JP2000207616A - Document issuing device, document issue method and document issue system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To identify a card owner himself or herself and to issue personal information on the card owner to the card owner himself or herself as a document. SOLUTION: This device issues personal information D2 on an electronic card owner as a document based on an electronic card 3, where identification information D1 on the electronic card owner is recorded, and is provided with a register means 1 where identification information D1 and personal information D2 on the electronic card owner are registered, a documentation means 2 which outputs personal information D2 on the electronic card owner registered in this register means 1 as a document, and a control means 4 which reads out identification information D1 from the register means 1 and compares identification information D1 from the electronic card 3 and that from the register means 1, and the control means 4 permits documentation to the documentation means 2 in the case of coincidence between identification information D1 from the electronic card 3 and that from the register means 1.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a document issuing apparatus suitable for application to an unattended automatic document issuing machine with an applicant identification function for issuing a resident's card, a copy of a family register, an identification card and a seal certificate. , A document issuing method and a document issuing system.

More specifically, when issuing personal information of an electronic card owner as a document, the personal identification information read from the electronic card is compared with the personal identification information registered in advance to obtain the electronic card possession information. The electronic card owner,
The electronic card owner's personal information can be issued as a document.

[0003]

2. Description of the Related Art Conventionally, when a resident's card, a copy of a family register, an identification card, and a seal stamp certificate are required in a real estate transaction, a bank procedure, etc., the applicant goes to a municipal government office and submits these documents. Is often issued.

According to this type of conventional document issuing system, a person who appears at a government office can fill in an application form with necessary items such as an address and a name, and can identify the person, for example, a car driver's license. It is presented to the official at the office of the government office. Then, the official compares the face of the person with the face image affixed to the driver's license, and when the person is confirmed as the person, various documents with the authentication mark of the public institution pressed are issued. Accordingly, labor is required for document issuance work at the government office.

[0005]

However, according to the conventional document issuing system, it is necessary to go to an office in order to apply for issuance of a resident's card, a copy of a family register, an identification card, and a seal certificate. Therefore, a document issuing system has been devised for issuing a resident's card, a copy of a family register, an identification card, a seal certificate, and the like using a magnetic card on which a personal identification number of the card holder is recorded.

However, in the case of obtaining a family register certifying the home address of the applicant for issuance, the issuance application procedure cannot be taken with a document issuing system using a magnetic card, and the issuance application is not performed at the government office of the home address. You have to go through the procedure.

[0007] Therefore, if the government office where the current address is registered is registered outside the prefecture, the official office registered outside the prefecture must go to the government office outside the prefecture or take the application procedure by mail. There is a problem that a copy of the family register cannot be obtained.

The present invention has been made to solve the above-mentioned problem, and it is possible to confirm the identity of a card holder, and to provide the card owner with personal information of the card owner. It is an object of the present invention to provide a document issuing device, a document issuing method, and a document issuing system that can be issued as documents.

[0009]

In order to solve the above-mentioned problems, a document issuing apparatus according to the present invention uses at least an electronic card owner based on an electronic card that records personal identification information of the electronic card owner. A device for issuing personal information in the form of a document, in which the personal identification information and the personal information of the electronic card owner are registered, and the personal information of the electronic card owner registered in the registering means is output in the form of a document. Reading the personal identification information from the electronic card, and reading the personal identification information from the registration means,
Control means for comparing the personal identification information by the electronic card with the personal identification information by the registration means, wherein the control means includes means for creating the document when the personal identification information by the electronic card matches the personal identification information by the registration means. Is given permission to create documents.

According to the document issuing apparatus of the present invention, when issuing personal information of an electronic card owner as a document based on an electronic card on which personal identification information of the electronic card owner is recorded, the electronic card is read from the electronic card. The personal identification information read from the registration means and the personal identification information read from the registration means are compared by the control means. When the personal identification information of the electronic card matches the personal identification information of the registration means, the control means sends the document to the document preparation means. Permission to create

Therefore, the personal information of the owner of the electronic card can be issued as a document to a person who is confirmed to be the owner of the electronic card. In addition, since there is no need for a procedure for filling in the application form such as the address and name as in the conventional method, it is possible to eliminate the application form and automate the work of issuing documents. As a result, the document issuing device can be sufficiently applied to an unmanned automatic document issuing machine with an applicant identification function that issues a resident's card, a family register, an identification card, a seal certificate, and the like.

A document creation method according to the present invention is a method for issuing personal information of an electronic card owner as a document based on personal identification information of the electronic card owner, and requests ownership of the electronic card in advance. Register personal identification information and personal information of the person, and at least give the electronic card holding the personal identification information to the electronic card possession requester,
When issuing a document, the personal identification information read from the electronic card is compared with the personal identification information registered in advance, and if the personal identification information by the electronic card matches the personal identification information registered in advance, It is characterized in that personal information of an electronic card owner is issued as a document.

According to the document issuing method of the present invention, when personal information of the electronic card owner is issued as a document based on the personal identification information of the electronic card owner, the personal identification information read from the electronic card is issued. And personal identification information registered in advance.

Therefore, only when the personal identification information of the electronic card matches the personal identification information registered in advance,
"Electronic card owner himself" can be confirmed. This allows the electronic card owner to
The personal information of the owner of the electronic card can be issued as a document.

A document creation unit according to the present invention is a system for issuing personal information of an electronic card owner as a document based on at least an electronic card on which personal identification information of the electronic card owner is recorded. Two or more document creation units connected by a line are provided. The document creation unit includes a registration unit that registers personal identification information and personal information of the electronic card holder, and a registration unit that registers the electronic card holder registered in the registration unit. A document creating means for outputting personal information as a document, reading the personal identification information from the electronic card, reading the personal identification information from the registration means, and comparing the personal identification information by the electronic card with the personal identification information by the registration means. When the personal identification information of the electronic card matches the personal identification information of the registration means, the document creation means is given permission to create a document. It is characterized in that it has a that control means.

According to the document issuing system of the present invention, two or more document creating units to which the above-described document issuing device is applied are connected by a communication line.

For example, a document creation unit is installed in each prefecture where the person who requests possession of the electronic card belongs.
In this case, data communication processing can be performed between the document preparation units arranged in each prefecture with respect to the issuance of a document of personal information of the electronic card owner.

Therefore, the personal information of the owner of the electronic card can be obtained from the registration means of the document preparation unit of the prefecture B by the control means of the document preparation unit of the prefecture A.
In this way, for the person who is confirmed as the owner of the electronic card, the personal information of the owner of the electronic card obtained from the document creation unit of the prefecture B is made into a document and issued by the document creation unit of the prefecture A. Can be.

[0019]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A document issuing apparatus, a document issuing method and a document issuing system according to embodiments of the present invention will be described below with reference to the drawings. (1) Document Issuing Device as Embodiment FIG. 1 is a document issuing device 1 as an embodiment according to the present invention.
FIG. 4 is a block diagram showing an example of the configuration of 0. In this embodiment, when the personal information of the electronic card owner is issued as a document, the personal identification information read from the electronic card,
By comparing with the personal identification information registered in advance, it is possible to confirm the identity of the owner of the electronic card,
The personal information of the owner of the electronic card can be issued as a document to the owner of the electronic card.

The document issuing apparatus 10 according to the present invention issues personal information of an electronic card owner as a document 40 based on at least an electronic card recording personal identification information of the electronic card owner. In this example, the documents refer to a resident's card, a copy of a family register, an identification card, a seal stamp certificate, etc. issued by a public organization. In addition, the personal identification information of the electronic card owner refers to information unique to each individual for identifying the electronic card owner. This individual-specific information includes fingerprint image data, face image data,
Eyeball image data, iris image data as its lower layer,
Retinal image data is included. Each data is information indicating the characteristics of an individual.

Further, the personal information of the owner of the electronic card refers to the name, date of birth, current address, permanent address and registered information relating to the previously registered seal, etc. of the owner of the electronic card. The electronic card has a non-volatile storage medium and at least personal identification information of the owner of the electronic card is recorded. Of course, the personal information of the owner of the electronic card may be recorded. Preferably, as the electronic card, an identification card, a car driver's license, a passport, and the like, which can be owned by an individual, may be used.

The document issuing apparatus 10 shown in FIG.
The personal identification information D1 and the personal information D2 of the owner of the electronic card are registered. A magnetic storage device or a semiconductor storage device is used for the registration unit 1. A database is formed by storing the name, date of birth, current address, permanent address, and seal registration information of the electronic card owner in these storage devices.

The registration means 1 is connected to a document creation means 2, and the personal information D2 of the owner of the electronic card read from the registration means 1 is printed on paper based on a document creation permission signal S0. , A family register, an identification card, a seal certificate, and the like are output as a document 40. Of course, the document 40 with the authentication stamp pressed is output on the resident's card, the family register, the identification card, the seal certificate, and the like. This certification seal is used by public authorities to prove that certain actions or documents have been performed in a legitimate manner. A thermal printer, a dot printer, or the like is used as the document creating means 2.

The document creating means 2 is connected to the control means 4 and reads out the personal identification information D1 from the registration means 1 when creating the document. The control means 4 includes at least a card read / write device 41 and a comparison means 42. The comparing means 42 includes a central processing unit (hereinafter referred to as a CPU).
Is used. In the card read / write device 41, the personal identification information D1 is read from the electronic card 3, and fee payment information D3 and the like regarding the fee paid at the time of issuing the document are recorded. The comparing means 42 stores the personal identification information D1 from the electronic card 3 and the personal identification information D1 from the registration means 1.
Is compared with In this example, when the personal identification information D1 of the electronic card 3 matches the personal identification information D1 of the registration means 1, a document creation permission signal for giving the creation permission of the document 40 from the control means 4 to the document creation means 2 is provided. S0 is output.

Next, a method for creating a document according to the present invention will be described. FIG. 2 is a flowchart illustrating a processing example according to the document issuing method. In this example, the electronic card 3 is issued to a person who requests possession of the electronic card 3 in advance, and the electronic card 3 is issued to each individual. Then, the documents 40 such as a resident card, a family register, an identity card, and a seal certificate are issued. It is assumed that, when necessary, the personal information D2 of the electronic card owner is issued as a document 40 based on the personal identification information D1 of the electronic card owner.

Based on this premise, a card issuance request of a person requesting issuance of the electronic card 3 is accepted in step A1 of the flowchart shown in FIG. In this example, when a document creation system is constructed using an ID card in which an ID card is converted into an electronic card, a prefectural or municipal office serves as a window for the card issuance application. When building a document creation system using a driver's license that has been converted to an electronic card, the applicant himself must obtain a driver's license, and the prefectural public safety committee (the police Office) becomes the contact. When building a document creation system using a passport card that has an electronic passport card, the branch office of the Ministry of Foreign Affairs will be the contact point for the card application form.

Then, in step A2, the personal identification information D1 and the personal information D2 of the issuer of the electronic card 3 are registered. Here, in the document creation system using the identification card, at the municipal office, in the document creation system using the license card, at the prefectural or municipal police station, and in the document creation system using the passport card In the system, a face image of the requester of the electronic card 3 is captured at a branch office of the Ministry of Foreign Affairs, and eyeball image data is obtained from the face image data D12, and iris image data and retinal image data are obtained as lower layers thereof. The image data is registered in a database or the like as personal identification information D1.

In this example, the personal identification information D1 is obtained by converting the fingerprint, face, iris or retina of a person who requests possession of the electronic card 3 into image data.
Or a combination of these image data. These image data are recorded on the electronic card 3 as personal identification information D1.

When a fingerprint image input device is provided at the above-mentioned government office, police station, or branch office of the Ministry of Foreign Affairs, a fingerprint image of the requester of the electronic card 3 is taken, and the fingerprint image data D11 is used as the personal identification information D1. Registered as At the same time, the name, date of birth, current address, permanent address and seal registration information of the issuer of the electronic card 3 are registered in the database as personal information D2.

After that, in step A3, if there is no defect in the contents of the card application, the card issuing requester is given an electronic card 3 such as an identification card, a license card or a passport card.
Is issued. These cards can be used to identify the person. As a result, the card issuer requests the personal identification information D1 such as his / her own fingerprint, face, iris and retina.
Can be obtained as the image data.

In step A4, the document issuing device 10 determines whether there has been a request to issue a document 40 such as a resident's card, a copy of a family register, an identification card, and a seal certificate. This determination is made by inserting an electronic card 3 such as an identification card, a license card, or a passport card into the read / write device 41, thereby detecting whether or not the issuance request of the document 40 has been made. Thereafter, in step A5, the personal identification information D1 is read from the electronic card 3, and the personal identification information D1 registered at the time of issuing the card is read from the registration means 1.

Accordingly, in step A6, the personal identification information D1 read from the electronic card 3 is compared with the personal identification information D1 read from the registration means 1. At this time, when the personal identification information D1 of the electronic card 3 matches the personal identification information D1 registered in advance, the process proceeds to step A7, and the personal information D2 of the electronic card owner is issued as a document 40. . If the personal identification information D1 of the electronic card 3 does not match the personal identification information D1 registered in advance, the process proceeds to step A7 and the processing is performed without creating the document 40 of the personal information D2 of the electronic card owner. To end. This is because if the personal identification information D1 of the electronic card 3 does not match the personal identification information D1 registered in advance, there is a high possibility that the electronic card 3 is forged.

As described above, according to the document issuing apparatus 10 and the document issuing method of the present embodiment, the personal information D2 of the electronic card owner is converted into the document 40 based on the personal identification information D1 of the electronic card owner. Upon issuance, the personal identification information D1 read from the electronic card 3 is compared with the personal identification information D1 registered in advance.

Therefore, only when the personal identification information D1 from the electronic card 3 matches the personal identification information D1 registered in advance, it is possible to confirm that the user is the electronic card owner. In other words, it can be determined that the document issuance act performed by the public institution was performed under a proper procedure. By this determination, the control means 4 sends the document creation means 2
Since the creation permission signal S0 for the document 40 is given to the electronic card owner, the personal information D2 of the electronic card owner can be issued as the document 40.

Further, since there is no need for a procedure for writing the address and name in the application form as in the conventional method, the application form can be eliminated and the work of issuing the document 40 can be automated. Thereby, the document issuing apparatus 10 can be sufficiently applied to an unmanned automatic document issuing machine with an applicant identification function that issues a resident's card, a family register, an identification card, a seal certificate, and the like.

(2) Unattended Automatic Document Issuing Machine Applying Document Issuing Apparatus 10 FIG. 3 is a perspective view showing a configuration example of an unmanned automatic document issuing machine 100 applying the document issuing apparatus 10 according to the present invention. In this example, an unmanned automatic document issuing machine 100 that can be installed in a lobby of a government office in a prefecture or a municipal office, a concourse in a station building, a convenience store, or the like is assumed.

The unmanned automatic document issuing machine 100 shown in FIG.
It has a box-shaped housing 5 having a length H of about 1 m 80 cm, a width W of about 90 cm, and a depth L1 of about 45 cm. The member of the housing 5 is made of iron, stainless steel or aluminum, and an alloy of these metals. The housing 5 is formed by pressing these metal plates.

A shelf-shaped operation table 6 is provided on the front surface of the housing 5, and a liquid crystal monitor 7 and the like are mounted on the upper surface of the operation table 6. On the liquid crystal monitor 7, an operation procedure for issuing documents such as a resident card, a family register, an identification card, and a seal certificate is displayed. This is to improve the operability of the user. Projection distance L of operation table 6
2 is, for example, about 25 to 30 cm, and a space for storing baggage is secured.

In this example, a fingerprint input device 8 is attached as a fingerprint photographing means adjacent to the liquid crystal monitor 7 to photograph a fingerprint of a person requesting issuance of a document, and based on the fingerprint image data D11 of the requester of the document issuance. Data processing may be performed. This is because, assuming that the person who brought the electronic card 3 is not the requester of the document issuance, the identity of the person who requests the issuance of the document is confirmed in real time based on the fingerprint image data D11 obtained by photographing the fingerprint. Because you can. When the fingerprint input device 8 is attached, when the document 40 is issued, a fingerprint for comparing the fingerprint image of the electronic card owner registered in advance with the fingerprint image of the electronic card owner acquired at the time of issuing the document. An image matching mode can be executed.

On the left side of the front surface of the housing, a cash receipt settlement device 9 is provided as a fee receiving means, and an electronic card 3 such as an identification card, a license card or a passport card is used for issuing documents. The fees associated with the issuance of the documents will be received in cash. A cash registering machine attached to a normal automatic ticket vending machine or the like can be used as the cash receiving settlement apparatus 9. In this example, the cash receiving settlement apparatus 9 is provided with a coin insertion slot 91, a bill insertion slot 92, and a change discharge slot 93.

A card read / write device 41 is attached to the right side of the front surface of the housing as information recording means, and fee payment information D3 relating to the fee received by the cash receipt settlement device 9 is recorded on the electronic card 3, The personal identification information D1 is read from the electronic card 3. A card slot 43 is provided in the card read / write device 41, and the card slot 43 is held in a state where the electronic card 3 is horizontal.
Is inserted into.

In this example, the amount of the fee received by the cash receiving settlement apparatus 9 is temporarily recorded on the electronic card 3 as fee payment information D3. This is because, in a case where a plurality of types or a plurality of documents 40 are requested to be issued, cash exceeding the total fee may be paid.

Further, a plurality of display units 12 are provided on the upper part of the front surface of the housing.
A to 12E and selection switches 13A to 13E are paired (set)
Is provided. In this example, five display units 12A to 12E such as "Resident's card", "Certificate of family register", "Identity card", "Seal certificate", and "Checkout" are prepared from the left side of the front of the housing. Selection switches 13A to 13E are attached below the display units 12A to 12E, and when the selection switch 13A in the lower region of the "resident's card" is pressed, the display unit 12A of the "resident's card" is turned on.

In the same manner, when the selection switches 13B to 13D in the lower areas are pressed for "certificate of family register", "identification card", and "seal certificate", the respective display sections 12B to 12D are turned on. When the selection switch 13E in the lower area of “payment” is pressed, the display unit 1 of “resident's card”, “certificate of family register”, “identification card” and “seal certificate” is displayed.
2A to 12D are turned off, and the "payment" display section 12 is displayed.
E is lit. The "payment" display section 12E is turned off when the electronic card 3 is ejected.

In this example, after the personal information D2 of the owner of the electronic card is output as the document 40 and the selection switch 13E relating to “payment” is pressed, the fee payment information D3
The fee equivalent to the document preparation is subtracted from the fee amount in. Thus, the electronic card 3 can be used as a money card. In addition, the fee for issuing the various documents 40 can be automatically managed.

A face photographing camera 11 is mounted as a photographing means for a face image on the front area of the housing in an area above the five display sections 12A to 12E, and a face image of a person requesting issuance of a document is photographed. Data processing based on the face image data D12 of the issue requestor may be performed. This is because, assuming that the person who brought the electronic card 3 is not the requester of the document issuance, the person is verified in real time based on the face image data D12 obtained by capturing the face image of the person requesting the issuance of the document. Because you can.

When the face photographing camera 11 is attached, when the document 40 is issued, the face image of the electronic card owner registered in advance and the face image of the electronic card owner obtained at the time of issuing the document are combined. A face image comparison mode to be compared can be executed. In this example, if both the fingerprint input device 8 and the face photographing camera 11 are provided, the face / fingerprint image collation mode can be executed when the document 40 is issued.

A document printing machine 14 is provided between the cash receiving settlement apparatus 9 and the card read / write device 41 as document creation means, and the personal information of the electronic card owner read from the registration means 1 (not shown). D2 is printed on paper,
Documents 40 such as a resident's card, a copy of a family register, an identification card or a seal certificate are output. This document printer 14 has a document outlet 4
Four. The document discharge port 44 is provided on the front surface of the housing near the liquid crystal monitor 7 of the operation table 6. In addition to these, a speaker 15 is mounted on the front of the housing, and a sound reproducing device 16 (not shown) is mounted inside the housing.

Next, an example of a circuit configuration of the automatic document issuing machine 100 will be described. FIG. 4 is a block diagram showing an example of a circuit configuration of the automatic document issuing machine 100. The automatic document issuing machine 100 shown in FIG. The communication bus 17 includes a CPU 18, a card read / write device 41, a document printer 14, a liquid crystal monitor 7, an interface (I / O) 19, a ROM 36, a RAM 37, a fingerprint input device 8, a face photographing camera 11, a cash receiving settlement device 9,
The communication modem 51 and the audio reproducing device 16 are connected.

The CPU 18 connected to the communication bus 17
Constitutes comparison means. In this example, the card read / write device 41, the document printer 14, the liquid crystal monitor 7, the interface (I / O) 19, the ROM 3
6, RAM 37, fingerprint input device 8, face photographing camera 11,
Input / output of the cash settlement apparatus 9, the communication modem 51, and the audio reproducing apparatus 16 are controlled, and the face image matching mode, the fingerprint image matching mode, or the face / fingerprint image matching mode is executed.
Therefore, the unmanned automatic document issuing machine 100 is stored in the ROM 36.
And a control program such as a memory readout procedure.

The RAM 37 has a face image collation mode,
When executing the fingerprint image collation mode or the face / fingerprint image collation mode, the personal identification information D1 by the card read / write device 41 and the fee payment information D by the cash receipt settlement device 9
3. Temporarily records personal identification information D1 by registration means 1 (not shown), face image data D12 by face photographing camera 11, fingerprint image data D11 by fingerprint input device 8, and display information D4 for displaying system programs and operation procedures. Is done.

Further, the interface 19 is connected to the above-mentioned five display units 12A to 12E and selection switches 13A to 13E as pairs (sets) thereof.
Five display units 12A to 12E such as "certificate of family register", "identification card", "seal certificate" and "payment" are controlled to blink based on the selection switches 13A to 13E. In the audio reproducing device 16 connected to the communication bus 17, a guide tape relating to document issuance is reproduced and loudspeaked from the speaker 15. The communication modem 51 connected to the communication bus 17
Is connected to the central controller 50 of the prefecture (not shown),
Data communication is performed between the registration means 1 and the central control device 50 of another prefecture.

Next, the electronic card 3 used in the automatic document issuing machine 100 will be described. FIG. 5 is a perspective view showing an example of a laminated structure of an identification card 30 as an example of the electronic card 3. FIG. 6 is a cross-sectional view showing an example of a laminated structure of the topsheet 25. As shown in FIG.

In this example, the electronic card 3 is an electronic card type identification card (hereinafter simply referred to as an identification card).
30 are used. In FIG. 5, the identification card 30 has, for example, a vertical length of about 6 cm, a horizontal length of about 9 cm, and a thickness of about 0.5 to 1.0 mm. Image display information is printed in a predetermined area P3 of the identification card 30. The image display information is, for example, “XX
○ Identification card, "personal identification number", "name", "issue date", etc. A face image forming area P4 is allocated to the identification card 30, and a face image of the card holder of the identification card 30 is formed. The card surface is covered with a protection sheet 51 so as to protect the face image and the image display information.

That is, the identification card 30 shown in FIG. 5 is composed of an upper protective sheet 51 and intermediate adhesive members 22A, 22A.
Except for B, it has a three-layer structure of a back sheet 21, an electronic component 24, and a top sheet 25. The lowermost layer of the identification card 30 is provided with a back sheet 21 having a thickness of about 100 μm as a substrate member. The back sheet 21 preferably has a sheet thickness of about 50 μm to 300 μm. The back sheet 21 further has a writing layer 62 (not shown) that can be written with a pen.

In this example, a card electronic component 24 is provided on the back sheet 21. The electronic component 24 includes an IC chip 24A for electrically recording personal identification information D1 relating to the user of the identification card 30 and the IC chip 24.
A is a coil-shaped antenna body 24B connected to A. Of course, the personal information D2 may be recorded on the IC chip 24A.

A surface sheet 25 having a thickness of about 100 μm is provided on the electronic component 24 as a surface member.
The electronic component 24 is enclosed. In this example, at least the back sheet 21, the top sheet 25, and the electronic component 2
4 is laminated with thin sheet-shaped adhesive members (hereinafter simply referred to as adhesive sheets) 22A and 22B. For example, the back surface of the IC chip 24A and the back sheet 21 are bonded together by a first adhesive sheet 22A having a thickness of about 50 μm to 300 μm.
Between the top surface and the top sheet 25, the thickness is 50 μm to 300 μm.
It is bonded by a second adhesive sheet 22B of about μm. As the adhesive sheets 22A and 22B, a hot-melt resin or a reactive hot-melt resin which is formed into a thin sheet in advance is used.

The topsheet 25 is formed, for example, on a film support 31 shown in FIG.
3. The image receiving layer 34 and the upper layer 35 are laminated. The second adhesive sheet 22B is attached to the film support 31 side. As the film support 31, a general plastic film such as polyester, polyolefin, polystyrene, and ABS is used. In particular, polyethylene terephthalate (PET) or polypropylene (P
It is preferably formed of a resin such as P). In particular, when a biaxially stretched resin is used, a thin top sheet 25 having excellent strength can be formed.

The film thickness of the film support 31 is, for example, 12 μm or more (particularly 25 μm) to 300 μm when a biaxially stretched polyethylene terephthalate resin is used.
It is preferable that the thickness be equal to or less than 250 μm. When the film support 31 has a bubble-containing structure or is formed of a flexible material, the cushion layer 32 is
It is provided to reduce the influence of the unevenness of 4A. In addition, the cushion layer 32 has a function of improving the contact of the thermal head at the time of printing a face image or the like.

[0060] Preferably tensile modulus as the cushion layer 32 (ASTM D790) is 20 kgf / mm ² or more, and is preferably 200 kgf / mm ² or less. The thickness of the cushion layer 32 is
2 μm or more (particularly 5 μm) from the viewpoint of cushioning effect
The thickness is preferably 200 μm or less (particularly 50 μm) from the viewpoint of the overall thickness and curl suppression.

The members forming the cushion layer 32 include, for example, polyethylene resin, polypropylene resin, polybutadiene resin, ethylene-vinyl acetate copolymer resin, ethylene-ethyl acrylate copolymer resin, styrene-butadiene-styrene. Block copolymer resin,
Polyolefin resins such as styrene-isoprene-styrene block copolymer resin, styrene-ethylene-butadiene-styrene block copolymer resin, and styrene-hydrogenated isoprene-styrene block copolymer resin are preferred because they have flexibility. .

In this example, the image receiving layer 34 has a face image forming area P4
To form The face image or the like on the face image forming area P4 is heated by a thermal head from the ink sheet side containing the dye to the image receiving layer 34, and the dye is sublimated or transferred to the image receiving layer 34 by this heat. It is formed by this. As a material of the image receiving layer 34, a polymer material such as a polyester resin, a polyvinyl chloride resin, a polyvinyl acetal resin, a polyvinyl butyral resin, an epoxy resin, and an acrylic resin can be used.

The layer adjacent to the image receiving layer 34, for example, the film support 31 or the cushion layer 32 is preferably a resin mixed (containing) with a white pigment in order to enhance the image formed on the image receiving layer 34. . The present invention is not limited to this. In order to increase the whiteness, a layer provided with voids may be used. The voids provide cushioning. Preferred examples of the white pigment include, but are not limited to, titanium oxide, barium sulfate, and calcium carbonate. A transparent protective sheet 51 is provided on the topsheet 21, and is protected so as to cover the topsheet 21 after the face image is formed.

FIG. 7 is a sectional view showing the laminated structure of the back sheet 21. The back sheet 21 of this example has a writing layer 62 below a film support 61. This writing layer 62
For example, it is formed by diffusing calcium carbonate and silica fine particles into a polyester emulsion. The first adhesive sheet 22A is attached on the film support 61. In this example, the adhesive sheets 22A and 22B include hot melt resin,
Preferably, a reactive hot melt resin is used. In addition,
FIG. 8 shows the electronic component 24 as the back sheet 21 and the top sheet 2.
It is sectional drawing which shows the example of a sandwich structure sandwiched between 5.

FIG. 9 is a block diagram showing an example of the internal configuration of the IC chip 24A. Since the identification card 30 as the electronic card 3 is of a non-contact type, no terminal for information input / output is provided. IC chip 24 shown in FIG.
A includes a transmission / reception unit 26, a RAM 27, a nonvolatile memory 28, a power generation unit 29, a CPU 38, and a clock generation unit 39.

The transmitting / receiving unit 2 is provided on the antenna 24B.
6 is connected, and receives personal identification information D1 modulated into a predetermined modulated radio wave when writing information. At the time of reading information, the personal identification information D1 is modulated into a predetermined modulation signal and transmitted to the antenna 24B.

A RAM 27 is connected to the transmission / reception unit 26, and temporarily stores the personal identification information D1 demodulated by the transmission / reception unit 26, and temporarily stores control data such as an information writing / reading procedure. The nonvolatile memory 28 is connected to the RAM 27, and the personal identification information D1 is recorded. As the nonvolatile memory 28, a read-only memory (EEPROM) capable of erasing and writing electrical information is used. Therefore, even when the power is turned off, the personal identification information D1 is recorded and held in the nonvolatile memory 28.

A CPU 38 is connected to the transmitting / receiving unit 26, the RAM 27, and the nonvolatile memory 28, and the input / output of the transmitting / receiving unit 26, the RAM 27, and the nonvolatile memory 28 is controlled at the time of writing and reading information. For example, at the time of reading information, the personal identification information D1 read from the nonvolatile memory 28 is read.
Is output to the transmission / reception unit 26. At the time of writing information, the personal identification information D1 obtained from the transmission / reception unit 26 is recorded in the nonvolatile memory 28.

A clock generator 39 is connected to the CPU 38, and is supplied with a system clock for executing information write / read operations. The above-mentioned transmitting / receiving unit 26, information writing / reading unit 27, nonvolatile memory 28, CPU 38
A power generation unit 29 is connected to the clock generation unit 39, and the clock generation unit 39 uses a method used in a normal non-contact type IC card.
Electromagnetic energy from the outside is taken in by the antenna 24B, and a DC power supply VCC generated based on the electromagnetic energy is supplied.

For example, a DC power supply VCC is obtained by rectifying an electromotive force Vφ generated by electromagnetic induction from the card read / write device side. Of course, in addition to this, the power from the high-frequency electromagnetic energy from the outside may be supplied to the antenna 24B.
Alternatively, a method of generating a power source by incorporating the power into another object is also conceivable. Note that, instead of the CPU 38 and the RAM 27, that part may be constituted by a control logic circuit.

FIG. 10 shows the card read / write device 41.
3 is a block diagram showing an example of the internal configuration of FIG. The card read / write device 41 shown in FIG. 10 constitutes information recording, information reading and information erasing means.
This is for writing or reading the card user's personal identification information D1 or the like to or from the IC chip 24A (see FIG. 9) provided in 0, and erasing the fee payment information. The card read / write device 41 has a card read / write unit 70 and an information write / read control unit 71. The card read / write section 70 has a slide section 72 having a concave card insertion opening side, and the identification card 30 is slid and inserted. Antenna bodies 73 are mounted inside the left and right sides of the slide portion 72. The antenna body 73 is electromagnetically coupled to the antenna body 24B in the identification card 30 and the personal identification information D1 is written or read while supplying drive power to the IC chip 24A in the card.

The information writing / reading control unit 71 includes a transmission / reception unit 74 connected to the internal bus 81, a RAM 75, a ROM
76, a communication interface 77, a CPU 78, and a power supply unit 79. Card read / write unit 70 described above
A transmitting / receiving unit 74 is connected to the antenna body 73 of the personal identification information D which is modulated into a predetermined modulated radio wave at the time of writing information.
1 and fee payment information D3 are transmitted. At the time of reading information, personal identification information D1 previously modulated into a predetermined modulation signal in the identification card 30 is taken in via the antenna 73 and demodulated.

A RAM 75 and a ROM 76 are connected to the transmission / reception unit 74 via an internal bus 81.
Is temporarily stored. RO
M76 stores control data such as an information writing / reading procedure. The internal bus 81 has a communication interface 77
Is connected to the CPU 1 via a communication bus 17 conforming to a communication protocol of RS-232C (or RS-422).
8 and so on. This card read / write device 41
Data communication is performed between the CPU and the CPU 18.

A CPU 78 is connected to the communication interface 77 via an internal bus 81, and the input / output of the transmission / reception unit 74, the RAM 75, and the ROM 76 is controlled at the time of writing and reading information. For example, at the time of reading information, the personal identification information D1 obtained from the transmission / reception unit 74 is transferred to the CPU 18 or the like via the communication interface 78. At the time of writing the information, the fee payment information D3 transferred from the cash receiving settlement apparatus 9 or the like is output to the transmission / reception unit 74.

The information writing / reading control section 71 is provided with a power supply section 79, and the IC chip 24A in the electronic card is provided.
A high frequency signal of a predetermined frequency for driving is supplied to the antenna body 73. Of course, the transmitting / receiving unit 74, RAM
75, ROM 76, communication interface 77, and CPU
The DC voltage VCC is supplied to 78. In this example, a resident's card, a family register, an identification card, and a seal certificate are issued based on the result of collating the personal identification information D1 of the card holder by the card read / write device 41 with the personal identification information D1 by the registration means. can do.

Next, a method of creating a document by the automatic document issuing machine 100 will be described. FIG. 11 and FIG.
6 is a flowchart illustrating an operation example (No. 1 and 2) of the unattended automatic document issuing machine 100. In this example, the registration means 1 is provided for each prefecture or municipal unit, and the personal identification information D1 of the identification card owner registered in the registration means 1 is read and controlled by the central control device 50,
It is assumed that the face image collation mode, the fingerprint image collation mode, or the face / fingerprint image collation mode is set beforehand when the unattended automatic document issuing machine 100 is installed.

Handling method of the user of the unattended automatic document issuing machine 100: In this example, the document issuing requester presses the fingerprint input device 8 to make a request to the unattended automatic document issuing machine 100 for a document issuing request. Display, insert the identification card 30 into the card read / write device 41, input the issue fee into the cash receipt settlement device 9, select the document 40 by pressing the selection switch, and when the document 40 is obtained, adjust the fee. I do.

On the basis of these conditions, the fingerprint input device 8 detects whether or not a document issuance request has been made in step B1 of the flowchart shown in FIG. At this time, the document issuance requester touches the fingerprint input device 8 lightly according to the operation procedure of the liquid crystal monitor 7 and intentionally indicates the document issuance request to the unattended automatic document issuing machine 100. The time t0 when the fingerprint input device 8 is touched is detected, and the input time t
0 is recognized. At the same time, the fingerprint of the document issuance requester is photographed, and fingerprint image data D11 is obtained.

Thereafter, in step B2, the card read / write device 41 detects whether the identification card 30 has been inserted. At this time, the document issuance requester inserts the identification card 30 into the card insertion slot 43. If the identification card 30 is not inserted, the process proceeds to step B3.

In step B3, the card read / write device 41 detects whether a predetermined time t1 has elapsed. The predetermined time t1 is a time t0 when the fingerprint input device 8 is touched.
From the time when the document issuance requester reaches the next operation. The predetermined time t1 is set in advance. When the predetermined time t1 has not elapsed, that is, when the current time is t,
When (t−t0) <t1, the CPU waits for the identification card 30 to be inserted. When the predetermined time t1 has elapsed (t-t0)> t
In 1, the document issuance process is terminated without assuming that the document issuance request has been canceled and issuing the document 40.

Therefore, if the identification card 30 is inserted within the predetermined time t1 in step B2,
The process proceeds to step 4, and the cash receiving settlement apparatus 9 detects whether a commission has been paid. At this time, the document issuance requester inputs a commission into the cash receiving settlement apparatus 9. The commission is inserted into the coin insertion slot 91 or the bill insertion slot 92 with cash. If no cash is inserted, the process proceeds to step B5.

In this step B5, the cash receiving settlement device 9
It is detected whether the predetermined time t2 has elapsed. The predetermined time t2 is the time from the time tx at which the identification card 30 is inserted into the card read / write device 41 to the time when the document issuance requester performs the next operation. The predetermined time t2 is set in advance. When the predetermined time t2 has not elapsed, that is,
When the current time is t, at (t−tx) <t2, the control waits for the insertion of cash. When the predetermined time t2 has elapsed (tt
In x)> t2, it is considered that the document issuance request has been canceled, and the process proceeds to step B15 in the flowchart shown in FIG. finish.

Accordingly, when cash is inserted within the predetermined time t2 in step B4, the process proceeds to step B6, where the fee payment information D3 is recorded on the identification card 30 by the card read / write device 41. Fee payment information D3
For, the amount of the fee is recorded.

Then, the process goes to step B7, and the interface 19 detects whether any one of "resident's card", "certificate of family register", "identification card", "seal certificate" or "payment" has been selected. At this time, the document issuing requester presses the selection switch 13A below the display section 12A to select, for example, "resident's card". This selection switch 1
The operation information D5 due to the pressing of 3A is detected by the interface 19, and the "resident card" is displayed based on the result.
Is turned on.

If none of the selection switches 13A to 13E is depressed, the process proceeds to step B8.
In step B8, the interface 19 detects whether a predetermined time t3 has elapsed. The predetermined time t3 is a time from the time ty when the fee is input to the cash receiving settlement apparatus 9 to the time when the document issuance requester performs the next operation. The predetermined time t3 is set in advance. When the predetermined time t3 has not elapsed, that is, when the current time is t, (t-ty)
At <t3, the process waits for the selection switch to be pressed. Predetermined time t
If 3 has elapsed (t-ty)> t3, it is considered that the document issuance request has been canceled, and the process proceeds to step B13 without issuing the document 40, returns the fee, and then proceeds to step B15. Then, the ID card 30 is ejected, and the document issuance process is completed.

Therefore, when the process goes to step B 7 and any one of “resident's card”, “certificate of family register”, “identification card”, “seal certificate” or “payment” is selected by the interface 19, In step B9, the personal identification information D1 is read from the identification card 30 by the card read / write device 41, and the
37, the fingerprint image data D11 is read. CPU
The personal identification information D1 is read from the registration means 1 via the communication modem 51 by the central control device 18 and 18.

Then, in step B10, the personal identification information D1 based on the identification card 30, the face image data D12 based on the face photographing camera 11, the fingerprint image data D11 based on the fingerprint input device 8, and the personal identification information D1 based on the registration means 1 are used. A comparison and collation process for confirmation is performed. For example, a flowchart (subroutine) showing an example of comparison and collation of the personal identification information D1 in FIG. 13 is called, and in step C1, a face image collation mode, a fingerprint image collation mode, or
It is determined whether any one of the face / fingerprint image matching modes is set.

If these collation modes have been set, the flow shifts to step C2 to detect whether the collation mode is the face image collation mode. If the face image collation mode is set, the process proceeds to step C3, and the face photographing camera 11 photographs the face image of the identification card owner. Face image data D12 from the face photographing camera 11
Are temporarily stored in the RAM 37.

Thereafter, the process proceeds to step C4 where the CPU 18 compares and compares the personal identification information D1 from the identification card 30 with the personal identification information D1 from the registration means 1 and the face image data in the personal identification information D1. D1
2 is compared with face image data D12 of the identification card owner obtained by the face photographing camera 11.

If the face image collation mode is not set in step C2, the process proceeds to step C5, and it is detected whether the collation mode is the fingerprint image collation mode. If the fingerprint image collation mode is set, the process proceeds to step C6, where the fingerprint image data D11 captured by the fingerprint input device 8 is read from the RAM 37.

Thereafter, the process proceeds to step C7, where the personal identification information D1 from the identification card 30 and the personal identification information D1 from the registration means 1 are compared and collated by the CPU 18, and the fingerprint image data in the personal identification information D1 is compared. D
11 and the fingerprint image data D11 of the identification card owner read from the RAM 37 are compared and collated.

If the fingerprint image collation mode is not set in step C5, the process proceeds to step C8, and it is detected whether the collation mode is the face / fingerprint image collation mode. When the face / fingerprint image collation mode is set, the process proceeds to steps C9 and C10. In step C9, the face photographing camera 11 photographs the face image of the identification card owner. The face image data D12 from the face photographing camera 11 is temporarily stored in the RAM 37.
In step C10, the fingerprint image data D11 photographed by the fingerprint input device 8 is read from the RAM 37.

Thereafter, the process proceeds to step C11 where the CPU 18 compares and compares the personal identification information D1 from the identification card 30 with the personal identification information D1 from the registration means 1 and the face image data in the personal identification information D1. D
12 is compared with the face image data D12 of the identification card holder obtained by the face photographing camera 11, and the fingerprint image data D11 in the personal identification information D1 is compared with
The identification image card owner's fingerprint image data D11 read from the RAM 37 is compared and collated.

In step C1, the face image collation mode is set.
If neither the fingerprint image collation mode nor the face / fingerprint image collation mode is set, the process proceeds to step C12, where the personal identification information D1 by the identification card 30 and the personal identification information D1 by the registration means 1 are set. And are compared only.

Then, returning to the flowchart shown in FIG. 12, in step B11, the personal identification information D1 by the identification card 30, the face image data D12 by the face photographing camera 11, and the fingerprint image data D12 by the fingerprint input device 8
11. In each comparison and collation process of the personal identification information D1 by the registration means 1, the logical product of these comparison results is obtained, and it is determined whether or not the comparison targets match. Only when this comparison object matches, the document creation permission signal S0 is output from the CPU 18 to the document printer 14 in each collation mode.

Then, the process proceeds to step B12, where a "resident's card" or the like is created by the document printer 14 based on the document creation permission signal S0. For example, a flowchart (subroutine) showing an example of issuing the document 40 in FIG. 14 is called, and in step D1, the document 40 can be created based on the personal information D2 of the ID card holder stored in the database of the prefecture. Is determined by the CPU 18. At this time, the requester of the document issuance of the document 40
Is selected, and the registration of the domicile of the requester is not found in the database of the prefecture. When issuing a “family copy”, the domicile of the person requesting the issuance of a document may be registered in a database of another prefecture.

In the case of the document 40 that can be issued with the personal information D2 of the ID card holder by the prefecture database, the process goes to Step D2 to read the personal information D2 from the prefecture database, and then goes to Step D7. Then, the document is printed on the paper by the document printer 14 based on the personal information D2, and the documents 40 such as the "resident's card", "identification card" and "seal certificate" are output from the document discharge port 44 in step D8. You.

When the document 40 is created based on the personal information D2 in the database of another prefecture in step D1, the process goes to step D3 and the unmanned automatic document issuing machine 100 is sent to the central control unit 50 of another prefecture. The communication line 52 is connected. Thereafter, the process proceeds to step D4, where personal information D2 concerning the permanent residence of the document issuance requester is obtained from the database of another prefecture.
Read out. Thereafter, the process proceeds to step D5, where the CPU 18 determines whether or not all the personal information D2 has been read. If all the personal information D2 has not been read, the process returns to step D3 to read the personal information D2 from the database of another prefecture. When all the personal information D2 has been read, the process proceeds to step D6, where the communication line 52 is "cut off". Thereafter, the process proceeds to step D7, where the document is printed on paper by the document printer 14 based on the personal information D2.
In step D8, the document 40 of the "certificate of family register"
4 is output.

Thereafter, the process returns to the flowchart of FIG. 12, and in step B13, it is detected whether or not the commission has been settled by the cash receiving settlement apparatus 9. If the fee has not been settled, the process proceeds to step B14. In step B14, the fee payment information D3 of the identification card 30 is erased by the card read / write device 41.

At this time, the card read / write device 41 subtracts the fee corresponding to the creation of the “resident's card” from the fee recorded on the identification card 30 with respect to the fee payment information D3. When more cash is put in than the issuance fee, the difference is returned as change by the cash receiving settlement apparatus 9. When the amount of the fee recorded on the identification card 30 becomes “0”, the fee payment information D3 is deleted.

It is to be noted that, in the case where more cash than the issuance fee is inserted, a switch for selecting whether the difference is to be returned as a change or to be carried over to the next time may be provided in the housing 5. When the switch to carry over the next time is selected, the difference can be carried over to the next fee until the amount of the fee recorded on the identification card 30 becomes “0”. By this, identification card 3
0 can be used as a money card. In addition, the fee for issuing the various documents 40 can be automatically managed. Thereafter, the process proceeds to step B15, where the identification card 30 is ejected, and the process is terminated.

As described above, according to the unmanned automatic document issuing machine 100 to which the document issuing device 10 according to the present embodiment is applied,
When issuing the personal information D2 of the identification card holder as a document 40 based on the personal identification information D1 of the identification card holder, the personal identification information D1 read from the identification card 30 is registered in advance. Personal identification information D
1, and a face image and a fingerprint image of the document issuance requester are photographed in real time. These face image data D12, fingerprint image data D11 and the identification card 3
The personal identification information D1 read from 0 and the face image data D12 and the fingerprint image data D11 in the personal identification information D1 registered in advance are compared.

Therefore, not only when the personal identification information D1 of the identification card 3 and the personal identification information D1 registered in advance match, but also the face image data D12 and the fingerprint image data of the document issuance requester acquired in real time. D11
When the face image data D12 and the fingerprint image data D11 in the personal identification information D1 registered in advance match,
It is possible to confirm that the user is the owner of the identification card.

That is, it can be determined that the document issuance act performed by the public institution has been performed in accordance with a procedural system that has been justified by the person. According to this determination, the document creation permission signal S0 is given from the CPU 18 to the document printing machine 14, so that the personal information D2 of the ID card holder can be issued to the ID card holder as the document 40. it can. This makes it possible to refuse to issue a document to a person who has brought the identification card 30 of another person.

Further, since there is no need to enter the address and name into the application form as in the conventional method, it is possible to eliminate the application form, to eliminate the need to attach a certificate stamp, and to automate the work of issuing the document 40. Can be. As a result,
It is possible to provide a highly reliable unattended automatic document issuing machine 100 with an applicant identification function for issuing a family register, identification card, seal seal certificate, and the like.

(3) Document Issuing System as Embodiment FIG. 15 is an image diagram showing an installation example of unattended automatic document issuing machines # 1 to #n used in the document issuing system 200 as an embodiment according to the present invention. . In this example, a plurality of document creation units are provided, and the document creation units are installed in prefectures or municipalities to which the owner of the identification card belongs. Needless to say, the document creation unit may be installed in the lobby of a government office in one municipality, the concourse of a station building, or in a convenience store.

The document issuance system 200 of the present invention issues the personal identification card holder's personal information D2 as a document 40 at least based on the identification card 30 recording the personal identification card owner's personal identification information D1. System. The document issuing system 200 shown in FIG. 15 is provided for each municipal government, and a central control device 50 and a database 60 are provided at the municipal office. The database 60 is an example of the registration unit 1.

[0108] In this database 60, personal information (resident register) D2 of a resident living in the municipal office is registered. The personal identification information D1 of the owner of the identification card may be registered in the database 60. The central control unit 50 is connected to the database 60 to control writing and reading of the personal information D2, and control data transfer between the database 60 and each of the automatic document issuing machines # 1 to #n. .

Further, the central controller 50 has n unattended automatic document issuing machines # 1 to # as two or more document creating units.
n, the unattended automatic document issuing machine # 1 is arranged, for example, in a lobby in a municipal office, the unmanned automatic document issuing machine # 2 is arranged at a concourse of a station building, etc. 3 ... # n is arranged in a convenience store where people are likely to gather. In this example, the unmanned automatic document issuing machines # 1 to #n are connected by a communication line 52, and the communication line 52 is connected to the central control device 50. A digital line is used for the communication line 52. Of course, the unmanned automatic document issuing machines # 1 to #n use the unmanned automatic document issuing machine 100 shown in FIGS.

FIG. 16 is a block diagram showing an example of communication processing between nationwide document issuing systems arranged in prefectures. In this example, by connecting the central control devices 50 of the document issuing system arranged in each prefecture with a network 80, a copy of the family register is acquired from a place other than the address, for example, from the place of residence of the ID card holder. This is a case where such a national document issuing system 300 is constructed. Of course, data communication may be performed by connecting the document issuing systems arranged in units of municipalities via the network 80.

The national document issuing system 300 shown in FIG.
Then, in A prefecture, the central controller 50, the database 60,
n unattended automatic document issuing machines # 1 to #n are arranged.
Central controller 50, database 60, and n unattended automatic document issuing machines # 1 to #n are arranged in prefecture B. Similarly, the central control unit 50 and the database 60
And n unattended automatic document issuing machines # 1 to #n. The central control device 50 of each prefecture is connected to the network 80 and executes data communication processing.

FIG. 17 shows an automatic document issuing machine # 1 in A prefecture.
It is a block diagram which shows the communication processing example between the database 60 of B prefecture. For example, it is assumed that the identity card holder's permanent address is registered in B prefecture and the current address of the person is registered in A prefecture.

Unmanned automatic document issuing machine # of A prefecture shown in FIG.
In step 1, when a document issuance request is made, the CPU 18 reads the personal identification information D1 from the identification card 30 and the personal identification information D1 from the RAM 37. The personal identification information D1 based on the identification card 30 and the personal identification information D1 based on the RAM 37 are stored in the CPU.
When the personal identification information D1 from the identification card 30 matches the personal identification information D1 from the RAM 37, the unattended automatic document issuing machine # 1 communicates with the communication modem 51, the central control unit 50 of the prefecture A, 80
Is connected to the central control unit 50 of the prefecture B.

Thereafter, the personal information D2 relating to the permanent address of the document requester is read from the database 60 of the prefecture B by the central controller 50 of the prefecture B. Thereafter, the CPU 18 of the prefecture A determines whether or not the personal information D2 has been completely received. If all the personal information D2 has not been received, the personal information D2 from the database 60 of the prefecture B is continuously read. The personal information D2 read from the database 60 of the prefecture B is stored in the R of the automatic document issuing machine # 1 of the prefecture A.
It is temporarily registered in AM37.

When all of the personal information D2 has been received, the communication line 52 is turned off. Thereafter, in the unmanned automatic document issuing machine # 1 in the prefecture A, the CPU 18 gives the document printing permission signal S0 of the document 40 to the document printing machine 14. The document printer 14 that has received the document creation permission signal S0 outputs the RA
Personal information D of the ID card holder registered in M37
2 is read. Thereafter, the personal information D2 is printed on paper by the document printing machine 14, and the document 40 of "certificate of family register" is output from the document outlet 44.

As described above, the document issuing apparatus 1 according to the present invention
According to the national document issuance system 300 to which 0 is applied, the central control devices 50 arranged for each prefecture are connected via the network 80. Therefore, the central control unit 50 for controlling the unmanned automatic document issuing machine # 1 in the prefecture A
Thus, the personal information D2 of the identification card holder is obtained from the database 60 of the prefecture B via the central control device 50 of the prefecture B.
Can be ordered.

In addition, the personal information D2 of the ID card holder obtained from the database 60 of the prefecture B is converted into a document 40 such as a "certificate of family register" for the person who is confirmed to be the ID card holder. It can be issued by the automatic document issuing machine # 1 in A prefecture. As a result, the unmanned automatic document issuing machine # 1 located at the current address in A prefecture can register with B prefecture without going to the government office in B prefecture as in the conventional method and without applying for an issuance application by mail. You can get a copy of your family register in real time.

In the above-described embodiment, the case where the identification card 30 is used for the electronic card 3 has been described. However, the present invention is not limited to this, and the electronic card type automobile driving having the IC chip 24A shown in FIG. Similar effects can be obtained when using a license.

In the present embodiment, the cash-receipt settlement device 9 is used.
Has been described as an integrated unmanned automatic document issuing machine 100. However, the present invention is not limited to this. The cash receiving settlement apparatus 9 with a card reader / writer function is separated from the unmanned automatic document issuing machine 100, It may be placed in the lobby of a town or village. Other documents such as "tax payment certificate" and "accident certificate" are not limited to the issuance of documents 40 such as "resident card", "certificate of family register", "identification certificate", "seal certificate", etc. It can be used as a fee registration machine when applying for 40 grants.

[0120]

As described above, according to the document issuing apparatus of the present invention, the control means for comparing the personal identification information read from the electronic card with the personal identification information read from the registration means is provided. When the personal identification information by the card matches the personal identification information by the registration means, the document creation means is given permission to create a document.

With this configuration, the personal information of the electronic card owner can be issued as a document to a person who is confirmed to be the electronic card owner. In addition, application forms can be eliminated. Therefore, it is possible to provide an unmanned automatic document issuing machine with an applicant identification function that issues a resident's card, a family register, an identification card, a seal certificate, and the like.

According to the document issuing method of the present invention, when the personal information of the electronic card owner is issued as a document based on the personal identification information of the electronic card owner, the personal identification information read from the electronic card is issued. And personal identification information registered in advance.

With this configuration, it is possible to confirm that the user is the owner of the electronic card only when the personal identification information of the electronic card matches the personal identification information registered in advance. Therefore, the personal information of the owner of the electronic card can be issued as a document to the owner of the electronic card.

According to the document issuing system of the present invention, two or more document creating units to which the above-described document issuing device is applied are connected by a communication line.

With this configuration, data communication processing can be performed between the document creation units located at remote locations for issuing the document of the personal information of the electronic card owner. You can get the personal information of the electronic card owner. Therefore, the personal information of the electronic card holder obtained from the remote document preparation unit can be issued as a document to the person who is confirmed as the electronic card owner.

The present invention is very suitable when applied to an unattended automatic document issuing machine with an applicant identification function for issuing a resident's card, a copy of a family register, an identification card, a seal certificate, and the like.

[Brief description of the drawings]

FIG. 1 is a block diagram illustrating a configuration example of a document issuing device 10 according to an embodiment.

FIG. 2 is a flowchart illustrating a processing example according to the document issuing method.

FIG. 3 is a perspective view showing a configuration example of an unmanned automatic document issuing machine 100 to which the document issuing device 10 is applied.

FIG. 4 is a block diagram illustrating a circuit configuration example of the unattended automatic document issuing machine 100.

5 is a perspective view showing an example of a laminated structure of an identification card 30 used in the automatic document issuing machine 100. FIG.

FIG. 6 is a cross-sectional view showing an example of a laminated structure of the topsheet 25.

FIG. 7 is a cross-sectional view showing an example of a laminated structure of the back sheet 21.

8 is a diagram showing a configuration example of a cross section of the identification card 30. FIG.

FIG. 9 is a block diagram showing an example of an internal configuration of an IC chip 24A.

FIG. 10 is a block diagram showing an example of the internal configuration of a card read / write device 41.

FIG. 11 is a flowchart showing an operation example (part 1) of the unattended automatic document issuing machine 100;

FIG. 12 is a flowchart showing an operation example (part 2) of the unattended automatic document issuing machine 100;

FIG. 13 is a flowchart illustrating an example of comparison and collation of personal identification information D1.

FIG. 14 is a flowchart illustrating an example of a process for issuing a document relating to personal information D2 of an identification card owner.

FIG. 15 is an image diagram showing an installation example of unmanned automatic document issuing machines # 1 to #n in document issuing system 200.

FIG. 16 is a block diagram showing an example of communication processing between nationwide document issuing systems 300 arranged in prefectures.

FIG. 17 is a block diagram showing a communication processing example between the automatic document issuing machine # 1 in A prefecture and the database 60 in another prefecture.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 ... Registration means, 2 ... Document creation means, 3 ... Electronic card, 4 ... Control means, 8 ... Fingerprint input device (fingerprint imaging means), 9 ... Cash receipt Checkout device, 1
0: Document issuing device, 11: Face photographing camera (imaging means for face image), 14: Document printing machine (Document creating means), 18: CPU (Control means), 24A ...・ I
C chip, 24B: antenna, 30: identification card (electronic card), 37: RAM (registering means), 40: documents, 41: card read / write device (information recording means) , Information erasing means), 42 ... comparing means (CPU), 50 ... central control device, 52 ...
Communication line, 60 ... database (registering means), 80
... Network, 100 ... Unattended automatic document issuing machine, 200 ... Document issuing system, 300 ... National document issuing system

 ────────────────────────────────────────────────── ─── Continued on the front page (72) Inventor Shigeru Mizuo 591-7 Kamihirose, Sayama-shi, Saitama Konica Corporation F-term (reference) 3E044 AA02 AA20 BA04 CA06 CC06 DA03 DA05 DB02 DB05 DE01 DE02 DE05 DE07

Claims (32)

[Claims] 1. An apparatus for issuing personal information of an electronic card owner as a document based on at least an electronic card on which personal identification information of the electronic card owner is recorded, wherein the personal identification of the electronic card owner is provided. Registration means for registering information and personal information; document creation means for outputting personal information of the electronic card owner registered in the registration means as a document; reading out personal identification information from the electronic card; Control means for reading personal identification information from the means and comparing the personal identification information by the electronic card with the personal identification information by the registration means, wherein the control means comprises: the personal identification information by the electronic card; A document issuing device that gives the document creating means permission to create a document when the personal identification information matches the personal identification information. 2. When the electronic card is used, a fingerprint photographing means for photographing a fingerprint of a person who requests possession of the electronic card or a person who requests issuance of a document is provided. 2. The document issuing device according to claim 1, wherein: 3. When the electronic card is used, a photographing means for photographing a face of a person requesting possession of the electronic card or a person requesting issuance of a document is provided. The document issuance apparatus according to claim 1, wherein: 4. The personal identification information is obtained by converting a fingerprint, face, iris or retina of a person requesting possession of an electronic card into image data. One of these image data or one of these image data is The document issuing device according to claim 1, wherein the document issuing device is a combination. 5. The electronic card is a driver's license with an electronic card having an IC chip for recording personal identification information of a person who requests possession of the electronic card, and an antenna connected to the IC chip. The document issuing device according to claim 1, wherein the document issuance device is provided. 6. A case where an electronic card is used for the issuance of the document, wherein a fee receiving means for receiving a fee associated with the issuance of the document in cash, and a fee payment information relating to the fee received by the fee receiving means. 2. The document issuing apparatus according to claim 1, further comprising information recording means for recording on an electronic card. 7. An electronic card in which the fee payment information is recorded, wherein information erasing means for erasing the fee payment information recorded on the electronic card is provided. Document issuing device described in. 8. A method according to claim 1, wherein a fee amount received in advance with respect to said fee payment information is recorded, and when issuing personal information of an electronic card holder as a document, the fee amount of said fee payment information is used. 8. The document issuing apparatus according to claim 7, wherein a fee equivalent to a document creation is subtracted from the document. 9. A face image for comparing the face image of the electronic card owner registered in the registration means with the face image of the electronic card owner acquired when the document is issued, wherein the registration means is provided. A collation mode, a fingerprint image collation mode for comparing a fingerprint image of the electronic card owner registered in the registration unit with a fingerprint image of the electronic card owner acquired at the time of issuing the document, or the face image collation mode and the fingerprint image 2. The document issuing apparatus according to claim 1, wherein a face / fingerprint image matching mode for executing both of the matching modes is set in advance. 10. A method for issuing personal information of an electronic card owner as a document based on the personal identification information of the electronic card owner, comprising: At the same time as registering the information, at least giving the electronic card holding the personal identification information to the electronic card possession requester, when issuing the document, the personal identification information read from the electronic card, registered in advance Comparing the personal identification information with the registered personal identification information, and when the personal identification information of the electronic card matches the personal identification information registered in advance, the personal information of the electronic card owner is issued as a document. How to issue documents. 11. When issuing the document, executing a face image matching mode for comparing a face image of an electronic card owner registered in advance with a face image of the electronic card owner acquired at the time of issuing the document. Claim 1 characterized by the following:
Document issuance method described in 0. 12. When issuing the document, executing a fingerprint image matching mode for comparing a fingerprint image of the electronic card owner registered in advance with a fingerprint image of the electronic card owner acquired at the time of issuing the document. The document issuance method according to claim 10, wherein: 13. A face image matching mode for comparing a face image of an electronic card owner registered in advance with a face image of an electronic card owner acquired at the time of issuing the document, when issuing the document. 11. The document issuance according to claim 10, wherein both the fingerprint image collation mode for comparing the fingerprint image of the registered electronic card owner with the fingerprint image of the electronic card owner acquired at the time of issuing the document are executed. Method. 14. The document issuance method according to claim 10, wherein when the electronic card is used, a fingerprint of a person requesting possession of the electronic card is photographed. 15. The document issuing method according to claim 10, wherein the electronic card is used, and a face image of a person requesting possession of the electronic card is photographed. 16. The personal identification information is obtained by converting a fingerprint, a face, an iris or a retina of a person requesting possession of an electronic card into image data, and converting one of these image data or these image data. The document issuance method according to claim 10, wherein the method is a combination. 17. The electronic card is a driver's license with an electronic card having an IC chip for recording personal identification information of a person requesting possession of the electronic card, and an antenna connected to the IC chip. The method for issuing documents according to claim 10, wherein: 18. An electronic card is used for issuing the document, and when receiving a fee for issuing the document, fee payment information regarding the fee is recorded on the electronic card. The document issuing method according to claim 10. 19. When an electronic card on which the fee payment information is recorded is used, and when the personal information of the electronic card owner is issued as a document, the fee payment information recorded on the electronic card is used. The method according to claim 10, wherein the document is erased. 20. A case in which the amount of a fee received in advance with respect to the fee payment information is recorded, and when the personal information of the electronic card owner is issued as a document, the fee amount of the fee payment information is 11. The document issuance method according to claim 10, wherein a fee equivalent to a document creation is subtracted. 21. A system for issuing personal information of an electronic card owner as a document based on an electronic card in which personal identification information of the electronic card owner is recorded, wherein at least two or more electronic cards are connected by a communication line. A document creation unit, wherein the document creation unit is a registration unit for registering personal identification information and personal information of the electronic card owner, and a document for the personal information of the electronic card owner registered in the registration unit. Reading the personal identification information from the electronic card, reading the personal identification information from the registration means, and comparing the personal identification information by the electronic card with the personal identification information by the registration means. When the personal identification information of the electronic card matches the personal identification information of the registration means,
A document issuing system, comprising: a control unit for giving the document creating unit permission to create a document. 22. A case in which a plurality of document creation units are provided, wherein the document creation units are installed in prefectures and municipalities to which a person who requests possession of an electronic card belongs. Claim 2
1. The document issuing system according to 1. 23. The document issuing system according to claim 21, wherein the document creation units are connected by a communication line, and a digital line is used for the communication line. 24. A case where a plurality of the document creation units are installed in each of prefectures and municipalities, wherein a database in which personal identification information and personal information of an electronic card holder are registered; 22. The document issuing system according to claim 21, wherein the central control device for controlling data transfer to and from the document creating unit is provided at least in units of prefectures and municipalities. 25. A fingerprint photographing means for photographing a fingerprint of a person requesting possession of said electronic card, wherein said electronic card is used.
1. The document issuing system according to 1. 26. The electronic apparatus according to claim 21, wherein said electronic card is used, and a photographing means for photographing a facial image of a person requesting possession of said electronic card is provided. Document issuing system described. 27. The personal identification information is obtained by converting a fingerprint, face, iris or retina of a person requesting possession of an electronic card into image data. One of these image data or these image data is 22. The document issuance system according to claim 21, wherein the system is a combination. 28. The electronic card is a driver's license with an electronic card having an IC chip for recording personal identification information of a person requesting possession of the electronic card, and an antenna connected to the IC chip. 22. The document issuance system according to claim 21, wherein: 29. A case where an electronic card is used for issuing the document, wherein a fee receiving means for receiving a fee associated with the issuing of the document in cash, and a fee payment information relating to the fee received by the fee receiving means are provided. 22. The document issuing system according to claim 21, further comprising information recording means for recording on an electronic card. 30. An electronic card in which the fee payment information is recorded, wherein information erasing means for erasing the fee payment information recorded on the electronic card is provided.
Document issuing system described in. 31. A case where the amount of a fee received in advance with respect to the fee payment information is recorded, and when the personal information of the electronic card owner is issued as a document, the amount of the fee of the fee payment information is 31. The document issuance system according to claim 30, wherein a fee corresponding to a document creation is subtracted from the document. 32. A face image for comparing the face image of the electronic card owner registered in the registration means with the face image of the electronic card owner acquired at the time of issuing the document, wherein the registration means is provided. A collation mode, a fingerprint image collation mode for comparing a fingerprint image of the electronic card owner registered in the registration unit with a fingerprint image of the electronic card owner acquired at the time of issuing the document, or the face image collation mode and the fingerprint image 22. The document issuance system according to claim 21, wherein a face / fingerprint image matching mode for executing both of the matching modes is set in advance.