KR101555448B1 - Identification Card Verifying System - Google Patents

Abstract

According to the feature of the present invention, provided is an ID card verifying system which includes an ID card scanner (100) which generates ID card image data by scanning an inputted ID card (10), a fingerprint scanner (200) which generates fingerprint image data by scanning the fingerprint of a subject, a control unit (300) which matches the fingerprint image data inputted through the fingerprint scanner (200) with the ID card image data, stores and registers the fingerprint image data in a database (320) if an inputted ID card (10) is an unregistered driving license, and displays the determination result by determining a matching state by comparing the previously stored the fingerprint image data with the fingerprint image data generated through the fingerprint scanner (200) if the inputted ID card (10) is a registered driving license, and a display (410) which outputs the determination result of the match state of a subject and the inputted ID card (10), a real name authentication result, a forgery inspection result, and the ID card image data according to the control signal of the control unit (300).

Description

{Identification Card Verifying System}

The present invention relates to an identification card inspection system, and more particularly, it is possible to check whether or not an identification card and a testee are matched by using a fingerprint of a testee even in the case of a driver's license without a fingerprint on the identification card, So that the examiner can recognize the ID card.

In general, the ID checker is installed in a place where access to a minor is prohibited, such as a pub, or in a place requiring identification of an applicant for document issuance, such as a government office, to check whether the ID card and the testee are matched, to be.

Fig. 1 shows a configuration of a conventional identification card inspector. 1, a conventional ID card 50 is inserted into an ID input port 2 formed in a main body 1 of an ID card inspector, and a fingerprint seal panel 3 formed on one surface of the main body 1 is inserted into a fingerprint- The identification test was carried out in such a way that the finger of the person was put on.

When the ID card 50 is inserted into the ID input slot 2, the scanner installed in the main body 1 scans the image of the ID card 50, and the fingerprint seal panel 3 generates a fingerprint image of the contacted finger The fingerprint image included in the scanned ID image and the fingerprint image generated through the fingerprint seal panel 3 are compared with each other to determine whether they match or not. Thus, it is possible to confirm whether or not the corresponding identification card 5 matches with the testee.

However, since such a conventional ID checker is driven by a method of comparing a fingerprint imprinted on the back of an ID card and a biometric fingerprint of a testee, it is possible to inspect an ID card with a fingerprint on the back like a resident registration card. However, There is a problem in that the test can not be performed in the case of the identification card without the seal.

Therefore, the driver's license test must be performed by visually comparing the photograph of the examinee's face and the ID card, or the face of the examinee is deformed due to aging, obesity, weight loss, If the actual owner of the driver's license resembles the face of the testee, such as a sibling or a relative, the reliability of the test according to the visual comparison is significantly degraded.

In addition, since the protection of personal information has recently been strengthened and the collection of personal information such as resident registration number is legally restricted, if the scanned image of the ID card inserted in the ID checker is stored, the personal information of the testee is preserved as it is. There was a problem that could be.

In addition, in liquor stores, an ID card is inspected only at the time of first access, and the user is allowed to go outside while drinking. Recently, an adult having a low-resolution ID of a photograph has entered the liquor store first When a person who is a minor and a minor acquires an ID that has been inspected, the minor can normally enter the liquor store with the ID. In other words, there is a problem that it is difficult to strictly restrict access to a liquor store to a minor because a plurality of persons can pass the ID test through one ID card.

Japanese Patent Application Laid-Open No. 10-2010-0011531 (Feb. 23, 2010)

The present invention has been made to solve the above-mentioned problems of the present invention, and it is an object of the present invention to provide a fingerprint image processing apparatus, a fingerprint image processing apparatus and a fingerprint image processing apparatus, By comparing the stored fingerprint image data, it is possible to check whether the driver's license does not have a fingerprint on the ID card even if it matches the testee's ID card and to output the test result on the screen so that the inspector can recognize the ID card And the like.

According to an aspect of the present invention, an ID card scanner 100 scans an input ID card 10 to generate ID image data; A fingerprint scanner (200) for scanning the fingerprint of the examinee to generate fingerprint image data; If the input ID card 10 is an unlicensed driver's license, the fingerprint image data input through the fingerprint scanner 200 is matched with the ID card image data, and the ID card image data is stored in the database 320 for registration processing. The control unit 300 compares the previously stored fingerprint image data with the fingerprint image data generated through the fingerprint scanner 200 to determine whether they match or not and displays a determination result; And a display 410 for outputting on the screen the ID image data, the forgery test result, the real name authentication result, and the result of determining whether or not the input ID card 10 and the testee are matched in accordance with the control signal of the controller 300 Is provided.

According to another aspect of the present invention, the control unit 300 extracts the inspection time data by measuring the time when the identification card 10 is inserted and inspected, and extracts the identification image data, the corresponding identification data The identification information and the date of birth information extracted from the image data are matched with each other and are stored in a time-series manner to generate ID card test history data. In the ID card 10, Wherein the personal information is stored in a masked (M) processed state so that personal information placed in the corresponding region is not displayed.

According to another aspect of the present invention, when the same identification card 10 of the same subject is inserted and inspected within the predetermined time based on the measured inspecting time data, the controller 300 reuses the corresponding identification card 10 And a warning is displayed on the screen of the display 410. [0040]

According to another aspect of the present invention, there is further provided a camera module (600) for capturing an image of a subject being examined for an ID card, wherein the controller (300) The display 410 generates the ID card test history data by matching the ID card image data, the name and the birth time information together with the data, and collecting the ID card image data in a time series to generate the ID card test history data. And displaying the identification information.

As described above, according to the present invention,

First, the fingerprint image data is registered by matching with the name, birth time information (date of birth) and ID image data, and the fingerprint image data newly input through the fingerprint scanner 200 is compared with the previously stored fingerprint image data during the ID card check, It is possible to check whether or not the driver's license with the fingerprint on the fingerprint 10 is consistent with the subject so that the fingerprint can not be inspected and the conventional disadvantage of comparing the photograph of the driver's license with the face of the subject Can be solved.

Second, the ID card 10 is inserted to measure the time at which the test is performed, extracts the test time data, and matches the extracted test time data with the ID data, the name information and the birth time information extracted from the corresponding ID data And it is possible to generate ID card test history data by collecting it in a time series and output the generated ID card test history data on the screen of the display 410 to confirm desired information, The data can be obtained.

Third, a camera module 600 for capturing an image of a testee under examination of an ID card is provided, and data of the testee's test image acquired through the camera module 600 can be included in the ID card test history data to generate data The display screen of the display 410 can be used to display a state of conducting an ID check on a subject when necessary, so that it is possible to obtain more clear evidence for an ID card.

Fourthly, in order to generate the ID card test history data, the ID card image data is stored in the database 320. In the ID card 10, (M) processed so as not to display the disposed personal information, for example, a postal address of a resident registration number, an address, an ID card issuing date, and an ID card number (license number), so that the ID card test history data .

Fifth, when the same identification card 10 of the same subject is inserted and inspected within the predetermined time based on the measured inspecting time data, contents for warning the reuse of the corresponding identification card 10 are displayed on the screen of the display 410 Since the examinee can recognize this, one adult identification card (10) provides an effect to prevent the possibility of several persons passing the ID card test.

1 is a perspective view showing a configuration of a conventional ID checker,
FIG. 2 is a schematic view for explaining a configuration of an ID card inspection system and a real name authentication method according to a preferred embodiment of the present invention;
3 is a block diagram illustrating a functional configuration of an ID card inspection system according to a preferred embodiment of the present invention.
4 is a block diagram illustrating a functional configuration of a control unit according to a preferred embodiment of the present invention.
FIG. 5 is a perspective view illustrating a configuration of an ID card scanner and a fingerprint scanner according to a preferred embodiment of the present invention. FIG.
FIG. 6 is a side view showing an operation principle in which ID card image data for a subject is secured through a camera module according to a preferred embodiment of the present invention; FIG.
FIGS. 7 to 14 are diagrams for explaining the operation principle of the ID card inspection system according to the preferred embodiment of the present invention.

The objects, features and advantages of the present invention will become more apparent from the following detailed description. Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

The ID card inspection system according to the preferred embodiment of the present invention registers and registers fingerprint image data together with a name, birth time information (date of birth) and ID image data, and newly registers the fingerprint image data and the stored fingerprint image data As shown in FIG. 2 and FIG. 3, the ID scanner 100, the fingerprint scanner 200, and the fingerprint scanner 200 can be used to check whether a driver's license does not have a fingerprint on the ID card, A control unit 300, and a display unit 410.

First, the ID card scanner 100 scans the input ID card 10 to generate ID card image data. The ID card ID card 10 is inserted in front of the main body 110, as shown in FIG. 5, And a scan module (not shown) for generating image data by scanning the inserted ID card 10 is disposed in the inside. Also, the ID card 100 is connected to the control unit 300 via the cable 130 to transmit the generated ID image data in real time.

Here, in the case of the ID card scanner 100, the scan modules disposed in the upper part and the lower part of the ID card 10 may be disposed at the same time so as to simultaneously acquire scan images of the front and back of the ID card 10 .

In the case of the ID card scanner 100, when the ID card 10 is inserted, the card ID is automatically checked for forgery of the corresponding ID card 10 and the result of the check is transmitted to the controller 300, So that the test result is displayed.

In the case of the forgery check, it is possible to check the authenticity of the ID card 10 by using the UV / IR sensor installed inside the ID card scanner 100. When the inspection is completed, And transmits the generated ID image data and forgery inspection result data to the control unit 300. [

As shown in FIG. 5, the fingerprint scanner 200 is a scanning unit that scans fingerprints of a subject to generate fingerprint image data. The fingerprint scanner 200 has a scan panel (not shown) for recognizing a biometric fingerprint formed on a finger of the subject, Fingerprint image data for the fingerprint of the finger of the fingers to which the fingerprint image data is attached, and transmits the generated fingerprint image data through the cable 230 to the control unit 300 in a signal connection manner.

The control unit 300 is installed in the form of an application in an application terminal 400 installed at a branch office and each function is implemented and the ID card image data and the fingerprint image data acquired from the ID card scanner 100 and the fingerprint scanner 200 The control unit controls the display unit so that the forgery test result transmitted from the ID card scanner 100 is displayed on a screen window and controls the ID card scanner 100, and the real name authentication is performed by extracting the name and resident registration number information from the ID image data.

As shown in FIG. 1, the real name authentication service connects to the real name authentication server 700 through the communication network 20, transmits the extracted name and resident registration number, and transmits authentication result information of the real name authentication server 700 It is possible to confirm whether or not the resident registration number printed on the ID card 10 has been falsified. Then, by controlling the display unit 410 to display the confirmed forgery test result and the real name authentication result, the examiner can recognize the test result in real time.

If it is confirmed that the corresponding ID card 10 is a normal ID card 10 after the forgery test and real name authentication, it is determined whether the ID card 10 is the ID card of the testee 10 by collating the inputted ID card 10 with the fingerprint of the testee.

More specifically, when the input ID card 10 is a resident ID card, the ID card image data input from the ID card scanner 100 is read to extract the ID fingerprint image printed on the back of the ID card, and the extracted ID fingerprint image and the fingerprint scanner Fingerprint image data inputted from the fingerprint image input device 200 and determines whether the fingerprint image data match or not, and controls the display 410 to display the determination result.

 On the other hand, when the input ID card 10 is a driver's license without a fingerprint on the back side, it is restricted to obtain fingerprint information for comparing with the fingerprint of the examinee through the ID image data.

Therefore, in the ID card inspection system according to the preferred embodiment of the present invention, when the input ID card 10 is an unlicensed driver's license, the fingerprint image data inputted through the fingerprint scanner 200 is matched with the ID card image data, Stored fingerprint image data is compared with newly generated fingerprint image data through the fingerprint scanner 200 to determine whether or not the fingerprint image data matches the fingerprint image data, To be displayed on the display (410).

Therefore, when the examinee who first visited the business office presents the driver's license, the driver's license is verified and the real name authentication is performed through the ID scanner 100 and the control unit 300 to verify authenticity of the ID card, The fingerprint image data of the subject is acquired through the fingerprint scanner 200 and the fingerprint image data is generated in the database 320 together with the generated ID image data The registration processing is performed by matching and storing.

When the same examinee returns to the business office and presents his / her driver's license at a later time, the fingerprint image data registered and stored as described above is compared with the fingerprint image data currently input by the fingerprint scanner 200, It is possible to judge whether or not the testee is matched.

The display 410 is a display means for outputting various data according to data processing of the ID card inspection system on the screen according to a control signal of the controller 300. As shown in FIG. 7, the ID card image data (photograph of the examinee) , The result of the forgery test (ID card recognition item), the real name authentication result (real name authentication item), and the input ID card 10 and the result of the determination of whether or not the subject is matched (fingerprint inquiry item).

A speaker 430 may be provided in the branch office 400 to output a result of the determination as a voice or sound along with a screen displayed on the display 410 to guide the user.

The display terminal 410 is a monitor included in the PC, and the operation unit 420, which will be described later, may be a keyboard or a mouse included in the PC. However, the sales point terminal 400 may be a wired / A tablet PC, a notebook computer, a smart phone, a notebook computer, a laptop computer, a personal computer, a notebook computer, The present invention is not limited thereto.

The communication network 10 is a network that connects the branch office 400 and the real name authentication server 700 and is a closed network such as a LAN (Local Area Network) or a WAN (Wide Area Network) A wireless network such as a mobile communication network or a Wi-Fi network may be used.

FIG. 4 shows a detailed functional configuration of the controller 300 according to a preferred embodiment of the present invention. 4, the control unit 300 includes an image input unit 301 for receiving and processing image data generated and input from the ID card scanner 100 and the fingerprint scanner 200, An image reading unit 302 for image-analyzing each image data inputted by the ID scanner 100 and reading and extracting an image necessary for ID card identification such as name, resident registration number, fingerprint, etc., A forgery-and-falsification management unit 303 for controlling the display unit 410 to display the name and resident registration number information on the display 410, and the name and resident registration number information extracted through the ID image data to the real name authentication server 700, And a real name authentication unit 304 for controlling the display unit 410 to display the result on the display 410 according to the name.

In addition, the controller 300 may include fingerprint image data previously registered in the database 320 in the case of fingerprint data or a driver's license included in the ID image data of the ID card, a fingerprint image data that is currently input through the fingerprint scanner 200 A fingerprint verification unit 305 for checking whether the images match each other and determining whether they match or not and displaying a result on the display 410 according to the determination result, and a fingerprint verification unit 305 for masking (M) the ID verification history data including the ID data An inspection time extracting unit 307 for measuring the time when the ID card 10 is inserted into the ID card scanner 100 and extracting the inspection time data, .

In addition, the controller 300 senses that the same ID card 10 of the examinee is input and inspected within a preset period of time and controls the display 410 to display a message for warning of the reuse of the ID card 10 An inspection image management unit 309 for controlling the inspection image data of the examinees inputted through the camera module 600 so as to be classified and stored according to each examinee, and an operation unit 420 for each test subject A memo management unit 310 for separately storing inputted memo contents and managing the stored memo contents so as to be stored in the ID card inspection history data, and a management server 310 for storing the ID card image data and the fingerprint image data in correspondence with the registered subjects registered in the database 320 Even if the examinee smiles the identification card, the identification information can be identified using the fingerprint image data input through the fingerprint scanner 200 And a return visitor management unit 311 for supporting the visitor.

Each of the detailed components of the controller 300 may be implemented through an application installed in the branch office terminal 400 and may also be implemented by a microcontroller such as a CPU or a microcomputer such as a CPU in the fingerprint scanner 100 and the fingerprint scanner 200. [ When the processing function is implemented, some of the detailed components may be optionally implemented by a driving program installed in the ID scanner 100 or the fingerprint scanner 200.

In the meantime, the ID card inspection system according to the preferred embodiment of the present invention can secure the basis data on which the inspectors of the relevant branches conduct the ID card check normally.

To this end, the control unit 300 extracts the inspection time data by measuring the time at which the ID card 10 is inserted and inspected, extracts the ID data, the name And birth time information are matched with each other and stored, and they are collected in a time-series manner to generate the ID verification test history data as shown in FIG.

Here, the birth timing information is classification reference data extracted together with the name information to prevent the data from being mixed when mutual data is registered when data of the same name is registered only with the name of the testee, It is the date of birth information recorded at the beginning of the resident registration number described in the ID card (10). Also, it can include all 6 digits of the first part of the resident registration number, and it is possible to use only the part of the first part, that is, the 4 digits of the birth date.

In this manner, the time when the ID card 10 is inserted and the time of the examination is measured, the examination time data is extracted, and the ID data, the name information and the birth time information extracted from the ID card image data are matched with the extracted examination time data It is possible to generate the ID history data by generating the ID history history data by outputting the generated ID history history data on the screen of the display 410 so that the desired information can be confirmed, .

Meanwhile, the ID card inspection system according to the preferred embodiment of the present invention stores the personal information of the test subjects in the database 320 while generating and securing the ID card test history data as described above, Only essential data can be selectively acquired and stored.

For this purpose, the control unit 300 stores the ID image data on the database 320 to generate the ID card test history data. As shown in FIG. 7, the control unit 300 includes a plurality of (M) processed so that the personal information arranged in the corresponding area is not displayed at a position corresponding to the predetermined area of the area. In other words, since it is possible to selectively store only photographs, names, and birth time information as an indispensable element for distinguishing a plurality of testees who have examined ID through the ID card inspection system, it is necessary to obtain the ID card test history data conforming to the Personal Information Protection Act .

For example, if the input ID card 10 is a resident registration card, a masking M is disposed at a position where personal information such as a resident registration number, a 7th digit behind the resident registration number, an address and an issuance date is placed. If the input ID card 10 is a driver's license, The last seven digits, the address, the issuing date, and the license number may be the subject of the masking (M).

On the other hand, when the same ID card 10 of the examinee is inputted and examined within the predetermined time based on the measured inspecting time data, the controller 300 notifies the reuse of the corresponding ID card 10 as warning The user can control the content to be displayed on the screen of the display 410. As a result, a plurality of ID cards 10 pass through one adult ID card 10 or a plurality of ID cards 10 owned by the same person, It is possible to prevent the possibility of passing the inspection in advance.

5 and 6, the system for examining an ID according to a preferred embodiment of the present invention may further include a camera module 600 for capturing an image of a subject under examination of an ID card.

The control unit 300 stores the ID image data, the name and the birth time information together with the test image data of the testee obtained through the camera module 600, and stores the ID image data, And the display 410 may display classified ID history log data by time series.

In this way, the inspection image data of the subject acquired through the camera module 600 can be included in the ID verification history data, and data can be generated through the display window of the display 410, This can provide more clear evidence for the identification test.

6, the camera module 600 may be mounted on one side of the ID scanner 100 or the main body of the fingerprint scanner 200 so as to insert an ID card into the ID scanner 100 or to insert a finger into the fingerprint scanner 200 The user can more clearly photograph the face of the examinee looking at the ID scanner 100 and the fingerprint scanner 200 in order to make contact with the user and take a picture such as a wall or a ceiling in which the examinee and the examinee examine the ID card through the ID check system It may be installed at a position where it is possible.

On the other hand, in the case of the examinee who has registered the fingerprint image data in the database 320, when a driver's license is smiled in the future, the fingerprint image data stored in the fingerprint image database 200 ), It is determined that the fingerprint image data is the same person, and the fingerprint image data can be entered and authenticated.

It is preferable that the ID card inspection system according to the preferred embodiment of the present invention includes data of any memo written by the inspectors for each test subject in the ID card test history data and managed together. When the ID card 10 of the examinee is input through the ID scanner 100, it is preferable that the memo contents are automatically popped up as shown in FIG. 14 so that the examiner can immediately check the memo contents.

This memo function allows you to memorize specific things to record for each customer (testee), such as trainees, and refer to the customer's response by managing the data history.

Next, the operation principle of the ID card inspection system according to the preferred embodiment of the present invention will be described with reference to FIG. 7 to FIG.

First, when an ID card 10 presented by a testee (customer) visited at a branch is input to the ID scanner 100, the ID card application installed in the branch terminal 400 is automatically executed according to a signal of recognizing the ID card 10 do.

7 is displayed on the display 410 and the forgery alteration management unit 303 of the control unit 300 receives the forgery test result from the ID card scanner 100 and displays the ID card 'Is displayed on the display 410 in such a manner that an' O 'is displayed or an' X 'is displayed and a guidance message is displayed on the display 410 so that an inspecting agent (dealer) can confirm whether the ID card 10 is authentic.

The image reading unit 302 analyzes the ID image data input by the ID scanner 100 to read and extract the name and resident registration number information, and the real name authentication unit 304 extracts the extracted name and resident registration number information from the real name 9, displaying the result of the real name authentication received from the real name authentication server 700 to the authentication server 700 as 'O' or 'X' in the 'real name authentication' Is displayed on the display 410 so as to confirm whether the resident registration number and name of the inputted ID card 10 are normally matched.

When the forgery inspection and the real name authentication of the ID card 10 are completed, the fingerprint image data of the biometric fingerprint formed on the finger of the examinee is obtained through the fingerprint panel 220 of the fingerprint scanner 200.

If the input ID card 10 is a residential ID card, the fingerprint verification unit 305 extracts the ID fingerprint image printed on the back of the ID card from the ID card image data, and compares the extracted ID fingerprint image with the fingerprint image data currently generated and obtained And displays the result of the determination on the display 410 in such a manner as to display 'O' or 'X' in the 'fingerprint inquiry' item as shown in FIG. 9 and to confirm the correspondence between the entered ID card 10 and the testee And outputs the determination result on the screen.

On the other hand, when the input ID card 10 is an unlicensed driver's license, the fingerprint image data input through the fingerprint scanner 200 is matched with the ID card image data and stored in the database 320 for registration, 10) is registered, the pre-stored fingerprint image data is compared with the fingerprint image data generated through the fingerprint scanner 200 to determine whether or not the fingerprint image data matches the fingerprint image data, and the determination result is displayed as 'fingerprint inquiry' On the display 410 in such a manner as to display 'O' or 'X' on the item, and output a result of determining whether or not the input driver's license and the testee match.

On the other hand, the inspection time extracting unit 307 extracts the inspection time data by measuring the time at which the ID card 10 is inserted and inspected, and the data storage management unit 306 extracts the identification image data, Name information and birth time information extracted from the corresponding ID card image data are matched with each other and stored in the database 320, and the ID card test history data is generated by collecting the ID card history data.

Also, the ID card test history data generated through the ID card test application may be displayed on the display 410 as shown in the lower part of FIG. 11. On the screen, a search window for inputting the name and date of birth of the testee is provided, And may be provided so as to be able to inquire the inspection history of the examinee.

In addition, as shown in FIG. 7, the data storage management unit 306 may not display personal information placed in the corresponding area in a position corresponding to a predetermined area among a plurality of areas in which individual information is displayed on the ID card 10 Masking (M).

12, when the same ID card 10 of the examinee is input and checked within the preset time based on the measured inspecting time data, the duplication managing unit 308 reuses the ID card 10, The camera module 600 captures an image of a subject under examination of the ID card as shown in FIG. 6, and the inspection image management unit 309 controls the camera The ID image data, the name, and the birth time information together with the test image data of the testee obtained through the module 600 are included in the ID history test history data.

On the other hand, the 'note' item, the 'return visitor inquiry' item and the 'setting item' item are displayed on the upper side of the screen of the ID card inspection application. When the inspector selects the 'note' item through the operation unit 420 The memo management unit 310 of the control unit 300 displays a memo display window for storing a memo for a particular examinee on the screen. The memo contents inputted by the examinee are classified into each examinee and stored in the database 320.

If the 'return visitor inquiry' item is selected, the return visitor management unit 311 displays a screen window (not shown) for entering a name and date of birth (birth time information) on the screen, If an arbitrary name and date of birth are input, a matching subject is extracted from the database 320 and displayed on the screen as shown in FIG. 13. The fingerprint verification unit 305 reads the previously stored fingerprint of the subject The identity of the examinee can be confirmed by comparing the image data with the newly inputted fingerprint image data to confirm the identity of the examinee.

If you select the 'Settings' item, various items that can modify or enter the operation status and the setting items of the ID card inspection system are displayed, and the inspectors will operate the ID card inspecting system .

According to the configuration and function of the ID card inspection system according to the preferred embodiment of the present invention, the fingerprint image data is matched with the name, the date of birth, and the ID image data and registered, and the fingerprint scanner 200 It is possible to check whether the driver's license and the ID card 10 match with each other even in the case of a driver's license without a fingerprint on the ID card 10 by comparing the newly inputted fingerprint image data with the previously stored fingerprint image data, It is possible to eliminate the conventional inconvenience of comparing the photograph of the ID card with the face of the testee in a visual comparison method.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the inventions. It will be clear to those who have knowledge.

10 ... identification card 20 ... communication network
100 ... Identification Scanner 200 ... Fingerprint Scanner
300 ... control unit 400 ... branch terminal
410 ... display 420 ... operating section
600 ... camera module

Claims (4)

An ID card scanner (100) for scanning the input ID card (10) to generate ID card image data; A fingerprint scanner (200) for scanning the fingerprint of the examinee to generate fingerprint image data; When the input ID card 10 is an unlicensed driver's license, the fingerprint image data inputted through the fingerprint scanner 200 is matched with the ID card image data and is stored in the database 320 for registration, and the input ID card 10 is registered The control unit 300 compares the previously stored fingerprint image data with the fingerprint image data generated through the fingerprint scanner 200 to determine whether the stored fingerprint image data coincides with the previously stored fingerprint image data. And a display (410) for outputting a result of determining whether the ID card (10) and the testee match based on a control signal of the controller (300) on the screen,
The control unit (300)
(10) is inserted to measure the time at which the inspection is performed, extracts inspection time data, and stores the identification image data together with the extracted inspection time data, (M) processed so that the personal information arranged in the corresponding area is not displayed at a position corresponding to the predetermined area of the area, and the same identification card 10 of the same examinee is stored within the predetermined time based on the inspection time data. Is displayed on the display (410) when the user inputs the ID card (10).
The method according to claim 1,
The control unit (300)
And the identification information and the date of birth information extracted from the corresponding ID image data together with the extracted inspection time data and the ID image data are matched and stored and are collected in a time-series manner to generate the ID card history data.
delete The method according to claim 1,
And a camera module (600) for capturing an image of a subject being examined for ID card,
The control unit 300 matches and stores the ID image data, the name and the birth time information together with the test image data of the testee obtained through the camera module 600 and collects the ID image data, ≪ / RTI &
Wherein the display (410) displays the generated ID card test history data in a time series order.

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