KR100364362B1 - A Self-service Apparatus for Issuing a Certificate and Method for Performing the Same - Google Patents

Abstract

The present invention relates to an unmanned certificate issuing method and apparatus for issuing various certificates necessary for life easily using a newly issued electronic resident registration card.

According to the present invention, by installing a reader for a social security number, an anti-counterfeiting buoy, and a fingerprint search in an unmanned certificate issuing machine to read the forgery of the electronic resident registration card, and input the fingerprint of the applicant for issuing the certificate. Since the certificate can be issued only when they match with the fingerprint in the ID card, the third party steals the name of another person and, after receiving the certificate, blocks the probability of using it for a crime.

Description

A Self-service Apparatus for Issuing a Certificate and Method for Performing the Same}

The present invention relates to a method for issuing an unmanned certificate and a device thereof, and more particularly, to a method for issuing an unmanned certificate by using a newly issued electronic resident registration card, whereby an unattended certificate issuer can be issued wherever a variety of certificates are required for life. The term " electronic resident registration card " in the present invention refers to a new type of resident registration card made of plastic material that the government has issued since 1999 in place of the conventional old ID card.

In general, in order to obtain a certificate of personal record and a certificate related to property, go to the registry of the town office or the court and obtain a police station. Conventionally, the above-mentioned various certificates have been issued by the authorities having jurisdiction over the address of the resident registration, but recently, at the request of the civil complaints, the certificates are issued at government offices anywhere in the country. In this case, too, it is a waste of time and effort to find a nearby government office. In such a situation, a service company that receives various certificates is acted as a substitute, but this may cause personal information to be leaked or a certificate issued as a substitute may be used for a crime.

The present invention has been made to solve the above problems, by installing an unmanned certificate issuer in a crowded area or crowded streets of offices, if there is an electronic resident registration card, you can easily issue various certificates yourself and It is an object to provide a device.

According to the present invention, an unmanned certificate issuer is installed with a resident registration number, an anti-counterfeiting buoy, and a reader for fingerprint search to read the forgery of the electronic resident registration card, and to input the fingerprint of the certificate issuing applicant. Since the certificate can be issued only when they match with the fingerprint in the ID card, the third party steals the name of another person and, after receiving the certificate, blocks the probability of using it for a crime.

According to the present invention, an electronic resident registration card is inserted into an unmanned certificate issuer equipped with a resident registration number, an anti-counterfeiting buoy, and a fingerprint searcher, and scanned the social security number and an anti-counterfeiting buoy, thereby forging an electronic citizen registration certificate according to the presence of an anti-counterfeiting buoy. If the window of the required service list is displayed, if it is not a fake e-resident registration card, select the desired service list, and enter the number of issued certificates, fingerprint search to check whether the issuer's e-resident registration card matches the fingerprint. A window will be displayed and after the fingerprint of the issuing applicant is entered, the fingerprint and the fingerprint in the electronic resident registration card will be read. If both fingerprints match, a predetermined fee will be charged to issue a certificate. Unattended proof consisting of returning to Issuance methods and devices are provided.

If the issuing applicant does not withdraw the electronic resident registration card within a predetermined time, a warning sound and a withdrawal message are output to prevent the loss of the electronic resident registration card.

If the fingerprints entered by the issuing applicant are not matched with the fingerprints in the electronic resident registration card, and the two fingerprints do not match, the fingerprint of the issuing applicant is re-entered so that the fingerprints can be read again. If exceeded, the change will be refunded after the certificate is issued.

1 is a flowchart illustrating the operation of the unmanned certificate issuing apparatus of the present invention.

2 is a flowchart illustrating an operation process of another embodiment of the unattended certificate issuing device of the present invention.

Hereinafter, the configuration of the present invention will be described in detail with the drawings.

1 is a flowchart showing an operation process in one embodiment of the method and apparatus for issuing an unattended certificate of the present invention. In the method of the present invention, the fingerprint issued by the applicant for the certificate is compared with the fingerprint of the applicant, and the certificate issued only when these fingerprints match. As described above, in the specification and claims of the present invention, the term "electronic resident registration card" refers to a new type of resident registration card made of plastic material, which the government has issued since 1999 in place of the conventional old ID card. will be.

Referring to Figure 1, when the issuing applicant inserts the electronic resident registration card into the unmanned certificate issuer (step 10), the resident registration number and the anti-counterfeiting buoy in the system itself by the resident registration scanning means in the unmanned certificate issuer (step (11) )), The scanned social security number and the anti-counterfeiting buoy to the reader for the identification number, anti-counterfeiting buoy and fingerprint search (hereinafter referred to as "reader"), the reader reads whether there is an anti-counterfeiting buoy in the electronic citizenship registration card ( Step 12).

An anti-counterfeiting buoy is a buoy entered in advance when the government issues an electronic citizen registration certificate in order to prevent the electronic citizen registration certificate from being forged.

If there is no anti-counterfeiting buoy in the electronic citizenship registration certificate in step 12, the system is immediately terminated.

If it is confirmed in step 12 that the anti-counterfeiting buoy is present, the unmanned certificate issuer scans the fingerprint displayed on the back of the electronic resident registration card by the resident registration card scanning means and inputs the fingerprint to the reader, and at the same time, a certificate issuing service. The service list required for the output is displayed on the screen (step 13), the issuing applicant selects the desired service list (step 14), and also inputs the number of certificates to be issued (step 15).

If the number of issuances is entered in step 15, it is required to input the fingerprint of the issuing applicant in order to read the identity of the fingerprint displayed on the electronic resident registration card and the issuing applicant's fingerprint (step 16).

In step 16, the fingerprint search box for inputting the thumbprint of the issuing applicant is outputted, and when the issuing applicant presses a thumb in the fingerprint search box, the fingerprint is automatically scanned by the fingerprint scanning means, and the data is fingerprinted. Input from the scanning means to the reader (step 17).

The fingerprint comparing means in the reader compares the fingerprints input by the fingerprint scanning means in step 17 and the fingerprints displayed on the electronic resident registration card already input by the resident registration card scanning means in step 13 to read whether they match. (Step 18).

If the fingerprint of the issuing applicant and the fingerprint of the electronic resident registration card are found to match, the resident registration number entered in step 11 and stored in the data storage means is automatically sent to the server of each administrative office, and the fee for issuance of the certificate is issued. A request for input is made (step 19), and it is determined whether the input fee corresponds to the number of issuances.

Since the resident registration number entered in step 11 is delivered directly to the server of each administrative office, the issuer can eliminate the hassle of entering the resident registration number on the screen.

If the fee is put into coins or bills in step 19, the system itself determines whether it is necessary to refund the change (step 20), and if there is no need to refund the change, Based on the transferred social security number, the data of the issuing applicant is transmitted from the administrative office to the certificate issuer, and the certificate issuer issues the requested certificate (step 21).

As soon as the certificate is issued in step 21, the electronic resident registration card is immediately outputted, so the issuing applicant recovers the electronic resident registration card. However, there may be cases where the issuing applicant does not collect the electronic resident registration card by mistake. Therefore, the system checks whether the issuing applicant has withdrawn the electronic resident registration card (step (22)). If the system is terminated, but the issuer has not withdrawn the e-resident registration card, a warning sound and a withdrawal message are issued to alert the issuer's attention, and this warning sound continues until the issuer withdraws the e-resident registration card (step). (23)).

On the other hand, if the fingerprint of the issuing applicant and the fingerprint of the electronic resident registration card does not match in step 18, a fingerprint search box is output on the screen together with a redo message for re-entering the fingerprint of the issuing applicant (step 24). . The issuing applicant places their thumb in the fingerprint search box to re-enter the fingerprint, and the reader reads the fingerprint again to determine whether or not the fingerprint matches the fingerprint in the electronic resident registration card (step 25). If both fingerprints are found to match, go to step 19 to perform the above-described process.

However, if the fingerprint of the issuing applicant does not match the fingerprint in the electronic citizen registration certificate even by re-execution in step 25, the system rejects the issuance of the certificate and proceeds to the step of ending all processes. That is, a fingerprint mismatch message is output to the screen and the issuing applicant is asked to collect the electronic resident registration card (step 26), and the system is terminated when the electronic resident registration card is withdrawn by checking whether the electronic citizen registration card is withdrawn (step (27). If the electronic resident registration card has not been withdrawn, a warning sound and a withdrawal message are output at the same time (step 28) to allow the electronic resident registration card to be withdrawn and the system is terminated.

In addition, in the case where the amount of the predetermined fee or more is input in step 19, after the certificate is issued (step 29), the change is refunded (step 30).

In addition, the step 31 of checking whether the electronic resident registration card is withdrawn and the step 32 of outputting a warning sound and a withdrawal message are the same as those of the above-described steps 22 and 23, respectively. As can be seen from the above description, the unmanned certificate issuer used in the present invention includes a means for scanning both sides of the resident registration card, a means for scanning the fingerprint of the applicant, and a reader, in particular a reader and Means for checking and comparing the social security number, anti-counterfeiting buoy and fingerprint inputted from each scanning means, means for storing and transmitting data to and from the administrative office, and the overall operation in the unmanned certificate issuer as shown in FIG. Means for controlling along the flow, and the like.

2 is a flowchart illustrating another embodiment of the certificate-free issuing system according to the present invention. According to this embodiment, the issuing applicant is first asked to confirm whether the issuing applicant is the same as the person described in the electronic resident registration card. It is necessary to collect the resident registration card and receive the application for issuance of the certificate only when the electronic resident registration card has been recovered.

In the embodiment shown in Figure 2, first, when the issuer inserts the electronic resident registration card into the resident registration card scanning means of the unmanned certificate issuer (step 110), the resident registration card scanning means scans the resident registration number and anti-counterfeiting buoy within the system itself. (Step 111), and whether the anti-counterfeiting buoy in the electronic resident registration card and the scanned social security number is transmitted to the reader, the reader checks whether the anti-counterfeiting buoy exists and reads the social security number (step 112).

If there is no anti-counterfeiting buoy in the electronic resident registration card in step 112, the system is immediately terminated.

If it is confirmed in step 112 that the anti-counterfeiting buoy is present, a fingerprint search box is outputted on the screen to request the fingerprint of the issuing applicant to be input (step 113).

When the issuer places his thumb in the fingerprint search box in step 113, the fingerprint of the issuing applicant is scanned by the fingerprint scanning means (step 114), and the fingerprint in the electronic resident registration card already inputted by the resident registration card scanning means. The identity of is read by the fingerprint comparing means in the reader (step 115).

If the identity of both fingerprints is confirmed in step 115, the resident registration number entered in step 111 and stored in the data storage means is automatically sent to the server of each administrative office, and withdraws the e-resident registration card immediately. A message is output on the screen (step 116), and after checking whether the electronic resident registration card is withdrawn (step 117), the service list is output on the screen (step 118).

However, if the issuer does not withdraw the e-resident registration card in step 117, a warning sound and a withdrawal message are activated (step 129), and withdrawal of the e-resident registration card is confirmed (step 130), the service list is The output moves to step 118.

If the issuing applicant selects a desired service from the list of services output in step 118 (step 119), then it is required to input the number of issuance, and the data based on the social security number delivered to each administrative office is received (step ( 120)). When the number of issuances is entered in step 120, a request for input of a fee corresponding to the number of issuances is requested, and when the issuer submits a predetermined fee in coins or bills (step 121), the system refunds the change. It is determined whether there is a need (step 122).

If there is no need to refund the change in step 122, the requested certificate is issued (step 123).

In addition, if it is determined in step 122 that the change should be refunded, a certificate is first issued (step 131), the change is refunded (step 132), and the system is terminated.

On the other hand, if the fingerprint of the electronic resident registration card and the fingerprint of the issuing applicant is different in step 115, a redo message and a fingerprint search box for inputting the fingerprint of the issuing applicant once again are output (step 124).

In step 124, the fingerprint of the issuer is scanned again and the reader reads whether the fingerprint matches the fingerprint in the e-resident registration card (step 125). Go to step 116.

If it is determined in step 125 that the fingerprints do not match, a fingerprint mismatch message is output on the screen and instructs the issuing applicant to recover the electronic citizenship registration card (step 126). If it is confirmed in step 127 that the card is withdrawn, the system is terminated. When the card is not withdrawn, a warning sound and a withdrawal message are activated to withdraw the electronic resident registration card and the system is terminated.

As described above, according to the present invention, when a certificate is issued by an unmanned certificate issuer, a third party is issued a certificate by determining whether the electronic resident registration card is forged, and confirming whether the fingerprint of the electronic resident registration card and the issuer of the application is the same. It prevents the possibility of illegal use, and it is installed in places where people gather a lot, so that it is convenient to issue various certificates anywhere so that waste of time and expenses can be minimized, and it is also possible to obtain certificates outside of office hours. It is.

In the above, the present invention has been described with reference to a flowchart of a configuration process, but it is obvious to those skilled in the art to make an apparatus capable of performing the configuration of the present invention. And while the present invention has been described with reference to specific embodiments, it is obvious that various changes and modifications can be made within the technical details of the invention and the appended claims. The specification and drawings are, accordingly, to be regarded in an illustrative rather than a restrictive sense of the invention.

Claims (8)

Insert the electronic resident registration card of the issuing applicant who wishes to obtain the certificate into the certificate issuer. Read and store the resident registration number, anti-counterfeiting buoy and fingerprint already written on the electronic resident registration card, Read the anti-counterfeiting buoy to check whether the electronic resident registration card is forged, If the electronic resident registration card is not forged, the fingerprint of the applicant is entered into a predetermined screen in the certificate issuer. The certificate is issued only if the fingerprint in the electronic resident registration card is matched with the fingerprint of the issuer. Characterized in that, unmanned certificate issuance method. Means for scanning the resident registration card to scan the resident registration number, anti-counterfeiting buoy, and fingerprints already recorded on the electronic resident registration card inserted by the issuing applicant who intends to obtain the certificate, Fingerprint scanning means for scanning the fingerprint of the applicant through a predetermined screen, Means for storing resident registration number, anti-counterfeiting buoy, fingerprint data, and data transmitted from the administrative office, input by each scanning means; Means for checking the resident registration number, anti-counterfeiting buoy, and fingerprint inputted by the resident registration card scanning means, and determining whether the resident registration card is forged, Fingerprint comparing means for comparing the fingerprint input by the resident registration card scanning means with the fingerprint input by the fingerprint scanning means, Data transmitting and receiving means connected with the storage means and the server of the administrative office, for transmitting the social security number data from the storage means to the administrative office, and receiving the issuer's data from the server of the administrative office; And a control means for checking a resident registration number and an anti-counterfeiting buoy and comparing the fingerprint in the electronic resident registration card with the fingerprint of the issuer to issue the certificate only if both match. Insert the electronic resident registration card of the issuing applicant who wishes to obtain the certificate into the certificate issuer. Read and store the resident registration number and fingerprint already written on the electronic resident registration card, Read the anti-counterfeiting buoy on the electronic resident registration card, Output the service list on the screen of the certificate issuer to allow the issuer to select the desired type and number of certificates, Outputs a fingerprint search box on the screen to input the fingerprint of the applicant; Have the issuer enter a fingerprint in the fingerprint search box, The fingerprint in the electronic resident registration card and the fingerprint of the applicant's issuer are checked to determine whether they match. When the two fingerprints match, the certificate is issued by inputting a fee corresponding to the number of copies of the certificate. If the two fingerprints do not match, the fingerprint of the issuing applicant is input again, and the fingerprints of the electronic resident registration card are compared to determine whether the two fingerprints match. When the fingerprint of the re-entry applicant is identical with the fingerprint in the electronic resident registration card, the certificate is issued by inputting a fee corresponding to the number of copies of the certificate. If the fingerprint of the issuing applicant who has been re-entered does not match the fingerprint in the electronic resident registration card, a fingerprint mismatch message is output. Returning the electronic resident registration card to the issuer Characterized in that, unmanned certificate issuance method. The method of claim 3, When the issuing applicant does not withdraw the returned electronic resident registration card, a warning sound and a withdrawal message are output. Characterized in that, unmanned certificate issuance method. Insert the electronic resident registration card of the issuing applicant who wishes to obtain the certificate into the certificate issuer. Read and store the resident registration number and fingerprint already written on the electronic resident registration card, Read the anti-counterfeiting buoy on the electronic resident registration card, Outputs a fingerprint search box on the screen to input the fingerprint of the applicant; Have the issuer enter a fingerprint in the fingerprint search box, The fingerprint in the electronic resident registration card and the fingerprint of the applicant's issuer are checked to determine whether they match. When the two fingerprints match, the electronic resident registration card is returned to the issuer. Output the service list on the screen of the certificate issuer to allow the issuer to select the desired type and number of certificates, Input a fee corresponding to the number of copies of the certificate; Issue the certificate; When the input fingerprint of the issuing applicant does not match the fingerprint in the electronic resident registration card, the fingerprint of the issuing applicant is input again, and it is determined whether the two are identical by checking the fingerprint in the electronic resident registration card. When the fingerprint of the re-entered applicant is identical with the fingerprint in the electronic resident registration card, the electronic resident registration card is returned to the applicant. Output the service list on the screen of the certificate issuer to allow the issuer to select the desired type and number of certificates, Input a fee corresponding to the number of copies of the certificate; Issue the certificate; If the re-entered fingerprint of the issuing applicant does not match the fingerprint in the electronic resident registration card, a fingerprint mismatch message is output and the electronic resident registration card is returned to the issuing applicant. Characterized in that, unmanned certificate issuance method. The method of claim 5, When the issuing applicant does not withdraw the returned electronic resident registration card, a warning sound and a withdrawal message are output. Characterized in that, unmanned certificate issuance method. The method of claim 3, Even if the issuing applicant does not enter the resident registration number into the unmanned certificate issuer, the resident registration number already issued in the electronic resident registration card is read to issue the certificate. Characterized in that, unmanned certificate issuance method. The method of claim 5, Even if the issuing applicant does not enter the resident registration number into the unmanned certificate issuer, the resident registration number already issued in the electronic resident registration card is read to issue the certificate. Characterized in that, unmanned certificate issuance method.