KR19980076174A - Automatic authentication system and automatic authentication system using the same - Google Patents

Abstract

The present invention relates to an automatic authenticator and an automatic authentication system using the same, which is configured to be discharged after performing an authentication operation by automatically feeding and aligning an authentication document output from a printer without a separate human hand.

The automatic authenticator according to the present invention includes: paper guide means for guiding the paper output from the printer; paper feed means for feeding the paper flowing into the paper guide means; and paper for loading the paper fed by the paper feeding means. Paper stacking means; and authentication stamping means for stamping the authentication text on the paper; and braiding means for braiding the paper loaded by the paper stacking means; and paper discharging means for discharging the paper sewn by the braiding means; and Paper detection means for detecting the position of the paper; and control means for controlling the operation of each means in accordance with a signal from the paper detection means. Not only can it effectively reduce the time required, but it can also feed and align the paper accurately. The discharge operation of the flow it is possible to perform efficiently with minimal configuration.

Description

Automatic authenticator and automatic authentication system using the same

The present invention relates to an automatic authenticator and an automatic authentication system using the same. More particularly, the authentication documents output from the printer can be automatically fed and aligned without performing a separate person's hand and then discharged after performing an authentication operation. It relates to an automatic authenticator and an automatic authentication system using the same.

In general, when issuing certification documents of financial institutions or government offices, for example, family register copies, resident registration copies, corporate register copies, real estate register copies, etc. Certification work to be performed, certificate (sticker) affixation work according to the type of certification documents, sewn work when there are two or more authentication documents, and a simple work to prevent the forgery of two or more documents should be performed. Various types of automatic authenticators have been developed and marketed to automate a series of tasks related to issuing certification documents to reduce the burden of paperwork and to speed up the process of issuing certification documents. Korean Patent Publication No. 82-1838 No. 89-879, 90-604, Japanese Laid-Open Patent Publication Nos. 53-4928, 53-46815, 53-127025, and patent applications that are the first applications of the present inventors Nos. 96-17944 and the like and various techniques related thereto are known.

The above-described conventional automatic authenticators drive the driving device when the authentication document to be inserted is inserted into the insertion slot, and the authentication, certificate affixation, stitching, and stamping work are automatically performed, thereby simplifying and streamlining the issuance of the certification document issuing work. It has contributed to the prompt and accurate handling of certification offices.

However, in the conventional automatic authenticator, the civil affairs officer arranges the authentication documents output from the printer and inserts them into the insertion slot of the automatic authenticator, and after the authentication, certificate affixation, stitching, and stamping are performed by the automatic authenticator, Because the person in charge had to withdraw, the task of issuing certification documents could not be fully automated, and there was a problem in that the number of tasks and time required for issuing certification documents could not be effectively reduced because of the intermittent work.

The present invention is to solve the problems as described above, the authentication document output from the printer can be discharged after performing the authentication operation by automatically feeding and sorting into the authenticator without going through a separate human hand, the authentication document The purpose of the present invention is to provide an automatic authenticator capable of fully automating the issuing operation and an automatic authentication system using the same.

1 is a block diagram showing the configuration of an automatic authenticator and an automatic authentication system according to the present invention.

Figure 2 is a perspective view showing a schematic configuration and installation state of the automatic authenticator according to an embodiment of the present invention.

3 is a conceptual diagram showing mutual relations of respective operating portions.

4 shows an embodiment of an authentication stamp apparatus.

5 is a view showing an embodiment of a paper stacking device and a paper ejecting device.

6 to 8 are explanatory views of operations of the paper stacking device and the paper ejecting device of FIG. 5.

9 is another embodiment of an automatic authentication system according to the present invention.

Explanation of symbols for main parts of the drawings

1: automatic authenticator 2: computer

3: printer G1: drive gear

G610: alignment gear G310: first feeding gear

G410: Certified Gear G910: First Discharge Gear

930: discharge plate R910: discharged first driven roller

The automatic authenticator according to the present invention for achieving the above object comprises: paper guide means for guiding the paper output from the printer; paper feed means for feeding the paper flowing into the paper guide means; and paper feeding means. Paper stacking means for stacking the paper to be fed; and authentication stamping means for stamping the authentication text on the paper; and stitching means for stitching the paper loaded by the paper stacking means; and ejecting the sheet stitched by the stitching means And sheet discharging means for detecting the position of the sheet, and control means for controlling the operation of each means in accordance with a signal from the sheet detecting means.

In addition, the automatic authentication system according to the present invention for achieving the above object, a computer for outputting information on the contents and the number of copies, the number of copies of the authentication document; and a printer for printing the authentication document in accordance with the information output from the computer; And Paper guide means for guiding the paper output from the printer, paper feed means for feeding the paper flowing into the paper guide means, paper loading means for loading the paper fed by the paper feed means, and authentication on the paper. Authentication stamping means for stamping the door, braiding means for braiding the paper loaded by the paper stacking means, paper ejecting means for ejecting the paper sewn by the braiding means, paper for detecting the position of the paper To control the operation of each of the means according to the detecting means, the signal from the sheet detecting means, and the signal from the computer. It characterized in that it comprises a; automatic authenticator having a control means.

Hereinafter, preferred embodiments of the automatic authenticator and the automatic authentication system according to the present invention will be described in detail with reference to the accompanying drawings. However, the following examples are not intended to limit the scope of the present invention, but merely to explain the present invention by way of example.

1 is a block diagram for schematically explaining the configuration of an automatic authenticator and an automatic authentication system according to the present invention. As shown in FIG. 1, the automatic authentication system according to the present embodiment stores authentication related data. The computer 2 which retrieves the document to be issued from the stored data and outputs it to the printer 3 and at the same time outputs information on the number of documents issued to the automatic authenticator 1 and the computer 2 outputted from the computer 2. A printer 3 for printing information and each sheet of paper output from the printer 3 are dispatched one by one at the same time as output and perform authentication and stamping at a necessary location, for example, at the bottom of the last sheet, and authentication documents. When the feeding is completed, it is composed of an automatic authenticator (1) for automatically discharging the completed certificate is completed after carrying out the work sewn and stamped.

The computer 1 is a stand-alone computer storing authentication data or a terminal computer of a computer network composed of a host computer and a terminal computer. The computer 1 is connected to the control means 100 of the automatic authenticator through an interface such as RS-232C, and controls various types of control. Receive information.

The automatic authenticator 1 according to the present embodiment includes a paper guide means 200 for guiding the paper discharged from the printer to the automatic authenticator, and a paper feed for feeding the paper flowing into the paper guide means into the automatic authenticator. Means 300, a paper stacking means 600 for constantly loading the paper fed by the paper feeding means into the automatic authenticator, and for stamping the authentication letter and the date of issue, the name of the issuing organization, and the like on the paper. Knitting means for braiding the paper loaded by the paper stacking means 600, comprising an authentication stamping means 400, a stamping means 500 for stamping the paper, and a known stapler operated by a motor or the like ( 700), a stamping means 800 composed of a well-known perforator operated by a motor and a cam, and discharging the authentication documents having completed the stamping, stamping and knitting, and stamping work to the outside of the automatic authenticator. Paper detection means 900 and disposed on the moving passage of the paper for detecting the position of the paper in the automatic authenticator, that is, the state of the paper movement, the paper detection consisting of a limit switch, a micro switch or an optical sensor Means 110 and a switching means 120 arranged on a control panel external to the automatic authenticator. The control means 100 comprises a computer 1, a sheet detecting means 110, and a switching means ( The signal is input from 120 to control the operation of each part of the automatic authenticator.

Next, a specific embodiment of the automatic authenticator according to the present invention will be described in detail with reference to FIGS. 2 to 8.

Figure 2 is a perspective view for showing a schematic configuration and installation state of the automatic authenticator according to the present invention, the front cover is opened and the right cover is removed to help understanding, Figure 3 is a view of each operating portion The conceptual diagram for demonstrating mutual relationship is shown.

The printer 3 is installed in the lower part of the mounting stand 4, and the automatic authenticator 1 is installed in the upper part of the mounting stand 4, and the paper output from the printer 3 is the paper of the automatic authenticator 1. The paper outlet of the printer 3 and the paper guide 210 are disposed adjacent to each other so that the guide 210 may be guided into the guide 210.

Paper guide 210 is composed of an outer guide plate 211 and the inner guide plate 212, the inner guide plate 212 is installed to extend to the inside of the automatic authenticator.

On the right side of the automatic authenticator 1, various gears for driving rollers for feeding, aligning and discharging paper are arranged and connected to the timing belt. That is, the first feed roller which feeds the paper guided to the upper part of the paper guide 210 by the driving force G1 driven by the DC motor and the printer 1 into the automatic authenticator 1 The first feeding gear G310 for driving the D310, the authentication gear G410 for driving the authentication roller D410, the second feeding gear G320 for driving the second feeding roller D320, automatic The driving force of the drive gear G1 is driven while driving the alignment roller D610 which feeds and aligns the paper so that the paper guided inside the authenticator 1 can accurately contact the stapler 710 and the punching machine 810. The first discharge gear (G910) for driving the first discharge roller (D910) for discharging the finished paper, the alignment gear (G610) consisting of two stages, and the paper which has been subjected to the stapling and fine processing, by transferring the to the discharge side roller. 2nd discharge for driving 2 discharge roller D920 An idle gear G2 for guiding the timing belt toward the gear G920 and the authentication gear G410 is disposed, respectively.

The driving force of the drive gear G1 driven by the drive motor (not shown) is controlled by the first feed gear G310, the second feed gear G320, the alignment gear G610, and the authentication via the first timing belt B1. The driving force transmitted to the gear G410, the idle gear G2, and the same, and the driving force transmitted to the alignment gear G610 are transferred to the first discharge gear G910 and the second discharge gear G920 through the second timing belt B2. Is passed to each.

On the other hand, the inner side of the front cover 350, bar driven rollers are rotated in engagement with the drive side roller driven by the gear bar, when the front cover 350 is closed, the inside of the front cover 350 The first driven roller R310 for feeding feeds the paper by engaging the first feeding roller D310, and the second driven roller R320 for feeding feeding the second feeding roller D320, respectively, and the certification receiving roller R410. Is facing the authentication roller (D410) at a slightly smaller interval than the thickness of the authentication stamp plate 420 disposed on the outer periphery of the authentication roller (D410).

The authentication roller 410 is normally stopped, and is rotated only when paper requiring authentication, for example, the first or last sheet is fed, and when the authentication roller 410 is rotated, the rear of the authentication roller D410 is rotated. After the injuries on the authentication stamping plate 420 while the roller for supplying the roller (R420) and the authentication stamp plate 420 are detachably disposed on the authentication stamp plate 420, the authentication stamping plate 420 is the authentication support roller (R410) and The interlocking rotation rotates the certificate on the paper passing between them.

4 is a view showing the configuration of the authentication seal device in more detail, Figure 4a is a perspective view of the main portion of the authentication seal device, Figure 4b is an exploded perspective view showing the installation state of the solenoid and the interruption plate, Figure 4c is a side view of the stationary disk, Figure 4d 4E shows an exploded perspective view and an assembled sectional view of the one-way clutch, respectively.

At one end of the authentication roller shaft S410, a clutch operated by a spring is provided. That is, the stop disk 430 having the first stop groove 431 and the second stop groove 431 'is formed on the outer circumference of one end of the authentication roller shaft S410 by a fixing screw 433. The spring 450 and the bushing 44 are inserted into the boss portion 433 of the stationary disc 430. A catching portion 451 protrudes from an end of the spring 450 so that the gearing gear 460 is disposed so that the catching groove 461 of the toothing gear 460 is caught by the catching portion 451. Boss portion 411 is disposed between the inner circumference of the spring 450 and the outer circumference of the authentication roller shaft (S410).

On the side of the authentication gear (D410), the intermittent plate 480 is operated by the solenoid 470 and the solenoid to control the rotation of the authentication roller shaft (S410). The solenoid 470 is installed on the side of the fixing bracket 471, and the intermittent plate 480 is fitted to the protrusion 471 below the fixing bracket 471, and as shown in FIG. 4 (B), the solenoid ( When the operation 470 is operated to the seesaw movement around the protrusion 471 in the direction of the arrow is arranged. When the stop piece 482 is formed at one end of the intermittent plate 480 and the teeth of the tooth gear 460 and the stop groove of the stop disc 430 are caught by the stop piece 482, the authentication roller shaft S410 Cannot be rotated.

Reference numeral 473 denotes a screw for fixing the fixing bracket 471 to the body of the automatic authenticator, and reference numeral 474 denotes a pulley 482 by pulling the interruption plate 480 when the solenoid 470 is not excited. A spring for maintaining a state in which the teeth of the gear 460 and the stop grooves 431 and 431 'of the stop disk 430 is held is shown.

On the other hand, the roller feed roller (R420) is installed on the paddle switch 490, it is slidably installed through the paddle hole (491) of the automatic authenticator body side.

The authentication stamp device having the above configuration is operated only when necessary by the control means 100 to perform the stamping operation. That is, since the gear gear 460 and the stationary disc 430 are not rotatable by the stop piece 482 of the intermittent plate 481, even if the drive gear G1 is driven, The authentication roller shaft S410 that is screwed together does not rotate, and only the authentication gear G410 rotates on the authentication roller shaft S410. In this state, when the solenoid 470 is operated upward by the signal from the control means 100, the stop piece 482 is moved downward so that the rotational interruption function for the gear gear 460 and the stationary disc 430 is performed. Is released. Therefore, the inner diameter of the spring 450 on which the locking portion 451 is caught in the locking groove 461 of the tooth gear 460 is contracted, so that the rotational force of the authentication gear G410 is stopped by the spring 450. Is transmitted to, the authentication roller shaft (S410) that is integrally coupled by the stop disk 430 and the screw 433 is rotated to perform the authentication operation, the solenoid 470 just before the authentication roller is rotated once When the first stop groove 431 of the stop disk 430 comes to the position of the stop piece 482 of the intermittent plate 480, the stop piece 482 is raised by the elastic force of the spring 474. As a result, the teeth of the tooth gear 460 are caught by the stop piece 482. However, even in this state, when the stop disk 430 connected to the tooth gear 460 through the spring 450 adds some rotation, and the second stop groove 431 'is caught by the stop piece 482, The rotation of the authentication roller shaft S410 and the authentication roller D410 is completely stopped. The interval between the stop grooves of the stop disk 430 is preferably set to correspond to the pitch of the tooth 1 of the tooth gear 460. The reason why the stop grooves are installed in two stages as described above is that the stop piece 482 is toothed. This is to prevent the stop is located in the middle of the.

In this embodiment, in order to reduce the number of motors to reduce the cost, by using the one-way clutch, the authentication roller shaft (S410) is configured to be driven by the drive gear (G1) only when necessary, but authentication roller shaft (S410) It is also possible to mount a separate motor for driving only when necessary.

In addition, stamping the stamp stamp on the authentication stamp plate 420 together, or separately installed a stamp seal roller on the authentication roller shaft (S410), or a shaft separate from the authentication roller shaft (S410) as described above. It is a matter of course that a stamp seal can be configured by installing.

In addition, the stamp is stamped on the stamp stamp plate 420 and the authentication support roller (R410), respectively, embossed and engraved so that the authentication door is convexly protruded to one side of the paper to enhance the visual effect, if necessary, It is also possible to prevent the copying of the authentication document by omitting the roller feed roller R420 and using only the protruding authentication statement.

Next, with reference to FIGS. 5-8, the structure and operation | movement of a paper stacking apparatus and a paper discharge apparatus are demonstrated.

As described above, the paper fed by the second feeding rollers D320 and R320 is guided to the alignment rollers D610 and R610 through the outer and inner intermediate guide plates 213 and 214. Alignment roller (D610) is rotated integrally with the alignment roller shaft (S610) as the alignment roller shaft (S610) is fixed to the alignment gear (G610) fixed, the amount of alignment roller shaft (S610) At the end, the driven side alignment roller support pieces 620 and 620 'are rotatably installed about the alignment roller shaft S610.

A driven side alignment roller shaft S610 'is installed between the driven side alignment roller support pieces 620 and 620', and the driven side alignment roller shaft R610 is engaged with the alignment roller D610 to rotate. S610 'is rotatably installed.

One end of the rotary link 630, 630 'is connected to the lower side of the driven side alignment roller support piece 620, 620', and the other end of the rotary link 630, 630 'is a rotary piece 640, 640'. It is connected to the lower part of. Rotating pieces 640 and 640 'are rotatably installed on the body of the automatic authenticator and fixed to both ends of the supporting rod 650, which serves to support the discharge plate 930, and together with the supporting rod 930 as an axis. Rotate The left rotating piece 640 'of the rotating piece is eccentrically connected to the cam plate 670 through a wire 660 or a link, and the right rotating piece 640 is a body of the automatic authenticator via the spring 645. It is elastically supported at the side part. Reference numerals 641 and 671 denote hooks for connecting wires, 673 denote a photo sensor for detecting a rotation angle of the cam plate, and a rotation angle control signal of the motor 680 to the control means 100, and 672 a photo. Blocks for blocking or opening the light of the sensor, 646 represents a stopper for limiting the rotation of the rotating piece 640, respectively.

As described above, the paper passing through the second feed roller (D320) is guided through the outer and inner intermediate guide plates (213, 214) between the alignment rollers (D610, R610) in the state of FIG. 930 is discharged to the paper stack (680). The paper discharged to the paper stack 680 is aligned with the side guide 681 composed of the side guide bush 682 and the side guide plate 683, as shown in FIG. 685 is aligned and loaded into the grooves of the perforator 810 and the stapler 710 in turn. On the other hand, just before the end of the sheet discharged to the paper stack 680 is out of the alignment rollers D610 and R610, the step motor 680 starts to be operated by the signal from the control means 100. When the step motor 680 is operated, each of the cam plate 670 and the driven side alignment roller support pieces 620 and 620 ', which are in the state of FIG. 6A, is centered around the support rod 650 and the alignment roller shaft S610. Rotate as shown in

Accordingly, the driven side alignment roller shaft S610 ′ and the driven side alignment roller R610 rotatably installed thereon are centered on the alignment roller shaft S610, as shown in FIGS. 3 and 7. After the driven side alignment roller R610 rotates until it reaches the discharge plate 930, the step motor 680 is rotated back to return to its original position. By the above action, the end of the paper discharged from the alignment rollers (D610, R610) is engaged between the driven side alignment roller (R610) and the discharge plate (930) for a while to obtain the effect of applying a slight brake action to the discharge force. As a result, the discharged paper can be prevented from being excessively discharged from the groove ends of the perforator 810 and the stapler 710 to protrude or scatter, and the driven side alignment roller R610 may come into contact with the discharge plate 930. By a slight impact force at the time, the paper is acted to pick up the paper by releasing the air between the paper and the paper.

On the other hand, the discharge plate 930 is to support the paper passing through the alignment roller (D610) to guide the paper on the paper stack 680 and at the same time to function to discharge the authentication documents that have been stitched and finished processing , One end of the discharge plate 930 is installed adjacent to the alignment roller (D610), the other end is fixed to the discharge plate rotating shaft 940, the side is engaged with the first discharge roller (D910) when discharging the authentication document A first driven roller R910 for discharging is installed. The discharge plate rotating shaft 940 is rotatably fixed to the body of the automatic authenticator, one end of which is fixed to the rotating piece 950. The rotating piece 950 is connected to the solenoid 960 via the link 970, so that when the solenoid is operated, the rotating piece 950 rotates with the discharge plate rotating shaft 940, and thus, the rotating shaft 940 The discharge plate 930 fixed to) is rotated upward as shown in FIGS. 3 and 8.

When the discharge plate 930 is rotated upward, the discharge-driven first driven roller R91 installed on the side of the discharge plate 930 is engaged with the first discharge roller D910, and thus, the braiding and fine processing are completed. The certification document is discharged to the tray 960 through the discharge guide plate 950 and the second discharge rollers D920 and R920.

The control means 100 controls the respective devices by receiving a signal from a limit switch or an optical sensor for detecting the number of sheets, the number of copies, etc. from the computer, the movement state of the paper, etc., FIGS. 2 and FIG. 3 shows that a limit switch is provided as an inlet detection switch S1 and an inlet completion detection switch S2 for detecting the movement state of the paper. The control panel 121 includes a display for displaying various errors and messages. , Mode setting switch, reset switch and the like are arranged.

Next, a series of operations of the automatic authenticator and the automatic authentication system according to the embodiment of the present invention configured as described above will be described in detail with reference to the issuing office of the registered copy.

When the number, type and number of copies of the register registered by the petitioner are entered into the computer 1, the computer searches for the information and displays it on the screen. After confirming the retrieved information and performing a print command, the computer outputs the document information, the number of copies required, and the number of copies to the printer 3 to execute printing, and at the same time, the control means 100 of the automatic authenticator 3. ) Outputs the driving command, the number of copies, and the number of copies.

When there is a drive command from the computer 1, the control means 100 of the automatic authenticator first operates the DC motor for driving the drive gear G1 so that the drive gear of each roller is rotated to be in a standby state for authentication work. do.

When the paper is discharged from the printer 3 in this state, the discharged paper is drawn in through the paper guide 210, and reaches the first feeding rollers D310 and R310 that are being rotated to receive the feed force again, and the front cover 350 Guided by the interval between the inner surface and the outer guide plate 212 and the authentication receiving roller (R410) and the authentication roller (D410) and leads to the second feed roller (R320).

In the meantime, the paper input detection switch S1 is operated by the leading end of the paper discharged from the first feeding rollers D310 and R310 so that the paper input signal is input to the control means 100, whereby the time of paper insertion and the number of sheets I remember.

The paper discharged from the second feeding roller (R320) passes through the intermediate guide plates (213, 214) and the alignment rollers (D610, R610) and is aligned on the paper stack 680 so that the tip thereof is stapler 710 and the punching machine 810. The insertion completion detection switch S2 is turned on as soon as the leading end of the paper discharged from the second feeding roller R320 passes through the insertion completion detection switch S2, As soon as the rear end passes through the pull-in completion detection switch S2, it is turned OFF to detect the completion of drawing of the paper and send the signal to the control means 100.

The control means 100 calculates the paper feed time by the signals input from the respective detection switches S1 and S2, so that the calculated time exceeds the paper feed reference time based on the length of the paper and the rotational speed of the drive motor. In this case, it is determined that the paper is a jam, and a signal is sent to the control panel so that the user can take appropriate measures.If the paper transfer is normally performed, the stepped motor after the pull-in completion detection switch S2 is turned from off to on 680 is driven to cause the driven side alignment roller R610 to rotate on the outer circumferential surface of the alignment roller D610, thereby to perform the paper pulling operation.

The reverse rotation of the step motor 680, that is, the return operation of the driven side alignment roller R610, as described above, turns on the photo sensor 673 by the blocking plate 672 provided on the cam plate 670. Although it is preferable to perform by a -off signal, it is also possible to omit the said switching means and to make time control by a control means.

As the above process is repeated, the paper discharged from the printer is sequentially aligned and stacked on the paper stack 680, during which the counted inlet is counted based on the paper inlet signal from the paper inlet detection switch S1. When the longevity corresponds to a page requiring authentication, the controller 100 excites the solenoid 470 to drive the authentication roller D410 to perform authentication. In the above, the page requiring authentication is an authentication required point set on the control unit 100 of the automatic authenticator 1 or set on the computer 2 by a selection switch operation on the control panel 121, for example. On the basis of the information on the first or last chapter and the longevity information on the certification documents from the computer (2). For example, if authentication is set to be stamped on the last sheet, when the number of sheets of paper counted based on the sheet incoming signal corresponds to the last sheet of the authentication document, the control unit 100 receives the sheet from the sheet incoming detection switch S1. By energizing the solenoid 470 after a predetermined time after the paper input signal is input, the rotational interruption function for the gear gear 460 and the stationary disc 430 by the stop piece 482 is released. Therefore, the authentication roller shaft (S410) is rotated to perform the authentication operation, the authentication operation is completed by demagnetizing the solenoid 470 just before the authentication roller rotates once. Determination of the solenoid 470 element timing is performed by a separate detection switch, for example, a limit switch that detects the passage of the stop groove, by detecting rotation of the stop disk 430 or by time control by the control means itself. There are many ways to do this.

In addition, as described above, it is also possible to perform the stamping work at the same time as the authentication work, there may be a method of stamping the stamp fee itself to the stamping stamp, the stamping stamping only the outline of the stamp, the computer ( 2) printing fee information is added to document information output from the printer 3 to the printer 3 so that the printing fee can be printed at the position of the paper within the outline of the paper stamped by the stamping means. More preferred.

After the stacking of the paper is completed, that is, the number of incoming sheets counted based on the paper incoming signal from the paper incoming detection switch S1 corresponds to the last chapter of the authentication document, and the incoming completion detection switch S2 is turned off to on. After a predetermined time, the control device 100 drives the braiding device and the pincer device to perform the pinching and pinching work. After the pinching and pinching work is completed, the solenoid 960 is excited for a predetermined time to discharge the plate ( 930 is rotated upward to perform the paper discharge operation.

That is, when the discharge plate 930 is rotated upward, the certification document, which has been sewn and finished, is placed between the first discharge roller D910 being rotated and the first driven roller R910 for discharge, and the discharge guide plate. 950 is discharged to the tray 960 via the second discharge rollers D920 and R920 to complete issuance of the authentication document.

Figure 9 is a block diagram showing another embodiment of the automatic authentication system according to the present invention, by the touch screen (5) to further select the type and subject, the number of copies, etc. of the applicant directly required by the applicant to further automate the issuance of authentication documents It is shown that the automatic authentication system is formed so that the certificate is issued when the corresponding charge displayed on the touch screen (5) is put into the charge dispenser (6).

As the charge injector 6, a charge injector having a charge settlement function that is generally used is used. The charge injector 6 is connected to the serial port of the computer 2 to receive charge information from the computer, and the charge is calculated according to the input amount. The computer 2 that receives the charge settlement completion signal is sent to (2), and the computer 2 that receives the charge settlement completion signal retrieves the corresponding information, and outputs the corresponding document information, the number of copies required, and the number of copies to the printer 3. Printing is executed, and at the same time, a driving command, the number of copies, the number of copies, and the like are output to the control means 100 of the automatic authenticator 3. Since the following operation is as described above, a detailed description thereof will be omitted.

As described above, according to another automatic authenticator and an authentication system using the same according to the present invention, after performing authentication operation by automatically feeding and sorting the authentication document output from the printer into the authenticator without a separate hand. By discharging, it is possible to quickly and continuously perform a certificate issuance task, thus effectively reducing the number of personnel and time required for issuance of a certificate document.

In addition, it is possible not only to accurately feed and align the paper, but also to perform the authentication and stamping operations and the discharge of certification documents with a minimum configuration.

Claims (10)

Paper guide means for guiding the paper discharged from the printer; and Paper feeding means for feeding the paper flowing into the paper guide means; and Paper stacking means for stacking paper fed by the paper feeding means; and Authentication stamp means for stamping the authentication text on the paper; And Braiding means for braiding the paper loaded by the sheet loading means; and Sheet discharging means for discharging the sheet sewn by the sewn means; and Sheet detecting means for detecting the position of the sheet; and And control means for controlling the operation of each means in accordance with a signal from the sheet detection means. According to claim 1, wherein the paper supply means, the drive side roller is installed on the automatic authenticator body; and the driven side roller is installed on the cover formed to be opened and closed on the front of the body and engaged with the drive side roller; Automatic authenticator characterized in that. According to claim 1, wherein the authentication means, the authentication roller is installed on the automatic authenticator body, the authentication stamp is stamped authentication seal is replaceably coupled; and the cover is formed to be opened and closed on the front of the body An authentication receiving roller which is installed and meshes with the authentication roller; and a feeder roller which is replaceably installed at the rear of the authentication roller of the body. 4. The automatic authenticator according to claim 3, wherein the authentication bearing roller is stamped with the reverse phase of the authentication text stamped on the authentication stamp plate. 4. The automatic authenticator according to claim 3, wherein a drive gear is installed at one end of the drive shaft to which the authentication roller is coupled via a one-way clutch. 2. The paper stacking apparatus of claim 1, wherein the paper stacking means comprises: a plate-shaped paper stack extending to the flattening means; and a driving-side roller for feeding the paper installed at the front end of the paper stack to the paper stacking target; And a driven side roller rotatably engaged with the driving side roller and rotatably installed along the outer circumference of the driving side roller. The apparatus of claim 1, wherein the paper discharging means comprises: a driving side roller installed at an upper end of the front portion of the automatic authenticator body; and a sheet-shaped paper discharging plate rotatably installed upward; and a side of the container discharging plate. And a driven side roller engaged with the driving side roller when the container discharge plate rotates upward. A computer for outputting information on the contents, the number of copies, and the number of copies of the certification document; and A printer for printing authentication documents according to the information output from the computer; and Paper guide means for guiding the paper output from the printer, paper feed means for feeding the paper flowing into the paper guide means, paper loading means for loading the paper fed by the paper feed means, Authentication stamping means for stamping the authentication text on the paper, braiding means for braiding the paper loaded by the paper stacking means, paper discharging means for discharging the paper sewn by the braiding means, and position of the paper. And an automatic authenticator having a sheet detecting means for detecting a signal and a control means for controlling the operation of each means in accordance with a signal from the sheet detecting means and a long life signal from the computer. Automatic authentication system. The system of claim 8, further comprising: a touch screen connected to the computer for selecting a type, a subject, and a number of authentication documents, and displaying fee information; and receiving fee information from a computer to settle a fee according to an input amount. Automated authentication system further comprises; a charge injector for performing. 10. The method according to claim 8, wherein the automatic authenticator further comprises a stamping means for stamping the outline of the stamp, and the computer sends the stamp fee information so that the stamp fee can be printed in the outline of the stamp stamped by the stamping means. Automatic authentication system, characterized in that for output to the printer.