KR20080025243A - Application system for issuing identity card and method thereof - Google Patents

Abstract

A system and a method for applying issuance of identification cards are provided to install a booth for applying issuance of identification cards and arrange a booth client in the booth to reduce a time required to issue an identification card and errors generated in the issuance of identification cards through an automated issuance process using the booth client. A system for applying issuance of identification cards includes a booth client(20), an identification card issuance application server(40) and a government server(70). The booth client receives information on application for issuance of identification cards and is installed in a booth(10) which acquires images corresponding to the physical information of applicants and transmits the images. The identification card issuance application server determines whether the information on application for issuance of identification cards and the images received from the booth client conform to identification card issuance regulations, requests the booth client to re-input the information and the images when the information and the images do not conform to the regulations and transmits the received information and images as identification card issuance application data when the information and the images conform to the regulations. The government server acquires the identification card issuance application data provided through the identification card issuance application server and issues identification cards based on the data.

Description

ID card issuance application system and its method {APPLICATION SYSTEM FOR ISSUING IDENTITY CARD AND METHOD THEREOF}

1 is a block diagram showing the configuration of an embodiment of the present invention.

2 is a block diagram showing an example of a booth client according to an embodiment of the present invention.

Figure 3 is a block diagram showing the configuration of a booth client of an embodiment of the present invention.

Figure 4 is a block diagram showing the configuration of a passport application server and related systems of an embodiment of the present invention.

Figure 5 is a block diagram showing the configuration of another embodiment of the present invention.

Figure 6 is a flow chart showing a passport issuance application process of an embodiment of the present invention.

Figure 7 is a flow chart showing a passport photo input process of an embodiment of the present invention.

8 is a flowchart illustrating a signature input process according to an embodiment of the present invention.

Figure 9 is a flow chart illustrating a process of outputting a certificate of an embodiment of the present invention.

10 is a flow chart showing a certificate issue inspection process of an embodiment of the present invention.

** Description of symbols for the main parts of the drawing **

10: Booth 20: Booth Client

30: Applicant 40: ID card application server

45: service DB 50: personal authentication server

60: electronic payment server 70: government server

75: government DB 80: government client

90: Issue 100: Booth Client

110: display unit 120: camera unit

130: credit card reader 140: ID card reader

150: fingerprint recognition unit 160: keyboard

170: tablet 180: mouse

190: fee processing unit 200: booth client

300: passport application server 400: personal authentication server

500: electronic payment server 600: government system

The present invention relates to an application for issuing an identification card, and more particularly, to an identification card issuing application system and a method for applying for issuance of an identification card in an easy and secure manner through a booth client provided in a booth installed exclusively.

At present, governments in various countries are trying to make the transition to e-government, making various information databases, paying taxes online, and processing various complaints online.

In particular, the Government for Citizen (G4C), which is recognized as the highest level in the evaluation of the global e-government, has a variety of complaints about public access by public authentication of public key infrastructure (PKI). It has been receiving good response from the people who are accepting or issuing complaint documents (e.g., resident registration, etc., copy of building register, copy of agricultural support, certificate of disability, etc.).

However, in order to prevent any forgery or alteration and to avoid mis-issues, all civil petitions and receipts related to identification cards are still required to visit the issuing agency and record the necessary information by handwriting on the form paper in advance. After adding the image information of, create an ID card application form and provide it directly to the person in charge, the person in charge will manually check if the document is in compliance with the regulations. Based on the type of identification card, the application is being carried out in a manual manner, either directly or by an agent, which does not meet the government's vision for e-government.

In particular, in the case of an ID card such as a resident registration card, driver's license or passport which is frequently lost or renewed, the application is issued through direct visits, document preparation, and manual inspection as described above. If you have to wait for a long time, and if the regulations for issuing ID are difficult, documents submitted after waiting for a long time may not be able to meet the regulations. The inconvenience was aggravated. For example, if you want to apply for a passport, the documents you must fill out to apply for a passport must be accompanied by a photo that conforms to the regulations and require your own handwritten signature. In other words, the passport photo must be a color photo with a size of 35mm and 45mm in width, be clear, be a light background of light blue / beige or white, and not be wearing sunglasses or a hat. There are quite a few regulations that should be about 25mm to 35mm in length. If you submit a photo that does not match these regulations, your passport will be canceled, so from a practical point of view, the most frequent reason for the delay in issuing a passport is to apply to the photo regulations, signature rules, and document fill-outs. The issuer should identify and guide the calibration.

As a result, the civil petitioner who is requesting the issuance of the ID must wait a long time for the confirmation of the issuer, and the issuer who issuing the ID must also process a lot of ID card issuance manuals, as well as manage the civil affairs and handle the grievances. The burden is increasing.

The purpose of the embodiments of the present invention newly proposed to solve the problems that may occur in the above practical ID card issuance procedure is to provide a booth client with a dedicated booth for applying for issuance of an ID card at the ID card issuer, and having a dedicated function in the booth. By arranging the ID card application through the booth client, and providing real-time regulation check and correction guidance on the ID card application content entered through the booth client, Defects are automatically identified, which significantly reduces the rejection situation due to errors in the contents of the application for issuance of ID, and can be used directly for issuance of ID, so that the computerized automatic processing reduces processing time and errors. system And a method thereof.

Another object of the embodiments of the present invention after the civil petitioner issuance of an identification card through a booth client in a booth, receives and outputs an issuance certificate including the encrypted information, and presents the issuance card upon receipt of the identification card. By allowing the issuer of the ID to reconfirm that the applicant is a normal ID issuing agent based on the information included in the issuing card, it is possible to fundamentally prevent illegal receipt of the ID filed by another forged ID. It is to provide a system and method for issuing an ID card.

Another object of the embodiments of the present invention is to provide real-time provision of a passport photo and handwritten signature for passport issuance when applying using a booth client, and when a corresponding passport application is completed, a part of the application information is provided. By providing encrypted issuance certificate, it ensures compliance with passport issuance regulations even when applying for issuance of passport in private booth without any guidance, and guarantees safe receipt and issuance even in case of forgery of ID card for receipt of passport. It is to provide an ID card issuance application system and method that can reduce illegal issuance and misuse of passports compared to the existing application method of personal identification using ID card only.

Another object of the embodiments of the present invention is to automatically perform all of the verification of the documents, the processing of the issuance fee, and the personal authentication process when applying for passport issuance, and to use the created information directly for issuing a passport. It is to provide an ID card issuance application system and method that can drastically reduce the amount of work performed by personnel and allow the staff to concentrate on issuing passports.

In order to achieve the above object, the identification card issuance application system according to an embodiment of the present invention receives the information for the application for issuance of the identification card with guidance on compliance, through a dedicated means equipped with the applicant's body information A booth client installed in the booth to acquire and transmit an image; If the ID card issuance application information and the applicant's body information image received from the booth client are determined to match the ID card issuance rules, and if they do not match, the booth client is requested to be re-entered. An ID card application server for transmitting ID card application data; And a government server which acquires the identification data provided through the identification card application server and issues an identification card based on the data.

In addition, the present invention reads the resident registration card or fingerprint and transmits it as personal authentication information, and after passing through the personal authentication process to verify the passport issuing application regulations, the passport issuing application information, photographic image and signature image dedicated input means A booth client for acquiring and transmitting through the booth; A passport application server having means for interfacing the personal authentication information transmitted from the booth client with a personal authentication system, the passport application server storing the transferred passport issuing application information, a photo image and a signature image in a database; And a government server for obtaining passport issuance application data provided through the passport application server and issuing a passport based thereon.

In addition, the present invention is the authentication step of the passport applicant enters the booth and performs personal authentication through a booth client connected to the passport application server; A transmission step of, if the personal authentication is successful, the booth client acquires passport issuance application data including information necessary for issuance of a passport, an applicant's photo, and an applicant's signature through a dedicated input means; A verification step of receiving the passport issuing application data and re-acquiring and transmitting the necessary passport issuing application data through the calibration guide to the booth client until the data meets the passport issuing application regulations; If the passport issuance application data received by the passport application server conforms to the passport issuance application regulations, the passport application server includes an application step of applying for passport issuance by providing the passport issuance application data to a government server.

In addition, the present invention comprises the steps of personal authentication is performed by the authentication system via the passport application server connected to the booth client when the passport applicant enters the booth and provides the resident registration card or fingerprint to the booth client connected to the passport application server; When the personal authentication is successful in the above step, the booth client receiving personal information necessary for application for passport issuance through a dedicated input means to comply with the regulations; The booth client grasping the state of the applicant through a dedicated photographing means and performing photographing while requesting correction to meet regulations; Receiving, by the booth client, a signature of the applicant in accordance with a regulation through a dedicated signature input means; Converting the input information into a form available to the e-government system and providing the e-government system; Outputting an issuance certificate including an encrypted content of some of the contents input by the applicant to the applicant; If the applicant presents the issuance certificate at the time of receipt of the passport, the applicant is issued a passport after reconfirming the applicant through the contents included in the issuance certificate.

The present invention as described above will be described in detail with reference to the accompanying drawings and embodiments.

Figure 1 shows the structure of an embodiment of the present invention, this embodiment shows a system for issuing a general identification card. The identification card is preferably interpreted as a term encompassing all government issued identification cards, including resident registration card, driver's license, passport.

The illustrated configuration is first installed in an independent booth 10 booth client 20 to obtain the ID card issuance application data provided by the ID card issuing applicant 30, and the ID card application server 40 connected to the booth client 20 ), A service database (hereinafter referred to as a DB) 45 which is connected to the ID card application server 40 and stores various information related to the ID card issuance application, and the ID card server 40 is the booth client. The government server 70 is provided to apply for issuance of the identification card by providing the application data for issuance of the identification card obtained from (20) and issue the identification card according to the application.

The booth client 20 is preferably installed in an independently partitioned booth 10, and the booth 10 may be installed in an administrative office that issues an identification card or a public place that performs a related service. The booth 10 may be considered simply a form similar to an instant photo booth, the background or lighting (not shown) for ID photo shooting, and a rotating height adjustment chair 25 for accurate shooting position is to be provided Can be.

Since the booth client 20 is a dedicated means for issuing an ID card, various input means necessary for issuing an ID card may be dedicated and installed, thereby obtaining image information such as photographs, signatures, and body information according to the provision of the ID card application. Since it is easy and dedicated means, there is an advantage that can be configured to enable high-speed processing.

The illustrated booth client 20 basically includes a part for performing personal identification of the applicant for issuance of the identification card 30, a part for inputting personal information for the application for identification card, a part for acquiring various body information as an image, and the like. This may be implemented, and in this embodiment is also provided with an output function for the issuance certificate (90). The output function of the issuance certificate 90 may be selectively included in the booth client 20 or may be omitted.

In addition, the booth client 20 may additionally include a means for managing payment for the ID card issuance fee, which may be a method of obtaining cash locally, and an electronic payment system through online (eg, For example, credit card, mobile phone electronic payment, etc.) interface is also possible.

ID card application server 40 is connected to the booth client 20 is connected to the booth client 20, the identification card application data provided by the booth client 20 (personal / authentication / payment information for issuance of ID, Photograph image information, signature image information, etc.) and compare the respective information with the issuance regulations of the identification card, and if the corresponding issuance regulations are met, the identification DB issuance application data is connected to the identification card application server 40. If the ID issuance application data does not comply with the relevant issuance regulations, the contents are provided to the booth client 20 so that the booth client 20 provides correction contents to the applicant 30 and re-enters the application. Providing a guideline to obtain the ID card so that you can obtain the application data for ID card conforming to the regulations. The.

Since the identification card application server 40 only needs to provide a regulation check for the booth client 20 connected to the identification card application request data provided by the booth client 20, the regulation check and correction request can be made in near real time. do. In particular, the identification card issuance application data can be configured to immediately check whether or not to match the regulations for each input data or the type (data, image, etc.) of the data so that the applicant 20 is applied for issuance of identification card If you follow the process of entering information, you will be able to apply for a suitable ID card within a short time.

The identification card application server 40 may provide an interface for connecting the booth client 20 with an external personal authentication server 50 or a payment gateway (PG) server 60 for electronic payment, The booth client 20 may add a means for personal authentication or a means for electronic payment to collectively process a personal authentication process and an ID card issuance fee.

The configuration of the government directly issuing the identification card consists of a government server 70 connected to the identification card application server 40 and a government DB 75 that stores information necessary for issuance of the identification card. Via the identification card application server 40 can be used with reference to the passport issuance application data stored in the service DB (45). Or the passport issuance application data can be automatically provided to the government DB (75). In addition, the government server 70 may be connected to the identification card issuer 73 for issuance of an identification card.

And, in order to prevent the situation of unjustly receiving the requested ID by using a different type of forged ID, an issuance card that encrypts and records a part of the information provided for the ID issuance application, that is, a part of the ID card issuance application data. 90 can be used. The issuance certificate 90 prints the image of the issuance certificate provided by the booth client 20 from the identification card application server 40 when the input of the identification card issuance application data is completed, and the applicant is requested to issue the certificate ( 90) is submitted to the ID card issuer, the ID card issuer decrypts the ID card application data encrypted on the card 90, compares it with the ID card application data received by the real government server 70, and then matches. The identification card is considered to be a normal applicant, and if it does not match, the identification card is regarded as an abnormal applicant and the identification card can be stopped. In this case, the issuer 90 may be used for the purpose of verifying that the applicant has successfully processed his or her application, and verifying his or her ID card application.

In order to use the issuance certificate 90 as described above for the purpose of improving security, the identification card application server 40 obtains the identification card application data determined to comply with the identification card issuing regulations. Encrypt some information using a predetermined encryption key, and store the information in the service DB 45 corresponding to the applicant, and then mix it with a watermarking technique to an issuance certificate image so as not to be visually exposed. After creation, it is provided to the booth client 20 to print.

In order to process the issuance certificate 90 as described above, there is also a method of adding the means for reading the issuance certificate 90 to the government server 70, but in the case shown, by configuring a separate government client (80) The government client 80 is configured to be connected to the identification card application server 40 to determine the authenticity of the issuance certificate (90). The government client 80 may be allocated one by one for the identification card issuer, and after adding the corresponding client function to the government server 70, the corresponding part may be configured in the form of a terminal.

The government client 80 is added with means 85 for optically acquiring the image of the issuance certificate 90, and the image obtained through this is provided to the identification card application server 40. The ID card application server 40 extracts the encryption information inserted into the image as a watermark, retrieves the previously stored encryption key based on the personal information of the ID issuer, and decodes the extracted encryption information through the encryption key. The plain text data is obtained and provided back to the government client 80. Then, the government client 80 compares the plain text data and the passport issuance application data to verify whether the passport is issued.

FIG. 2 illustrates a configuration example of the booth client illustrated in FIG. 1, and in the case of FIG. 1, a booth client 100 for applying for issuance of a passport from an identification card is illustrated.

First, the illustrated booth client 100 includes a display unit 110 for providing various information to the applicant and an operation unit such as a keyboard 160 and a mouse 180 for inputting various personal information through the manual operation of the applicant. do. For more convenient use, the display unit 110 may further add a touch screen function, and a speaker (not shown) may be added for audio guidance. Alternatively, voice development or handwriting recognition may be possible depending on future development.

It can be seen that means for providing various images necessary for passport application are further added to the structure of the simple terminal as described above. In the illustrated case, the camera 120 for obtaining the applicant's passport photo image, the tablet 170 for obtaining the applicant's handwritten signature image, and the fingerprint recognition unit 150 which is also used for personal authentication and obtaining the image if necessary. ) Is configured. Note, of course, that other types of similar functionality may be constructed.

The resident registration card reader 140 is configured to perform personal authentication. The personal authentication using the information read by the resident registration card reader 140 uses an ID card reader developed by the Mint Corporation, and an external authentication system (eg, an ID card authentication system implemented by the Ministry of Government Administration and Home Affairs) through an interface of an ID card application server. Can be implemented using Of course, the fingerprint recognition unit 150 may be used together, or a fingerprint may be used for personal authentication through interworking with an external system capable of personal authentication by a fingerprint, and other biometric information may be used if an authentication system is implemented. Face, iris, cornea, hand, veins of the hand, or voice) can be used for authentication. The other biometric information reading means may be additionally applied when the biometric information of the individual should be further included in the identification card.

In addition, in order to process the passport issuance fee through the booth client 100 in a batch, a fee processing unit 190 and a credit card reader 130 such as a bill slot and a coin slot are configured. Since the fee processing unit is settled in cash, only payment information needs to be provided to the ID card application server, but there is inconvenience in that manual collection is to be made. The credit card reader 130 may be used to process the fee payment, or in addition, a payment processing unit using a mobile phone or a bio signal may be configured to process the fee payment. If a payment process is required, it should be able to connect to the appropriate external system (Payment Gateway (PG system)) via the ID server.

3 is an embodiment showing a more detailed block configuration of the booth client 200, a client service unit 290 for exchanging various information required for the passport issuance application is connected to the passport application server as shown, and the actual passport Passport application data input processing unit 250 for performing various control processes for receiving the application data, and the photographing unit for controlling the passport application data input processing unit 250 to provide a variety of information necessary for the application for passport issuance ( 210, a signature input unit 220, an operation input unit 230 and a display unit 240, a personal authentication processing unit 260 for processing personal authentication, and the personal authentication information of the applicant to the personal authentication processing unit 260. Outputs a biometric feature reader 263 and an identification card reader 265, an electronic payment settlement unit 270 for fee payment, and an issuance certificate to be used for receipt of a passport. For shows an case consisting of a surge to the printing section 280. The Of course, some of these functions can be removed or replaced with other similar functions.

The passport application data input processing unit 250 may be interlocking software provided through the client service unit 290 (eg, ActiveX control, Java control, OLE or dynamic link library (DLL)). It may also be a dedicated execution program that includes or interoperates with the function of the client service unit 290. If the passport application data input processing unit 250 is composed of interlocking software, the corresponding software may be automatically installed or updated from the passport application server.

The passport application data input processing unit 250 controls the display unit 240 and the operation input unit 230 to provide a passport user with a user interface including various guides, display and input processing for input forms, and the like. By controlling a photographing means such as a camera and a writing input means such as a tablet or a pen mouse, a passport photo image and a signature image of a passport issuing applicant are obtained. Accordingly, the passport application data input processing unit 250 may include a photo transmission unit 251 and a signature transmission unit 252 for transmitting the obtained passport photo image and signature image to the passport application server.

The passport application data input processing unit 250 sequentially receives the personal information, passport photo image, and signature image required for the passport issuance application and provides the same to the connected passport application server. Then, the data may be provided to the passport application server. However, the data obtained during the process of receiving each type of information or images may be provided to the passport application server in real time to determine the suitability of the data. desirable.

That is, the applicant for issuing a passport provides personal identification card or fingerprint to the biometric characteristic reading unit 263 and the identification card reading unit 265 to perform personal authentication, and the display unit 240 through the configuration of the booth client 200. According to the guidance provided by the operation input unit 230 to input the personal information, if there is an incorrect input in the process of entering the personal information can be promptly corrected for correction prompts to enter the personal information correctly can do.

And, the passport photo can be taken through the photo taking unit 210, because the booth is configured only for passport issuance application can provide a background or lighting to suit the regulations, the color and size of the image to be taken It can be provided according to the regulations, so you only need to check the regulations related to the size of the person or the eyes. And, the verification of these regulations is to check the status of the applicant when the time to use the photographing unit 210 to provide real-time image data to the passport application server before the actual shooting to verify the violation of regulations, accordingly Calibration guidance can be provided in real time, leading to compliant photography.

In addition, the applicant's handwritten signature may be provided through the signature input unit 22, and the signature input unit 22 may also be designed in advance so that the signature input unit 22 may receive a signature in a size appropriate to the provision of the signature to be recorded in the passport (use area is fixed). Tablets, pen-mouse with a range of motion, etc.), and in this case, it is possible to promptly verify conformity to the regulations and provide correction guidance, so that a signature conforming to the regulations can be derived.

Therefore, even an inexperienced applicant can complete the application for passport issuance in accordance with the regulations by inputting, photographing and signing personal information after performing authentication and payment as guided by the booth client 200.

4 shows an example of a detailed configuration of the ID card application server and the government system, where the ID card will be described using a passport as an example. Thus, the identification card application server is shown as a corresponding passport application server.

The illustrated passport application server 300 is a server service unit 310 which acts as a network server for exchanging information by connecting with a booth client, and a passport application data receiving unit for receiving passport application data to determine conformity to the regulations ( 320) and an issuer distribution unit 330 and an issuer inspection unit 360 for generating and verifying the issuer, and a watermark issuer 340 and a watermark detector for processing and inspecting the issuer using a watermark technique. XML data conversion and providing unit 370 that includes a 350, converting the passport issuance application data received by the passport application data receiving unit 320 into an XML document for providing to the electronic document exchange system of the government system And a personal authentication interface 380 and a PG interface 390, which are access means for external personal authentication and electronic payment.

In addition, a service DB 350 for storing the appropriate passport issuing application data received through the passport application server 300 and storing necessary applicant information and watermark generation information in a database form, respectively, in the passport application server 300. The personal authentication server 400 is connected to the personal authentication interface 380 via the server service unit 310, and the PG server 500 is connected to the PG interface unit 390. The personal authentication server 400 is preferably a system for verifying the resident registration of the Ministry of Government Administration and Home Affairs.

The service DB 350 basically includes a person image DB 351 for storing a passport photo image, a signature image DB 352 for storing a passport signature image, and a passport application for storing information data for passport issuance application. A personal information DB 353 is required, and additionally, an identity verification DB 354 for storing personal authentication, a payment confirmation DB 355 for storing whether the fee is paid, and a watermark issuing DB for watermarking the certificate of issue. 356 may be further included. Among the contents stored in each database, the contents stored in the person image DB 351, the signature image DB 352, and the passport application personal information DB 353 required for passport application are XML data of the passport application server 300. The conversion and providing unit 370 is provided to the government server 620.

And, the government system 600 is largely composed of the government client 610 and the government server 620 and the government DB 650 to exchange data with them. The government client 610 is provided with an issuance detection unit 610 is connected to the watermark detection unit 350 to provide an issuance image and receive plain text data, the government server 620 is the passport application server ( Passport issuance application data receiver 620 is connected to the XML data conversion and providing unit 370 of 300 to receive passport issuance application data. Note that the government server and the client are functionally separated and the actual configuration may vary.

In the illustrated configuration, the passport application data receiving unit 320 is a photo inspection unit 321 and signature inspection unit 322 for checking whether the passport photo image and the signature image included in the passport issuance application data received from the booth client conforms to the regulations. It includes. In other words, the passport issuing server 300 is a subject that determines whether the passport issuing application data input by the passport issuing applicant is consistent with the issuing application regulations. Therefore, the booth client does not need to check whether at least the photograph and the signature image of the passport issuance application data match the regulations, thereby simplifying the configuration of the booth client.

FIG. 5 is a conceptual view briefly showing the configuration of another embodiment of the present invention, and is configured to directly determine whether the corresponding data matches the regulations while directly obtaining passport issuance application data from the booth client 700. Accordingly, the passport application data input processing unit 750 of the booth client 700 has a signature inspection unit 751 and a photo inspection unit 752 internally, and an inspection DB 753 for reference if necessary. Can be. In this case, the passport application data receiver 320 'of the passport application server 300' does not need to be configured as a separate inspection unit. In this case, although the booth client 700 has a verification unit for the photo and the signature image, respectively, the burden on the booth client may be increased, but the burden of the passport application server is reduced due to independent verification, and the passport issuance application data The traffic with the passport application server for verification will be greatly reduced.

Specific method for determining the acquisition of the passport issuance application data by the configuration shown in Figs. 3 to 5 or the conformity of the obtained passport issuance application data and the specification of the passport issuance application and issuance and verification method of the issuance certificate 6 to 10 will be described in more detail through the flow chart of FIG.

Figure 6 is a flow chart showing the operation of the preferred embodiment of the present invention, the process for applying for passport issuance example. Other identification cards can be handled similarly, so only the application for passport issuance should be explained.

First, the applicant for passport issuance enters the booth and performs personal authentication according to the instructions provided by the booth client. The personal authentication may be a method of reading a resident registration card using a reader provided in the booth client, a method of using body information such as a fingerprint, and the like.

If the personal authentication process is successful, the personal information to be provided by text is input through an operation input unit provided in the booth client according to the guidance of the booth client. The information inputted by the letter may be verified by the booth client according to the regulations (enter wrong social security number, non-entry of necessary contents, etc.), and may be transmitted to the passport application server and verified by the passport application server if necessary. have.

Thereafter, the booth client is photographed using the photographing unit provided with the passport photo of the applicant with the guidance. As a method, after photographing, a method of verifying the photographed photographs according to the regulations and photographing is performed. There is a method of verifying the image obtained through the camera beforehand according to the regulations in advance and taking a picture when the image is suitable. The booth client is provided with a dedicated photographing unit, the background and lighting is installed in the booth, the basic rules do not have to be verified, and the validity of the verification is also increased. In the example of the flow chart shown, the image information obtained through the camera before the photographing is compared with the provisions of the passport photo, and if it is found to be in compliance, the photograph is taken to generate an image, and if not, the reason is given to the applicant. Passport photo images are obtained by repeating the process of visually and audibly guiding the correction until the image information obtained through the camera conforms to the provisions of the passport photo.

When the verification of the standard of the passport photo is completed, a step of receiving a passport handwritten signature is input, and the booth client receives a signature through a signature input unit provided. This process will verify the signature, and if the signature does not conform to the regulations, re-entry will be required with a calibration guide.

And, if necessary, a fee settlement process is performed, which is performed directly on the fee processing means, such as a cash inlet on the booth client, or a credit card or debit card that requires an online electronic payment method. It can be configured to handle fee payment through electronic payment, mobile phone, and the like.

And, if necessary, also outputs the issuance certificate using part of the passport issuance application data provided by the input process.

Thereafter, although not shown, all information related to the passport issuance application is stored in the passport application server as passport issuance application data, and the data is converted into an electronic document form (XML, etc.) that can be used by the government system and is provided. Application for issuance is completed.

Through the above-described process, a passport issuing applicant may be sequentially subjected to personal authentication, passport issuance information, passport photographing, signature input, fee processing, and issuance of a certificate. If you apply for a visa, you will be able to simplify the application process and at the same time complete verification of the various regulations that cause rejection of your passport.

7 illustrates a process of verifying a passport photo image provided by the passport issuing applicant according to a standard, and as shown, a passport photographing process for applying for passport issuance is started according to the guidance of a booth client.

The basic announcement for the passport photo shooting is provided by the booth client, and the configured camera starts driving to display the applicant's appearance on the display unit.

The booth client separates the person and the background from the image acquired by the camera for verification. Since the background is a solid color background pre-installed in the booth and is provided with lighting for shooting, it is easy to separate the background from the person, and the background or the color of the picture or the size of the picture is the composition of the dedicated photographing unit itself. Since is designed to conform to the specification, verification of the specification may be omitted (thus high speed processing is possible). However, verification of the basic content (background, photo color, photo size) may also be performed to cope with pollution, aging, and changes in the user's use environment.

In the illustrated process, verification of the basic content is omitted.

For this reason, in this embodiment, only the verification of the separated person area is performed, but first, the size of the face area of the picture by the person area is examined. For example, the face size (length) of a passport photo should be in the range of 25-35mm.

If the size of the face area of the picture is small, guide the correction to the camera visually and visually.If the size of the face area of the picture is large, the correction is made to the back. The verification process of acquiring the camera image is restarted.

If the face area size of the picture matches the rule, the person area is now divided into detail areas. For example, the face part of the extracted human area is divided into plural zones for the head and the head, and verification of each divided zone is performed. That is, it is checked whether the eyeglasses are worn in the eye part and whether there is no eye closure. Also, make sure your nose and mouth are properly exposed and both ears are exposed. Next, check the sharpness and hat wearing of the person's hair.

In order to more effectively perform the verification of each person's zone, image comparison is performed based on pattern image data such as face shape, eyes, nose, mouth, ear, and head shape based on the face image database according to the standard Korean gender and age distribution. The process can be performed, and image processing by some of these techniques is currently technically feasible.

If any of the above standards are found to be inconsistent with the standard, please provide audio-visual corrections to correct the content (eg "Sunglasses cannot be worn", "Please remove the cap"). . "," Please expose your ears ", etc.) and then re-verify again from the process of checking the image through the camera.

When the standard verification for the photo is completed through the above process, the photographic image of the applicant is stored in the person image DB.

8 illustrates a process of verifying a passport signature image provided by the passport issuing applicant according to a standard. When the signature image is entered as shown in FIG. 8, the signature input function is performed and audio-visual guidance is provided. Request the signature from the applicant through the signature input unit provided exclusively to the booth client.

Since the signature input unit may be configured as a tablet or a pen mouse in which an input area (56 × 13 mm) is configured in accordance with a signature input, or a pen mouse whose size is limited to the size, a basic rule for size can be observed. However, a signature that is too small or a dirty signature may be a reason for rejection. Therefore, the signature input may be checked according to a specification, and if necessary, the signature input may be received again with an audiovisual correction guide. In addition, the signature input contents are preferably displayed on the display unit of the booth client so that the applicant himself or herself can confirm the contents.

When the standard verification of the signature image is completed through the above process, the signature image is stored in the signature image DB as it is, or the image processing process such as basic sharpness and contrast increase or fine adjustment of the image size is further performed. Store in signature image DB.

FIG. 9 is a flowchart illustrating a process of issuing an issuance certificate to ensure that the passport issuance application is normally completed after verification of the passport issuance application data is completed, and to increase the security of the passport receipt process. It will be described with reference to the configuration of the passport application server (300, 300 ') and the service DB (350).

First, when the issuance certificate is to be outputted, a part of the passport issuance application data provided by the applicant for passport application is selected as the data to be encrypted. Then, the selected data is encrypted using a predetermined encryption key. The encryption technology of 128-bit Data Encryption Standard (DES) or Advanced Encryption Standard (AES) may be used.

The encryption key and the encrypted data are stored in the service DB together with the applicant's passport issuance application data. Subsequently, the watermark issuing unit 340 inserts the encrypted data in a watermark manner into an issuance certificate image prepared for an issuing certificate using the watermark issuing DB 356. Then, the issuer image in which the watermark is inserted is provided to the booth client through the issuer distribution unit 330. Then, the booth client receiving the issue image outputs it.

FIG. 10 illustrates a process of receiving the applied passport using an issuance certificate issued through the process of FIG. 9. In this case, the operation process of the government client is illustrated. This will also be described with reference to the configuration of the passport application server 300, 300 ', service DB 350 and the government system 600 of Figures 4 and 5.

First, the applicant for issuing a passport prepares the issuance card and his / her ID card, etc., and presents the issuance certificate by visiting a government passport.

The government client 610 executes a function for verifying the issuance certificate, and obtains an image of the issuance certificate by applying the issuance certificate to the connected optical means.

The obtained image of the issuance certificate and information of the applicant are transmitted to the watermark detection unit 350 of the passport application server.

The watermark detection unit that has received the issuance certificate image extracts encryption information by decrypting it, and obtains plain text data by taking an encryption key from a service DB using the applicant information and decrypting the encryption.

When the obtained plain text data is transmitted to the issuance certificate detecting unit 611 of the government client 610, the government client 610 transmits the decrypted plain text data and the passport issuance application data receiving unit 621 of the government server 620. Obtained through the government and compared to the passport issuance application data stored in the DB (650).

As a result of the comparison, if the plain text data and the passport issuance application data match, the passport is output and the passport is distributed to the applicant.

As described above, the ID card issuing application system and method according to an embodiment of the present invention is prepared by providing a dedicated booth for the ID card issuance application in the ID card issuer, by placing a booth client having a dedicated function in the booth By applying for ID card issue through the booth client and providing real-time rule check and correction guidance on the content of the ID card application entered through the booth client, defects in regulations can be automatically As it is confirmed, the contents of the application for issuance of ID card can be greatly reduced, and the electronic data can be directly used for issuance of ID card. Therefore, the computerized automatic processing can reduce the processing time and error.

ID card issuing application system and method according to an embodiment of the present invention after the civil petitioner issuing an ID card through the booth client in the booth outputs an issuance certificate containing the encrypted information of the application, and the corresponding certificate issued When the ID card is issued, the ID card issuer can reconfirm that the ID card is an applicant for issuance of the ID card by using the information included in the card. There is an effect that can be prevented at the source to illegally receive the ID card applied for.

ID card issuing application system and method according to an embodiment of the present invention to provide a real-time confirmation of the passport photo and handwritten signature for issuing a passport while inputting the application content using the booth client, and filling out the passport application Upon completion of the application, it is required to provide a certificate issued by encrypting a part of the application information, thereby ensuring that the passport issuance regulations can be complied with when applying for issuance of a passport in a booth without any guidance. In addition, it guarantees safe receipt and issuance, which is effective in reducing the illegal issuance of passports compared to the existing application method in which the issuer directly performs personal authentication using only an identification card.

The identification card issuing application system and method thereof according to an embodiment of the present invention can automatically perform all of the verification of the documents, the processing of the issuance fee, and the personal authentication process when applying for passport issuance, and utilize the generated computerized information directly for passport issuance. This can significantly reduce the workload of the person in charge of issuing a passport and allow the person in charge to concentrate on issuing a passport, thereby significantly reducing the waiting time for civil servants to receive a passport.

Claims (34)

A booth client installed in the booth which receives information for application for issuance of an identification card along with the guideline for compliance and acquires and transmits the image of the applicant's body as an image through a dedicated means; If the ID card issuance application information and the applicant's body information image received from the booth client are determined to match the ID card issuance rules, and if they do not match, the booth client is requested to be re-entered. An ID card application server for transmitting ID card application data; And a government server that acquires the identification data provided through the identification card application server and issues an identification card based on the data. The system of claim 1, wherein the booth clients are individually installed in separate booths, and the booth has a background and lighting for photographing. The method of claim 1, wherein the booth client has a biological feature including a camera for photographing, fingerprint, face, iris, cornea, hand shape, dorsal vein, or voice to obtain the applicant's body information as an image ID card issuance application system, characterized in that it comprises at least one means for obtaining. The booth client of claim 1, wherein the booth client further comprises at least one of a resident registration card verification means and a fingerprint recognition means for personal authentication, and the ID card application server is configured to interface personal authentication information of the booth client with an external personal authentication system. Identification card issuance application system further comprising a. [5] The system of claim 4, wherein the authentication system for external personal authentication is a system for checking the ID card of the Ministry of Government Administration and Home Affairs. The system of claim 1, wherein the booth client further comprises a fee processing means for paying an ID card issuance fee. The system of claim 6, wherein the ID application server further comprises an interface for connecting the booth client with a Payment Gateway system for electronic payment. The system of claim 7, wherein the fee processing means comprises at least one of a banknote card reader, a mobile phone payment terminal, and a cash dispenser, and the information is transmitted to the ID card application server. The system of claim 1, wherein the booth client further comprises at least one input means among a touch screen, a keyboard, a mouse, and a tablet. The method of claim 1, wherein the identification card application server obtains the identification card application information and the applicant's body information image provided from the booth client to determine the suitability of the identification card application information based on the identification card application rule, Identification card issuing system, characterized in that it comprises a test unit for determining the suitability for the body information image. The identification card application server of claim 1, wherein the identification card application server obtains a photographic image of the applicant provided as the applicant's body information image from the booth client, and separates the person and the background from the photographic image to determine the size and sharpness of the portrait portion. And dividing the person part to read each part, and analyzing the information based on the ID card issuing rule and determining a suitability thereof. The method of claim 1, wherein the ID card application server has an internal or external database for storing the applicant's body information image and ID card application information and, if necessary, information on whether personal authentication or fee is paid. ID card issuance application system. The apparatus of claim 1, wherein the identification card application server further comprises means for converting identification card application data including the issuance application information and the image of the applicant's body information into a format for interworking with a document used by the government server. Identification card issuance application system, characterized in that. The system of claim 1, wherein the government server is Identification card data receiving unit for obtaining the identification card application data provided by the identification card application server, A government database for storing or verifying the identification data; Identification card issuing application system, characterized in that it further comprises an issuer for outputting the identification card based on the identification card data. The method of claim 1, wherein the ID application server is Issuance certificate providing means for processing the encrypted information of the identification data issuance application data provided by the booth client in the form of a printable issuance certificate to provide to the booth client having an output means; And issuance inspection means for decrypting the encrypted information into plain text data and requesting the interpretation of the encrypted information to provide a place for requesting the interpretation of the encrypted information. The method of claim 15, wherein the issuance certificate providing means further comprises watermark issuing means for inserting the encrypted information into a predetermined issuance image in a watermark manner, The issuance inspection means further comprises a watermark detection means for extracting the encrypted information by receiving the issue image and detecting the inserted watermark. 16. The apparatus of claim 15, wherein the government server optically reads the issuance certificate and provides the read encrypted information to the identification application server to request the interpretation of the encryption information, and the plain text data provided by the identification card application server. Identification card issuing application system, characterized in that it further comprises an identification card detection unit for receiving and comparing with the identification card application data received. The online ID card issuing system of claim 1, wherein the ID card for issuing is a passport. 19. The apparatus of claim 18, wherein the booth client further comprises means for obtaining an applicant's signature image in accordance with a signature size specification, The identification card application server further includes signature checking means for identifying a rule match of the received signature image and requesting rewriting of the booth client or adding the signature image to the identification card application data. system. 20. The identification card issuance apparatus according to claim 19, wherein the signature checking means checks the resolution of the signature image and the sharpness of the signature to determine whether the signature is matched, and adjusts the standard and the sharpness of the signature image. Application system. After reading the resident registration card or fingerprint and sending it as personal authentication information, after confirming the passport issuance regulations, the passport issuance application information, photographic image, and signature image are obtained and transmitted through a dedicated input means. With booth clients; A passport application server having means for interfacing the personal authentication information transmitted from the booth client with a personal authentication system, the passport application server storing the transferred passport issuing application information, a photo image and a signature image in a database; And a government server for obtaining passport issuance application data provided through the passport application server and issuing a passport based thereon. The passport application server of claim 21, wherein Generating an issuance certificate image in which a portion of the passport issuance application information provided by the booth client and information of a portion of the passport issuance application data including a photographic image and a signature image is inserted into the booth client and provided to the booth client Means for issuing certificates, And an issuance inspection means for decrypting the encrypted information into plain text data and requesting the interpretation of the issuance image to provide a place for requesting interpretation of the issuance image. 23. The method of claim 22, wherein the government server optically obtains an image of the issuance certificate and requests an interpretation from the passport application server, receives plain text data provided by the passport application server, and compares it with the passport issuance application data. Identification card issuing application system, characterized in that it further comprises a card issue detection unit for determining whether the match. 22. The system of claim 21, wherein the booth client further comprises fee processing means for paying a passport issuance application fee and providing the information to the passport application server. 25. The system of claim 24, wherein the passport application server further comprises an interface unit for interfacing the passport issuance application fee payment information with a payment gateway system. An authentication step in which the passport applicant enters the booth and performs personal authentication through a booth client connected to the passport application server; A transmission step of, if the personal authentication is successful, the booth client acquires passport issuance application data including information necessary for issuance of a passport, an applicant's photo, and an applicant's signature through a dedicated input means; A verification step of receiving the passport issuing application data and re-acquiring and transmitting the necessary passport issuing application data through the calibration guide to the booth client until the data meets the passport issuing application regulations; If the passport issuance application data received by the passport application server conforms to the passport issuance application regulations, the passport application server includes an application step of applying for passport issuance by providing the passport issuance application data to a government server. How to apply for issuance. 27. The method of claim 26, wherein the authentication step of performing personal authentication comprises the step of providing, by the booth client, information obtained by reading a resident registration card or a fingerprint to a personal authentication system via the passport application server, and receiving and determining the result. ID card issuance application method comprising the. 27. The method of claim 26, wherein the transmitting and verifying steps are performed separately according to the type of information or image forming the passport issuing application data when the passport issuing application data is input. 27. The method of claim 26, wherein the verifying step further includes a fee settlement process using the booth client and the passport application server, and the application step is performed only when the fee payment is normally performed. . 27. The method of claim 26, wherein the applying step further comprises converting the passport issuing application data into an XML format that can be utilized by the government server and providing the identification card. 27. The method of claim 26, wherein the applying step further comprises the step of providing as an issuance card an image of encrypting some data of the passport issuing application data and including it in a watermark manner, After the application step, the government server obtains an image of the issuance certificate presented by the applicant, interprets it through the passport application server, and compares the passport issuance application data corresponding to the interpretation to authenticate the passport recipient. ID card issuing method characterized in that it further comprises a receiving step. 32. The method of claim 31, wherein the receiving step of authenticating the passport recipient comprises: Scanning the issuance certificate and requesting the decryption to the passport application server; Receiving, by the passport application server, the watermark image, obtaining the encrypted information by analyzing the watermark, and providing the plain text information obtained by decoding the encrypted information to the government server; The government server further comprises the step of comparing the provided plain text information and the passport issuance application data, and if there is a match, and accepting the issuance and receipt of the passport, and if it does not match, canceling the issuance of the passport. How to apply for an ID card. 27. The method of claim 26, wherein the verifying step A first step of acquiring a photo image of the passport issuing application data to determine a size of a person area by separating a person and a background from the photo image; A second step of dividing the person area into detailed areas and comparing the appearance characteristics of the person with the person regulations in the passport photo for each area; And a third step of determining that the photographic image of the passport issuing application data does not match the regulations when any one of the first or second steps does not match the regulations. When the passport applicant enters the booth and provides the resident registration card or fingerprint to the booth client connected to the passport application server, personal authentication is performed by the authentication system via the passport application server connected to the booth client; Receiving the booth client's personal information necessary for application for passport issuance through a dedicated input means if the personal authentication succeeds in the step; The booth client grasping the state of the applicant through a dedicated photographing means and performing photographing while requesting correction to meet regulations; Receiving, by the booth client, a signature of the applicant in accordance with a regulation through a dedicated signature input means; Converting the input information into a form available to the e-government system and providing the e-government system; Outputting an issuance certificate including an encrypted content of some of the contents input by the applicant to the applicant; And when the applicant presents the issuer upon receipt of the passport, re-confirming the applicant through the contents included in the issuer and issuing a passport.

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