronic camera and a camera monitor (= display device) on an existing personal computer and a dedicated program described later.

The stamp bag 700 includes an RFID chip 701 (IC chip) and a plurality of pages having a stamp surface on which the stamp can be stamped (details will be described later).

In the above-described configuration of the stamp device 100 and the stamp holder 700, the stamp device 100 (CPU) detects the RFID chip 701 of the stamp holder 700 when the stamp is imprinted on the stamp face of the stamp holder 700, and the RFID chip 701 is detected. Reading of recorded data and writing of data to the RFID chip are performed.
On the other hand, the RFID chip 701 of the stamp holder 700 causes the stamp device 100 to read and write data recorded in the memory through a plurality of pages of the stamp holder 700.

FIG. 5 is a diagram for explaining a situation when the stamp rally participant 900 uses the stamp system 1.
FIG. 5A shows an example of the stamp rally participant 900 at the base.
Each stamp rally participant has one stamp bag 700.
A stamp rally participant (owner of the recording medium) 900 arriving at the base uses the stamp device 100 on the photo printer 200 to stamp a stamp on the stamp bag 700.
The electronic camera 300 is installed so that the stamp rally participant 900 who stamps the stamp can be imaged.
The photographing monitor 501 (= display device) is installed so that a photographic image captured by the electronic camera 300 can be displayed so that the stamp rally participant 900 can visually check it.
FIG. 5B is an example of the screen of the photographing monitor 501.
An image of the stamp rally participant 900 captured by the electronic camera 300 is displayed. The stamp rally participant 900 can check the shooting pose by viewing the screen of the shooting monitor 501.

FIG. 2 is a diagram for explaining the outline of the procedure for using the stamp system 1.
(1) The stamp rally participant 900 takes the stamp basket 700, goes around each base A, base B,..., And stamps the stamp basket 700 using the stamp device 100 installed at each base. To record the stamp impression.
(2) The stamp device 100 detects the IC chip of the stamp bag and transmits photo shooting instruction information to the photo printer 200.
(3) The photo printer 200 accepts the photo shooting instruction information transmitted from the stamp device 100, and uses the shooting monitor screen to check the shooting pose of the stamp rally participants while shooting with display guidance and voice guidance. The electronic camera 300 shoots the stamp rally participant 900 who has notified the timing and stamped the stamp bag.
(4) The photographic printer 200 outputs a photographic print 201 with a color printer using the photographic data of the stamp rally participants.
(5) The stamp rally participant 900 receives the photo print 201 and stores it in the stamp basket 700.
(6) The stamp rally participant 900 repeats the operations from (1) to (5) until reaching the final base (rally goal).

FIG. 4 is a diagram illustrating the configuration of the stamp bag 700 according to the present embodiment.
The stamp bag 700 is composed of a single RFID chip 701, a cover, and a plurality of pages having a stamp face on which the stamp can be stamped.

4A is a view for explaining the back cover of the stamp bag 700. FIG.
One RFID chip 701 is embedded in the back cover illustrated in FIG.
The RFID chip 701 stores information unique to the chip (RFID chip identification information, unique numeric string, etc.) and the like in advance.
Note that the place where the RFID chip 701 is embedded is preferably a back cover for RFID non-contact communication, but it may be embedded in another place.
In addition, the RFID chip 701 may be attached instead of being embedded in the stamp bag 700.
Alternatively, the card in which the RFID chip 701 is embedded may be embedded (or pasted) on the back cover of the stamp bag 700.
Further, the RFID chip 701 or a card in which the RFID chip 701 is embedded may be inserted into a pocket provided on the back cover of the stamp bag 700.

Here, since one RFID chip 701 is embedded in the stamp box 700, the RFID chip identification information can be used as the stamp box identification information.
Moreover, since the rally participant 900 possesses one stamp bag 700, the RFID chip identification information can be used as the rally participant identification information.

FIG. 4B is a diagram for explaining a page having a stamp face of the stamp bag 700.
On the page having the stamp face illustrated in FIG. 4B, a frame mark indicating a region for stamping is printed.

It should be noted that in the relationship between the back cover of the stamp bag 700 and the page having the stamp face, the center of the antenna of the RFID chip 701 and the center of the frame mark printed on each stamp face page are substantially matched. .

FIG. 4C is a diagram for explaining the stamp page on which the stamp is stamped.
A stamp that has been stamped is recorded in the frame mark of the stamp page illustrated in FIG.

FIG. 3 is a cross-sectional view illustrating the configuration of the stamp apparatus 100 according to the present embodiment.
As shown in FIG. 3, the stamp device 100 includes a power plug 101, a housing grip portion 102, a housing stamp portion 103, a makeup / recognition LED (light emitting diode) 104, an RFID reader / writer 108, and a speaker. (Or buzzer) 107, an RFID antenna 109, an RFID reader / writer communication switch (hereinafter referred to as “R / W communication switch”) 110, and a rubber stamp 109 as a printing plate for stamping. It is configured.

The RFID reader / writer 108 includes a CPU, a volatile memory (for example, RAM), a nonvolatile memory (for example, ROM), and the like, and has a timekeeping (clock) function.
This RFID reader / writer adopts a non-contact IC card technology, and reads data from an IC chip (hereinafter referred to as “RFID chip”) employing the technology, and writes data to the RFID chip. It can be performed by non-contact communication. For example, ISO 14443 technology or ISO / IEC 18092 may be applied to the non-contact IC card technology.

Here, a processing procedure of the RFID reader / writer 108 will be described.
When the R / W communication switch 110 is ON, the RFID reader / writer 108 detects the RFID chip 701 that has entered the communicable range (for example, about 10 cm) via the RFID antenna 109 (here. “RFID chip detection” means that the RFID chip is detected if RFID chip identification information can be acquired from the RFID chip), and radio waves (eg, 13.56 MHz) are transmitted to the RFID chip 701. By supplying power to the RFID chip (by electromagnetic induction) and performing data communication (RFID non-contact communication) with the RFID chip by carrier modulation, data reading from the RFID chip and Data writing to the RFID chip is performed without contact.

Note that the RFID reader / writer 108 and the RFID antenna 109 constitute a detection unit and an acquisition unit in the present invention.

  Further, the base data described above is stored in a predetermined storage area of the nonvolatile memory provided in the RFID reader / writer 108.

  As shown in FIG. 3, the R / W communication switch 110 is turned off when the stamp apparatus 100 is installed on the stamp table 105, because it is urged by the R / W communication switch push-out projection 112 in the stamp table 105. When the stamp device 100 is separated from the stamp base 105, the urging force by the R / W communication switch push-out projection 112 is released and the stamp device 100 is turned on.

An image shape of a character such as a predetermined character or figure is formed on the stamp surface of the rubber stamp 109 on the stamp stand 105 side, and the opposite surface is bonded to the casing stamp portion 103 as shown in the figure.
When the stamp device 100 is placed on the stamp base 105, the stamp face of the rubber stamp 109 is in contact with the vermilion 111 provided on the stamp base 105. When the stamp rally participant lifts the stamp device 100 and presses the stamp surface of the rubber stamp 109 against the stamp surface (paper surface) of the stamp bag 700, the stamp having the image shape is stamped. In addition to the rubber stamp, the stamp portion may be a stamp made of a material that is easily bent.

Here, the R / W communication switch 110 of the stamp apparatus 100 may be an R / W communication switch having a pressure-sensitive sensor. At this time, the pressure sensor of the R / W communication switch 110 may be configured to detect the pressure at the time of marking and to turn on the switch.

FIG. 8 is a diagram illustrating an operation procedure of the stamp apparatus 100.
(A) The stamp apparatus 100 is installed on the stamp stand 105, and the R / W communication switch 110 is OFF.
(B) Next, when the stamp rally participant 900 lifts the stamp device 100 from the stamp stand 105, the R / W communication switch 110 is turned on, so that the stamp device 100 responds to the RFID chip. An ID acquisition command is issued (this is performed periodically) and output via the RFID antenna 109.
(C) Then, the stamp device 100 acquires the RFID chip identification information from the RFID chip 701 via the RFID antenna 109, and when the RFID chip 701 is detected, turns on the makeup / recognition LED 104 and completes. The notification sound is reproduced and output through the speaker (or buzzer) 107.

(D) The stamp apparatus 100 creates photo shooting instruction information including the acquired RFID chip identification information, and transmits it to the photo printer 200 by non-contact communication or wired communication.

FIG. 6 is a view for explaining a photographic print according to the present embodiment.
FIG. 6A illustrates a photographic print taken at a base.
The illustrated photo print shows the stamp rally participants.
FIG. 6B illustrates a photographic print taken at a base.
In the illustrated photographic print, a CG character (for example, a heart mark) is synthesized next to the face of the stamp rally participant.

FIG. 7 is a diagram illustrating a detailed configuration of the photographic printer 200.
The photo printer 200 includes a control device 500, an electronic camera 300, and a color printer 400.

The electronic camera 300 is a WEB camera, a USB camera, or the like capable of USB connection or LAN connection. The electronic camera 300 may be other than a WEB camera or a USB camera as long as the camera can continuously generate photo data.
The electronic camera 300 captures the rally participant 900 to create photo data 391 and transmits it to the control device 500.
The color printer 400 receives the print data transmitted from the control device 500 and outputs (prints) the photographic print 201.

The control device 500 is an existing personal computer.
The control device 500 includes a display unit 501, a CPU 508, an image reception unit 502, an R / W control unit 504, a print control unit 505, an input unit 507, a network communication unit 503, a storage unit 509, and a dedicated program. With.
Display unit 501, image receiving unit 502, network communication unit 503, R / W control unit 504, printing unit 505, input unit 507, CPU 508, and storage unit 509 are connected by BUS599.

The CPU 508 is a central processing unit.
The display unit 501 is a liquid crystal display device, an EL display device, or the like.
The image receiving unit 502 is a USB adapter or a LAN adapter.
The network communication unit 503 is a LAN adapter.
The R / W control unit 504 is an RFID reader / writer connection adapter.
The print control unit 505 is a USB adapter.
The input unit 507 is a mouse or a keyboard.

The storage unit 509 is a semiconductor memory or a magnetic memory.
The storage unit 109 stores an image data storage area 091, an image recognition program 183, an operating system 185, and a dedicated program.

The image data storage area 091 stores photo data 391.

The image recognition program 583 is a program using a known image recognition algorithm.
The operating system 585 manages and controls computer hardware (for example, the display unit 501, the CPU 508, the image receiving unit 502, the R / W control unit 504, the printing unit 505, the storage unit 509, and the like). Basic software that provides a service that can use these hardware for application software (for example, the image recognition program 183 and a dedicated program).

In addition, a monitor display unit 510 and a printing unit 530 are provided. Each of these means is realized by each dedicated program, and functions when the dedicated program is interpreted and executed by the CPU 508.

The monitor display unit 510 receives the photographic data 391 transmitted from the electronic camera 300, holds it, and displays it on the display unit 501.

The printing unit 530 receives the photography instruction information 191, reads the photograph data held by the monitor display unit 510, and transmits it to the color printer 400 via the printing unit 505.
The printing unit 530 receives the photography instruction information 191 and transmits the photograph data 191 held by the monitor display unit 510 to the color printer 400 via the printing unit 505 after a predetermined time (self-timer time) has elapsed. It may be.

As described above, according to the first embodiment, a commemorative photo taken at a base can be delivered to a stamp rally participant.

  Next, in the second embodiment, an example in which a photo print is received at a goal (final base) will be described.

FIG. 9 is a conceptual diagram showing a stamp system 2 for printing a photographic print at a goal.
The stamp system 2 includes a photo printing apparatus 800 and a photographing apparatus 600 connected to a network, a stamp apparatus 100, and a stamp bag 700.
Each base A, B,... Is provided with a stamp device 100 and a photographing device 600 having the same configuration and function.
In the memory (an example of a storage unit) provided in the stamp device 100 at each site A, B,..., Site data (for example, an identification number unique to each site) indicating the site where each stamp device 100 is installed. These base data are different from each other.
At the final site, a photo printing apparatus 800 is installed together with the stamp apparatus 100 and the photographing apparatus 600.

The photographing apparatus 600 includes an electronic camera 300 and a photographing monitor 501.
The photo printing apparatus 800 includes a color printer 400 and an RFID reader / writer (R / W).

FIG. 10 is a diagram for explaining an outline of a procedure for using the stamp system 2.
(1) The stamp rally participant 900 reaches the base of the rally and uses the stamp device 100 provided to stamp the stamp rally 700 on the stamp holder 700 possessed.
(2) The stamp device 100 detects the RFID chip 701 of the stamp bag, reads the RFID chip identification information, and creates photography instruction information including the read RFID chip identification information and the base data of the stamp device 100 This is transmitted to the photographing apparatus 600.
(3) The photographing apparatus 600 receives the photographing instruction information, informs the stamp rally participant of the photographing pose using the photographing monitor screen, informs the photographing timing by display guidance or voice guidance, and stamps the stamp.・ Take pictures of the rally participants.
(4) The photographing apparatus 600 acquires the photo data 391 of the stamp / rally participant imaged by the electronic camera 300, associates the RFID chip identification information included in the photo photographing instruction information with the base data, and Send to the printing apparatus 800.
(5) The photo printing apparatus 800 receives the photographic data 391 associated with the RFID chip identification information from the photographing apparatus 600 and records it in the storage unit.
(6) The stamp rally participants will continue until they arrive at the final base of the rally.
(7) The stamp rally participant arrives at the final base of the rally, stamps the stamp on the possessed stamp basket 700, and when the photographing by the photographing apparatus 600 is completed, the stamp photograph possessed by the photo printing apparatus 800. Hold 700 close.
(8) The photo printing apparatus 800 detects the RFID chip 701 of the stamp basket, reads the RFID chip identification information, calls all the photographic data associated with the read RFID chip identification information from the storage unit, and performs color processing. The printer 400 prints a photo (for example, prints as a photo album).
(9) The stamp rally participant 900 receives a photo album.

When the stamp rally participant 900 finishes the rally halfway and holds the stamp bag 700 held in the photo printing apparatus 800 close to the photo printing apparatus 800, the photo printing apparatus 800 uses the RFID of the stamp bag 700. Photo data associated with the chip identification information may be made into a photo album by the color printer 400.
Further, the photo printing apparatus 800 may limit the number of times the stamp rally participant 900 prints a photo album.

FIG. 11 is a diagram illustrating a detailed configuration of the imaging apparatus 400.
The photographing apparatus 400 is obtained by removing the printing unit 530 for the dedicated program of the color printer 400 and the control apparatus 500 from the photographic printer 200 shown in FIG. It is a device composed of things.

The photographic data transmission means 520 receives the photographic instruction information 191 and reads the photographic data held by the monitor display means 510, and associates the RFID chip identification information included in the photographic instruction information with the base data. It is transmitted to the photo printing apparatus 800.

FIG. 12 is a diagram illustrating a detailed configuration of the photo printing apparatus 800.
The photo printing apparatus 800 is obtained by removing the monitor display means 510 for the dedicated program of the electronic camera 300 and the control apparatus 500 from the photographic printer 200 described in FIG. 7, R / W 506, R / W antenna 502, This is a device composed of a printing unit 530 in which a photo data receiving unit 540 is added to a dedicated program of the control device 500 and a batch print function is added.
The R / W 506 is the same as the RFID reader / writer 108 in the stamp apparatus 100 of FIG.
The R / W antenna 502 is the same as the RFID antenna 109 in the stamp apparatus 100 of FIG.

The photo data receiving means 540 receives the photo data 391 in which the RFID chip identification information transmitted from the photo printing apparatus 800 is associated with the base data, and records this in the storage unit 509.
The printing unit 530 has a collective print function for calling the photographic data associated with the same RFID chip identification information as the RFID chip identification information detected and read by the R / W 506 from the storage unit 509 and printing it with the color printer 400. .

As described above, according to the second embodiment, a photo print can be handed over to the stamp rally participant after the goal of the stamp rally.

Next, in a third embodiment, an embodiment of a photographic print in which a CG image (stamp rally character) is combined will be described.
With reference to FIG. 6B, a photographic print composed of CG images will be described.
In the illustrated photo print, the stamp rally characters are combined with the stamp rally participants.
This character composite photo print is synthesized by the following procedure using image recognition technology.
(1) The image recognition program 583 extracts, for example, a skin color area from the photograph data as a face image of the rally participant.

Note that the image recognition program 583 may estimate the participant attributes such as the gender and age of the rally participant from the shape of the eyes and lips of the face image.

(2) The printing unit 530 synthesizes a stamp rally character beside the extracted face image. At this time, when a plurality of face images are extracted, a character is synthesized at a position that does not overlap with other face images around the extracted face image.

At this time, if the participant attribute is estimated, the printing unit 530 synthesizes a character corresponding to the participant attribute (for example, a parent bear character for a mother, a bear bear character for a girl, etc.) at a predetermined position. You may do it.

As described above, according to the third embodiment, a commemorative photo in which a CG character is synthesized can be given to a stamp rally participant.

Next, in the fourth embodiment, an example of rally team attribute analysis will be described.
By measuring the number of rally teams in the photograph by image processing and using the measured number and the RFID chip identification information read by the stamp device 100, the rally team including the number of rally teams and the RFID chip identification information is used. Create attribute information.
This rally team attribute analysis is processed in the following procedure using image recognition technology.
(1) The printing unit 530 reads the RFID chip identification information included in the photography instruction information 191 transmitted by the stamp apparatus 100 and stores it in the storage unit.
(2) The image recognition program 583 extracts, for example, a skin color area from the photograph data as a face image of the rally participant.
(3) The printing unit 530 measures the number of face images, reads the latest RFID chip identification information from the RFID chip identification information held in the storage unit, and reads the number of face images to determine the number of rally teams. Rally team attribute information including RFID chip identification information is created and recorded in the storage unit.

As described above, according to the fourth embodiment, the attributes of the rally team can be analyzed.

Next, in the fifth embodiment, an embodiment in which a moving image in which a three-dimensional CG character is synthesized is displayed on the stamp bag 700 will be described.
A moving image obtained by synthesizing a three-dimensional CG character can be easily realized by using AR (Augmented Reality, augmented reality or augmented reality) technology. This moving image synthesizes a three-dimensional CG character in the following procedure.
(1) The image recognition program 583 extracts a stamp wrinkle image from photograph data using the shape information of the stamp wad registered in advance.
(2) The monitor display means 510 calculates three-dimensional space coordinates using the extracted stamp bag image as a marker.
(3) The monitor display means 510 renders the three-dimensional CG character using the three-dimensional space coordinates of the marker, displays it combined with the photographic data, and displays it.

  As described above, according to the fifth embodiment, an attraction can be provided by displaying a moving image in which a three-dimensional CG character is synthesized on the stamp bag 700.

As explained above, according to the present invention, there is an element of “memories” that the object has, and the advantage (goodness) of the stamp rally that the stamp rally participant satisfies the collection desire is utilized (while remaining). In addition, you can provide stamp rally participants with memorable photos.

DESCRIPTION OF SYMBOLS 1 Stamp system 2 Stamp system 101 Power plug 102 Case grip part 103 Case stamp part 104 Makeup / recognition LED
105 Stamp stand 107 Speaker (or buzzer)
108 RFID reader / writer, R / W
109 RFID antenna 110 R / W communication switch 109 Rubber stamp 200 Photo printer 201 Photo print 300 Electronic camera 391 Photo data 400 Color printer 500 Control device 501 Display device, photographing monitor,
510 Monitor display means 520 Photo data transmission means 530 Printing means 540 Photo data reception means 600 Imaging device 700 Stamp holder 701 RFID chip 800 Photo printing device

Claims (11)

A recording medium comprising an IC chip capable of reading detection data by non-contact communication and a stamp surface capable of impressing a stamp, a stamp device for impressing a stamp on the stamp surface of the recording medium, and a photographic printer having an imaging unit; A stamp system in which a stamp device and a photo printer are installed at a base,
The stamp device includes:
A printing plate for stamping the stamp on the recording medium;
A detection unit that detects the IC chip by reading the detection data of the IC chip of the recording medium that has entered the communicable range when the stamp is stamped;
A photography instruction unit that transmits a photography instruction of the owner of the recording medium to the photographic printer;
With
The photo printer is
An imaging unit that captures an image of the owner of the recording medium and generates photo data;
A printing means for printing a photograph of the photograph data captured by the imaging unit after receiving a photography instruction from the stamp device;
Comprising
A stamp system characterized by this. The stamp system of claim 1,
The printing unit prints a photograph of the photograph data captured by the imaging unit after a predetermined time has elapsed from the time when the photograph capturing instruction is received.
A stamp system characterized by this. The stamp system of claim 1,
The photographic printer further includes a display unit,
The imaging unit creates photo data that captures the stamp 帖,
Monitor display means for setting the stamp 帖 of this photo data as a marker, calculating the three-dimensional spatial coordinates of the marker, applying the coordinates to the three-dimensional CG character, rendering processing, image synthesis, and display,
A stamp system characterized by comprising: The stamp system according to claim 3,
The imaging unit is used instead of the stamp bag.
Create photo data that captures the stamp that can be stamped or stamped on the stamp,
The monitor display means includes
Rendering is performed by setting a stamp that can be stamped with this photo data stamp or a stamp imprinted on the stamp as a marker, calculating the three-dimensional spatial coordinates of the marker, and applying the coordinates to the three-dimensional CG character. To compose and display images,
A stamp system characterized by this. Recording medium comprising an IC chip capable of reading recording medium identification information by non-contact communication and a stamp surface capable of impressing a stamp, a stamp device for impressing a stamp on the imprint surface of the recording medium, and an imaging device having an electronic camera A stamp system in which a stamp device and a photographing device are installed at a base, and the photographing device and the photo printing device are network-connected,
The stamp device includes:
A printing plate for stamping the stamp on the recording medium;
A detection unit that detects the IC chip by reading the detection data of the IC chip of the recording medium that has entered the communicable range when the stamp is stamped;
An acquisition unit for reading the recording medium identification information of the IC chip;
A photography instruction unit that creates a photography instruction including the recording medium identification information read by the acquisition unit and transmits the instruction to the photographing apparatus;
With
The imaging device
Photo data transmission means for associating the recording medium identification information included in the photo shooting instruction transmitted by the stamp device with the photo data captured by the electronic camera, and transmitting this to the photo printer,
The photo printing apparatus comprising:
A storage unit for storing photographic data associated with recording medium identification information transmitted by the imaging device;
A detection unit that detects the IC chip by reading the detection data of the IC chip of the recording medium that falls within the communicable range;
An acquisition unit for reading the recording medium identification information of the IC chip;
Photo data receiving means for receiving photo data transmitted by the photographing apparatus and holding it in the storage unit;
Printing means for reading out photo data having the same recording medium identification information as the recording medium identification information of the IC chip read by the acquisition unit from the storage unit and printing the photo;
Comprising
A stamp system characterized by this. The stamp system according to claim 1 or 5,
The printing means includes
A function to synthesize stamp rally characters alongside the face image of the owner of the recording medium extracted from the photo data,
A stamp system characterized by comprising: The stamp system according to claim 1 or 5,
The printing means includes
Receiving and holding the photography instruction by the stamp device, measuring the number of face images of the owner of the recording medium extracted from the photographic data, and the latest photography instruction from the held photography instruction A function to read the RFID chip identification information included in it and create rally team attribute information including the number of rally teams and RFID chip identification information,
A stamp system characterized by comprising: A recording medium comprising an IC chip capable of reading detection data by non-contact communication and a stamp surface capable of impressing a stamp, a stamp device for impressing a stamp on the stamp surface of the recording medium, and a photographic printer having an electronic camera; A stamp rally method using
In the stamp rally method where a stamp device and a photo printer are installed at the base,
A detection step in which the stamp device detects the IC chip by reading the detection data of the IC chip of the recording medium that has entered the communicable range when the stamp is stamped;
A photo shooting instruction step for sending a photo shooting instruction of the owner of the recording medium to the photo printer;
A printing step in which the photo printer receives a photo shooting instruction from the stamp device and prints photo data captured by the electronic camera; and
A stamp rally method characterized in that it is performed by a procedure including Recording medium comprising an IC chip capable of reading recording medium identification information by non-contact communication and a stamp surface capable of impressing a stamp, a stamp device for impressing a stamp on the imprint surface of the recording medium, and an imaging device having an electronic camera A stamp rally method using a photo printing apparatus,
In the stamp rally method in which the stamp device and the photographing device are installed at the base, and the photographing device and the photo printing device are network-connected,
A detection step in which the stamp device detects the IC chip by reading the recording medium identification information of the IC chip of the recording medium that has entered the communicable range when the stamp is stamped;
A photography instruction step of creating a photography instruction including the read recording medium identification information and transmitting it to the photographing apparatus;
A photo data transmission step in which the imaging device associates the base data and the recording medium identification information included in the photo imaging instruction with the photo data captured by the electronic camera and transmits the photo data to the photo printing device;
A photo print device that receives photo data associated with recording medium identification information and stores the photo data in a storage unit; and
An IC detection step in which the photo printing apparatus detects the IC chip by reading the recording medium identification information of the IC chip of the recording medium that falls within the communicable range;
A printing step of reading out photo data having the same recording medium identification information as the recording medium identification information of the read IC chip from the storage unit and printing the photo;
A stamp rally method characterized in that it is performed by a procedure including A computer program that causes a computer to operate as the stamp system according to any one of claims 1 to 7 by being incorporated in a computer. The computer-readable recording medium which recorded the computer program of Claim 10.

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