JP6051765B2 - ID card creation system - Google Patents

Description

  The present invention relates to an ID card creation system for creating an ID card such as an IC card having an IC chip, and more particularly to an ID card creation system that can employ a face image desired by an applicant.

  An IC card having an IC chip on which electronic information is recorded is known as an ID card used for identification such as an identification card. On such an IC card, for example, characters such as name and address, member number, and a number for identifying an individual are printed.

  When renewing such an IC card, the applicant fills in the application form in advance and submits it at the application site, and submits the old IC card before renewal. Also, the face image of the applicant is taken by the camera as necessary.

  In this case, the applicant takes a facial image with the camera at the application location, but some applicants obtain the facial image that they want in advance and bring it in, and wish to adopt this facial image There is.

  Currently, if the applicant has brought a face image, the staff at the application site will compare the face image brought by the applicant with the face image printed on the old IC card, and the applicant's face. Confirms the authenticity of the face image brought in by the applicant and verifies the identity of the applicant.

  However, it is not easy for the staff at the application site to compare the face image brought in by the applicant with the face image printed on the old IC card and the face of the applicant, and it takes a long time. It is a fact.

JP-A-8-99487 JP 2003-287784 A

  The present invention has been made in consideration of such points, and when the applicant prepares face image data in advance and brings in the face image data, the suitability determination of the brought-in face image data can be easily performed. An object of the present invention is to provide an ID card creation system that can be used.

The present invention relates to an ID card creation system that updates and creates an ID card including an IC chip, an application form input unit into which an application with a face image including characters and a face image is input, and an old ID card including an IC chip IC chip face image data reading unit that reads IC chip read face image data from the IC chip, a host server face image data reading unit that reads host server read face image data from the host server, and a direct image obtained by capturing the applicant Direct imaging unit that acquires data, and application form imaging unit that captures face images of application forms with face images entered in the application form input unit and obtains brought-in face image data, or brought-in face image data directly Input face image data input unit, application form imaging unit or face image data input unit, IC chip face image data reading unit, host server face image data reading unit And a control unit connected directly to the imaging unit and a display unit connected to the control unit, the control unit bringing in the face image data from the application form imaging unit or the face image data input unit, and the IC chip face image The suitability of the brought-in face image data by comparing the IC chip read face image data from the data reading unit or the host server read face image data from the host server face image data reading unit with the direct face image data from the direct imaging unit When it is determined that the brought-in face image data is appropriate based on information from the determining unit that performs the determination and the determining unit, the brought-in face image data is displayed on the display unit, and the brought-in face image data is inappropriate An ID card creation system comprising: a display control unit that directly displays face image data on a display unit when a determination is made.

  The present invention relates to an ID card creation system that updates and creates an ID card including an IC chip, an application form input unit into which an application with a face image including characters and a face image is input, and an old ID card including an IC chip IC chip face image data reading unit that reads IC chip read face image data from the IC chip, a host server face image data reading unit that reads host server read face image data from the host server, and a direct image obtained by capturing the applicant Direct imaging unit that acquires data, and application form imaging unit that captures face images of application forms with face images entered in the application form input unit and obtains brought-in face image data, or brought-in face image data directly Input face image data input unit, application form imaging unit or face image data input unit, IC chip face image data reading unit, host server face image data reading unit And a control unit connected directly to the imaging unit and a display unit connected to the control unit, the control unit bringing in the face image data from the application form imaging unit or the face image data input unit, and the IC chip face image A determination unit for determining suitability of the brought-in face image data by comparing the IC chip read face image data from the data reading unit or the host server read face image data from the host server face image data reading unit; When it is determined that the brought-in face image data is appropriate based on the information, the brought-in face image data is displayed on the display unit, and when it is determined that the brought-in face image data is inappropriate, the imaging unit is operated directly. It is an ID card creation system characterized by having a display control part which acquires direct face image data and displays the direct face image data on a display part.

  In the present invention, an operation unit that outputs an operation signal is connected to the control unit, and the control unit further includes a correction unit that corrects brought-in face image data or direct face image data based on the operation signal from the operation unit. This is an ID card creation system characterized by the following.

  As described above, according to the present invention, when the applicant prepares face image data in advance and brings in the face image data, the suitability determination of the brought-in face image can be easily performed.

FIG. 1 is a schematic diagram showing an ID card making system according to the present invention. FIG. 2 is a diagram showing the surface of the IC card. FIG. 3 is a flowchart showing the operation of the ID card making system according to the present invention. FIG. 4 is a view showing an application form with a face image. FIG. 5 is a flowchart showing a modification of the operation of the ID card making system according to the present invention.

  Hereinafter, an embodiment of an ID card creation system according to the present invention will be described with reference to FIGS.

  First, an ID card, for example, an IC card 111 will be described with reference to FIG.

  As shown in FIG. 2, the ID card obtained by the ID card creation system according to the present invention is created by updating an ID card 111 including an IC chip. Such an ID card 111 is composed of an IC card such as a driver's license including a card base 111B and an IC chip 111A, and the surface 111a of the IC card 111 is printed with characters, numbers, etc. for displaying names and addresses. A unit 112 and a face image 113 are provided.

  Next, an ID card creation system will be described with reference to FIG.

  As shown in FIG. 1, the ID card creation system 10 includes an application form input unit 11 into which an application form with face image 1 (FIG. 4) is input, and an application form with face image 1 input into the application form input unit 11. A detection sensor 14 for detecting presence / absence of an image, a direct image pickup unit 12 for picking up an applicant and directly acquiring face image data, and a face image 2 of the application form with face image 1 input to the application form input unit 11 Then, the application image capturing unit 13 for obtaining the brought-in face image data (by close-up) and the USB image or the like in which the face image data is stored in advance are inserted, and the brought-in face image data is directly input. A data input unit 17 and a face image data reading unit 24 such as a reader / writer (R / W) for reading the read face image data from the IC chip 111A of the IC card 111 are provided.

  In this case, the application with face image 1 input to the application input unit 11 has, for example, a face image 2 on the upper side as shown in FIG. 4 and characters 3 such as name and address on the lower side. Yes.

  The detection sensor 14 is connected to the control unit 21 via the external signal control unit 16. Further, direct face image data from the direct imaging unit 12, brought-in face image data from the application form imaging unit 13, brought-in face image data from the face image data input unit 17, and read face image from the face image data reading unit 24. The data is sent to the image capturing unit 21a of the control unit 21.

  Furthermore, a character information reading unit (OCR) 15 that reads the character 3 in the application with face image 1 input to the application form input unit 11 is provided, and information from the character information reading unit 15 is sent to the control unit 21. It is done.

  Furthermore, a host server face image data reading unit 28 is connected to the image capturing unit 21 a of the control unit 21, and the host server face image data reading unit 28 reads host server face image data from the host server 30. The host server face image data is sent to the image capturing unit 21a of the control unit 21.

  Further, the control unit 21 brings in facial image data from the application form imaging unit 13 or the face image data input unit 17, read face image data from the face image data reading unit 24, and direct face image data from the direct imaging unit 12. Is included.

  Further, the control unit 21 uses the face image data from the application form imaging unit 13 or the face image data input unit 17 or the direct face image data from the direct imaging unit 12 based on the information from the determination unit 21b. It includes a data determination unit 21c that determines face image data to be printed, that is, face image data to be printed by a printer 23 described later.

  Further, the control unit 21 includes a display control unit 21e that transmits appropriate face image data to be displayed on the display unit 26 based on information from the determination unit 21b.

  Further, the control unit 21 is connected to a display unit 26 that displays the brought-in face image data and an operation unit 27 that outputs an operation signal.

  Then, by operating the operation unit 27 while viewing the brought-in face image data displayed on the display unit 26, the correction such as trimming of the brought-in face image data can be performed by the correcting unit 21d built in the control unit 21.

  Further, the control unit 21 prints the printing unit 112 and the face image 113 on the front surface 111a of the IC card 111 based on the obtained face image data and character information, and the printing unit is provided on the back surface (not shown) of the IC card 111. A printer 23 that creates the IC card 111 by printing is connected.

  Next, the operation of the present embodiment having such a configuration will be described with reference to FIG.

  First, when an applicant wishes to adopt a photograph brought in, the applicant prepares in advance an application form 1 with a face image including a face image 2, and inputs the application form 1 with face image into the application form input unit 11. .

  In the application with face image 1 input to the application input unit 11, the detection sensor 14 detects the presence or absence of a face image in the application 1.

  When the detection sensor 14 detects the presence of the face image in the application form 1, a signal from the detection sensor 14 is sent to the control unit 21 via the external signal control unit 16.

  At the same time, the character 3 is read by the character information reading unit 15 with respect to the application with face image 1 that has been input to the application input unit 11, and the character information read by the character information reading unit 15 is sent to the control unit 21.

  Thereafter, the read face image data is read by the face image data reading unit (R / W) 24 from the IC chip 111A built in the old IC card 111 before update, and the read face image data is read by the control unit 21. The image is sent to the image capturing unit 21a.

  Next, the host server read face image data reading unit 28 reads the host server read face image data from the host server 30, and the host server read face image data is sent to the image capturing unit 21 a of the control unit 21.

  Next, direct imaging is performed on the applicant by the direct imaging unit (camera) 12, and the face image data is obtained directly by the direct imaging unit 12. Direct face image data from the direct imaging unit 12 is sent to the image capturing unit 21 a of the control unit 21.

  Next, the control unit 21 activates the application form imaging unit 13 based on the signal from the detection sensor 14 to capture the face image in the application form 1 and obtain the brought-in face image data. The brought-in face image data acquired in this way is sent to the image capturing unit 21a of the control unit 21.

  On the other hand, for example, the applicant may bring a storage medium such as a USB in which a face image is stored in advance and desire to adopt the face image stored in the storage medium such as the USB.

  In this case, the applicant does not attach the face image 2 in the application form 1, the application form 1 without the face image 2 is input to the application form input unit 11, and the application form 1 input to the application form input unit 11 Only the character information is read by the character information reading unit 15, and the character information is sent from the character information reading unit 15 to the image capturing unit 21 a of the control unit 21.

  The applicant inserts a storage medium such as a USB in which the face image is stored into the face image data input unit 17, and the face image from the face image data input unit 17 is sent to the image capturing unit 21 a of the control unit 21.

  In this way, the image capturing unit 21a of the control unit 21 includes either the brought-in face image data from the application form imaging unit 13 or the brought-in face image data from the face image data input unit 17. Image data, read face image data from the face image data reading unit 24, direct face image data from the direct imaging unit 12, and host server read face image data from the host server face image data reading unit 28 are captured.

  Next, in the determination unit 21b of the control unit 21, the brought-in face image data from either the application form imaging unit 13 or the face image data input unit 17, the read face image data from the face image data reading unit 24, and The direct face image data from the direct imaging unit 12 and the host server read face image data from the host server face image data reading unit 28 are compared to determine whether the brought-in face image data is appropriate.

  The read face image data from the face image data reading unit 24 is face image data built in the IC chip 111A of the old IC card 111, and becomes the face image data that is the basis when the IC card 111 is newly updated. .

  Accordingly, when the brought-in face image data is different from the read face image data, the brought-in face image data is determined to be NG in the determination unit 21b. Further, by comparing the direct face image data from the direct imaging unit 12 with the read face image data built in the IC chip 111A of the old IC card 111, the identity of the applicant can be confirmed.

  The determination unit 21b compares the brought-in face image data from either the application form imaging unit 13 or the face image data input unit 17 with the read face image data from the face image data reading unit 24. Only the suitability of the brought-in face image data may be determined. In this case, the determination unit 21b does not necessarily need to perform identity verification using the face image data directly.

  As described above, when the determination unit 21b determines whether or not the brought-in face image data is appropriate, and it is determined that the brought-in face image data is OK, the face to be used in the data determination unit 21c based on the information from the determination unit 21b. It is determined that the brought-in face image data is used as the image data.

  On the other hand, as a result of the suitability determination in the determination unit 21b, when the brought-in face image data is determined to be NG, the data determination unit 21c based on the information from the determination unit 21b uses the direct imaging unit as the face image data to be used. 12 to use direct face image data from 12.

  Next, when the data determining unit 21c determines to use the brought-in face image data, the display control unit 21e controls the display unit 26 based on information from the data determining unit 21c to display the brought-in face image data. 26 is displayed.

  Next, the staff at the application location operates the operation unit 27 to correct the brought-in face image data while viewing the brought-in face image data displayed on the display unit 26. In this case, an operation signal from the operation unit 27 is sent to the control unit 21, and the brought-in face image data is corrected in the correction unit 21 d of the control unit 21 based on the operation signal from the operation unit 27.

  Specifically, corrections such as face size correction and image trimming are added to the brought-in face image data.

  At the same time, while viewing the brought-in face image data displayed on the display unit 26, the staff checks the size of the image data, whether the eyes are hidden, whether there are a plurality of faces in the image data, or the face of the image data is an ID card. It is also possible to further determine the suitability of the brought-in face image data by inspecting whether the photograph is inappropriate (whether it is smiling) or the like.

  If the staff member determines that the use of the brought-in face image data is inappropriate, the face image data can be used directly instead of the brought-in face image data.

  On the other hand, when the data determining unit 21c determines to use the face image data directly, the display control unit 21e controls the display unit 26 based on the information from the data determining unit 21c to display the face image data directly. To display.

  Next, the staff at the application location operates the operation unit 27 to correct the direct face image data while viewing the direct face image data displayed on the display unit 26. In this case, the face image data is directly corrected by the correction unit 21d of the control unit 21 by the same method as described above.

  Next, either the brought-in face image data or the direct face image data decided to be used as a photograph of the IC card 111 in the data determining unit 21c is output from the printer 23, and is output from the printer 23 to the IC card 111. The updated IC card 111 is generated by printing.

  On the other hand, when the applicant does not wish to adopt the photograph brought in, the applicant prepares the application form 1 that does not include the face image.

  In this case, the ID card creation system 10 performs the same operation as a normal system. That is, the application form 1 is first input into the application form input unit 11, and only the character information in the application form 1 is read by the character information reading unit 15.

  The applicant is then imaged by the direct imaging unit 12, the direct face image data from the direct imaging unit 12 and the character information from the character information reading unit 15 are sent to the control unit 21, and based on the information from the control unit 21. Then, the printer 23 operates to generate the updated IC card 111.

  As described above, according to the present embodiment, when the applicant obtains face image data in advance and brings it in, the brought-in face image data is built in the IC chip 111A of the old IC card 111. By comparing with the basic face image data, the suitability of the brought-in face image data can be determined very easily.

  In the embodiment described above, the application form imaging unit 13 and the face image data input unit 17 are installed as means for acquiring the brought-in face image data. However, the application form imaging unit 13 and the face image data input unit 17 are not limited thereto. Only one of the face image data input units 17 may be installed to acquire the brought-in face image data and send it to the control unit 21.

  Next, a modification of the operation of the ID card creation system according to the present invention will be described with reference to FIG.

  First, when an applicant wishes to adopt a photograph brought in, the applicant prepares in advance an application form 1 with a face image including a face image 2, and inputs the application form 1 with face image into the application form input unit 11. .

  In the application with face image 1 input to the application input unit 11, the detection sensor 14 detects the presence or absence of a face image in the application 1.

  When the detection sensor 14 detects the presence of the face image in the application form 1, a signal from the detection sensor 14 is sent to the control unit 21 via the external signal control unit 16.

  At the same time, the character 3 is read by the character information reading unit 15 with respect to the application with face image 1 that has been input to the application input unit 11, and the character information read by the character information reading unit 15 is sent to the control unit 21.

  Thereafter, the read face image data is read by the face image data reading unit (R / W) 24 from the IC chip 111A built in the old IC card 111 before update, and the read face image data is read by the control unit 21. The image is sent to the image capturing unit 21a.

  Next, the host server read face image data reading unit 28 reads the host server read face image data from the host server 30, and the host server read face image data is sent to the image capturing unit 21 a of the control unit 21.

  Next, the control unit 21 activates the application form imaging unit 13 based on the signal from the detection sensor 14 to capture the face image in the application form 1 and obtain the brought-in face image data. The brought-in face image data acquired in this way is sent to the image capturing unit 21a of the control unit 21.

  On the other hand, for example, the applicant may bring a storage medium such as a USB in which a face image is stored in advance and desire to adopt the face image stored in the storage medium such as the USB.

  In this case, the applicant does not attach the face image 2 in the application form 1, the application form 1 without the face image 2 is input to the application form input unit 11, and the application form 1 input to the application form input unit 11 Only the character information is read by the character information reading unit 15, and the character information is sent from the character information reading unit 15 to the image capturing unit 21 a of the control unit 21.

  The applicant inserts a storage medium such as a USB in which the face image is stored into the face image data input unit 17, and the face image from the face image data input unit 17 is sent to the image capturing unit 21 a of the control unit 21.

  In this way, the image capturing unit 21a of the control unit 21 includes either the brought-in face image data from the application form imaging unit 13 or the brought-in face image data from the face image data input unit 17. Image data, read face image data from the face image data reading unit 24, and host server read face image data from the host server face image data reading unit 28 are taken in.

  Next, in the determination unit 21b of the control unit 21, the brought-in face image data from either the application form imaging unit 13 or the face image data input unit 17, the read face image data from the face image data reading unit 24, and The host server read face image data from the host server face image data reading unit 28 is compared to determine whether the brought-in face image data is appropriate.

  The read face image data from the face image data reading unit 24 is face image data built in the IC chip 111A of the old IC card 111, and becomes the face image data that is the basis when the IC card 111 is newly updated. .

  Accordingly, when the brought-in face image data is different from the read face image data, the brought-in face image data is determined to be NG in the determination unit 21b.

  The determination unit 21b compares the brought-in face image data from either the application form imaging unit 13 or the face image data input unit 17 with the read face image data from the face image data reading unit 24. Only the suitability of the brought-in face image data may be determined. In this case, the determination unit 21b does not necessarily need to perform identity verification using the face image data directly.

  As described above, when the determination unit 21b determines whether or not the brought-in face image data is appropriate, and it is determined that the brought-in face image data is OK, the face to be used in the data determination unit 21c based on the information from the determination unit 21b. It is determined that the brought-in face image data is used as the image data.

  On the other hand, as a result of the suitability determination in the determination unit 21b, when the brought-in face image data is determined to be NG, the data determination unit 21c based on the information from the determination unit 21b uses the direct imaging unit as the face image data to be used. 12 to use direct face image data from 12.

  Next, when the data determining unit 21c determines to use the brought-in face image data, the display control unit 21e controls the display unit 26 based on information from the data determining unit 21c to display the brought-in face image data. 26 is displayed.

  Next, the staff at the application location operates the operation unit 27 to correct the brought-in face image data while viewing the brought-in face image data displayed on the display unit 26. In this case, an operation signal from the operation unit 27 is sent to the control unit 21, and the brought-in face image data is corrected in the correction unit 21 d of the control unit 21 based on the operation signal from the operation unit 27.

  Specifically, corrections such as face size correction and image trimming are added to the brought-in face image data.

  At the same time, while viewing the brought-in face image data displayed on the display unit 26, the staff checks the size of the image data, whether the eyes are hidden, whether there are a plurality of faces in the image data, or the face of the image data is an ID card. It is also possible to further determine the suitability of the brought-in face image data by inspecting whether the photograph is inappropriate (whether it is smiling) or the like.

  If the staff member determines that the use of the brought-in face image data is inappropriate, the face image data can be used directly instead of the brought-in face image data.

  On the other hand, when the data determination unit 21c determines that the brought-in face image data is inappropriate, the display control unit 21e operates the direct imaging unit (camera) 12 based on information from the data determination unit 21c, and the direct imaging unit 12 directly obtains face image data. Direct face image data from the direct imaging unit 12 is sent to the image capturing unit 21 a of the control unit 12. The display control unit 21e then displays the direct image data on the display unit 26.

  Next, the staff at the application location operates the operation unit 27 to correct the direct face image data while viewing the direct face image data displayed on the display unit 26. In this case, the face image data is directly corrected by the correction unit 21d of the control unit 21 by the same method as described above.

  Next, either the brought-in face image data or the direct face image data decided to be used as a photograph of the IC card 111 in the data determining unit 21c is output from the printer 23, and is output from the printer 23 to the IC card 111. The updated IC card 111 is generated by printing.

  On the other hand, when the applicant does not wish to adopt the photograph brought in, the applicant prepares the application form 1 that does not include the face image.

  In this case, the ID card creation system 10 performs the same operation as a normal system. That is, the application form 1 is first input into the application form input unit 11, and only the character information in the application form 1 is read by the character information reading unit 15.

  The applicant is then imaged by the direct imaging unit 12, the direct face image data from the direct imaging unit 12 and the character information from the character information reading unit 15 are sent to the control unit 21, and based on the information from the control unit 21. Then, the printer 23 operates to generate the updated IC card 111.

  As described above, according to the present embodiment, when the applicant obtains face image data in advance and brings it in, the brought-in face image data is built in the IC chip 111A of the old IC card 111. By comparing with the basic face image data, the suitability of the brought-in face image data can be determined very easily.

DESCRIPTION OF SYMBOLS 1 Application with face image 2 Face image 10 ID card production system 11 Application form input part 12 Direct imaging part 13 Application form imaging part 14 Detection sensor 15 Character information reading part 17 Face image data input part 21 Control part 21a Image capture part 21b Determination unit 21c Data determination unit 21d Correction unit 21e Display control unit 23 Printer 26 Display unit 27 Operation unit 28 Host server face image data reading unit 30 Host server

Claims (3)

In an ID card creation system that updates and creates an ID card including an IC chip,
An application form input part in which an application form with face images including characters and face images is input;
An IC chip face image data reading unit for reading IC chip read face image data from an IC chip of an old ID card including the IC chip;
A host server face image data reading unit for reading host server read face image data from the host server;
A direct imaging unit that images the applicant and directly acquires facial image data;
An application form imaging unit that captures a face image of an application form with a face image input to the application form input unit and obtains brought-in face image data, or a face image data input unit that directly inputs brought-in face image data; ,
A control unit connected to either the application imaging unit or the face image data input unit, the IC chip face image data reading unit, the host server face image data reading unit, and the direct imaging unit;
A display unit connected to the control unit,
The control unit reads the face image data brought in from the application image capturing unit or the face image data input unit, and reads the IC chip face image data from the IC chip face image data reading unit or the host server reading from the host server face image data reading unit. A determination unit that compares the face image data with the direct face image data from the direct imaging unit to determine suitability of the brought-in face image data, and determines that the brought-in face image data is appropriate based on information from the determination unit A display control unit that displays the brought-in face image data on the display unit in a case where the received face image data is inappropriate , and displays the face image data directly on the display unit when it is determined that the brought-in face image data is inappropriate. ID card creation system. In an ID card creation system that updates and creates an ID card including an IC chip,
An application form input part in which an application form with face images including characters and face images is input;
An IC chip face image data reading unit for reading IC chip read face image data from an IC chip of an old ID card including the IC chip;
A host server face image data reading unit for reading host server read face image data from the host server;
A direct imaging unit that images the applicant and directly acquires facial image data;
An application form imaging unit that captures a face image of an application form with a face image input to the application form input unit and obtains brought-in face image data, or a face image data input unit that directly inputs brought-in face image data; ,
A control unit connected to either the application imaging unit or the face image data input unit, the IC chip face image data reading unit, the host server face image data reading unit, and the direct imaging unit;
A display unit connected to the control unit,
The control unit reads the face image data brought in from the application image capturing unit or the face image data input unit, and reads the IC chip face image data from the IC chip face image data reading unit or the host server reading from the host server face image data reading unit. A determination unit that compares the face image data with each other to determine whether the brought-in face image data is appropriate, and brought into the display unit when it is determined that the brought-in face image data is appropriate based on information from the determining unit. And when the brought-in face image data is determined to be inappropriate, the image capturing unit is operated directly to acquire the face image data, and the display control unit displays the direct face image data on the display unit; An ID card making system characterized by comprising: An operation unit that outputs an operation signal is connected to the control unit,
3. The ID card creation system according to claim 1, wherein the control unit further includes a correction unit that corrects the brought-in face image data or the direct face image data based on an operation signal from the operation unit.

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