KR20080110337A - Automatic certification device - Google Patents

Abstract

A device for automatically issuing certification is provided to align both sides of the paper in the container automatically. A printed paper is outputted form the outlet of a printer, and contained to a certification issuing device. The contained paper is bind by a stapler and outputted to an outlet part(40). A transferring mean(50) transfers the contained paper to the outlet part. A stopping mean stops the transferring of the paper. A jog mean(70) aligns the each edge of the paper in the container.

Description

Automatic certification device

1 is a plan view showing the overall structure of the automatic authentication interlock according to the present invention.

Figure 2 is a side view showing the overall structure of the automatic authentication interlock according to the present invention.

Figure 3 is a perspective view of the transfer means, stopper means and jog means of the automatic authentication interlock according to the present invention.

Figure 4 is a plan view showing a transfer means, a stopper means and a jog means of the automatic authentication interlock according to the present invention, a view for explaining the state before the sheet is aligned.

Figure 5 is a plan view showing a transfer means, a stopper means and a jog means of the automatic authentication interlock according to the present invention, a view for explaining the state after the paper is aligned.

Figure 6 is a side view showing the transfer means, stopper means and jog means of the automatic authentication interlock according to the present invention.

7 is a view showing a state in which the stopper means rotated downward in FIG.

Figure 8 is a perspective view showing the left, right transfer means of the automatic authentication interlock according to the present invention.

9 is a plan view of the left, right transfer means of the automatic authentication interlock according to the present invention, the left, right transfer means is a view of the state before the transfer to the left and right.

10 is a plan view of the left, right transfer means of the automatic authentication interlock according to the present invention, the left, right transfer means after the state is transferred to the left, right.

Figure 11 is a side view of the left, right transfer means of the automatic authentication interlock according to the present invention.

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

100: automatic authentication interlock 10: supply

20: loading part 30: stapler part

40: discharge part 50: transfer means

51: feed motor 51a: drive pulley

52, 53: front and rear conveyor shafts 52a, 53a: rotary pulley

54: belt 55: transfer plate

55a: protrusions 55b: downward protrusions

60: stopper means 61: stopper shaft

62: stopper plate 62a: protrusion

63: solenoid 64: operating lever

70: jog means 71, 72: first or second jog lever

71a: hinge point 71b: contact protrusion

73: jog link 74: jog bar

80: left and right transfer means 81: drive unit

81a: stepping motor 81a-1: driving side pulley

81b: driven pulley 81c: timing belt

81d: children pulley 82: carrier

82a: stapler assembly 82b: guide roller

82c: sliding rod 83: guide part

83a: guide rail 83b: guide shaft

The present invention relates to an automatic authentication interlocker, and more particularly, in order to automatically align the edges of the respective papers fed to the loading unit of the automatic authentication interlocker automatically when both sides of the paper is automatically loaded on both sides of the paper. It relates to an automatic authentication interlocker for sorting.

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. The certification work to be performed, the certificate (certification) attachment work according to the type of certification documents, the segregation work in the case of two or more certification documents, and the simple work to prevent the forgery of two or more documents should be performed. Various types of automatic authentication interlocks have been developed and marketed to automate a series of tasks related to issuing certification documents for reducing the burden of paperwork personnel and for prompt processing of certification documents issuance.

As a conventional example of the automatic authentication interlocker as described above, it can be found in the "automatic authenticator and the automatic authentication system using the same" of Patent Publication No. 0228889 registered and filed by the applicant.

In summary, it is a computer that stores authentication-related data, retrieves the subject material from the stored data, prints it out to the printer, and prints information on the number of documents issued by the automatic authentication interlocker, and information output from the computer. Printer and prints each sheet of paper output from the printer at the same time as the output is delivered to the required location, for example, at the bottom of the last chapter to perform authentication and stamping work, It consists of an automatic authentication interlocker that automatically discharges the completed certificate after performing a simple work.

The computer is also connected with the control means of the automatic authentication interlocker to receive various control information.

In addition, the automatic authentication interlocker includes paper guide means for guiding the paper discharged from the printer to the automatic authentication interlocker, paper feed means for feeding the paper flowing into the paper guide means into the automatic authentication interlocker, and paper feed means. Paper loading means for constantly loading the paper fed by the inside of the automatic authentication interlocker, Authentication means for stamping the certificate and the date of issue, the name of the issuing organization, seal, etc., and stamp for the stamp Means, a stapling means for stapling the paper loaded by the paper stacking means composed of a known stapler operated by a motor or the like, a stamping means composed of a known perforator operated by the motor and the cam, and an authentication stamp, Paper discharge for discharging certification documents completed for stamping, knitting, and stamping to the outside of the automatic certification interlocker However, the paper detecting means disposed on the paper moving passage for detecting the position of the paper, that is, the paper movement state inside the automatic authentication interlocker, is composed of a limit switch, a micro switch or an optical sensor, and automatic authentication. And a switching means arranged on a control panel outside of the interlock. The control means receives signals from a computer, a sheet detecting means, and a switching means to control the operation of each part of the automatic authentication interlock.

However, the conventional automatic authentication interlocker as described above has a problem in that the jog means for aligning the papers loaded on the paper stacking stand is fixedly formed so as to simply support both sides of the paper so that accurate paper alignment is not achieved.

In addition, the conventional automatic authentication interlocker as described above, after the paper output from the printer is fed to the paper stack through the front feed roller is sewn by the operation of the stapler fixed to the main body of the authenticator, and then back to the front discharge roller. There is a problem that the structure is complicated to be discharged by.

SUMMARY OF THE INVENTION The present invention has been made to solve such a conventional problem, and an object thereof is automatically provided when paper is supplied to a loading unit to automatically align the corners of each paper supplied to the loading unit of the automatic authentication interlocker automatically. It is to provide an automatic authentication interlock to align both sides of the.

In addition, another object of the present invention is to stapled by the stapler after the paper output from the printer is fed to the paper stacking unit in the back of the authenticator, the stapler is left when the sheet is discharged in order to discharge the sheet to the front of the authenticator The present invention provides an automatic authentication interlock having a structure for transferring to the right side.

In order to achieve the above object, the present invention provides an authenticator in which paper output from a printer is fed from a supply unit and loaded on a stacking unit inside the authenticator, and the stacked sheet is deflated by a stapler unit and discharged to a discharge unit. Transfer means for transferring the paper loaded in the stacking unit to the discharge unit, a stopper means for stopping the tip of each sheet of paper supplied from the feeder to the stacking unit, and jog means for aligning the edges of each sheet of paper loaded in the stacking unit. It will include.

In addition, the conveying means is installed on the lower side of the loading section, the driving pulley is installed at the tip, the forward and reverse rotation of the transfer motor, and the rotating pulley is installed on the shaft, and before, A transfer plate which connects between the rear conveyor shaft and the rotary pulley, and which can be moved forward and backward by the transfer motor, and which is clamped to the belt and has a protruding piece formed at the rear end to push the rear end of the paper toward the discharge part. It is to include.

In addition, the stopper means is installed on the lower side of the loading portion, the stopper shaft is rotated forward and backward at a predetermined angle, and one side is fixed on the stopper shaft, and the other side is projected upwards to stop the leading edge of the paper It is composed of a stopper plate and a solenoid which is connected to the operation lever installed on one side of the stopper shaft to forward and backward by a control signal so as to rotate the stopper shaft forward and backward.

In addition, the jog means, the first and second jog levers are respectively installed in front and rear of the stacking unit by the circular motion by a conveying plate to move forward and backward by sensing the signal that the paper is loaded on the stacking unit, and the first And a jog link connecting the two jog levers so as to interlock with each other and protruding from the upper surfaces of the first and second jog levers, respectively, and the edges of each paper loaded into the stack by the circular motions of the first and second jog levers. It includes a jog bar to align.

The apparatus may further include left and right transfer means of the stapler assembly, which transfers the pair of stapler assemblies installed in the stapler unit left and right outward in the width direction of the paper so that the sheet is discharged to the discharge unit.

In addition, the left and right transfer means, the power transmission by the power source, the stepping motor is provided with a driving pulley at the tip, the driven side pulley which is spaced apart a certain distance to the left and right of the drive side pulley of the stepping motor and the A driving unit comprising a timing belt connecting the driving side pulley and the driven side pulley, the stapler assembly being loaded, and an end of which is clamped to the belt so that the stepping motor can be moved left and right by forward and reverse rotation of the stepping motor; It consists of guides respectively installed on the lower side of the carriage to guide the left, right transfer of the carriage.

The guide unit may include a guide rail installed in the width direction to guide the guide roller installed at the rear of the carrier, and a guide shaft installed in the width direction so that the sliding rod installed at the front of the carrier is coupled to the left and right.

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

1 is a plan view showing the overall structure of the automatic authentication interlock according to the present invention, Figure 2 is a side view showing the overall structure of the automatic authentication interlock according to the present invention.

As shown in the automatic authentication interlocker 100, the paper P output from the printer (not shown) is fed from the supply unit 10 and loaded in the loading unit 20 inside the authenticator, and the loaded paper (P) is to be discharged to the discharge portion 40 after being stapled by the stapler portion (30).

For reference, the supply unit 10 is a combination of a plurality of feed rollers, drive motors, belts, etc. so that the paper (P) output from the printer is supplied into the authenticator, the discharge unit 40 is also coupled to the discharge roller, etc. Since the structure does not correspond to the gist of the present invention, a detailed description thereof will be omitted.

In addition, the loading part 20 represents the site | part where the paper P is loaded in the inside of the authenticator, and the stapler part 30 expresses the site | part to which the paper P is loaded.

In addition, the present invention is a conveying means 50 for transferring the paper (P) loaded in the stacking portion 20 to the discharge portion 40, and each of the feed unit 10 is supplied to the stacking portion 20 The stopper means 60 which stops the front-end | tip of the paper P, the jog means 70 which aligns the edge of each paper P loaded in the said loading part 20, and the said stapler part 30, Left and right transfer means (80) of the stapler assembly (82a) to convey the pair of stapler assembly (82a) installed left and right in the width direction outside of the paper (P) to discharge the paper (P) to the discharge unit 40 ) Is included.

3 to 7 are views showing a transfer means, a stopper means and a jog means of the automatic authentication interlock according to the present invention.

The conveying means 50 is installed on the lower side of the mounting portion 20, and the driving pulley 51a is installed at the tip, and the forward and reverse rotation of the transfer motor 51 and the rotating pulley 52a on the shaft ( 53a) is installed, and is connected between the front and rear conveyor shafts 52 and 53 and the rotary pulleys 52a and 53a respectively installed at the front, rear, and bottom of the loading unit 20, and the transfer motor ( 51 conveys the belt 54 which can be moved forward and backward and the belt 54 is clamped, and a protruding piece 55a is formed at the rear end to push the rear end of the paper P toward the discharge part 40 side. It includes the plate 55.

In addition, the front and rear conveyor shafts 52 and 53 are provided with a pair of rotary pulleys 52a and 53a, respectively, on the left and right sides, and the belt 54 is disposed on the left and right sides, respectively. It is installed.

In addition, the transfer plate 55 is clamped to the belts 54 respectively installed on the left and right sides, and the transfer plate 55 is moved forward from the rear of the paper P to the front side by the paper discharge signal of the controller. The paper P is pushed toward the discharge part 40 side by the 55a.

In addition, a lower protrusion 62a is formed at the front lower side of the transfer plate 55 to circularly move the first jog lever 71 of the jog means 70 to be described later.

In addition, the idle pulley 56 is installed on both sides of the drive pulley 51a of the transfer motor 51 to maintain the tension of the belt 54.

The stopper means 60 is installed on the lower side of the mounting portion 20, the stopper shaft 61 is rotated forward and backward at a predetermined angle, and one side is fixed on the stopper shaft 61, and protrudes on the other side The stopper plate 62 protrudes upward to stop the leading edge of the paper P, and is provided on one side of the stopper shaft 61 so as to rotate the stopper shaft 61 forward and backward. It is composed of a solenoid 63 that is linked to the operating lever 64, the front and back by the control signal.

That is, the stopper means 60 stops the tip of each sheet of paper P supplied to the stacking unit 20, and the paper of the control unit in the state in which the stack P is loaded in the stacking unit 20. The solenoid 63 is operated by the discharge signal to operate the operation lever 64 to rotate the stopper plate 62 downward by an angle, so that the transfer plate 55 of the transfer means 50 advances to form a paper ( P) is to be discharged to the discharge portion 40 side.

The jog means 70 is circular arc motion at a predetermined angle by the conveying plate 55 to detect the signal that the paper (P) is loaded on the stacking portion 20 forward and backward, respectively installed in front and rear of the stacking portion 1,2 jog levers 71 and 72, jog links 73 for connecting the first and second jog levers 71 and 72 to interlock, and the first and second jog levers 71 ( The jog bar 74 which protrudes on the upper surface of the 72 and aligns the edges of the respective papers P to be loaded into the loading part 20 by the arc motion of the first and second jog levers 71 and 72. It will include.

In addition, the first jaw lever 71 has a hinge point 71a formed at the center thereof, and a contact protrusion 71b contacting the lower protrusion 55b of the transfer plate 55 at one end thereof is formed. The jog bar 74 protrudes above the other end.

In addition, one side of the second jog lever 72 is connected to the first jog lever 71 and the jog link 73, and a jog bar 74 protrudes from an upper portion of the connected one side, and a hinge point on the other side. (2) is formed so that the second jog lever 72 is interlocked through the jog link 73 according to the circular motion of the first jog lever 71, so that each jog bar 74 is left of the paper P. , The front and rear ends of the right side is to be arranged to align the edge of the paper (P).

8 to 11 is a view showing the left, right transfer means of the automatic authentication interlock according to the present invention.

The left and right transfer means (80) transmits power by a power source, and is provided with a stepping motor (81a) having a driving side pulley (81a-1) at its tip, and a driving side pulley (81a-) of the stepping motor (81a). 1) A driving part 81 consisting of a driven pulley 81b spaced at a predetermined distance on the left and right sides and a timing belt 81c connecting the driving pulley 81a-1 and the driven pulley 81b. And, the stapler assembly (82a) is loaded, the end is clamped to the timing belt (81c) and the carriage 82 to be transferred to the left and right by forward and reverse rotation of the stepping motor 81a, and the conveyance The guide portion 83 is provided on the lower side of the carriage 82 to guide the left and right transfer of the base 82, respectively.

In addition, the guide portion 83, the guide rail 83a provided in the width direction so as to guide the guide rollers 82b installed at the rear of the carriage 82, and the sliding provided in front of the carriage 82. The rod 82c is coupled to the guide shaft 83b installed in the width direction so as to be transferred to the left and right.

In addition, an idle pulley 81d is installed in the timing belt 81c connecting the driving side pulley 81a-1 and the driven side pulley 81b to maintain the tension of the timing belt 81c.

Referring to the operation according to the automatic authentication interlock of the present invention configured as described above in detail.

When the type and number of certificates requested by the complainant are entered into a computer (not shown), the computer searches for the corresponding information and displays it on the screen. The document outputs information corresponding to the required number of copies and the number of copies to a printer to execute printing, and at the same time, outputs a driving command, the number of copies, and the number of copies to the control unit of the automatic authentication interlocker 100.

When the paper P of the certificate paper is output from the printer, the output paper P is fed into the supply unit 10 of the automatic authentication interlocker 100, and the insertion of the paper P is detected in the supply unit 10. A switch (not shown) is installed at the front and rear ends to input an incoming signal of the paper P to the control unit, and accordingly, the transfer motor 51 of the transfer means 50 moves forward and reverse, and the loading unit 20 The paper P loaded thereon is aligned by the jog means 70.

At this time, the tip of the paper P is stopped by the stopper means 60.

That is, as the transfer plate 55 is advanced by the forward rotation of the transfer motor 51 of the transfer means 50, the first jog lever 71 is returned by the elastic member and connected to the jog link 73. While the second jog lever 72 is interlocked with each other by the jog bar 74 protruding from the upper side of the first and second jog levers 71 and 72, the paper P is trimmed. The first and second jog levers 71 and 72 are transferred to the outside while the transfer plate 55 is moved backward by the reverse rotation of the transfer motor 51.

As described above, when the paper P is supplied to the stacking unit 20 through the supply unit 10 in the state in which the paper P is aligned by the jog means 70, the above process is repeated.

If the control unit signals that there is no supply of the paper P while the paper P is aligned, the left and right ends of the paper P are stapled by the stapler assembly 82a of the stapler unit 30. In addition, the stapler assembly 82a is conveyed to the left and right sides by the left and right conveying means 80 so that the paper P can be discharged.

Looking at this in more detail, the stepping motor 81a of the left and right conveying means 80 is forwardly rotated by the control signal that there is no supply of the paper P, and the carriage 82 clamped to the timing belt 81c is transferred. After the guide portion 83 is guided to the left and right will be conveyed.

When the paper P is uneven as described above and the carriage 82 on which the stapler assembly 82a is installed is transferred to the left and right sides, the stopper means 60 which stops the tip of the paper P is operated. When the solenoid 63 is moved backward to rotate the operating lever 64, the stopper formed with a protrusion 62a which stops the front end of the paper P while the fixed stopper shaft 61 of the operating lever 64 is rotated. The plate P is rotated downward, and the paper P is moved by the protrusion piece 55a protruding behind the transfer plate 55 while the transfer plate 55 is advanced by the rotation of the transfer motor 51. The paper P can be ejected by pushing the rear end of the paper.

On the other hand, if the certificate is made of a single paper (P), the stopper in the state in which the stapler assembly 82a is moved to the left and right by the left and right transfer means 50 in a state where the knitting operation is omitted by the control signal. The stopper plate 62 having the protrusion 62a of the means 60 is rotated downward, and the transfer plate 55 is moved forward by the rotation of the transfer motor 51 to the rear of the transfer plate 55. The rear end of the paper P is pushed by the protruding protrusion 55a to allow the paper P to be discharged.

Although the present invention has been described with reference to one embodiment shown in the accompanying drawings, it will be understood that various modifications and other embodiments are possible to those skilled in the art.

The automatic authentication interlock according to the present invention as described in detail above, by automatically aligning both sides of the paper when the paper is supplied to the stacking unit, automatically the edge of each sheet fed to the stacking unit of the automatic authentication interlocker You can sort exactly.

In addition, the automatic authentication interlock according to the present invention allows the stapler assembly to be moved to the left and right when the paper of the stack is discharged to the discharge unit, so that the paper output from the printer is fed to the paper stack from the rear of the authenticator, and then stapled by the stapler. And the unwrapped paper can be discharged in front of the authenticator.

Claims (7)

The paper P output from the printer is fed from the supply unit 10 to be loaded into the stacking unit 20 inside the authenticator, and the stacked sheet P is sewn by the stapler unit 30 and then discharged ( In the authenticator discharged to 40), Transfer means 50 for transferring the paper (P) loaded in the stacking portion 20 to the discharge portion 40, and A stopper means (60) for stopping the tip of each sheet of paper (P) fed from the supply section (10) to the stacking section (20), Automatic authentication interlock characterized in that it comprises a jog means (70) for aligning the edge of each paper (P) to be loaded in the stacking portion (20). The method of claim 1, wherein the transfer means 50, In addition to the lower side of the loading section 20, the drive pulley (51a) is installed at the front end, the forward and reverse rotation of the transfer motor 51, Rotating pulleys 52a and 53a are provided on the shaft, and the front and rear conveyor shafts 52 and 53 are respectively provided before and after the lower side of the loading section 20, A belt 54 connected between the rotary pulleys 52a and 53a and capable of being transferred back and forth by the transfer motor 51; Automatic authentication interlocking, characterized in that it comprises a conveying plate 55 which is clamped to the belt 54, a protruding piece (55a) is formed at the rear end to push the rear end of the paper (P) toward the discharge unit 40 side group. The method of claim 1, wherein the stopper means 60, A stopper shaft 61 installed at a lower side of the loading part 20 and rotating forward and reverse at a predetermined angle; A stopper plate 62 having one side fixed to the stopper shaft 61 and a protrusion 62a protruding upward on the other side to stop the tip of the paper P; It is characterized in that it is composed of a solenoid (63) which is connected to the operating lever 64 provided on one side of the stopper shaft (61) forward and backward by a control signal to rotate the stopper shaft (61) forward and backward. Automatic authentication interlocker. According to claim 1, The jog means 70, The first and second jog levers 71 are circularly moved at a predetermined angle by the conveying plate 55 which detects a signal on which the paper P is loaded on the stacking portion 20 and moves forward and backward. 72, A jog link 73 connecting the first and second jog levers 71 and 72 to interlock with each other; Each paper protruding from the upper surfaces of the first and second jog levers 71 and 72, and loaded into the stacking unit 20 by the circular motion of the first and second jog levers 71 and 72 ( Automatic authentication interlock comprising a jog bar (74) for aligning the edge of P). The method of claim 1, The pair of stapler assemblies 82a installed in the stapler unit 30 are moved left and right in the width direction outside of the paper P so that the paper P is discharged to the discharge unit 40. Automatic authentication interlock characterized in that it further comprises a left, right transfer means (80). According to claim 5, The left and right transfer means 80, A power is transmitted by a power source and is vertically spaced apart from the left and right sides by a stepping motor 81a provided with a driving pulley 51a at the tip and a driving side pulley 81a-1 of the stepping motor 81a. A driving part 81 including a driving pulley 81b and a timing belt 81c connecting the driving pulley 81a-1 and the driven pulley 81b; The stapler assembly (82a) is loaded, the end is clamped to the belt 54 and the carriage 82 to be transferred to the left and right by forward and reverse rotation of the stepping motor (81a), Automatic authentication interlock, characterized in that consisting of a guide portion (83) respectively installed on the lower side of the carriage (82) to guide the left, right transfer of the carriage (82). The method of claim 6, wherein the guide portion 83, A guide rail 83a installed in the width direction to guide the guide roller 82b installed at the rear of the pallet 82; Automatic sliding linker, characterized in that consisting of a guide shaft (83b) installed in the width direction so that the sliding rod (82c) installed in front of the carriage 82 is coupled to the left, right conveyed.

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