KR20030088082A - A certificate automatic issue system and method thereof - Google Patents

Abstract

PURPOSE: A system and a method for automatically issuing a certificate are provided to minimize a case that making a staff leave a seat for certification, to request various certificates at one window simultaneously, and to make the staff access various certificate issuing programs through the same certificate issuing terminal. CONSTITUTION: Business servers such as an administration network server(10), an architecture server(11), and a resident server(12) are connected to the network(20). The certificate issuing terminals(30,31) are connected to the network and are installed to an issuance window. An issuing server(60) converts a print file from the certificate issuing terminal into a new formatted print file, and outputs it. Automatic certification devices(80a-80n) output the final certificate by printing the print file from the issuing server in a certificate form and automatically carrying out a certification work fit to the printed certificate. A remote monitor(70) displays a system and network state transmitted from the issuing server.

Description

Certificate automatic issue system and method

The present invention relates to a certificate automatic issuing system and a method thereof, and more particularly, to a certificate automatic issuing system and a method for automatically issuing a variety of certificates based on the network.

In general, the issuance counters of municipalities at various levels, such as city, county, and ward, issue certificates.

Conventional certificate issuing system, as shown in Figure 1, one or a plurality of business servers (ie, routing server 10, building server 11, resident server 12) connected to the network 20; One or more certificate issuing terminals (30, 31) connected to the work servers (10, 11, 12) via the network (20); Printers 50 and 51 directly connected to the certificate issuing terminals 30 and 31 or connected via the network 20; And one or more passive authenticators 40 installed separately in separate places.

In the conventional certificate issuing system configured as described above, as shown in FIG. 2, the civilian visits the issuance window of the local government, fills out a certificate issuance application form by hand, and submits it to the issuing person in charge with the fee (step S10). The person in charge of the issuing clerk key-in the application contents on the certificate issuance application form using the certificate issuing terminal 30 or 31 (step S11).

Accordingly, the keyed application is transmitted to the server having information corresponding to the application from the network server 10, the building server 11, and the resident server 12 via the network 20 ( Step S12).

The work server (that is, any one of the travel server 10, the building server 11, and the inhabitant server 12) that has received the application contents retrieves the data of the corresponding certificate and issues the certificate through the network 20. Is sent to the user terminal 30 or 31 (step S13).

Upon receiving the data of the certificate, the certificate issuing terminal 30 or 31 formats the certificate data into an issuance form suitable for the certificate (step S14). When a request is made to print the formatted data, the operating system (OS) of the certificate issuing terminal 30 or 31 converts the formatted data into a print file to form a spooling file. (Step S15), the spooling file is stored in a spooler (not shown) (step S16). Thereafter, the certificate issuing terminal 30 or 31 transfers the print files stored in the spooler to the printer 50 or 51 in order (step S17) to print the corresponding certificate (step S18).

In this way, the printed document (certificate) is withdrawn by the person in charge of the corresponding printer (50 or 51), sorted, and then moved to the place where the manual authenticator 40 is located (step S19), and the stamped device with the fee corresponding to the corresponding certificate. Manually adjust and then carry out the perforation / stamp / stamp / stamp at the same time to perform the authentication (step S20), then come back to the seat (step S21) to check the fee and calculate the change to the civilian with the certificate The information is issued (step S22) and the details are written in the fee payment book (step S23).

According to the conventional certificate issuing procedure as described above, the certificate issuing and authentication steps are very complicated, and the printer and the manual authenticator are separated so that the person in charge has to move for authentication every time. In addition, by performing the certification work manually, the certificate issuance time is taken a lot, and the work efficiency is lowered, thereby increasing the burden of labor costs by requiring a relatively large number of personnel.

In addition, according to the conventional certificate issuing procedure, the certificate price of the manual authenticator must be changed manually according to the type of certificate, and the certificates, stamps, perforations, and creases of the manual authenticators are operated differently for each certificate. A manual authenticator is needed. In addition, the integrated operation of the window is not possible because it is not compatible by various certificates. Therefore, in order to obtain various certificates, the civilian has a problem in that he has to go to the counter several times and fill out and submit the application form every time.

In addition, according to the conventional certificate issuance procedure, authentication is performed on the front or the back of the certificate depending on the person in charge as the authentication operation is performed manually, and even in the same plane, there is a problem that the authentication position is not kept constant. In addition, by manually writing the status of collection of the fee to the ledger, and then manually counting and reporting periodically, it is possible to violate the calculation, and the settlement work takes considerable time.

In addition, by using a printer and a manual authenticator on a desk, it takes up a lot of space on the desk of the person in charge, which not only hinders efficient operation of the office space but also makes the office environment very crowded.

The present invention has been proposed to solve the above-mentioned conventional problems, and an object thereof is to provide an automatic certificate issuance system and a method for minimizing the case where a person in charge moves to a place for authentication.

Another object of the present invention is to provide an automatic certificate issuing system and method for applying for issuing several certificates at the same time and allowing a person in charge to access several certificate issuing programs at the same certificate issuing terminal.

Another object of the present invention is to automatically recognize the certificate type and page to automatically determine the different seal / stitch / punching location for each certificate, by stamping the import certificate in different locations for each certificate on the page specified for each certificate The present invention provides an automatic certificate issuance system and a method for performing authentication processing.

Another object of the present invention is to automatically calculate the different fees according to the type of certificate, the number of pages issued and the number of issuance, stamp the corresponding income certificate, inform the person in charge, and then record the status of the certificate by automatically recording it on a computer. In addition to tracking in real time, the present invention provides a certificate automatic issuing system and method for realizing automatic processing of fees and automatic issuance of a settlement result report.

1 is a block diagram of a conventional certificate issuing system,

2 is a flowchart illustrating a conventional certificate issuing flow;

3 is a block diagram of an automatic certificate issuance system according to an embodiment of the present invention,

4 is a hardware configuration diagram of the authentication apparatus shown in FIG. 3;

5 is a software configuration diagram of the issuing server shown in FIG. 3;

FIG. 6 is a flowchart for explaining a work procedure in a terminal for issuing a certificate shown in FIG. 3;

FIG. 7 is a flowchart for explaining a work order in the issuing server side shown in FIG. 3;

FIG. 8 is a sequence diagram for explaining a task sequence at the issuing server side shown in FIG. 3;

9 to 13 are diagrams schematically showing the configuration of the automatic certificate issuance system as another embodiment of the present invention.

※ Explanation of code for main part of drawing

10: server server 11: building server

12: resident server 20: network

30, 31: terminal for certificate issuance

40: manual authenticator

50, 51; Printer 60: Issuing Server

70: remote monitor 80a, 80n: automatic authentication device

510: printer 520: repeater

530: authenticator 540: integrated power switch

4010: operating system (OS) 4011: printer spooler

4020: control program unit 4030: printer queue control module

4031: Document Information Database

4032: Document storage unit

4040: document queue control module

4041: log

4050: Settlement Module 4051: Settlement Database

4060: remote management module 4041: remote management interface

4062: automatic version control module

In order to achieve the above objects, the automatic certificate issuance system according to a preferred embodiment of the present invention, at least one certificate issuing terminal in the certificate issuing system connected to the network,

After sorting the print files from the at least one certificate issuing terminal transmitted through the network by document type and sorting them in page order, the type of certificate is recognized and the import certificate image files required for the certificate are combined to form a new form. Issuing server for converting the output to a print file of the output; And an automatic authentication device for printing a print file from the issuing server transmitted via the network in the form of a certificate, automatically performing a predetermined authentication operation corresponding to the printed certificate, and outputting a final certificate. It features.

In the automatic certificate issuing method according to an embodiment of the present invention, after sorting the print files from at least one certificate issuing terminal transmitted through a network by document type and sorting them in page order, the type of certificate is recognized. An issuing server that combines the import certificate image file required for the certificate and converts it into a new type print file; And an automatic authentication device for printing a print file from the issuing server transmitted via the network in the form of a certificate, automatically performing a predetermined authentication operation corresponding to the printed certificate, and outputting a final certificate. In the automatic issuing system,

A first process of initializing the issuing server and the automatic authentication device and waiting for the spooling file and document output command corresponding to the certificate data to be transmitted from the at least one certificate issuing terminal when the system is powered on; A second step of temporarily storing the spooling file and the document output command in the first database when the issue server receives the command; A third step of periodically searching for the existence of the temporarily stored spooling file, searching for the information of the spooling file, and storing the contents of the spooling file in a second database; Retrieve the spooling file temporarily stored in the first database, classify by document type, recognize the phases, and sort them in page order, and store them in the document storage unit as document files in certificate units, and store the information of the stored document files in certificate units. A fourth process of recording in a log; If there is a spooling file corresponding to the document file to be output among the temporarily stored spooling files in the first database, the fee is calculated by searching the information of the spooling file, and the corresponding document file is withdrawn from the document storage unit. According to the type, the import certificate file in the form of an image of a predetermined price is synthesized at a predetermined position for each certificate, converted into a new document output file, and transmitted to the automatic authentication device through the network, and the document output information is recorded in a log. A fifth process of storing; The automatic authentication device prints the received document output file according to a predetermined printing method, automatically performs a predetermined authentication operation according to the type of the printed certificate, and then discharges the received document output file. Transmitting to the issuing server through the sixth process; And a seventh process, wherein the issuing server setstles the received discharge completion information in real time based on the information recorded in the log and stores the result.

Hereinafter, with reference to the accompanying drawings will be described with respect to the certificate automatic issuance system according to an embodiment of the present invention.

3 is a configuration diagram of an automatic certificate issuing system according to an exemplary embodiment of the present invention, in which a plurality of business servers (eg, a routing server 10, a building server 11, and a resident server 12) connected to a network 20 are provided. ; A plurality of terminals for issuing certificates 30 and 31 connected to the network 20 and installed in the issuing window; After classifying the print files from at least one or more certificate issuing terminals 30 and 31 transmitted through the network 20 by document type and sorting them in page order, the type of certificate is recognized and the income required for the certificate is obtained. An issuing server 60 which combines the certificate image files and converts them into a new type of print file and outputs them; Prints a print file from the issuing server 60 transmitted via the network 20 in the form of a certificate, and automatically performs an authentication operation such as a preset seal / puncture / wrist matching the printed certificate. Automatic authentication devices 80a to 80n for outputting a final certificate; It is provided with a remote monitor (70) connected to the network (20) and displaying information on the status of the network and the corresponding system transmitted from the issuing server (60).

Here, the issuing server 60 has a function of recording and managing the issuance information data for all certificates issued for each window, and performs automatic settlement of fees at each certificate issuance. As a result, it is possible to completely eliminate time waste and calculation errors due to manual settlement by the person in charge, and automatically provides various statistical data by period, by person, by department, and by certificate.

In addition, the remote monitor 70 enables the central center (not shown) to collectively monitor and remotely manage the operation status of all equipment connected to the network 20.

On the other hand, each of the automatic authentication devices 80a to 80n is configured as shown in FIG. In FIG. 4, it is a hardware block diagram of the automatic authentication apparatus 80n, and is the same as that of another automatic authentication apparatus.

The automatic authentication device 80n includes a printer 510 having a network interface function; It has a network interface function and is connected to the issuing server 60 through the network 20, and authenticates (printing, punching, ironing, etc.) the document printed / ejected from the printer 510. An authenticator 530 that performs automatically; A repeater 520 installed between the printer 510 and the authenticator 530 and transferring the document printed and discharged by the printer 510 to the authenticator 530; And an integrated power switch 540 for integrally managing the power of the printer 510 and the authenticator 530.

That is, the printer 510 employed in the automatic authentication apparatuses 80a to 80n of the present invention is a printer having a network interface function instead of a local printer, and the authenticator 530 is a conventional manual authenticator. Instead, it is a network-based authenticator that includes a network interface function and is capable of mutual communication and control through a connection with the issuing server 60 via the network 20.

In addition, referring to the software configuration of the issuing server 60, as shown in FIG. 5, an operating system 4010 of the corresponding issuing server 60; A printer spooler 4011 that temporarily stores, at the command of the operating system 4010, a certificate print file from at least one certificate issuing terminal 30, 31 (31 in FIG. 5) transmitted via the network 20. ); A document storage portion 4032 which enters, in page order, the certificate print file temporarily stored in the printer spooler 4011 in accordance with the document type; Based on the information of the certificate print file temporarily stored in the printer spooler 4011, the certificate type and page information are recognized, and the recognized certificate type and page information are recorded in the document information database 4031, and the certificate print file is stored. A printer queue control module 4030 for sorting by document type and then sorting in page order and sending the document to the document storage unit 4032; Automatically calculate the fee of the certificate to be output from the document information database 4031, extract the certificate print file from the document storage unit 4032, synthesize an import certificate image file matching the calculated fee, and print the certificate. A document queue control module 4040 for transmitting the stamp position data necessary for the file to the automatic authentication device 80n, and recording information on the output certificate and fee data in the log 4041; A settlement module 4050 that processes settlement in real time based on the information recorded in the log 4041, and stores the result in the settlement database 4051; A remote management module connected to the network 20 and remotely managing the operating state of the issuing server 60 and the operating states of at least one certificate issuing terminal 30, 31 and the automatic authentication apparatus 80a to 80n ( 4060); And a control program unit 4020 (NCSM) for controlling and managing the above modules.

Here, the operating system 4010 temporarily stacks and stores the certificate print file transmitted from the certificate issuing terminal 31 via the network 20 in the printer spooler 4011. .

The control program unit 4020 operates on the basis of the operating system 4010.

The print queue control module 4030 is a print file retrieval module, which retrieves information of a spooling type file temporarily stored in the printer spooler 4011, recognizes a type of certificate and page information, and prints the certificate type and page information. Information related to a print file, etc., is recorded in the document information database 4031, the print files are sorted by document type, sorted in the order of pages, stored in the document storage unit 4032, and printed on the certificate issuing terminal. Cancels the document output command sent with the file.

The document queue control module 4040 is a print file control module that reads information about a document to be output from the document information database 4031 and automatically calculates a fee, and stores the document file in the document storage unit. To the printer 510 of the automatic authentication device 80n which is to be output from a plurality of automatic authentication devices by synthesizing the imported proof image file (Image file) corresponding to the fee from the 4033 to different locations for each certificate After transmitting the necessary location data for the document to the authenticator 530 of the automatic authentication device 80n, the corresponding file is deleted from the document storage unit 4032 and the outputted document is Information and fee data are recorded in the log 4041.

The settlement module 4050 performs settlement in real time using the output information and fee data recorded in the log 4041, and stores the settlement result in the settlement database 4051.

In addition, the remote management module 4060 includes all components and networks 20 of the present invention, such as a certificate issuing terminal 31, an automatic authentication device 80n, and a remote monitor 70 via the network 20. A remote management interface module 4041, which enables access via < RTI ID = 0.0 > And an automatic version management module 4082 interoperating with the control program unit 4020 (NCSM) to monitor and update versions of programs for certificate issuing terminals, NCSM, authenticator programs, and the like. do.

Next, with reference to the accompanying drawings for the automatic certificate issuance method according to an embodiment of the present invention will be described in detail.

FIG. 6 is a flowchart for explaining a work order at the certificate issuing terminal side shown in FIG. 3, FIG. 7 is a flowchart for explaining a work order at the issuing server side shown in FIG. 3, and FIG. 8 is shown in FIG. It is a sequence diagram explaining the operation sequence in the issuing server side.

First, when the civilian visits the issuance window of the local government in FIG. 6 and fills out the certificate issuance application form by hand, and submits it to the issuing clerk with the fee (step S100), the issuing clerk in charge of the certificate terminal 30 or 31) keying in the contents of the application on the certificate issuance application (step S111).

Accordingly, the keyed application is transmitted to the server having information corresponding to the application from the network server 10, the building server 11, and the resident server 12 via the network 20 ( Step S120).

The work server (that is, any one of the travel server 10, the building server 11, and the inhabitant server 12) that has received the application contents retrieves the data of the corresponding certificate and issues the certificate through the network 20. Transfer to the terminal 30 or 31 (step S130).

Upon receipt of the data of the certificate, the certificate issuing terminal 30 or 31 formats the certificate data into an issuance form suitable for the certificate (step S140). When a request is made to print the formatted data, the operating system (OS) of the certificate issuing terminal 30 or 31 converts the formatted data into a print file to form a spooling file. (Step S150).

When the spooling file generated in this way is transmitted to a spooler (not shown) (step S160), the IP server (address) is assigned to the issuing server 60 on the network 20 and the issuing server 40 is provided. By designating as, the spooling file is transmitted to the issuing server 60 via the network 20 without being stacked on the spooler in the certificate issuing terminal as in the conventional certificate issuing system.

On the other hand, the issuing server 60 in the present invention is connected to the terminal 30, 31 for issuing certificates via the network 20, the server program is automatically operated when the system power is turned on, program initialization and network 20 System to automatically perform the initialization operation of the automatic authentication device (80a to 80n) connected to the issuing server 60 via the following, and then to drive the print queue control module 4030 and the document queue control module 4040 An initialization step (step S200) is performed.

The issuing server 60 waits for the spooling file and document output command to be transmitted from the certificate issuing terminal 30 or 31.

When the certificate data to be output through the process shown in FIG. 6 is delivered to the issuing server 60 as a spooling file, the operating system 4010 of the issuing server 60 automatically receives the spooling file and prints the printer. Temporarily stored in the plug 4011.

The print queue control module 4030 driven in the system initialization step (step S200) periodically operates to inquire whether a spooling file exists in the printer spooler 4011, and if the spooling file exists, controls the printer queue. The module 4030 retrieves the information of the spooling files, stores the contents thereof in the document information database 4031, retrieves the spooling files from the printer spooler 4011, and selects a predetermined position from the information in the file for each document type. The document storage unit 4032 recognizes a document type and a page, sorts them in order of pages by document through image pattern matching to extract whether an image is matched with a predetermined image for each certificate. Output from the terminal 30 or 31 for issuing a certificate after storing it as a document file in units of certificates The command is canceled and the document information stored in the document storage unit 4032 is recorded in the log 4041 (step S210).

Then, the document queue control module 4040 driven in the system initialization step (step S200) is operated to periodically check whether there is a document file to be output to the document information database 4031, and to the document file to be output. If there is a corresponding spooling file, the document queue control module 4040 retrieves the information of the files, calculates a fee, and withdraws the document file from the document storage unit 4032 and differs according to the type and number of certificates. An automatic certification device (one of 80a to 80n) including information on the certificate type, which is converted into a new document output file by synthesizing the import certificate file in the form of an image containing information in different locations for each certificate. Prints the document to the document storage unit 4032 and deletes the document file stored in the document storage unit 4032. And it stores the information in the log 4041 (step S220).

At this time, the document queue control module 4040 activates only the document to be printed and deactivates the remaining files as waiting documents to print in the desired order, or to change the order in which the person in charge prints if necessary. It includes a function that can be used to control sequentially so that problems such as printing other documents simultaneously while printing one document do not occur.

The automatic authentication device (any one of 80a to 80n) receiving the output file in the step prints a certificate according to the printing method of the printer (step S230), and the printed certificate is passed through the repeater 520 through the authenticator. To 530.

The authenticator 530, which has received the certificate from the relay 520, stamps the seal according to the type and location of the seal based on the type information of the certificate, and then drills and cuts the wire according to a predetermined standard. To perform, and automatically discharged to the person in charge (step S240).

Thereafter, the authenticator 530 of the corresponding automatic authentication device (any one of 80a to 80n) transmits the discharge completion information to the issuing server 60.

The settlement module 4050 of the issuing server 60 that has received the discharge completion information from the authenticator 530 performs the settlement process in real time using the output information and the fee data recorded in the log 4041 and the Logging and settlement are performed to store the result in the settlement database 4051 (step S250).

When one certificate is issued in this way, the printer queue control module 4030 in the issuing server 60 returns to the step S210. Accordingly, the operation from step S210 is repeated to issue another certificate continuously.

In addition, the remote management module 4060 is a terminal for issuing certificates, the automatic authentication device (80a to 80n), the remote monitor 70, etc. Periodically monitors the operating state of the components of the invention and displays the result on the remote monitor 70 so that the person in charge can manage the state of the system, the state to the control program unit (NCSM) 4020 To make the system work organically.

On the other hand, the information stored in the settlement database (4051) in the step S250 is stored and managed for a period of time according to the management standards of the local government, the settlement module 4050 automatically performs the automatic statistical processing in the form desired by the personnel periodically It performs a function to provide various services, such as printing report data automatically.

In addition, in some cases, a program has already been developed to allow a number of certificates to be issued by a single certificate issuing terminal at a government level. In the present invention, in the case of such a certificate, in addition to an image pattern matching technique, By using the certificate issuing terminal program, the name of the file to be printed, the number of pages of the document, and the number of issued documents are simultaneously transmitted from the terminal program for issuing the present invention to the issuing server of the present invention. It can be configured to skip the print queue control step (step S210) to proceed.

In addition to this, the inventor of the present invention may further develop and implement other document types and page recognition methods, and all the methods for recognizing document types and pages should be regarded as belonging to the present invention.

9 to 13 are diagrams schematically showing the configuration of the automatic certificate issuance system as another embodiment of the present invention. 9 to 13, C is a certificate issuing terminal, S is an issuing server, and P is an automatic authentication device.

The present invention, in order to achieve the sharing of the authenticator through the integrated operation of the issuing window of the main purpose and the application of the automatic authentication device, the certificate issuing terminal (C) and the issuing server (S) and automatic as shown in Figs. As a rule, the certificate issuance system is constructed and operated as a decoy in the form of the number and installation location of the authentication device P and the network configuration method according to the local government's system and office environment. That is, FIG. 9 is a centralized network configuration, FIG. 10 is a fully parallel network configuration, FIG. 11 is a reduced centralized network configuration, FIG. 12 is a reduced network configuration, and FIG. 13 is a general type. Network configuration.

However, according to the circumstances of the local government, only the input screen of the certificate issuing terminal can be changed to be easily used by the complainant and installed in a separate place so that the complainant can directly enter the application for issuing the certificate. It can be implemented to operate as a simple kiosk type by installing a PC-type simple kiosk input terminal.

As described above, as long as the main purpose of the present invention is to share the authenticator through the integrated operation of the issuing window and the application of the network-based automatic authentication device, the system configuration method shown in FIGS. It should be seen that it belongs to the scope of the technical spirit of the present invention, and various modifications such as unattended application of certificate issuance within the scope embodying the main object of the present invention should also be regarded as belonging to the scope of the present invention.

As described in detail above, according to the present invention, first, by integrating a manual authenticator, which has been operated separately from the printer, by configuring a single integrated system to solve the problem of the person in charge to move the position for authentication, certificate issuance By simplifying the steps, certificate issuance time is greatly reduced.

Second, by connecting the authentication system to the network and connecting with multiple certificate issuing terminals, the authentication system is shared at multiple windows, so that multiple certificates can be simultaneously issued at one window, and a person in charge can use multiple certificates at the same certificate issuing terminal. By operating the certificate issuance program, it is possible to enter the certificate application data, which solves the problem of migrating people.

Third, it automatically calculates the fee by automatically recognizing the certificate type and page and the number of issuances, and then automatically composes the corresponding import certificate image file to the desired location. The decision is made automatically, and the seal is automatically stamped on the page designated for each certificate so that the person in charge can perform the authentication process automatically without manually adjusting the authenticator. As a result, the authentication position is always kept constant according to all authentication processes mechanically, thereby ensuring consistency and reliability.

Fourth, image pattern matching to a print file already generated in the certificate issuing terminal without changing the print file generating portion of the program of the certificate issuing terminal regardless of which issuing program is used by the certificate issuing terminal. By recognizing the type and page of the certificate in the issuing server by applying the method, a separate issuance program must be developed for each certificate in order to accommodate the certificate issuance programs developed by different companies, which is the biggest problem of the conventional unmanned certificate issuer. All types of certificates can be accepted immediately without the hassle of modifying and supplementing the program. In addition, by adding a function of sequentially printing the print file, it is possible to avoid a print job error due to duplicate output of the print document, and to adjust the order of the documents to be printed arbitrarily, thereby efficiently managing the work processing order. .

Fifth, it automatically calculates different fees according to the type of certificate, the number of pages issued and the number of issuances, informs the person in charge, and automatically records them on the computer to track the status of certificate issuance. By providing a means for automatic issuance of reports, the efficiency of commission settlement is maximized.

Sixth, by periodically monitoring the operating status of the components of the present invention, such as a terminal for certificate issuance, an automatic authentication device, a remote monitor, and the like through the network through all steps of certificate issuance using a remote management module. By displaying it, the person in charge can easily manage the state of the system, and provide the state to the control program unit so that the system can operate organically.

Seventh, by making the printer and the authenticator into a single system to be compact so that it can be placed under the desk of the person in charge of the person, it increases the utilization of the space on the person's desk, maximizes the space utilization of the office and improves aesthetics.

Claims (13)

In the certificate issuing system at least one terminal for issuing a certificate is connected to the network, After sorting the print files from the at least one certificate issuing terminal transmitted through the network by document type and sorting them in page order, the type of certificate is recognized and the import certificate image files required for the certificate are combined to form a new form. Issuing server for converting the output to a print file of the output; And And an automatic authentication device for printing a print file from the issuing server transmitted through the network in the form of a certificate, automatically performing a predetermined authentication operation corresponding to the printed certificate, and outputting a final certificate. Certificate automatic issuing system. The method of claim 1, And a remote monitor which is connected to the network and displays information on the status of the network and the corresponding system transmitted from the issuing server. The method according to claim 1 or 2, The issuing server records and manages issuance information data for all issued certificates, and automatically issues a fee every time the certificate is issued. The method of claim 3, The issuing server comprises: a printer spooler for temporarily storing a certificate print file from the at least one certificate issuing terminal transmitted via the network by a command of an operating system; A document storage unit for classifying a document print file temporarily stored in the printer spooler according to document types and then inputting them in page order; Recognize the type and page information of the certificate based on the information of the certificate print file temporarily stored in the printer spooler, record the recognized certificate type and page information in a document information database, and classify the certificate print file by document type. A printer queue control module arranged in a page order and transmitting to the document storage unit; Automatically calculate the fee of the certificate to be output from the document information database, extract the certificate print file from the document storage unit, synthesize an import certificate image file matching the fee, and store the stamp location data required for the certificate print file. A document queue control module which transmits to the automatic authentication device and records the information on the output certificate and fee data; A settlement module which processes settlement in real time based on the information recorded in the log and stores the result in a settlement database; A remote management module connected to the network and remotely managing an operation state of a corresponding issuing server and an operation state of the at least one certificate issuing terminal and the automatic authentication device; And a control program unit for controlling and managing the modules. The method of claim 4, wherein The print queue control module extracts an image of a predetermined position from among information in a certificate print file temporarily stored in the printer spooler, and compares document type discrimination and page recognition by comparing a predetermined image with each certificate. Certificate automatic issuance system, characterized in that. The method of claim 4, wherein The print queue control module is configured to cancel a document output command transmitted together with the certificate print file in the at least one certificate issuing terminal when the certificate print file is classified into document types and stored in page order. Certificate automatic issuance system, characterized in that. The method of claim 4, wherein And the document queue control module activates only a corresponding certificate print file to be printed from the document storage unit, synthesizes import certificates for each certificate, and deactivates the remaining files as waiting documents. The method of claim 4, wherein The document queue control module extracts the certificate print file from the document storage unit, synthesizes an import certificate image file suitable for the document, and transmits the stamp location data to the automatic authentication device, and prints the corresponding certificate from the document storage unit. Certificate automatic issuance system, characterized in that to delete the file. The method of claim 4, wherein The remote management module may include a remote management interface module that allows access to the at least one certificate issuing terminal, an automatic authentication device, and a remote monitor via the network; And an automatic version management module interoperating with the control program unit to monitor and update the program of the at least one certificate issuing terminal, the program of the control program unit, and the version of the program of the automatic authentication device. Certificate auto issue system. The method of claim 1, The automatic authentication device includes a printer having a network interface function; An authenticator having a network interface function, connected to the issuing server through the network, and automatically performing an authentication operation on a document discharged from the printer; A repeater installed between the printer and the authenticator to transfer the document printed and discharged from the printer to the authenticator; And an integrated power switch for integrally managing power of the printer and the authenticator. After sorting the print files from the at least one certificate issuing terminal transmitted over the network by document type and sorting them in page order, the type of certificate is recognized and the import certificate image files required for the certificate are combined to form a new form. An issuing server for converting and outputting a print file; And an automatic authentication device for printing a print file from the issuing server transmitted via the network in the form of a certificate, automatically performing a predetermined authentication operation corresponding to the printed certificate, and outputting a final certificate. In the automatic issuing system, A first process of initializing the issuing server and the automatic authentication device and waiting for the spooling file and document output command corresponding to the certificate data to be transmitted from the at least one certificate issuing terminal when the system is powered on; A second step of temporarily storing the spooling file and the document output command in the first database when the issue server receives the command; A third step of periodically searching for the existence of the temporarily stored spooling file, searching for the information of the spooling file, and storing the contents of the spooling file in a second database; Retrieve the spooling file temporarily stored in the first database, classify by document type, recognize the phases, and sort them in page order, and store them in the document storage unit as document files in certificate units, and store the information of the stored document files in certificate units. A fourth process of recording in a log; If there is a spooling file corresponding to the document file to be output among the temporarily stored spooling files in the first database, the fee is calculated by searching the information of the spooling file, and the corresponding document file is withdrawn from the document storage unit. According to the type, the import certificate file in the form of an image of a predetermined price is synthesized at a predetermined position for each certificate, converted into a new document output file, and transmitted to the automatic authentication device through the network, and the document output information is recorded in a log. A fifth process of storing; The automatic authentication device prints the received document output file according to a predetermined printing method, automatically performs a predetermined authentication operation according to the type of the printed certificate, and then discharges the received document output file. Transmitting to the issuing server through the sixth process; And And a seventh process, wherein the issuing server setstles the received discharge completion information in real time based on the information recorded in the log and stores the result. The method of claim 11, The document type discrimination and page recognition in the fourth process are performed by extracting an image of a predetermined position from the information in the spooling file and comparing a match with a predetermined image for each certificate. Auto issue method. The method of claim 11, In the fifth step, after extracting the document file from the document storage unit, synthesizing the image file of the import certificate of a predetermined price according to the type of document, converting it into a new image file, and transmitting the same to the automatic authentication device. Automatically issuing a certificate, characterized in that for deleting the document file retrieved from the document storage unit.