KR20090132839A - System and method for issuing photo-id card - Google Patents

Abstract

PURPOSE: A system and a method for issuing electronic ID card are provided to obtain identification photograph suitable for international standard in a photo booth. CONSTITUTION: A photographing device(110) takes a photograph of the identification photograph of user. A user authentication device(120) confirms user by the fingerprint of user. After a card issuing unit(130) receives the identification photograph, the received identification photograph is recorded in the electronic ID card. A main server(140) receives and stores the identification photograph.

Description

Electronic ID card issuing system and method {System and method for issuing photo-ID card}

The present invention relates to an electronic ID card issuing system and method, and more particularly, to an electronic ID card issuing system and method in which the entire process of issuing an electronic ID card is instantaneously taken by photographing an ID photo conforming to an international standard.

Photographs used in passports are now subject to strict standards that differ from those of general identification photographs. Specifically, the specifications of the current photographic transfer passport photograph are as follows.

-Make sure that your ears are visible so that the outlines of both ends of your face are clear and only your shoulders.

-Picture size: 35mm wide 45mm long, 25 ~ 35mm long.

-The background of the photo should be white, light sky blue, or light beige background without borders, and the skin color of the photo should be natural.

-Don't wear hats, uniforms or white clothing.

-The eyes should be opened, staring straight ahead, the hair should not cover the eyes, and the mouth should be naturally closed.

-No sunglasses should be worn. Eyes should be clear without the light reflecting off the lens.

-Eyeglass frames worn should not cover or cover eyes, and glasses should be as thin as possible.

-Unfocused or modified photos should not be mistaken for others.

-There should be no shadow on the face and background of the picture.

-Instant photos or digital photos with poor quality that may deteriorate passport photos should be printed in high quality resolution.

-Only one person should be seen in the infant picture, not chairs, toys, hands, or anyone else.

-Photographs with uniforms showing public status are not allowed when issuing a general passport, and only diplomats and official passports are allowed.

In recent years, the ePassport has become more and more popular all over the world. The ePassport, electronic passport is a name and passport based on international standards set by the International Civil Aviation Organization (ICAO) and the International Organization for Standardization (ISO / IEC). It is a machine-readable passport that contains a contactless IC chip that electronically stores personal identification information such as numbers and biometric information such as faces and fingerprints.

Here, the contactless electronic chip refers to an electronic chip used in a traffic card, a contactless credit card, etc., and a machine-readable passport refers to a passport that can be checked by a machine (reader) as well as visually.

The appearance of the ePassport is similar to that of the existing passport, but the back cover of the passport contains an electronic chip and antenna containing personal identification information, biometric information and security elements for protecting such information. In the future, ePassports in the form of plastic cards may be developed.

Strict international standards (ISO / IEC 19794-5) also apply to photographs in the ePassport.

1 is a diagram illustrating an international standard specification of an ID photograph applied to an ePassport. FIG. 1A illustrates an example of a specification for a full frontal face image, and FIG. 1B illustrates an example of a specification for a token face image. It is done.

Both methods require proper exposure of light, accurate focus, and clear light. In addition, red eyes are not allowed, and color or gray highlights are not allowed. Also, fisheye effects are not allowed. In addition, it must meet the demanding specifications.

In addition, in the case of the full face image method, there is a condition that at least 90 pixels between the eyes and the eyes, and in the case of the token face image method, at least 60 pixels between the eyes and the eyes.

As described above, strict standards are applied to passport photos, which will be similarly or identically applied to photographs used for various certificates and ID cards as well as passports. In order to take a picture that satisfies these regulations, it is difficult for the photographer to know all the information, and even if the photographer knows all of the above criteria, it is difficult to determine whether the actual photograph is in compliance with the above standard. If it does not reach this point, it is a hassle to retake it again.

In addition, the current passport issuance system is made through a human workforce in some public institutions, it takes a long time to issue a certificate or a card such as a passport. In addition, the issuance requires a procedure to stop by a specific institution, and hassle of having to go back to receive the proof of application or card.

In addition, since it takes a number of steps to be issued, there is a possibility that the photograph taken may be counterfeit or altered rather than the person's own.

The present invention has been made to solve the above problems of the prior art, to provide an electronic ID card issuing system and method that can be made collectively from issuance of proof photo ID to issuance of ID card or proof card. have.

Electronic ID card issuing system according to the present invention for solving the above problems is a photo taking device for taking a picture of the user, an identity authentication device for confirming the identity using the user's fingerprint, the identity by the identity authentication device And a card issuer for receiving the proof picture from the picture taking device and recording the card on the electronic ID card.

The photographing device is characterized in that to take a picture of the proof that meets the international passport photograph standard.

The main server is connected to a wired / wireless network with an information server of an external organization on which a database of fingerprint information of an individual is established.

The main server transmits the stored ID picture to the information server of the external organization.

The user authentication device receives the user's fingerprint data from the information server of the external organization through the main server and compares the user's fingerprint data with the fingerprint received from the user to authenticate the user.

The identity verification device performs identity verification by comparing the fingerprint received from the user with the fingerprint recorded on the user's identification card.

In this case, the identity authentication device includes a fingerprint input unit for receiving a fingerprint from the user, an identification card input unit for receiving the user's identification card, a fingerprint extractor for extracting a fingerprint image recorded on the identification card, and a fingerprint input by the fingerprint input unit. And a fingerprint comparator comparing the fingerprint extracted by the fingerprint extractor.

The card issuer prints the ID photo on one side of the electronic ID card and outputs the printed photo.

The card issuer stores the ID photo as an image file on an electronic chip embedded in the electronic ID card.

The electronic ID card is an IC card-based electronic ID card including an electronic passport or electronic resident card.

The electronic ID card issuing system may further include a payment means for receiving payment from the user.

The card issuer issues an electronic ID card in which the ID photo is recorded only when the payment is made by the payment means.

In addition, the method for issuing an electronic ID card according to the present invention for solving the above problems is a first step of confirming whether or not the user using a fingerprint of the user, a predetermined standard as a photographing device when the identity is authenticated in the first step A second step of taking a proof picture of a user conforming to a standard, a third step of recording and issuing a proof picture taken in the second step on an electronic ID card, and a fourth step of storing the proof picture in a main server storing the proof picture It includes.

The first step may include a first process of receiving a fingerprint from the user, a second process of receiving an identification card from the user, and extracting a fingerprint image recorded on the ID card and a fingerprint obtained at the first process and the second process Comparing the same and comparing the same to include a third process of identity verification is performed.

In another method, the first step may include a first process of receiving a fingerprint from the user, a second process of receiving fingerprint data of the user from an information server of an external institution in which a database of fingerprint information of an individual is established, and the And comparing the fingerprints obtained in the first process and the second process with the same to compare the fingerprints.

In addition, the second step is a first process of photographing the user's ID photo with a photographing apparatus, a second process of checking whether the ID photo conforms to the International Passport Photographic Standard, and the proof photo is based on the International Passport Photographic Standard. If not, the third step of repeating the first step is to notify the user of the details of non-conformance to the standard and to adjust the position and angle of the illumination or camera in the picture taking device.

Here, in the third step, the proof photograph is printed on one surface of the electronic ID card and output, or the proof photograph is stored as an image file in an electronic chip embedded in the electronic ID card.

The method may further include, after the fourth step, transmitting the ID photo to an information server of an external institution in which a database of fingerprint information of an individual is established.

The method may further include a payment step of receiving payment from the user before or after any one of the first to fourth steps.

Electronic ID card issuing system and method according to the present invention is configured as described above, the user can automatically obtain a photograph in accordance with the international standard or a predetermined standard in the shooting booth with a photographing device without a skilled person, ID cards or electronic ID cards with ID photos printed or stored can be issued as a batch one-stop system.

This saves you time and money by eliminating the need to wait to be served after receiving your passport or electronic ID card. In addition, the entire process is automatic with only the shooting booth, which enables an unmanned system, thereby reducing the waste of manpower.

In addition, since the card issuing procedure is performed after identity verification, damages caused by the above-described alteration of the ID photo can be prevented in advance.

Hereinafter, with reference to the accompanying drawings will be described specific details and embodiments of the present invention.

Figure 2 is a diagram showing a schematic configuration of the electronic ID card issuing system according to the present invention, Figure 3 is a block diagram showing the configuration of the electronic ID card issuing system according to the present invention.

2 and 3, the electronic ID card issuing system according to the present invention is a picture taking device 110 for taking a picture of the user, the identity authentication device 120 to check whether the user using the fingerprint of the user The card issuer 130 receives the ID picture from the picture taking device and records and issues the ID picture from the picture taking device when the user is authenticated by the device. The main picture receiving the ID picture from the picture taking device is stored. Server 140.

The photographing apparatus 110 automatically photographs an ID photograph conforming to a predetermined standard. In one embodiment of the present invention, the standard is an international standard (ISO / IEC 19794-5) set by the International Civil Aviation Organization (ICAO) and the International Organization for Standardization (ISO / IEC). Say. In addition, in the present invention, the standard is not limited thereto, and may be a standard set by an international convention or international organization for a photograph for proof, and inspection items and reference values related to the standard are stored in the main server 140 in advance.

The photographing apparatus 110 acquires image information of a user, outputs the image information to a display, compares the image information with a preset standard, and outputs a comparison result to the display to conform to the standard. Control the camera position or angle and the irradiation angle or illuminance of the lighting device.

4A and 4B are diagrams illustrating one embodiment of a configuration of a photographing apparatus according to the present invention.

4A and 4B, first, a chair 20 for seating by the user 10 may be provided inside the shooting booth 1 that blocks the inflow of light from the outside, and a background plate may be provided behind the user. 30 is installed.

In front of the user 10, a camera 50 photographing the user and a display 60 outputting the image captured by the camera 50 in real time are installed.

The lighting devices 71, 72, 73 adjust the illuminance of the user or the background.

The lighting device includes a first lighting device 71 installed at an upper front of the user, a second lighting device 72 installed at the lower front of the user, and a third lighting device 73 illuminating the background plate 30. Include.

A reflector 80 may be provided around the illumination device to adjust illumination, and a speaker 90, which is a voice output device that informs a user of a photographing process or a result, is installed in the photographing booth 1.

In addition, inside the photographing booth 1, a room light 74 that is responsible for the overall lighting is installed on the ceiling. In this case, an illuminance sensor (not shown) is provided inside the photographing booth 1 to measure the overall illuminance in the photographing booth 1 and the main server 140 adjusts the overall illuminance of the photographing booth using the measured value.

Here, the main server 140 is in charge of the controller of the picture taking apparatus.

The camera 50 is a digital camera. It takes a picture of the user and converts it into a digital signal.

The horizontal position is preferably set at the center of the user's face of the camera 50, and the vertical position is appropriate between the two eyes and the nose.

The camera 50 may be fixed and installed, but may be automatically fixed to the location by analyzing an image of the user acquired by the camera 50 by manipulation of the main server 140. To this end, the camera 50 may be equipped with a driving device operated by the main server 140.

The camera 50 preferably maintains a distance within 0.7m to 1.0m from the user who is the photographed person. If it is too close or too far, the area occupied by the person in the whole image becomes too big or too small. In other words, the distance must be properly adjusted so that the face does not appear too large or too small in the picture. To this end, the main server 140 may control the zoom-in or zoom-out function of the camera to automatically adjust the size of the image of the subject in the entire image. In addition, the distance between the camera and the subject may be adjusted by controlling the driving device. In addition, the exposure value of the camera 50 may also be adjusted by the main server 140.

Recommended camera settings include shutter speeds between 1/30 and 1/125, resolutions higher than 2 pixels per mm, and camera lens focal lengths between 40 and 100 mm.

The display 60 may be a plasma display device (PDP) or an LCD or an organic EL display device.

In the present invention, an input device for receiving a command from a user may be separately provided. However, the display 60 functions not only as an output device but also as an input device for receiving input from the user in a touch screen manner.

The display 60 is provided in front of a user who is a subject so that the user can observe his / her own image acquired by the camera 50 in real time.

The screen output to the display 60 may be divided into two parts. In detail, the output screen of the display 60 is divided into an image output part for outputting an image acquired by the camera 50 and a message output part for outputting a message to be transmitted to the user.

The image output portion outputs guide lines, such as contours of a person, so that a user can easily grab a photographing posture. The user may posture according to the guide line, or the camera 50 may be controlled by the main server 140 so that the outline of the user fits the guide line.

The message output portion outputs a result of comparison and review of whether a user guide or a captured image conforms to an international standard.

The lighting device provides illuminance in accordance with international standards by illuminating a background of a user or a user who is a subject.

In the case of the background plate 30, the illumination of the entire background plate is maintained constant by the third lighting device 73 so that spots or shadows do not occur.

The lighting device may adjust the overall illumination by illuminating the user or the background in the form of indirect lighting.

The lighting device is controlled by the main server 140. To this end, the lighting device is equipped with a driving device, the main server 140 may control the driving device to control the irradiation angle or illuminance.

The main server 140 outputs an image acquired by the camera in part on the display screen in real time, and outputs a message to be transmitted to the user on the remaining screen.

The main server 140 outputs a guide line on the screen portion where the user's image information is output. The user may posture and take a picture so that his face is positioned in the guideline.

The main server 140 obtains a still image of a user when a photographing command is input from the user. The obtained still image is compared with the standard standard, and various items are inspected and the result is displayed on the display 60.

The main server 140 acquires an image of the user in real time from the camera at any time before or after receiving a photographing command from the user, and adjusts the position and angle of the camera to meet the standard. Perform preparations to adjust the angle and illuminance of the lighting device. For example, the user may adjust his or her face position to the guide line, but after the main server 140 analyzes the image information, the user's face area is within the guide line by operating the camera 50. can do.

The main server 140 separates and extracts the face region and the background region from the user's still image and detects an eye portion from the face region.

The main server 140 determines whether the still image conforms to a standard standard, wherein the standard standard includes one or more of a criterion for vividness and a background of a image, a criterion for a face, a criterion for an eye, and a criterion for an expression. Include.

The sharpness of the image means that there is shaking of the subject in the image. That is, the contour of the face or eye region of the person is extracted from the image and it is determined whether the contour is clear.

The criterion for the background is to check whether the background color is a single color or whether the complexity of the pattern of the background is larger or smaller than a predetermined reference value. There should be no people or other objects in the background. The complexity of the pattern is calculated using the variance of the color, and the brightness and the color are determined using the color average value of the background area.

The main server 140 controls the illuminance of the lighting device that illuminates the background area when the background area does not meet the standard.

The reference regarding the face is an item for examining the position of the face, the size of the face, the direction of the face, and the shadow of the face.

The display screen on which the image of the subject is output has guide lines drawn according to the standard. If the picture was taken in a position suitable for the guidelines, the criteria for face would be satisfied to some extent.

However, for a more accurate determination, it is determined whether a face position is located at the center of the photograph in the extracted face region, and whether the horizontal and vertical size of the face is within a range of a preset reference value. The main server 140 analyzes whether the shadow is not generated too much using the still image captured.

When determining the shadow of the face, the main server 140 determines that the number of pixels having a gray level less than or equal to a predetermined reference value in the face area is not suitable.

Each of the reference values described above are values that are set in advance to meet the standard by experiment.

The main server 140 zooms in or zooms out the camera or controls the driving device when at least one of the position of the face area, the size of the face area, and the direction of the face does not conform to the standard. Adjust the camera position or angle.

The eye criterion is an evaluation item regarding a distance between two pupils, redness of eyes, presence of glasses, whether eyes are closed or closed, eye direction, and the like.

Detects two pupils in the extracted eye image and checks whether the distance between the centers of the two eyes meets a predetermined reference range, and extracts the pupil color to check if the color is red. Examine whether the thickness of deviates from the standard range. In addition, it is checked whether a lens of a color not allowed by the standard is worn.

The standard for the expression is a test item for whether the mouth is open or whether the expression is natural.

The main server 140 extracts the mouth part from the still image and extracts a feature point along the lip contour or the contour of the lip to check whether the mouth is closed, or uses a color of the tooth to make the ratio of white in the mouth part more than a predetermined reference value. Compare to see if the mouth is closed.

Whether or not the facial expression is natural is examined by checking whether the mouth is greatly laughing or frowning by comparing the characteristic points of various expressions stored in the database with the analyzed data.

The main server 140 outputs a comparison result for the above-described inspection items on the display 60, but displays the inappropriate items so that the user can know them.

For the inappropriate matters, the matters that can be corrected by adjusting the camera or the lighting device by the main server 140 at the time of re-shooting are automatically corrected.

The main server 140 notifies the user of the comparison of the captured still image with the standard and if the comparison result is inappropriate, and causes the user to retake the image. Even if the still image photographed satisfies the standard, if the user requests re-shooting, the re-shooting is performed within a limited number of times.

When the approval of the still image photographed by the user is finally obtained, the main server 140 stores the still image of the user, that is, an ID photo, in a memory, or an external database in which a database of personal fingerprint information is built. It sends to the information server 200 of the institution. An external agency is an agency that issues public offices or other identification documents.

The photographing apparatus 110 according to the present invention may further include an illuminance sensor for measuring illuminance in the photographing booth 1. When the brightness of the still image of the user does not conform to the standard because of the illumination in the shooting booth, the main server 140 adjusts the illumination of the room light 74 which is the main lighting device in the shooting booth.

The main server 140 is connected to a wired / wireless network with an information server of an external organization on which a database of fingerprint information of an individual is established.

The identity authentication device 120 receives the fingerprint data of the user from the information server of the external organization through the main server 140 and compares it with the fingerprint received from the user, or authenticates the user with a fingerprint and After receiving the ID card, the user's fingerprint is compared with the fingerprint recorded on the ID card.

In the latter case, the identity authentication device 120 has the configuration as shown in FIG.

5 is a diagram showing an example of the configuration of the personal authentication apparatus according to the present invention.

Referring to FIG. 5, the authentication apparatus 120 extracts a fingerprint from a fingerprint input unit 121 for receiving a fingerprint from a user, an identification card input unit 122 for receiving an ID of the user, and a fingerprint image recorded on the identification card. And a fingerprint comparator 124 for comparing the fingerprint input by the fingerprint input unit with the fingerprint extracted by the fingerprint extractor.

The fingerprint extractor 123 scans the fingerprint image recorded on the identification card and extracts only the fingerprint area.

The card issuer 130 is a device that issues an electronic ID card. The electronic ID card refers to an IC card-based electronic ID card including an electronic passport or electronic resident card. In the present invention, the card issuer 130 may issue not only a card type but also various types of electronic ID.

The card issuer 130 prints and prints the proof photograph obtained by the photographing apparatus on one surface of the electronic ID card, or stores the proof photograph as an image file in an electronic chip embedded in the electronic ID card.

The electronic ID card issuing system according to the present invention may further comprise a payment means 150 for receiving payment or fee from the user.

The payment means 150 refers to a bill recognition device or a credit card payment terminal when receiving payment by banknote or credit card, and refers to an electronic payment means when receiving payment through a mobile phone authentication or a certificate.

It may be configured to issue an electronic ID card in which the ID photo is recorded only when the payment is made by the payment means.

Hereinafter, the operation and the issuing method of the electronic ID card issuing system according to the present invention will be described with reference to FIGS. 6 to 9. 6 to 9 are flowcharts illustrating a method for issuing an electronic ID card according to the present invention.

6 to 9, first, identity authentication is performed by the identity authentication apparatus (S100).

Identity verification can be accomplished in two ways. There is a method of receiving a fingerprint from the user in the field, comparing the fingerprint recorded on the user's ID card, or receiving and comparing the user's fingerprint data from an external organization.

Referring to FIG. 7, the first method is described. First, the fingerprint of the photographed subject is input (S110). Next, the ID of the photographer is input and a fingerprint image is extracted from the ID (S120). Next, the two fingerprints are checked (S130), and if the two fingerprints match, the camera proceeds to the step of taking a picture of the subject. If the two fingerprints do not match, the fingerprint is mismatched to the user who is the photographer. Notify the user through the voice output device that the authentication is not normally performed, or outputs as a text on the display screen (S140).

Referring to FIG. 8, the second method is described. First, the fingerprint of the photographed subject is received (S111). Next, the fingerprint data of the photographer is transmitted from the information server of the external organization (S121). Next, by checking whether the two fingerprints match (S131), if the two fingerprints match, the camera proceeds to the step of taking a picture of the subject, and if the two fingerprints do not match, the fingerprint is inconsistent with the user Notify through the voice output device that the identity authentication was not normally performed, or outputs as a text on the display screen (S141).

Next, if self-authentication is made, the photographing device to take a proof picture that meets the standard (S200). Here, the standard is an international passport photo standard.

This process will be described with reference to FIG. 9. First, a still image of a user who is a photographer is obtained (S210).

It is determined whether the still image conforms to the standard standard (S220), and if it is not suitable, the user notifies the user of an inappropriate detail through a voice output device, or outputs a text on the display screen to notify the user (S230). If it can be corrected by the operation of the camera or the lighting device, the camera or lighting device is controlled to correct the angle or position of the camera and the irradiation angle or illuminance of the lighting device so as to meet the standard standard (S240). Let this be done. The detailed description of this part is substantially the same as that of the electronic ID card issuing system described above.

If it is determined that the standard is in compliance with the electronic ID card is issued (S300), and stores the proof photo in the main server (S400). In addition, if necessary, the ID photo is transmitted to the information server of the external organization (S500).

As described above, the electronic ID card issuing system and method according to the present invention have been described with reference to the illustrated drawings. However, the present invention is not limited by the embodiments and drawings disclosed herein, and is applied within the scope of the technical idea. Can be.

1 is a diagram showing an international standard specification of an ID photograph applied to an ePassport,

2 is a diagram showing a schematic configuration of an electronic ID card issuing system according to the present invention;

3 is a block diagram showing the configuration of an electronic ID card issuing system according to the present invention;

4a and 4b is a view showing an embodiment of the configuration of a photographing apparatus according to the present invention,

5 is a diagram showing an example of the configuration of the personal authentication apparatus according to the present invention;

6 to 9 are flowcharts illustrating a method for issuing an electronic ID card according to the present invention.

<Explanation of symbols on main parts of the drawings>

110: photographing device

120: identity authentication device

130: card issuer

140: main server

200: external organization information server

Claims (22)

Photographing device for taking a picture of the user; An identity verification device for identifying whether the user is using the fingerprint of the user; A card issuer which receives an ID picture from the picture taking device and records it on an electronic identification card when issued by the device; Electronic ID card issuing system including a main server for receiving and storing the identification photo from the photographing device. The method according to claim 1, The photographing device is an electronic ID card issuing system, characterized in that for taking a picture of the ID conforming to the international passport photograph standard. The method according to claim 1, The main server is an electronic ID card issuing system, characterized in that connected to the information server of the external organization, the database of the fingerprint information of the individual is established in a wired or wireless network. The method according to claim 3, The identity authentication device receives the fingerprint data of the user from the information server of the external institution through the main server and compares it with the fingerprint received from the user, the electronic ID card issuing system, characterized in that.  The method according to claim 3, The main server transmits the stored ID picture to the information server of the external organization. The method according to claim 1, The identity authentication device is an electronic ID card issuing system, characterized in that the authentication by comparing the fingerprint received from the user with the fingerprint recorded on the user's identification card. The method according to claim 6, The identity authentication device includes a fingerprint input unit for receiving a fingerprint from the user; Identification card input unit for receiving the identification card of the user; A fingerprint extractor extracting a fingerprint image recorded on the identification card; And And a fingerprint comparator for comparing the fingerprint input by the fingerprint inputter with the fingerprint extracted by the fingerprint extractor. The method according to claim 1, And the card issuer prints the ID photo on one surface of the electronic ID card. The method according to claim 1, The card issuer is an electronic ID card issuing system, characterized in that for storing the identification photo as an image file on the electronic chip embedded in the electronic ID card. The method according to claim 1, The electronic ID card is an electronic ID card issuing system, characterized in that the IC card-based electronic ID card containing an electronic passport or electronic resident card. The method according to claim 1, The electronic ID card issuing system further comprises a payment means for receiving payment from the user. The method according to claim 11, The payment means is an electronic ID card issuing system, characterized in that the bill recognition device or credit card payment terminal. The method according to claim 11, The card issuer issuing electronic ID card, characterized in that for issuing the electronic ID card recorded the proof photo only when the payment is made by the payment means. A first step of identifying whether the user is using a fingerprint of the user; A second step of photographing an ID photo of a user who meets a predetermined standard by a photographing apparatus when the user is authenticated in the first step; A third step of recording and issuing the ID photograph taken in the second step on an electronic ID card; And a fourth step of storing the ID photo on a main server for storing the ID photo. The method according to claim 14, The first step may include a first step of receiving a fingerprint from the user; A second process of receiving an ID from the user and extracting a fingerprint image recorded on the ID; And And a third process of performing identity verification by comparing the fingerprints obtained in the first process and the second process with the same. The method according to claim 14, The first step may include a first step of receiving a fingerprint from the user; A second step of receiving the fingerprint data of the user from an information server of an external organization where a database of fingerprint information of an individual is established; And And a third process of performing identity verification by comparing the fingerprints obtained in the first process and the second process with the same. The method according to claim 14, The second step may include a first step of taking an ID photo of a user with a photographing apparatus; A second step of checking whether the ID photo conforms to the international passport photograph standard; If the ID photo does not comply with the International Passport Photo Standard, the first step of repeating the first process by notifying the user of details of non-compliance with the standard and adjusting the position and angle of the lighting or camera in the photographing apparatus. Electronic ID card issuance method comprising three steps. The method according to claim 14, The third step is a method for issuing an electronic ID card, characterized in that for printing the identification photo on one side of the electronic ID card. The method according to claim 14, The third step is a method of issuing an electronic ID card, characterized in that for storing the identification photo as an image file on the electronic chip embedded in the electronic ID card. The method according to any one of claims 14, 18 and 19, The electronic ID card is an electronic ID card issuing method, characterized in that the electronic ID card based on the electronic card, including an electronic passport or electronic resident card. The method according to claim 14, And after the fourth step, transmitting the ID photograph to an information server of an external institution in which a database of fingerprint information of an individual is established. The method according to claim 14, And a payment step of receiving a payment from the user before or after any one of the first to fourth steps.

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