JP6508668B2 - 3D authentication system and 3D authentication device - Google Patents

Description

  The present invention relates to a 3D authentication system and a 3D authentication apparatus.

  In the past, Houden and Yuden applied to a telegram service company by telephone, fax, etc., and selected a message according to the purpose from various design papers prepared by the service company, printed the contents, and received it as a receiver. It is common to deliver.

  Recently, in addition to the above message, it is known that voice data can be incorporated into selected design paper, stuffed animals, etc. by sending voice data to a service company via the Internet etc., and the message contents can be voice output. .

  For example, in Patent Document 1, when an order for a gift with a recording and reproducing function is received from a computer terminal on the gift giver side, a voice message from the giver to the giver is received from the gift giver's phone through the telephone network. There is disclosed a technique for recording a voice message of a gift giver to a gift with a recording and reproducing function and delivering it to a gift recipient as a gift with a voice message.

  By the way, 3D printer which makes 3D modeling thing (three-dimensional model) using powder gypsum and a foaming agent is known. According to this 3D printer, it is possible to easily create a 3D image with high 3D effect with height difference from 2D images such as photographs, and it is more attractive that it is possible to express various shades and realistic textures 3D objects can be created. If it is possible to provide a service with this 3D model as a gift, it should be appreciated by the person who received it. In addition, you may want to send not only gifts but also congratulations etc., but you can not send cash by courier, etc., so you can separately purchase gift certificates etc., or carry out registered mail or transfer money. It is necessary and troublesome. Therefore, it is convenient if you can send a 3D model containing authentication information of the recipient as a gift instead of sending cash, and the receiver can withdraw cash directly from an ATM etc using the authentication information of the 3D model It is. However, in order to realize this, a new authentication system or authentication device is required that causes the 3D object of the gift to function as a means for authenticating the recipient.

No. 3127929

  The present invention has been made in view of such circumstances, and an object thereof is to provide a 3D authentication system and a 3D authentication apparatus capable of authenticating a recipient based on authentication information included in a 3D object. .

  In order to solve the above-mentioned subject, a 3D attestation generating device of the present invention provides the following solutions.

  Means for scanning the shape of the 3D model, and generating 3D data of the 3D model, Authentication registration information generating means for generating authentication registration information in which the generated 3D data is associated with the person to be authenticated, and the 3D modeling A system for authenticating a person who has brought an object is provided with means for transmitting the authentication registration information.

  Further, in the 3D authentication generation device, the 3D authentication generation device further includes means for combining 3D data of a predetermined additional graphic into the generated 3D data as authentication information associated with the person to be authenticated. It features.

  In addition, in the 3D authentication generation device, the 3D authentication generation device may be configured to use the standard size determined for each 3D object, in place of the means for combining or together with the means for combining. It is characterized in that information slightly changed within a predetermined range is added to the authentication information.

  Further, in the 3D authentication generation device, the 3D authentication generation device is characterized in that a method of placing the subject to be scanned for the 3D structure is added to the authentication information.

  In addition, in the 3D authentication generation device, the 3D authentication generation device generates 3D data of a plurality of the same 3D modeled objects, one of which is a genuine product, and the other of which is a pseudo product, the plurality of 3D data. It is characterized by adding to the said authentication information of data.

  In addition, in the 3D authentication generation device, the 3D authentication generation device specifies from the authentication person an amount of money that can be received by the authentication person at one time among remittance amounts when the authentication person transfers money to the authentication person. And changing the size of the 3D structure in accordance with the amount of money that can be received.

  According to the present invention, it is possible to provide a 3D authentication system and a 3D authentication apparatus capable of authenticating a recipient based on authentication information included in a 3D model.

It is an image figure of a 3D attestation system concerning an embodiment of the present invention. It is a functional block diagram showing the composition of the 3D attestation system concerning the embodiment of the present invention. FIG. 5 is an image view of a 3D figure and a 3D scanner according to an embodiment of the present invention. It is a figure showing an example of data memorized by remittance information DB of a 3D attestation system concerning an embodiment of the present invention. It is a flowchart which shows the processing operation of the sender terminal of a 3D attestation system. It is a flow chart which shows processing operation of a modeling thing creation device of a 3D attestation system. It is an example of the method of adding the authentication information of the 3D model according to the embodiment of the present invention. It is a flow chart which shows processing operation of a system of a financial institution concerning an embodiment of the present invention. It is a figure which shows an example of the screen of the automatic transaction apparatus which concerns on embodiment of this invention.

  Hereinafter, a mode for carrying out the present invention (hereinafter referred to as the present embodiment) will be described in detail with reference to the attached drawings. In addition, the same number or code | symbol is attached | subjected to the same element through the whole description of embodiment.

  FIG. 1 is an image diagram of a “3D authentication system” (or also referred to as a “3D remittance telegram system”) according to the present embodiment. Hereinafter, the above system will be referred to as "the present system". Here, “3D remittance telegram” means message transmission (telegram) having an authentication function and a remittance function by a 3D figure.

  This system is the so-called "telegram service" of Houden and Yuden, which has an authentication function and a remittance function for the recipient. Although it is necessary to certify the recipient for the remittance, in the present system, this certification is performed using a 3D figure (three-dimensional figure) of a gift to be sent to the recipient. Hereinafter, this 3D structure is referred to as a “3D figure” or simply a “figure” as a typical example. The sender accesses the web page of the service provider who creates the figure from a terminal such as a PC or smartphone owned by the sender, selects the figure, and sends remittance information, a message to the receiver, a message to the receiver, and a receiver. Enter personal information (name, address, phone number, etc.), remittance information (name, financial institution's own account number, etc.), etc.

  The figure of the gift to be selected here may be a ready-made figure prepared in advance by the service provider, or may be an original figure uniquely created by the sender. As ready-made figures, for example, various genres of animals, plants, vehicles, buildings, sculptures, robots, dinosaurs and monsters, sweets, anime and idol characters, etc. are prepared. The original figure can be created in several ways. For example, image data such as a photograph of an object is sent to a service provider, and the service provider converts the image data into 3D data for creating a figure and creates the image using a 3D printer. Alternatively, the sender may bring the actual figure into the store of the service provider or the like and create the service provider. Alternatively, you may scan the real thing with a 3D scanner and send the data to a service provider for creation. Alternatively, a human may be scanned to create a figure. In the case of either an existing product or an original figure, it is possible to process the finished figure, if necessary. The finished figures are processed as original figures.

  The service provider creates 3D data of the figure created above and “prints” it with a 3D printer. At this time, the external shape of the figure to be sent to the recipient is remittance by combining the "additional figure" as the recipient's authentication information with the original figure shape and changing the shape and the combining position of the additional figure each time. People are processed into unique shapes, one by one for each recipient (ie, for each 3D remittance telegram). Then, the authentication information is associated with remittance information (remittance amount, information on the recipient, message, etc.) created by the sender. Details of the authentication information and the additional graphic will be described later.

  After creating the figure, the service provider sends the remittance information acquired from the sender and the authentication information embedded in the figure to the financial institution as certification registration information from the certifier side, and delivers the created figure to the recipient Do. If the recipient owns a 3D printer, the completed 3D data may be sent to the recipient and the recipient may "print" with his 3D printer.

  The recipient brings the delivered figure or a figure he created and travels to a financial institution, and causes the 3D scanner installed in the financial institution to read the shape of the brought-in figure. The financial institution extracts (identifies) authentication information from figure shape data read by the 3D scanner, authenticates the recipient, and if the authentication is OK, acquires remittance information for the recipient. Then, based on the remittance information, the automatic transaction apparatus (automatic teller machine or ATM: Automated Teller Machine) causes the recipient to output the amount of remittance and a message to the recipient. This withdrawal is debited from the sender's account, so it is not necessary for the payee to have an account at that financial institution.

  With such a mechanism, a gift is created as a 3D figure, and the recipient is authenticated based on the (hidden) authentication information added to the 3D figure, and the recipient pays congratulations etc. You can receive it in cash at the place. That is, it becomes possible to send a 3D figure as a gift, send money simultaneously, and send a message like a telegram, that is, it can provide a so-called "3D remittance telegram service".

  FIG. 2 is a functional block diagram showing the configuration of the 3D authentication system or the 3D remittance telegram system (this system) according to the embodiment of the present invention. As shown in FIG. 2, the present system is connected to the remitter terminal 10 operated by the remitter and the remitter terminal 10 via a network, and is an authentication for authenticating the recipient based on the request from the remitter terminal 10 It is comprised from the 3D model creation apparatus 20 which creates 3D figure containing information, and the system 30 of a financial institution.

  The financial institution's system 30 authenticates the recipient with the 3D authentication identification device 35 that extracts (identifies) authentication information from the shape of the figure brought in by the recipient, and when the authentication is completed, the recipient is authenticated. The authentication server 32 acquires the remittance information received from the remitter terminal 10 of the remitter and instructs the automatic transaction apparatus (hereinafter referred to as ATM 38) to output the remittance amount included in the remittance information. In the case of this remittance service, the recipient is the certifier in the certification system, and the sender is the certifier. Hereinafter, in the remittance service, the system 30 of a financial institution that performs 3D authentication may be simply referred to as an authentication system, but the authentication system itself is also applicable to other services.

  The 3D model creation apparatus 20 creates a 3D figure from 3D data by receiving from the sender terminal 10 the order contents of 3D remittance telegram creation and generating 3D figure authentication information, and 3D data (printed) ) And a 3D printer 26.

  The 3D authentication generation device 21 includes a communication unit 22, an operation reception unit 23, a storage unit 24, and a control unit 25. The 3D authentication generation device 21 adds authentication information associated with a person to be authenticated (recipient) to 3D data of a figure, and generates authentication registration information to be transmitted to the authentication system and collated. Function. Details of the addition of the authentication information will be described later. However, if the figure itself is unique, it becomes authentication information for identifying the person to be authenticated only by the 3D data of the shape.

  The communication means 22 is a communication interface when communicating with the sender terminal 10 and the system 30 of the financial institution.

  The operation accepting unit 23 accepts an operation input associated with creation of a 3D figure from the sender. For example, a Web page for creating a 3D figure is provided, displayed on the display of the sender terminal 10, and the content input by the sender is transferred to the control means 25. Here, the sender selects a figure to be sent as a gift or requests creation of an original figure. The figure selected or created here may be something associated with the recipient. For example, if the recipient likes cats, a cat figure is selected. Alternatively, when sending money to grandparents, it is good to send the current state of grandchildren as a figure.

  The storage means 24 includes a remittance information database 100 (hereinafter referred to as a remittance information DB 100), an authentication information database 200 (hereinafter referred to as an authentication information DB 200), and a user information database 300 (hereinafter referred to as User information DB 300) is assigned and stored in a semiconductor memory, a magnetic or an optical disc mounted on the 3D authentication generation apparatus 21.

  As an example of the data structure of the remittance information DB 100 is shown in FIG. 4, for example, the identification ID of “3D remittance telegram”, the sender's name as remitter information, the account number, the recipient information Name of recipient, address and phone number of recipient, and ID of figure, amount of money to be sent to recipient, message to recipient, etc. are registered as remittance contents. In addition, although not shown, the remittance information may include a date and time or a period when the beneficiary can receive the remittance amount, and a place (location of ATM). Specifying these will increase security even if the figure is stolen. This is because it is possible to limit the date and place where the criminal pays out cash. Also, the message to the recipient may include voice, still images, and moving pictures as well as text (text information). Note that the date and time when the payee can receive the transfer amount, the designation of the place, and the message to the payee are not essential items.

  In the authentication information DB 200, 3D figure creation data to be created, ID of figure, ID of plural (at least several kinds of at least several kinds) additional figures (described later) are registered for each figure ID, shape data of additional figures, etc. ing.

  The user information DB 300 is information registered when the user uses the service of the service provider, and, for example, the login ID and password of the user (render) are registered. If the recipient who received the remittance is also a user of this service, it is possible to use a same service to give back such as congratulations.

  The control means 25 reads out necessary data from the storage means in order to create a 3D figure including authentication information for authenticating the recipient based on the request from the sender terminal 10. Control the means.

  Further, the control means 25 generates shape data for creating a 3D figure from a plurality of photographs inputted from the sender terminal 10 for generating an original figure, transmits the shape data to the 3D printer 26, and generates a 3D figure. Let me create.

  Further, the control means 25 instructs the 3D printer 26 to change the size of the 3D figure according to the receivable amount when the remittance person designates the amount of money that can be received by the receiver at one time out of the remittance amount. You may send it. For example, as shown in FIGS. 3A and 3B, the size of the figure 50 is changed. By doing this, for example, when the amount of money to be transferred is 100,000 yen, the recipient can withdraw the total amount of 100,000 yen at a time if it is the normal size shown in FIG. 3A. In the small size (for example, 20% of the standard size) size shown in FIG. 3B, only 20,000 yen can be received at one time. Therefore, in order to receive a remittance of 100,000 yen, it will be necessary to divide and receive the small size figure in five times. That is, the remittance person can designate so that the beneficiary can not withdraw all of the remittance amount at one time. Therefore, for example, in the case of remittance by sending from the parent to the child, if the monthly withdrawal amount is specified, it is possible to prevent the child from withdrawing all at once and wasting money. The remittance information can also include designation of the date, time, and location where the beneficiary can receive the remittance amount. In this way, the security can be further enhanced because the payment can only be made at a designated date, time, and location (ATM installed at that location). Also, even if a figure containing authentication information is stolen, it will be easier to conduct criminal investigations.

  In addition, the control means 25 may send out to the 3D printer 26 an output instruction to create a plurality of figures, create one body as a regular product, and create all the others as a dummy (dummy). In this case, the recipient is delivered one genuine and one or more dummy figures. However, although authentication information is added to the regular product, payment can not be made because authentication information is not added to the dummy. The genuine and dummy figures created here are created, for example, with different colors or sizes. Then, the receiver is notified of which of the plurality of figures is genuine by another means. The recipient should store the genuine and dummy figures in different places, or put them in separate bags or purses (in the case of small figures) when carrying out the figures, even if the dummy is stolen or Even if lost, there is no risk of damage and security can be further enhanced.

  The 3D printer 26 receives 3D data of the object and creates (prints) a 3D figure to be sent to the recipient. The 3D printer 26 is, for example, an apparatus for forming a three-dimensional object using a resin (for example, an ABS resin) or the like based on 3D CAD (Computer Aided Design) data. As a modeling method, for example, 3D data is cross-sectioned by using the layered modeling method, and the cross-sectioned layers are superimposed by a resin to form a desired shape and output.

(Composition of system of financial institution)
Although the 3D authentication generation device 21 that generates 3D authentication information has been described above, a system of a financial institution that is an authentication system that authenticates 3D authentication information will be described below. The financial institution system 30 registers the WEB server 31 receiving the request from the customer via the Internet, the 3D authentication identification device 35 identifying authentication information from the figure brought in by the recipient, and the identified authentication information. It consists of an authentication server 32 which determines whether the received authentication registration information matches or not, and an ATM 38 which outputs a remittance amount included in the remittance information linked to the figure and a message to the recipient.

  The authentication server 32 comprises storage means 33 and determination means 34. In the storage means 33, a remittance information DB 100, an authentication registration information database 400 (hereinafter referred to as authentication registration information DB 400), and a customer information database 500 (hereinafter referred to as customer information DB 500) are partially stored in the storage area. It is assigned and stored in a mounted semiconductor memory, magnetic or optical disc. In the remittance information DB 100, remittance information input by the remitter is registered.

  In the authentication registration information DB 400, shape data of 3D figures sent from the 3D authentication generation device 21 and information of additional figures for each 3D figure are registered.

  The customer information DB 500 stores the name of the sender (client of the financial institution), the account number, and the account balance linked to the account number.

  The determination means 34 determines whether the authentication information of the 3D figure identified by the authentication information identification means 37 is stored in the authentication registration information DB 400 of the storage means 33 and if the authentication information and the authentication registration information match, the ATM 38 Give instructions on sending remittances and messages to recipients.

  The 3D authentication identification device 35 is composed of a 3D scanner 36 and authentication information identification means 37. The 3D scanner 36 is a device for reading figure shape data from the figure 50 (3D data acquisition means). There are several types of 3D scanners, such as a floor-mounted type, a desktop type, a handy type, etc. Here, a desktop type 3D scanner is exemplified. As shown in FIG. 3A, the 3D scanner 36 has, for example, an L-shaped pedestal, and an object is placed at the center of the upper surface of the pedestal, and a rotating body 63 rotating 360 ° is provided. ing. Further, an imaging device 61 (camera) is provided on the side surface of the pedestal, and the imaging device 61 slides by a slide bar 62 which can slide up and down. The above two mechanisms make it possible to read 360 ° data of an object. The imaging device of the 3D scanner may be of a type that scans an object with laser light and acquires three-dimensional point cloud data, instead of the type that performs imaging with a camera as described above.

  The authentication information identification unit 37 identifies authentication information from the shape data read by the 3D scanner 36. Specifically, based on the additional figure stored in the authentication registration information received in advance from the 3D object creation apparatus 20, it is determined whether or not the additional figure is present at the regular position in the read figure. .

  When the determination means 34 determines that the output instruction has been made, the ATM 38 outputs cash corresponding to the designated transfer amount, and outputs a message for the receiver on a screen such as a touch panel. In the case of the 3D authentication identification apparatus 35 provided with a small 3D scanner, the 3D authentication identification apparatus 35 may be incorporated in the ATM 38.

  The above functions and configuration of the present system are merely an example, and one function block (database and function processing unit) may be divided, or a plurality of function blocks may be collectively configured as one function block. Good. In each function processing unit, a central processing unit (CPU) incorporated in the apparatus reads a computer program stored in a storage device such as a read only memory (ROM), a flash memory, a solid state drive (SSD), or a hard disk. , By a computer program executed by the CPU. That is, each function processing unit reads and writes necessary data such as a table from a database (DB) stored in a storage device or a storage area on a memory, and in some cases, the computer program It is realized by controlling hardware (for example, an input / output device, a display device, a communication interface device). Further, the database in the embodiment of the present invention may be a commercial database, but it also means a mere collection of tables and files, and the internal structure of the database itself does not matter.

  FIG. 5 is a flowchart showing the processing operation of the sender terminal 10 of the present system. The processes described below do not necessarily have to be processed in the order shown in this flowchart, and the processing order may be changed as long as the relationship between input data and output data of each processing block is not impaired.

  As shown in FIG. 5, when requesting the creation of a 3D remittance telegram of the present system, the remitter logs in to access the web page of the 3D authentication generation device 21 of the service provider from the remitter terminal 10 (step S11). Here, the sender moves to a login ID and password input screen, and enters his or her login ID and password.

  The control means 25 of the 3D authentication generation apparatus 21 collates the log-in ID and password of the sender from the user information DB 300, and permits the browsing of the Web page when they match.

  Next, the sender selects whether the 3D figure is to be an original figure or a 3D figure of a ready-made item from the 3D remittance telegram creation screen (step S12). Then, when a ready-made 3D figure is selected (Step S12 “NO”), a target figure is selected from the 3D remittance telegram creation screen (Step S13).

  If the original figure is selected ("YES" in step S12), data for creating the original figure is transmitted (step S14). Specifically, for example, when a person, an animal, or the like is to be set as an original figure, a plurality of photographs (front and rear, left and right, upper and lower, etc.) of the object are transmitted to the service provider as attached files. In addition to sending photos, for example, they go to the service provider's store, bring in the object of the original figure (doll, plastic model, pet, or their own), and use that object as a store's dedicated device (3D) It may be read by a scanner or the like to generate 3D figure creation data.

  Next, the remittance amount and the message for the beneficiary are input to the remittance person (step S15), and the beneficiary information (recipient's name, address, telephone number, etc.) is entered (step S16). ).

  Then, the remittance person inputs remittance person information (the name of the remittance person, the account number, etc.) (step S17) and presses the execution button (step S18) to complete the request for 3D remittance telegram creation.

  FIG. 6 is a flowchart showing the processing operation of the 3D object creation apparatus of the present system.

  As shown in FIG. 6, when receiving the order for 3D remittance telegram creation from the sender terminal 10 (step S21), the operation accepting means 23 of the 3D authentication generation apparatus 21 sends order information (remittance information, figure) to the control means 25. Send information (sorting of figures, photo images etc). In response to this, in the case of the creation request of the original figure (step S2 "YES"), the control means 25 acquires data as the origin of the original figure from the photographic image etc. attached and transmitted from the remitter terminal 10 (step S24). ). The control means 25 converts the data into 3D figure creation data by a dedicated device (3D scanner etc.) (step S25).

  In the case of a request for creating a ready-made 3D figure (step S22 “NO”), the control means 25 selects figure creation data from a database (not shown) stored in the storage means 24. Acquisition data is acquired (step S23).

  Next, the control means 25 generates data in which the additional figure is combined with the figure creation data as authentication information.

Then, the control means 25 sends figure creation data in which the additional figure is synthesized to the 3D printer 26 to the 3D printer 26, and creates a target figure (step S26).
FIG. 7 is an example of a method for adding authentication information to a 3D object. Here, in order to simplify the description, the case where the figure has a simple shape such as a plastic bottle and the additional figure serving as authentication information added to the figure is also a simple geometric figure will be described. When using a ready-made figure, based on the registered data for creating a 3D figure, the position at which this additional figure is "combined" on the figure is determined. Here, “composition” means attaching the shape of the additional figure to the original figure, or cutting out the original figure in the shape of the additional figure.

  Here, as a simple example, the additional graphic has a rectangular parallelepiped convex portion on the front as shown in FIG. 7 (a), and a convex of a plurality of oblique lines on the front as shown in FIG. 7 (b) What has part shape, and as shown to FIG. 7C, what has shape of several circular convex parts or recessed parts in the front is mentioned. In particular, the additional graphic shown by reference numeral 70 a in FIG. 7C shows an example of the case (recess) where the original graphic is “cut out” in the shape of the additional graphic. In the example of FIG. 7C, only the additional graphic 70a is a concave and the other is a convex, but the concave and the convex may be randomly combined with a plurality of additional graphic. However, the actual size of the additional graphic is not so conspicuous as such, and is a minute size within the range in which the 3D scanner can read. In the case of a ready-made figure, an ID may be given and registered in advance for each figure in a state where the additional figure is synthesized with the ready-made figure. In this way, it is not necessary to combine additional figures every time. Here, it may be randomly determined which figure the composite figure is actually used.

  For example, when the additional graphic 70 shown in FIGS. 7A, 7 B, and 7 C is adopted, the portion where the additional graphic 70 is to be synthesized is sectioned based on the registered 3D figure creation data. Then, additional figures 70 are synthesized for each of the cross-sectioned layers (cross sections A to C), and 3D data of a figure in which final additional figures are synthesized (that is, including authentication information) is created. Then, by layering the cross-sectioned layers with resin or the like by the 3D printer 26 using the additive manufacturing method, a figure having a unique shape one by one is completed. In the case of an original figure, 3D figure creation data created from an image or the like that is the origin of the 3D figure is used as the original data. The subsequent steps are the same as above. In addition, combining an additional figure with a figure is an image that adds "Mole" that identifies the figure. In the case of humans, the shape and position of the mole can be compared to being able to identify twins and triplets. Of course, if you possess the only original figure in the world, the shape itself of the figure will be the authentication information, even if the additional figure is not synthesized.

  As described above, the authentication information of the figure is usually determined by the combination of the shape of the additional figure and its combined position, but the size (height, width) of the whole figure itself may be used as the authentication information. For example, if the standard size figure has a height of 100.0 mm, each figure for authentication has a predetermined range (for example, 99. The height is slightly changed at 0 mm to 101.0 mm, etc.). Then, information slightly changed from a standard size within a predetermined range is used as authentication information. By doing this, the figures that differ slightly in size become "unique shapes", so even if you bring a figure imitating only a design to a financial institution, the size of the figure you brought is, As long as the size of the figure for authentication does not completely match, an authentication error will not occur and withdrawal processing will not be performed. Of course, it is assumed that the standard size of the figure and the size of the figure for authentication change at random. In addition, the authentication method by detecting the size of such a figure may be used together with the method of compositing the additional figure described above, and may replace it.

  In addition, when the additional figure of the authentication information is a convex shape, the 3D authentication generation device 21 transmits the additional figure corresponding to the authentication registration information to the authentication server 32 of the concave shape, and the unevenness of both is data It may be assumed that the authentication is established when the above matches completely.

  Returning to FIG. 6, the control means 25 associates the created figure with the recipient information (step S27), and the recipient information and the authentication information to the authentication server 32 of the system 30 of the financial institution via the communication means 22. It transmits as authentication registration information (step S28).

  FIG. 8 is a flowchart showing the processing operation of the system of the financial institution according to the embodiment of the present invention.

  As shown in FIG. 8, the 3D scanner 36 of the 3D authentication identification apparatus 35 scans the 3D figure brought in by the recipient (step S31), and converts it into figure creation data.

  Note that the placement of the 3D figure at the time of scanning with the 3D scanner may be added as authentication information. For example, the sender asks the service provider to create a 3D figure with the 3D figure lying down or upside down if possible, and the receiver also receives the 3D figure received. Tell them to receive certification in a state of being turned sideways or turned upside down. Alternatively, the sender determines the personal identification number or the like associated with the 3D figure, and requests the service provider to separately provide the personal identification number or the like when creating the 3D figure. Then, the password code etc. is also transmitted to the recipient. In this way, even if a person other than a legitimate recipient causes a 3D scanner to read a 3D figure, an authentication error will occur unless the figure is properly recognized at the time of authentication or the personal identification number or the like. Therefore, it can be prepared also in the case of loss or theft of a figure.

  Next, the authentication information identification means 37 receives the figure creation data, and determines matching figure creation data from the authentication registration information DB 400 registered in advance (step S32).

  When the authentication is established (step S33 “YES”), the determination means 34 reads out the remittance amount and the payee information from the remittance information sent separately from the remittance information DB 100 (step S34). Next, the determination means 34 determines the account balance of the remitter from the customer information DB 500 linked by the remittance information DB 100, and determines whether the account balance is larger than the remittance amount (step S35). If the account balance is larger than the remittance amount (step S35 "YES"), the determination means 34 displays the message information on the display screen of the ATM 38, when the message information is input to the remittance amount and remittance information. A bill equivalent to the amount of money to be sent is output from the cash outlet (step S36).

  In addition, since the 3D scanner 36 generally takes time for scanning, and takes up an installation location, it is considered that the 3D authentication identification device 35 and the ATM 38 are often installed at different locations. In such a case, when the authentication of the figure by the 3D authentication identification device 35 is established, the “authenticated card” is issued from the 3D authentication identification device 35 once. Then, it is desirable that the recipient who has received the certified card moves to the installation place of the ATM 38 and receives the payment by inserting the certified card into the ATM 38.

  For example, as shown in FIG. 9, the "3D authentication button" is assigned on the display screen of the ATM 38, and when the button is pressed, an insertion instruction screen for an authenticated card is displayed. Then, by inserting the certified card into the card insertion slot of the ATM 38, the remittance amount included in the remittance information and the message to the receiver are displayed, and the remittance amount is dispensed from the cash outlet. In addition, the certified card has the same shape as the cash card, and can be used only once, and is prevented from being discharged from the ATM once it is used. Even after the authentication card is inserted, a cash card or fingerprint authentication owned by the recipient may be used. In this way, authenticating the recipient by another means leads to further security enhancement.

  Referring back to FIG. 8, when the result of the authentication is not established ("NO" at step S33), an authentication error display is output on the display screen of the ATM 38 (step S37). If the account balance is less than the remittance amount (step S35 "NO"), a message of balance shortage is displayed on the display of the ATM 38 (step S38). Also in this case, since the authenticated card inserted into the ATM is not discharged, the receiver requests the remittance from the remittance, and after the repayment, it is necessary to start again from the process of step S31.

(Modification)
According to the description of the previous embodiments, although it was decided to withdraw directly from the sender's account, it is possible for the sender to make a remittance to a dedicated account in advance and have the recipient to withdraw from the dedicated account. Good. Alternatively, the remittance amount may be paid in advance to the service provider or the financial institution, and the beneficiary may receive the remittance amount from the account of the trader or the financial institution.

  Also, as a message to the recipient, audio data or moving image data may be included. In that case, if authentication by the determination means 34 is established in order to avoid leakage to the surroundings, voice or video is transmitted using the short distance wireless communication between the ATM 38 and the portable terminal or the like possessed by the recipient. The data may be downloaded to the mobile terminal.

(Effect of the embodiment)
According to this system, the system of the financial institution authenticates the recipient based on the authentication information included in the 3D figure, and when authentication is established, the automatic transaction apparatus is instructed to withdraw money from the remitter terminal. Service can be provided. Here, a service provider takes charge of creating a figure to which authentication information is added, and a bank or other financial institution takes charge of figure authentication, withdrawal and message output processing. By doing this, the service provider can provide a service that can create attractive figures and send gifts and remittances simultaneously. In addition, financial institutions can differentiate themselves from other institutions through new services, and can provide convenience to the customer's remittance party.

  In addition, the 3D object creation apparatus creates a figure obtained by combining an additional figure as an authentication figure. Alternatively, a figure whose size is changed from a standard size to a minute range is created as an authentication figure. Therefore, since the created figure has a unique shape for each receiver (each remittance telegram) for each sender, even if the imitated figure is brought into a financial institution, it is not certified and withdrawal processing is not performed. . In addition, if the placement of the figure itself at the time of scanning and the code number etc. are decided between the sender and the receiver, it will further enhance security.

  In addition, the 3D model creation apparatus is specified by changing the size of the figure according to the amount of money that can be received when the remittance specifies the amount of money that can be received by the receiver at one time out of the amount of money sent. The security is further enhanced because you can only withdraw at the date, time, and location (ATM installed at that location). Also, even if a figure containing authentication information is stolen, it will be easier to conduct criminal investigations.

  The 3D object creation apparatus creates a plurality of figures, creates one as a regular product, and creates the other as a dummy. By doing this, for example, it leads to security measures when an unauthorized user brings a figure to a financial institution.

  In addition, this system is applied to a service that sends 3D figures as a gift and sends a message (“telegram”) accompanied by a remittance to a financial institution, but the remittance is not accompanied, but the recipient It can be applied to a system that sends a message that requires authentication. For example, if a will is considered as a telegram of this system, it will be applied to a system in which only a person who has been sent a figure and is authenticated after his / her death can hear the will only for a designated date or time. be able to.

  Although the present invention has been described above using the embodiment, it goes without saying that the technical scope of the present invention is not limited to the scope described in the above embodiment. It will be apparent to those skilled in the art that various changes or modifications can be added to the above embodiment. It is also apparent from the scope of the claims that the embodiments added with such alterations or improvements can be included in the technical scope of the present invention.

1 3D authentication system (3D remittance telegram system)
DESCRIPTION OF SYMBOLS 10 Money sender terminal 20 3D model creation apparatus 21 3D authentication generation apparatus 22 Communication means 23 Operation reception means 24 Storage means 25 Control means 26 3D printer 30 System of financial institution (authentication system)
31 WEB server 32 authentication server 33 storage means 34 determination means 35 3D authentication identification device 36 3D scanner 37 authentication information identification means 38 automatic transaction device (ATM)
50 3D figure (figure)
61 imaging device 62 slide bar 63 rotating body 70 additional figure 100 remittance information DB (remittance information database)
200 Authentication Information DB (Authentication Information Database)
300 User Information DB (User Information Database)
400 Authentication Registration Information DB (Authentication Registration Information Database)
500 Customer Information DB (Customer Information Database)

Claims (6)

A means for acquiring 3D data of the 3D object;
Authentication registration information generation means for generating authentication registration information in which the acquired 3D data is associated with a person to be authenticated;
A unit for transmitting the acquired 3D data to the subject ;
A means for transmitting the authentication registration information to a system for authenticating a person who brings a 3D object to be authenticated;
A 3D authentication generation device comprising: A means for acquiring 3D data of the 3D object;
Authentication registration information generation means for generating authentication registration information in which the acquired 3D data is associated with a person to be authenticated;
A means for transmitting the authentication registration information to a system for authenticating a person who brings a 3D object to be authenticated;
Means for combining 3D data of a predetermined additional graphic with the acquired 3D data as authentication information associated with the person to be authenticated.   The 3D authentication generation apparatus is, instead of the combining means, or together with the combining means, information in which the size of the 3D model is slightly changed from a standard size determined for each 3D model within a predetermined range The 3D authentication information generation apparatus according to claim 2, wherein the authentication information is added to the authentication information.   4. The 3D authentication generation device according to claim 2, wherein the 3D authentication generation device adds, to the authentication information, a placement when the person to be authenticated scans the 3D structure.   The 3D authentication generation apparatus acquires 3D data of a plurality of the same 3D modeled objects, adds information in which one is a regular product and the other is a pseudo product to the authentication information of the plurality of 3D data. The 3D attestation generating device according to any one of claims 2 to 4 characterized by these. The 3D authentication generating device, if the certifier is remitted to the person to be authenticated, the receivable amount of money at a time the person to be authenticated from among the remittances received designation from the certifier, the receivable amount of money The 3D authentication information generating apparatus according to any one of claims 1 to 5, wherein the size of the 3D structure is changed according to.

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