KR100317511B1 - Apparatus for variably changing paper feeding guide of an multifunctional stamper interlocking with a computer which an unattended document issuance is possible - Google Patents

Abstract

The present invention provides a paper guide means for guiding the paper discharged from the printer, a paper feeding means for feeding the paper flowing into the paper guide means, and a paper for loading and taking out the paper fed by the paper feeding means. Stacking and printing means, stamping means for stamping the authentication door on the paper, stitching and stamping (perforation) for stitching and stamping (punching) the paper loaded and retrieved by the paper loading and publishing means Means, paper ejection means for discharging the sheet sewn by the stitching and puncturing means, paper detecting means for detecting the position of the paper, and a signal from the paper detecting means, An unmanned authentication interlock having a control means for controlling an operation, the unmanned authentication interlock comprising: a fixed guide for fixing the paper loading and interleaving means to an authenticator body; A moving guide is installed to be movable with respect to the guide, and a braided and simple means are provided. The moving guide is installed and guided to the fixed guide and is moved. The moving plate is combined to move the moving plate to a working position. A moving shaft for moving, a fixed plate having a long hole as a moving path of the moving shaft, and a driving means for reciprocating the moving shaft in the long hole of the fixed plate. By changing the position of the guide means for guiding the paper, the authentication operation can be performed regardless of the size of the paper.

Description

Apparatus for variably changing paper feeding guide of an multifunctional stamper interlocking with a computer which an unattended document issuance is possible}

The present invention relates to a computer-linked multi-factor authenticator that can be issued unattended, in particular, by varying the position of the guide means for guiding the paper in the paper loading zone according to the size of the paper to be processed so that authentication can be performed regardless of the size of the paper The present invention relates to a paper guide variable device of a computer-linked multi-factor authenticator capable of issuing an unmanned service.

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, certificate (affiliation) affixation work according to the type of certification documents, sewn work when there are two or more certification documents, and a simple work to prevent 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 issuance of certification documents for reducing the burden of the personnel and at the same time for the prompt processing of certification documents issuance tasks.

The above-described conventional automatic authenticators drive the driving device when the certification document to be inserted is inserted into the insertion slot, and the authentication, certificate attachment, stitching, and stamping work are automatically performed, thereby simplifying and streamlining the issuance of the certification document issuing work. Although it has contributed to the quick and accurate processing of the certification office, the certification documents output from the printer are arranged by the civil servant in charge and inserted into the insertion slot of the automatic authenticator, and the authentication, certificate affixing, stitching, and stamping work are performed by the automatic authenticator. After the complaints had to be withdrawn, the task of issuing certification documents could not be fully automated, and there was a problem in that the number and time required for issuing certification documents could not be effectively reduced because of the intermittent work.

In order to solve the above problems, the applicant of the Korean Patent No. 97-12740, the authentication document output from the printer automatically fed and aligned into the authenticator without going through a separate hand to perform the authentication operation to be discharged An automatic authenticator capable of fully automating the task of issuing certification documents and an automatic certification system using the same have been proposed.

However, as a problem that is not solved in the above-described filed invention, since the position of the paper guide for guiding the paper fed into the authenticator on the loading table is a fixed type, there is a fundamental problem in that the authentication operation cannot be performed except for the prescribed paper standard. there was. That is, even in the same A4 paper, the work can be performed only when paper is fed in the width direction, but there is a fundamental limitation that the work cannot be performed when paper is fed in the longitudinal direction.

Therefore, an object of the present invention is to smoothly perform the authentication operation of the paper by varying the position of the paper guide according to the size of the paper or the feeding direction of the paper being fed in the state that the paper of different sizes are fed.

1 is an external perspective view of an unmanned authentication interlock according to the present invention.

Figure 2 is a block diagram showing the configuration of an unmanned authentication interlocker to which the present invention is applied.

Figure 3 is a side view showing a paper stacking device of the present invention unmanned authentication interlock.

4 is a cross-sectional view of the main part of FIG. 4 for showing a configuration of a driving means of the apparatus of the present invention;

FIG. 5 is a plan view as seen in the state removing the moving plate in FIG.

Figure 6 is a side view showing an operating state of the device of the present invention.

(Explanation of symbols for the main parts of the drawing)

One ; Authenticator body 3; printer

10; Moving plate 20; Fixed Plate

30,40; Motor 31,32; V belt

33,34,42,44,51,52; Belt pulley

50; Moving shaft 610; Fixed Guide

620; Moving guide

In order to achieve the object of the present invention as described above, the paper guide variable device of the computer-linked multi-factor authenticator capable of issuing paper can be provided with paper guide means for guiding paper discharged from the printer, and paper introduced into the paper guide means. Paper feeding means for feeding, paper loading and retrieving means for loading and retrieving papers fed by the paper feeding means, authentication stamping means for stamping authentication letters on paper, and paper loading and retrieval Knitting and printing (punching) means for braiding and staking (punching) papers loaded and interleaved by means, and paper discharging means for discharging paper punched by the knitting and punching (perforating) means, and paper Paper detecting 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 detecting means. In the unmanned authentication interlocker, the guide and the fixing guide for fixing the paper loading and the loading means to the authenticator body, the movement guide is installed so as to be movable relative to the fixing guide, the braided and stamped means and the movement guide A moving plate which is installed and guided to the fixed guide, the moving plate is coupled to the moving plate to move the moving plate to a working position, a fixed plate having a long hole which is a moving path of the moving shaft, and the moving shaft It characterized in that it comprises a drive means for reciprocating in the long hole of the fixed plate.

The drive means is provided by being divided into a low-speed motor and a high-speed motor, the belt member is installed in each motor connected to the upper and lower ends on the moving shaft, it is preferable that several belt pulleys are installed in each belt member.

Hereinafter, preferred embodiments of the present invention as described above will be described in more detail with reference to the accompanying drawings.

1 is a perspective view of an unattended computer-linked composite authenticator to which the present invention is applied, and FIG. 2 is a block diagram showing a configuration of a computer-linked composite authenticator to which the present invention is applied. 3 is a side view showing the device of the present invention, FIG. 4 is a cross-sectional view of the main part of FIG. 3 for showing the configuration of the drive means of the present invention, and FIG. 5 is a plan view of the moving plate removed from FIG. 4.

As shown in this, the unmanned authentication interlocker 1 of the embodiment of the present invention, the paper guide means 200 for guiding the paper discharged from the printer to the unattended authentication interlocker, and the paper flowing into the paper guide means unattended authentication interlocking The paper feed means 300 for feeding the paper into the machine, the paper loading and retrieving means 600 for constantly loading and retrieving the paper fed by the paper feeding means into the unmanned authentication interlocker, and the paper. Paper stacking means consisting of authentication stamping means 400 for stamping the authentication text and the issue date, issuing organization name, seal, etc., stamping means 500 for stamping the paper, and a known stapler operated by a motor or the like. Stapling means 700 for stabilizing the paper loaded by the 600, a stamping means 800 composed of a well-known perforator operated by a motor and a cam, an authentication seal, a stamp seal, and a warp yarn, Paper discharge means 900 for discharging the completed authentication document to the outside of the unmanned authentication interlocker and the position of the paper in the unmanned authentication interlocker, that is, on the movement path of the paper to detect the movement state of the paper. It is provided with a sheet detecting means 110, which is arranged, and composed of a limit switch, a micro switch, an optical sensor, and the like, and a switching means 120 arranged on a control panel outside the unmanned authentication interlock. 100 receives a signal from the computer 1, the sheet detecting means 110 and the switching means 120 to control the operation of each part of the unmanned authentication interlocker is the same as the configuration and operation of the pre-certified authenticator.

In the present invention, the fixing guide 610 that the guide for guiding the paper in the paper loading and retrieval means 600 is maintained in a fixed state, and the movement guide 620 moving in the paper feeding direction with respect to the fixing guide 610. It is divided into, and the braiding means 700 and the caring means 800 is installed on the moving plate 10 is separated from the main body 1, the moving plate 10 to be described later below the moving plate 10 A fixing plate 20 is provided which is provided with means for moving.

Means for moving the moving plate 10 is a low-speed drive motor 30 and a high-speed drive motor 40 is fixed to the fixed plate 20 as a drive source, the moving plate 10 is fixed to the fixed plate 20 A sliding shaft 50 which is slid in the long hole 21 of the movable plate 10 to change the position of the moving plate 10, and V-belts 31 and 41 which transmit the rotational force of the low speed drive motor and the high speed drive motor to the moving shaft; It consists of several belt pulleys (32, 33) (42, 43) for maintaining the tension of the V-belt, and movable pulleys (51, 52) sliding together with the moving shaft (50).

In the present invention, the moving means of the moving plate is divided into the low speed drive motor 30 and the high speed drive motor 40 to be configured to accurately set as soon as possible in the position where the moving plate is to be placed.

That is, in the initial stage of moving the paper guide, the high speed drive motor 40 and the low speed drive motor 30 are operated together, and the moving plate 10 is mainly moved by the high speed drive motor 40, and the moving plate 10 is moved. At the time of being set, the high speed drive motor 40 is stopped and only the low speed drive motor 30 is driven to precisely control the position of the moving plate.

The operation of the present invention configured as described above will be described.

The paper discharged from the printer 3 is guided by the paper guide means 200, and is fed by the paper feed means 300, and then conveyed to the paper loading stand after authentication and stamping are performed. At this time, the paper detection means 110 detects the size of the paper, or inputs the size of the paper from the outside by the switching means 120 disposed on the control panel outside the unmanned authentication interlocker 1. By the control means 100 sends a signal so that the paper loading and loading means 600 is variable.

For example, if a signal for feeding A4 paper in the longitudinal direction is sent, the low-speed drive motor 30 and the high-speed drive motor 40 of the apparatus of the present invention are actuated by this signal to produce a V-belt 31 wound around the axis of each motor. ) 41 is rotated, and the moving shaft 50 is slid along the long hole 21 of the fixed plate with the movable pulleys 51 and 52 by the rotation of the V-belts 31 and 41. Therefore, by the movement of the moving shaft 50, the moving plate 10 on which the braiding means 700, the trunking means 800, etc. are mounted is moved. At this time, the fixing guide 610 is fixed to the authenticator body 1 and the movement guide 620 slides from the position of FIG. 3 to the position shown in FIG. 6 on the rail of the fixing guide 610.

Initially, the movement operation of the moving shaft 50 is moved at high speed by the high speed drive motor 40. However, when the moving plate 10 approaches the position to be set, the high speed drive motor 40 is stopped and the low speed drive is performed. Only the motor 30 is driven to move the moving shaft 50 at a low speed to accurately set the moving plate 10 at the desired position. Thus, the state in which the movable plate 10 is completely set is the state shown in FIG.

After the paper is fed in the state in which the movable plate 10 is set as described above, the paper is folded by the knitting means 700, and a stamping operation is performed by a stamping means 800 composed of a perforator, thereby authenticating the seal. And the stapled, stamped work is completed is the document is discharged to the outside of the unmanned authentication interlock device 1 by the paper discharge means (900).

After the longitudinal work of the A4 paper is completed, if a signal is given to perform the work in the A4 paper width direction again, the low speed drive motor 30 and the high speed drive motor 40 are driven again to their original positions. As the shaft 50 slides, the movable plate 10 returns to the widthwise working position of the paper.

As described above, the paper guide variable device of the computer-linked multi-factor authenticator that can be issued unattended according to the present invention can be used regardless of the size of the paper in various types by varying the positions of the paper loading zone, the stitching and the puncturing means according to the specification of the paper. It has the effect of doing the job.

The present invention is not limited to the above embodiments, but can be modified as many as possible within the technical spirit of the present invention described in the claims.

Claims (2)

Paper guide means for guiding the paper discharged from the printer, paper feed means for feeding the paper flowing into the paper guide means, and paper loading and retrieval for loading and retrieving paper fed by the paper feed means. Stapling and stamping the paper loaded by the means for loading, the authentication stamping means for stamping the authentication text on the paper, the stamping means for printing the paper, the ames press means, and the paper loading and retrieving means (perforation) And the sheet dispensing means for discharging the sheet sewn by the sewn and penetrating means, the sheet detecting means for detecting the position of the sheet, and the sheet detecting means. In the unmanned authentication interlock having a control means for controlling the operation of each means in accordance with a signal from The paper loading and publishing means A fixed guide fixed to the authenticator body; A movement guide installed to be movable relative to the fixed guide; And a moving plate which is provided with braided and carved means and is moved while being guided to the fixed guide by installing the moving guide; A moving shaft coupled to the moving plate to move the moving plate to a working position; A fixed plate having a long hole, which is a movement path of the moving shaft, And a drive means for reciprocating the movable shaft in the long hole of the fixed plate. The method of claim 1, The driving means is provided by being divided into a low speed motor and a high speed motor, the belt member is installed in each motor is connected to the upper and lower ends of the moving shaft, each belt member is unmanned, characterized in that several belt pulleys are installed Paper guide variable device of computer-linked multi-factor authentication that can be issued.