KR200311213Y1 - The automatic document issue equipment - Google Patents

Abstract

The present invention relates to an automatic document issuing device, and the authentication, punching, and stitching operations are automatically performed sequentially without the need for a separate person's hand to issue the certificates output from the printer when issuing various certificates, thereby improving the efficiency of issuing documents. And useful for increasing convenience.

The present invention, when the selected document is output through a conventional printer, the supply unit 10 for supplying and transporting and aligning one by one, and the authentication unit is performed authentication by the stamping roller 22 engraved with the seal ( 20), the hollow body having a plurality of holes (33a, 33b, 33c) and the punching unit 30, the stapler 42 is embedded, the punching unit 30 to perform the drilling operation by the built-in pin 34 41 is composed of a braiding portion 40 for horizontally moving inward to perform the braiding operation, and the discharge unit 50 for discharging the document is completed.

Through this, the present invention provides an automatic document issuing device in which authentication, punching, and stitching operations are automatically performed sequentially, without passing a separate person's hand on the certificates output from the printer when issuing various certificates, thereby improving document issuance efficiency. Increasing gender and convenience, reducing labor force, greatly reducing document issuance time, issuing cost is low, as well as allowing civil complaints to be issued directly, which has the effect of promoting the convenience of civil complaints.

Description

Automatic document issue equipment {The automatic document issue equipment}

The present invention relates to an automatic document issuing device, and the authentication, punching, and stitching operations are automatically performed sequentially without the need for a separate person's hand to issue the certificates output from the printer when issuing various certificates, thereby improving the efficiency of issuing documents. And useful for increasing convenience.

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, stamping work according to the type of certification document, stamping work in case of more than 2 sheets of certification documents, and stamping work to prevent forgery of more than 2 sheets of documents should be performed.

On the other hand, computerization of archives such as computerization of registered registrations, intellectual computerization at ward offices, and resident registration computerizations at ward offices, etc., are conducted in the courts, ward offices, and offices in order to reduce manpower and improve work efficiency. It is becoming.

However, in this computerization work, only the computerization of the contents of the documents is made, and the documents printed by the printer are manually stamped with the import certificate or the import certificate, or certified by the separate certificater. Drilling and ironing operations are being carried out.

Therefore, the issuance of documents is delayed because the employees of the public office are in charge of issuing the documents, and the issuance of documents is not only cumbersome, but also requires a lot of manpower.

The present invention provides an automatic document issuing device that automatically performs authentication, punching, and stitching operations sequentially without issuing a separate person's hand on the certificates output from the printer when issuing various certificates. Its purpose is to increase convenience.

In addition, the present invention is to reduce the human resources, significantly shorten the time for issuing documents, the cost of issuance is low, as well as to make the complaints can be issued directly by the civil petitioner, another aim of the convenience of civil petitioners.

1 is an overall perspective view of the present invention

Figure 2 is a whole inside perspective view for explaining the present invention

Figure 3 is a perspective view of the supply and authentication unit according to the present invention

Figure 4a is a bottom exploded perspective view of Figure 3

4b is an exploded top perspective view of FIG.

5 is a perspective view of a perforation part according to the present invention

Figure 6 is an exploded perspective view of Figure 5

7 is a perspective view of the knitting portion according to the present invention

8 is an exploded perspective view of FIG.

9 is a perspective view of the discharge unit according to the present invention

10 is an exploded perspective view of FIG.

Figure 11 is a full side cross-sectional view of the present invention

12 is a plan view of the present invention

[Description of Symbols for Main Parts of Drawing]

10: feed transfer unit 11: guide plate 11 ': arc plate

12 Feeding roller 13 Circular guide blade 14 Feed guide blade

15: feed roller 20: certification unit 21: platen roller

22: articulated roller 23: electromagnetic clutch 30: punched section

33,33 ": Upper and Lower Perforated Plate 33 ': Perforated Guide Plate 33a, 33b, 33c: Pin Hole

34: pin 36: slide block 37: cam

40: staple portion 41: staple body 42: stapler

41b: screw nut 44: screw 50: delivery unit

54: discharge roller

The present invention relates to an automatic document issuing device, and the authentication, punching, and stitching operations are automatically performed sequentially without the need for a separate person's hand to issue the certificates output from the printer when issuing various certificates, thereby improving the efficiency of issuing documents. And useful for increasing convenience.

As a reference diagram for explaining the present invention, Figure 1 is an overall perspective view of the present invention, Figure 2 is an overall internal perspective view for explaining the present invention, Figure 3 is a perspective view of the supply and authentication unit according to the present invention, Figure 4a is 3 is a bottom exploded perspective view of Figure 3, Figure 4b is a top exploded perspective view of Figure 3, Figure 5 is a perspective view of the perforation according to the present invention, Figure 6 is an exploded perspective view of Figure 5, Figure 7 is a perspective view of the uneven portion according to the present invention, 8 is an exploded perspective view of FIG. 7, FIG. 9 is a perspective view of a discharge unit according to the present invention, FIG. 10 is an exploded perspective view of FIG. 9, FIG. 11 is a side cross-sectional view of the present invention, and FIG. 12 is a plan view of the present invention. This is as follows.

The automatic document issuing device of the present invention is provided with a printer 100 'having a conventional paper supply unit 101 at one side thereof, a document outlet 102 formed thereon, and an upper cover 103 provided thereon. The automatic document issuing machine 100 is integrally mounted, and the automatic document issuing machine 100 is largely supplied with a feed transfer unit 10, an authentication unit 20, a perforation unit 30, a braiding unit 40, and a discharge unit 50. It is made of a), by supplying the document printed content through the printer 100 'connected to a normal computer computer to the automatic document issuing machine 100 to automatically execute the operation of authentication, drilling, stitching.

First, referring to the supply transfer unit 10, when the selected document is output through the normal printer connected to the central computer, the two guide plates 11 for guiding it upwards are placed in contact with each other, and the guide plate 11 Each lower end is bent to the outside to guide the documents without jamming, and the feed rollers 12 are provided on both sides of the guide plate 11 on both sides, and the authentication unit 20 on the upper side thereof. ) Is configured, the circular arc plate (11 ') is formed to be bent to the top of the guide plate 11 is provided with a short arc guide blade (13) arranged in a plurality at regular intervals thereon, and make a slope past it The long straight transfer guide blade 14 is provided with a plurality of upper and lower symmetry, and the feed roller 15 is properly arranged along the circular arc plate 11 'and the transfer guide blade 14 is provided. It is configured to operate the feed.

The feed roller 15 is a point where the upper end of the guide plate 11 and the circular plate 11 'meets, the circular guide guide 13 and the transfer guide blade 14 at the other end of the circular plate 11' Point, a plurality of feed guide blades 14 are provided in a pair of inner, outer, front and rear three pairs, each of the feed roller 15 and the feed roller 12 is before and after the two long rotary shaft It is penetrated and provided by one side of each inner rotation shaft, the driving pulley 12 '(15') is mounted, the whole is coupled by one belt 16 is driven by the drive motor 17.

That is, in the feed transfer unit 10 is connected to the central computer to output the selected document through the normal printer unit naturally flows between the guide plate 11, when the paper edge is detected, the drive motor 17 in accordance with the signal of the controller As a result, the belt 16 rotates and the feeding roller 12 and the driving pulleys 12 'and 15' of the feeding roller 15 which are engaged with each other are rotated in the same direction, thereby outputting the contents. It is to carry out the function of resupplying the old documents one by one.

In addition, the feed transfer unit 10 is configured with an authentication unit 20, that is, a pair of platen rollers 21 and a pair of guide plate 11 on the upper side of the paper feed roller 12 as a center Straight rollers 22 are mounted spaced apart from each other, the surface of the straight rollers 22 provided inside the pair of abutting guide plates 11 is carved a seal, one end of the rotating shaft is driven A pulley 22 'is provided and coupled by the belt 16, such as the driving pulleys 12' and 15 'of the feed roller 12 and the feed roller 15, whereby the platen roller 21 and the straight The roller 22 is driven, and the driving pulley 22 'of the linear roller 22 is engaged with the electronic clutch 23 by a gear so that accurate synchronization is performed in performing the linear work.

The perforated portion 30 is supported by the lower standing support bracket 31 and has a width that allows paper to pass horizontally and has a square groove portion 32a formed at the center, and lower brackets 32 and 32 '. Is provided symmetrically and is fixed to the bottom of the lower bracket (32 ') is provided with a lower perforated plate 33, the pin hole (33a) formed with a plurality of holes protruding into the square groove (32a), the upper A guide bracket 35 is formed on the center of the bracket 32 so as to face each other with longitudinal sections of '┏┓' and '┗┛', and the pin hole 33a of the lower perforated plate 33 is disposed at an inner lower portion thereof. A perforation guide plate 33 'having the same pin hole 33b as the center thereof is formed.

The inner side of the guide bracket 35 is provided with a slide block 36 having a lateral cross section such as '┗┛' to be slidable, and the upper perforated plate 33 '' is mounted on the bottom thereof, and the upper perforated plate 33 ") Forms a pin hole 33c recessed in the center and is fixed to the bottom surface of the slide block 36 with a plurality of pins 34 inserted therein.

In addition, an asymmetrical oval center bracket 36 'is inserted into the slide block 36 to be combined with a driving device to perform a drilling operation. The center bracket 36' penetrates an intermediate through hole 36c. In the state fixed to the support plate 1 by the central axis (36e) provided by the fixing rod (36a) is penetrated through the small through-hole 36b formed in one side thin portion is fixed to the upper end of the slide block 36, The large through hole 36d on the other side of the thick portion is provided with a shaft 37 'on which a cam 37 is mounted, and at one end of the shaft 37', a driving pulley 37a is formed to support the lower support frame 31. The drive pulley 38a of the gear motor 38 provided on one side and the belt 39 are coupled and driven.

That is, in the punching portion 30, the upper guide plate 33 "having the pin hole 33c into which the pin 34 is inserted in a plurality of holes, and the punching guide plate having the same pin hole 33b and 33a as above. (33 ') and the lower perforated plate 33, the center bracket 36' in accordance with the rotation of the cam 37 of the upper shaft 37 'while the gear motor 38 is driven in accordance with the signal of the control unit Before and after the seesaw movement, the combined slide block 36 is finely flowed up and down so that the lower end of the pin 34 is inserted into the hole of the pin holes 33a, 33b, 33c. It will do the work.

The knitting portion 40 is formed by allowing two knitting bodies 41 having a stapler 42 embedded therein to be movable left and right, and a square block 41 having a ball bush 41a and a screw nut 41b therein. A coupling plate 41 'is placed on the ") and a stapler 42 is mounted thereon to form the braided body 41, and the inner ball bush 41a of the square block 41 " The shaft 43 is inserted into the screw nut 41b so that the screw 44 penetrates, and both ends of the shaft 43 and the screw 44 are fixedly coupled to the side bracket 45, and the end of the screw 44 is Outside the protruding side bracket 45, a housing 44b having a ball bearing 44a is provided and a driving pulley 44 'is mounted thereon to drive the pulley 46' and the belt 47 of the stepping motor 46. By combining with), it will drive the iron.

That is, when the two or more pieces of document paper on which the punching operation has been carried out are aligned, the stepping motor 47 is driven so that the knitting body 41 at both ends is screw 44 and the screw nut ( The inner side of the stapler 42 performs the braiding operation after the rotation of 41b), and then the braiding body 41 moves back to both ends and stops by the reverse rotation of the stepping motor 47.

Discharge unit 50 is provided between the braiding body 41 of the braiding portion 40 is to discharge the document that the authentication, punching, sewning is performed sequentially, the lower standing bracket 52 is equipped with a stepping motor 51 Slightly spaced apart from the upper end of the guide bracket 53 is provided, and the four pairs of discharge rollers 54 are mounted on the upper end of the standing bracket 52 and the lower end of the guide bracket 53, the standing bracket 52 The drive pulley 51 'of the stepping motor 51 mounted on the lower outer side of the bottom) protrudes inward, and has a pulley 54' at the center of the lower discharge roller 54a coupled to the upper end thereof. The pulley 51 'of the stepping motor 51 and the belt 55 are coupled to drive the discharge roller 54, and the upper discharge roller 54b coupled to the lower portion of the guide bracket 53 is a shaft. By engaging and fixing by 54 ", the outer peripheral surfaces of the upper and lower discharge rollers 54a and 54b abut against each other. It is configured to be rotated.

That is, the discharge unit 50 is a driving pulley 51 '(54) connected to the belt 55 is coupled to the stepping motor 51 is driven in response to the signal of the control unit when the document is carried out the authentication, punching, sewn in sequence The lower discharge roller 54a is rotated in a predetermined direction by the rotation of ') and the upper discharge roller 54b abuts is rotated in the opposite direction, so as to be spaced apart between the standing bracket 52 and the guide bracket 53. The upper and lower discharge roller 54 is pushed through the document to be discharged to the outside.

On the other hand, each component of the present invention is provided with a sensor at an appropriate position to detect the paper tip detection and paper jams or jams during the conveyance process and to drive the drive unit, and to control the overall operation It is operated by.

Looking back at the overall driving and operation of the automatic document issuing device according to the present invention configured as described above,

When three documents are issued as an example, perforation and stitching are required, and authentication is required at the end of the chapter, the issuer presses a button required among the buttons in which a number of selectable issuance forms are indicated. Documents are printed and sequentially output, and the output documents are guided between the two guide plates 11 of the feed transfer unit 10 so that the paper end is sensed to drive the driving motor 17 to feed the feed roller 12. While rotating, the paper is fed one by one, and when the last sheet is supplied, the authentication unit 20 is driven, and the roller 22 is rotated by the electronic clutch 23, and the authentication operation is performed at the proper position. The three documents supplied thereto are sequentially transferred and aligned between the upper and lower conveying guide blades 14 by the conveying roller 15, and then the operation of the feed conveying unit 10 is finished.

Then, in the punching portion 30, the cam 37 according to the driving of the gear motor 38 while the upper and lower punching plates 33 " 33 are laminated and coupled with the punching guide plate 33 'therebetween. By the rotation of the slide block 36 is lowered and the drilling operation is performed by a plurality of built-in pins 34, the document is carried out the stepping motor 47 of the braided portion 40 is driven The knitting body 41 at both ends is moved inward by the rotation of the screw 44 and the screw nut 41b, so that the stapler 42 performs the knitting operation, and then the reverse rotation of the stepping motor 47 is performed. As a result, the braided body 41 is moved back to both positions and stops again.

The document in which all necessary work has been performed is driven by the stepping motor 51 of the discharge unit 50 driven by the rotation of the driving pulleys 51 'and 54' connected by the belt 55 to the lower discharge roller 54a. Is rotated in a predetermined direction and at the same time the upper discharge roller 54b abutted rotates in the opposite direction, the upper and lower discharge roller 54 to pass through the separation portion between the standing bracket 52 and the guide bracket 53. Is pushed out to the outside to complete the automatic document issuance.

The present invention provides an automatic document issuing device that automatically performs authentication, punching, and stitching operations sequentially without issuing a separate person's hand on the certificates output from the printer when issuing various certificates. There is an effect of increasing the convenience.

In addition, the present invention can reduce the manpower, greatly shorten the time for issuing documents and the issuance cost is low, as well as the civil complaints can be issued directly, it has the effect of promoting the convenience of civil complaints.

Claims (5)

When the selected document is output through a normal printer, the feeder 10 for sequentially feeding and transporting and sorting one by one, and the authentication unit 20 is performed authentication by the stamping roller 22 engraved with the seal and The punching unit 30 in which the punching operation is performed by the pin holes 33a, 33b, 33c and the built-in pin 34 having a plurality of holes, and the stapler 42 has a built-in braided body 41. Automatic document issuing device, characterized in that consisting of a braid portion 40 for performing the braiding operation by moving horizontally to the inside, and the discharge portion 50 for discharging the document is completed. According to claim 1, wherein the feed conveying portion 10 is provided with a feed roller 12 is provided on the lower portion of the guide plate 11, the lower end portion is bent in the shape of the outer side of the guide plate (11), the upper end is curved Short arc guide blades 13 are arranged in a plurality at regular intervals on which the arc plate 11 'is coupled, and the front portion is inclined to form a long straight feed guide blade 14 symmetrically up and down. A plurality of driving motors 17 are coupled to each other by one belt 16 in a state in which a feeding roller 15 appropriately arranged along the arc plate 11 'and the transfer guide blade 14 is provided. Automatic document issuing device, characterized in that driven by). The punch hole 30 is formed by the upper punch plate 33 "having the pin hole 33c in which the pin 34 is inserted into a plurality of holes, and the same pin hole 33b and 33a as described above. The perforated guide plate 33 'and the lower perforated plate 33 are provided in a stack, and the center bracket 36' is moved forward and backward as the gear motor 38 is driven and the cam 37 of the upper shaft 37 'is rotated. Afterwards, the slide block 36 coupled by the seesaw movement is finely flowed up and down, and the lower end of the pin 34 is inserted into the hole of the pinholes 33a, 33b, 33c, thereby performing a drilling operation. Automatic document issuance device. The stapler (42) according to claim 1, wherein the braid portion (40) has a coupling plate (41 ') on a square block (41 ") provided with a ball bush (41a) and a screw nut (41b) inward. Is mounted to form a braided body 41, a shaft 43 passes through the ball bush 41a inside the square block 41 "of the braided body 41, and a screw 44 passes through the screw nut 41b. The shaft 43 and the both ends of the screw 44 is coupled to the side bracket 45, the ball bearing 44a is built in the outer side of the side bracket 45 protruding from the end of the screw 44 (44b) is provided with a drive pulley (44 ') is provided for the automatic document issuing device, characterized in that coupled to the drive pulley (46') of the stepping motor 46 and the belt (47). According to claim 1, wherein the discharge unit 50 is provided with a guide bracket 53 is slightly spaced apart from the upper end of the lower standing bracket 52 on which the stepping motor 51 is mounted, the upper end and the guide of the standing bracket 52 Four pairs of discharge rollers 54 are mounted on the lower end of the bracket 53, but the driving pulley 51 'of the stepping motor 51 mounted on the lower outer side of the standing bracket 52 protrudes inwards, In the lower discharge roller (54a) is coupled to the upper end is provided with a pulley (54 ') in the center and coupled to the drive pulley (51') of the stepping motor 51 and the belt 55, the guide bracket 53 The upper discharge roller (54b) coupled to the lower portion of the) is fixed by the shaft 54 ", so that the outer peripheral surface of the upper, lower discharge rollers (54a, 54b) is configured to rotate in contact with each other Document issuing device.