KR100980075B1 - Receiving apparatus for check and giro-paper with array function - Google Patents

Abstract

The present invention relates to a combination of a check and a Giro paper processing device for processing different checks, Giro paper in a single automated device module, while conveying the input identification object (check or Giro paper) along the transport path And an alignment part arranged to be in close contact with the transport path sidewall.

The configuration of the present invention comprises one inlet having a width wider than the width of the check; One conveying path for transferring the input identification object; An input detection sensor for the identification object; A transfer part unit for forwarding the identification object by the input detection sensor; An alignment part unit interlocked with the conveying part and deviating from the interference of the conveying object so as not to interfere with the conveying object and then entering a designated section and contacting the object to convey to the side wall of the conveying path; And identification means for the identification object aligned by the alignment part.

Processing equipment for combinators, giro paper, sorting, escrow, storage space, stacks, checks and giro paper

Description

Check and Giro Paper Combined Processing Equipment {RECEIVING APPARATUS FOR CHECK AND GIRO-PAPER WITH ARRAY FUNCTION}

The present invention relates to a combination of a check and a Giro paper processing device for processing different checks, Giro paper in a single automated device module, while conveying the input identification object (check or Giro paper) along the transport path And an alignment part arranged to be in close contact with the transport path sidewall.

In other words, the check and giro paper combined processing apparatus according to the present invention, the conveying part and the conveying part for conveying the identification object to be conveyed by the conveying part and the conveying part and the conveying part and the conveying part An alignment part is arranged to be brought into close contact with the side wall.

Particularly, when the alignment part is not interfering with the object to be conveyed by the transporting part, and enters a specific section, the alignment part is rotated downward with respect to the rotational axis, and the transporting part is based on the rotational axis. It is characterized by having an alignment function to stop the forward transfer to the identification object by the upward rotation in conjunction with the alignment part, the side alignment is made.

Banks and check deposit and withdrawal processing machines are installed in each booth of the automation corner, and in recent years, an automatic corner equipped with an automatic processing machine exclusively for giro paper is also provided to solve the demand for paper. However, it is difficult to provide effective financial services due to the limitations of the space of automation corners in order to provide several banknote and check deposit and withdrawal processors and a dedicated automatic processor for Giro.

In order to solve this problem, there is a need to find a way to include the paper processing function in the existing banknote and check deposit and withdrawal processing.

However, not only the standard specification of a single banknote and check deposit and withdrawal processing device is set, but also a sufficient space for installing a paper processing bundle (assembly module) inside each device is difficult to secure. Figure 1 conceptually illustrates the appearance and internal structure of a conventionally used banknote and check deposit and withdrawal processing device.

In order to solve the above problems, it is necessary to redesign all automation corners when disregarding the existing standard standards and fabricating the paper stack (assembly module) on the existing bill and check processing devices. There is a problem.

In order to solve the problems described above, the present invention proposes a check and a paper and paper processing apparatus that can process a check and a paper and paper.

As a matter to be particularly considered in implementing a check and a land paper processing apparatus according to the present invention, the width of the check and the width of the land paper are different, and the width of the land paper for each issuer must be considered.

In other words, the combined treatment apparatus proposed in the present invention is different from the width of the check and the paper of the check put into the inlet, and the width of the paper of the girders is different for each issuer. A technique for aligning) to one side is essential.

Although, a technique for aligning identification objects having different specifications has been presented in Korean Patent Application Publication No. 10-2007-0079669 (August 08, 2007), "Bank Sorting Device for Automatic Paper Money Storage Processor".

The disclosed patent is provided with a main roller device having a plurality of alignment driving rollers in the rotational direction is orthogonal to transfer to the vertical alignment wall plate side to repeat the forward transfer and lateral transfer of bills,

The alignment drive roller is composed of a forward movement alignment drive roller and the side transport alignment drive rollers interlocked therewith, each alignment drive roller is made of a configuration that transfers the bill in an elliptical shape that the convex portion and the flat portion is repeated.

However, the prior art is not intended to process checks and papers at the same time (i.e., for both purposes), but to align banknotes put in one direction for identification of the authenticity of banknotes in one direction. Thus, the present invention is completely different from the object to be achieved.

In addition, the conventional technology is complicated in its configuration, there is a limit to transfer the bill to the vertically aligned wall plate side at a time, and the escrow function that can return the banknote put in accordance with the user's request is currently mounted on almost all condensers There is a problem that the published patent has a problem that the forward and side transfer alignment drive rollers are interlocked with each other, and the return cannot be made due to interference with the side transfer alignment drive rollers.

In addition, the object to be fed into the inlet should be aligned within a short conveying distance due to constraints on the size of the booth equipped with the sensitizer. The distance must be long or the distance must be short, but there is a limit to alignment with high speed rolling.

Accordingly, the inventor of the present application has a considerably wider width than the input object that can process checks and giro paper in one automation device module having completely different specifications (especially, the size of the width). The present invention has been developed a check and paper processing system for both check and giro paper with an alignment part for conveying the object to be fed through the feeder having the feeder, and at the same time closely aligned with the side wall of the transport path.

Furthermore, the inventor of the present application, the check and giro paper can be quickly aligned with the identification object within one short transfer distance and at the same time can provide an escrow function, and the check can be processed simultaneously check and giro paper And Giro paper treatment system was developed.

The present invention, through the input port having a considerably wider than the width of the object to be input, which can process a check, giro paper with a completely different standard (especially the size of the width) in one automation device module It is an object of the present invention to propose a check and paper processing apparatus for both check and jigsaw paper, which has an alignment part for transferring the identification object to be brought into close contact with the side of the conveying path.

In addition, the present invention is characterized in that the identification object is transferred to the side wall by the alignment part, the identification object is characterized in that the check and giro paper combined processing apparatus does not interfere.

In another aspect, the present invention is a check roller provided with a switching means that the alignment roller of the alignment part is rotated up so as not to interfere when entering the identification object and then rotated down when reaching a specific position to contact the identification object and the side transfer alignment is possible. It is an object of the present invention to provide a Jiro paper treatment system.

Furthermore, it is an object of the present invention to provide a check and paper processing apparatus having a stacking unit having a sorting unit for classifying a sorting object by type and a plurality of storage spaces for the sorting object classified by the sorting means. .

In addition, it is an object of the present invention to provide a check and paper and paper processing apparatus further provided with an escrow means for returning the identification object in accordance with an external operation signal.

As described above, the check and paper land handling apparatus according to the present invention is a check and paper land with a variety of specifications (especially the size of the width) in the automation equipment module having one input port and one transport path To manage,

A single inlet having a wide width such that the largest width of the input objects can be input;

One conveying path for transferring the input identification object;

An input detection sensor for the identification object;

A transfer part unit for forwarding the identification object by the input detection sensor;

An alignment part unit interlocked with the transfer part and in contact with the identification object in a position not interfering with the identification object to be transported to contact the identification object to the side wall of the transport path; And

Identification means for the identification object aligned by the alignment part;

It is made, including.

When the identification object is transferred to the side wall by the alignment part, the identification object is not interfered with the transfer part.

The conveying part has a drive unit, a drive shaft rotated by the drive unit, a feed roller coupled to the drive shaft is arranged on the upper side of the conveying path,

The feed idle rollers corresponding to the feed rollers are arranged on the lower side of the conveying path.

The alignment part includes a driven shaft connected to the drive shaft by a power cross transmission unit, and an alignment roller coupled to the driven shaft is arranged at an upper side of the conveying path, and the alignment idle rollers corresponding to the alignment roller are conveyed. Arranged on the lower side of the furnace,

At the same time as the alignment roller is in contact with the identification object and the transfer roller is spaced apart or the alignment roller is separated from the identification object and at the same time characterized in that it is provided with a switching means for interlocking so as to contact the transfer roller.

The switching means includes a rotating bracket on which the drive shaft and the driven shaft are mounted, a rotating shaft for the rotating bracket, a first coupling hole formed at one end of the rotating bracket, and a fixed retraction fixed to an upper side of the conveying path. It includes a first connecting member connected to each of the driving unit,

The pivot bracket is characterized in that the first connecting member is pushed or pulled by the pivot bracket by the forward and backward drive unit to be rotated up and down relative to the pivot axis.

Finally, further comprising a second coupling hole formed to intersect the first coupling hole of the pivot bracket and a second connection member respectively connected to the fixed bracket fixed to the upper side of the transport path,

The second connecting member elastically supports the pivoting bracket rotated downward, and when the first connecting member pushes the pivoting bracket, the pivoting bracket assists ascending rotation of the pivoting bracket with respect to the pivotal shaft by a restoring force. It features.

Check and giro paper combined treatment apparatus according to the present invention,

A booth equipped with an existing check processing device (module) can be equipped with a combined processing device (module) capable of processing both paper and check at the same time without additional redesign. It is a useful invention that can fundamentally solve problems such as the need to secure an additional space of the automation corner because it does not need to arrange a paper processing device separately.

Furthermore, the present invention does not interfere with the conveying object of the conveying object being conveyed, but is in contact with the object by the switching means, so that the lateral conveying alignment is easily performed.

Through the escrow means, the object can be temporarily stayed and can be returned to the input slot in accordance with the user's return request.

In addition, there is an advantage that can be stored in each corresponding storage space by sorting the identification object by type, in particular, there is an effect that can be quickly aligned to the identification object at a short transport distance.

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

FIG. 1 conceptually illustrates the appearance and internal structure of a conventionally used integrated automated machine (an automated machine equipped with a card processing module 5c, a cash processing module 5d, and a check processing module 5e). Drawing.

Referring to Figure 1 will be described briefly with respect to the background on which the present invention is conceived.

Existing generally used integrated automation equipment includes a bankbook processing module 5a, a display 5b having a key input unit (touch or button), a card processing module 5c such as credit and check, and a cash processing module ( 5d), a check processing module 5e, and a booth 5 composed of a power supply and a control module 5f,

The solid line is the area exposed to the outside, and the dotted line is the area inherent in the booth 5, and due to the standardized design, there is not enough space to embed the simultaneous processing module for the check and the paper. Should be.

Accordingly, the present invention is to provide a check and paper and paper processing apparatus that can be applied to the processing module including the paper in the existing check processing module.

Check and paper processing apparatus according to the present invention devised to solve this problem is shown in Figures 2 to 7.

As shown in Figures 2 to 7, the check and paper mixing apparatus according to the present invention,

One input port (D1) having a wide width to the extent that the largest width of the input object can be inserted, and

A conveying path 10 for conveying the input identification object 1,

Input detection sensor 20 for the identification object (1),

Transfer part 30 for forwarding the identification object by the input detection sensor 20,

Interlocked with the transfer part 30, the identification object (1) to be transported away from being interfered with, but when entering a specific section is in contact with the identification object (1) to move the identification object (1) to the transport path (10) Alignment part 40 to be transferred to the side wall 11 of the),

It comprises a identification means 50 for the identification object (1) aligned by the alignment part (40).

Referring to Figure 2, as a whole configuration of the check and giro paper processing apparatus (D) according to the present invention,

Reference numeral D1 is an input port through which the user inputs the identification object 1, and is configured to have a wide enough width so that various types of paper can be freely inserted as well as checks.

Reference numeral D2 denotes a magnetic ink character recognition (reader) (MICR) that recognizes a placed (received) check (entered by an automated device), and a reference numeral D3 denotes printing of deposit information on one side of the inserted check. Printer, and reference numeral D4 denotes an image capturing unit for capturing information on the front side of the paper to be inserted (user put into the automation device).

In addition, when a check is issued (payment) to the user, reference numeral D5 denotes a MICR reader that recognizes the issue information of the check to be paid, and reference numeral D6 denotes that the check is issued while being discharged along the transport path to pay the check (or In case of error) It is a single reject part that moves and removes the check in the direction opposite to the discharge direction.

Also, reference numeral D7 denotes a printer that prints issued information on the front side of a check to be issued when a check is issued to the user.

In addition, reference numeral D8 denotes a dump for temporarily storing the withdrawal check when the user does not (forgot to forget) or takes only a part of the check, and reference numeral D9 denotes a hopper.

At this time, check and Giro paper are included as the identification object (1) to be input into the inlet. In particular, the Giro paper is different from the check, and the standard (width x length) is different for each issuer. In particular, solutions to this need to be considered when using one and the return path.

On the other hand, the transfer part 30 is

The driving unit 31,

A drive shaft 32 rotated by the drive unit 31,

Feed rollers 33 coupled to the drive shaft 32 are arranged on the upper side of the conveying path 10,

The conveying idler rollers 34 corresponding to the conveying rollers 33 are arranged on the lower side of the conveying path 10.

When the identification object 1 is transferred to the side wall by the alignment part 40, the identification object 1 is not interfered with the transfer part 30,

To this end, the alignment part 40 is

A driven shaft 41 connected to the drive shaft 32 by a power cross transfer unit P,

An alignment roller 42 coupled to the driven shaft 41 is arranged on the upper side of the conveying path 10,

Alignment idle rollers 43 corresponding to the alignment rollers 42 are arranged on the lower side of the conveying path 10,

The alignment roller 42 is provided with a conversion stage 60 for contacting or spaced apart from the identification object (1).

In this case, the power cross transmission P may be a bevel gear for power transmission between the drive shaft 32 and the driven shaft 41, but the power transmission such as the bevel gear in terms of manufacturing cost and cost reduction It is preferable to manufacture the elastic body which has this possible frictional force.

The identification object 1 is moved forward by the feed roller 33 and the feed idle roller 34 corresponding thereto, and by the alignment roller 42 and the alignment idle roller 43 corresponding thereto, Alignment is made by laterally conveying to the side wall 11 of the conveyance path 10.

The transfer roller 33 is spaced apart from the feed roller 33 at the same time as the alignment roller 42 is in contact with the identification object 1 or the alignment roller 42 is spaced apart from the identification object 1 at the same time. Switching means 60 is provided to interlock so as to contact,

The switching means 60 is

A rotation bracket 61 to which the drive shaft 32 and the driven shaft 41 are mounted;

A rotation shaft 62 with respect to the rotation bracket 61;

A first connection member 64 connected to a first coupling hole 611 formed at one end of the pivot bracket 61 and a forward and backward drive part 63 fixed to an upper side of the transport path 10, respectively. It is made to include.

The rotation bracket 61 is rotated up and down on the basis of the rotation shaft 62 by the first connecting member 64 by pushing or pulling the rotation bracket 61 by the retraction drive (63).

Preferably, the forward and backward driving unit 63 is a solenoid valve, but in addition to the solenoid valve, various modifications and modifications to the driving means for allowing the rotation bracket 61 connected to the first connection member 64 to rotate up and down are possible. This will be possible.

In addition, when the first connecting member 64 is pulled by the forward and backward driving unit 63, the rotation bracket 61 rotates downward based on the rotation shaft 62 so that the alignment roller 42 may be recognized. While being in contact with (1), the feed roller 33 is spaced apart from the corresponding feed idle roller 34.

The alignment roller 43 is elastically exerted in a direction corresponding to the alignment idle roller 43 so as to smoothly transport the identification object 1 transferred between the alignment roller 42 and the alignment idle roller 43. The first connection member 64 is made of an elastic spring.

Meanwhile, the second coupling holes 612 formed to intersect with the first coupling holes 611 of the pivot bracket 61 and the fixing brackets 65 fixed to the upper side of the transport path 10 are respectively connected. Further comprising a second connecting member 66,

The pivoting bracket 61 is elastically supported by the second connecting member 66 when the first connecting member 64 pushes the pivoting bracket 61 when the first connecting member 64 pushes the pivoting bracket 61. Will help you to move up).

That is, the projection bracket 612a upward from the first coupling hole 611 of the rotation bracket 61, the second coupling hole 612 is formed in the projection piece 612a,

The second coupling hole 612 is located above the position of the feed roller 33 to facilitate the upward rotation of the rotation bracket (61).

On the other hand, check and giro paper combined treatment apparatus (D) according to the present invention,

The identification object (1) has a classification means (70) for classifying and separating the check and the paper land, and a plurality of storage space 81 for the identification object (1) classified by the classification means (70) The stack unit 80 further includes.

The sorting means 70 is

Withdrawal path 71 is transferred to the identification object (1) passed through the conveying path (10),

A plurality of central axes 72 arranged at a predetermined interval on the lower side of the drawing path 71;

Swing driving parts 73 for driving the respective central axes 72;

Is provided in the entry portion of each of the central axis (72) detects when the identification object (1) enters the entry detection unit 74 for driving the corresponding turning drive unit 73, and

A plurality of pivot members 75 fixedly coupled to the central shaft 72 and protruding to an upper portion of the drawing path 71 according to the rotation of the central shaft 72; and

A storage transfer path 76 provided for each of the central axes 72 and transferring the identification object 1 to the corresponding storage space 81 of the stack 80 along the protruding pivot member 75. )

Here, the drawing path 71 is preferably provided with a conveying means (not shown), such as a driving part 31, a conveying roller 33, a conveying idler roller 34 of the conveying part (30).

In addition, the pivot driving unit 73 rotates forward and backward according to an external control signal so that the pivot member 75 fixedly coupled to the central axis 72 protrudes upward of the lead-out path 71, and is being transported. (1) enters the storage transport path (76).

That is, the rotation member 75 opens or blocks the entry of the accommodation transfer path 76 (the identification object 1 continues along the drawing path 71 without being disturbed by the rotation member 75). To be transported).

On the other hand, the receiving transfer path (76) further includes an escrow means (E) for returning in accordance with an external operation signal by allowing the identification object (1) to stay for a while without being immediately stored in the stack (80). Include.

The escrow means (E)

Stay rollers 761 provided on one side of the storage transfer path 76,

Stay idle rollers 762 provided to correspond to the stay rollers 761 on the other side of the storage transfer path 76,

An interlocking belt 763 that connects the stay rollers 761,

Consists of a belt driving unit 764 for driving the interlocking belt 763,

The identification object 1 is transported along the stay roller 761 and the stay idle roller 764 corresponding thereto, and the belt driving unit 764 stops.

Then, when the identification object 1 enters the storage transport path 76,

After that, the belt driving unit 764 is driven so that the identification object 1 entered is transferred to the position of the identification object 1 first entered.

Therefore, the identification object (1) to be sequentially entered is to stay in the storage transport path 76,

The number of stays can be determined according to the transport distance of the storage transfer path 76, and the number of stays can be reversed by rotating the belt driving part 764 according to an external operation signal to the take-out path 71. Transferred,

Is conveyed to the conveying path 10 according to the conveying means of the drawing path 71,

It is returned to the outside by the feed roller 33 of the transfer part (30).

On the other hand, the identification means 50 as a component to identify the input identification object, and if the input identification object is a giro paper to perform the operation of capturing an image of the input object, if the identification object is a check in the MICR To obtain information. Here, the identification means 50 may be provided with a determination means for determining whether the input identification object is a check or a paper land, but in general, the automated device is a user input to determine what work to be processed. Since the input of the giro or the check is performed after being input in advance, it is not necessary to be provided with a function for determining whether the input object is a check or paper.

The identification means 50 is essentially provided with a magnetic ink character reader (MICR Reader) (D2, D5) for check processing (OCR (Optical Character Reader) may be optionally provided), for identifying the paper An image capturing unit D4 such as a contact image sensor (CIS) or a charge coupled device (CCD) is provided.

Therefore, the identification means 50 operates the MICR Reader (D2, D5) or the image capture unit (D4) through the control unit in accordance with whether the identification object to be inserted is a check or paper.

On the other hand, there is provided an alignment detection sensor (not shown) for the identification object 1 aligned to the side wall 11 of the transport path 10 by the alignment part 40,

The alignment sensor determines whether the identification object 1 is correctly aligned with the side wall 11 so that a normal or error message can be displayed on an external display (not shown).

In addition, there is provided a double sheet detection sensor (not shown) for conveying two or more pieces of the sentiment recognition object 1 instead of a single sheet.

Although the optical sensor may be applied as the double sheet detecting sensor, the optical sensor may be used when the same type of media, but the characteristics of different media (check and paper) as in the present invention (different thickness, shade or image arrangement, etc.) Position) is difficult to implement, it is preferable to selectively apply the ultrasonic sensor installed at an angle of 45 degrees to the identification object (1).

With the configuration as described above, look at the operating state of the combined check and paper processing apparatus according to the present invention.

4A to 4C,

The identification object (1) entering the transport path 10 is detected by the input detection sensor 20,

In accordance with the detection signal of the input detection sensor 20, the conveying roller 33 of the conveying part 30 is turned by the drive unit 31,

The driven shaft 41 connected to interlock with the feed roller 33 is pivoted,

The alignment roller 42 connected to the driven shaft 41 also turns.

At this time, the alignment roller 42 is rotated upward.

Therefore, the identification object 1 conveyed between the conveying roller 33 and the conveying idler rollers 34 corresponding thereto is conveyed without interference of the alignment roller 42 and then driven by the advancing and driving unit 63. 1 Pull out the connecting member 64,

The rotation bracket 61 is rotated downward based on the rotation shaft 62.

The alignment roller 42 coupled to the downwardly rotated pivot bracket 61 is brought into contact with the alignment idler rollers 43 corresponding thereto, and the side of the conveying path 10 carries the identification object 1 conveyed therebetween. Transfer to (11) to align.

At this time, the feed roller 33 is rotated upward from the corresponding feed idle roller 34 with respect to the pivot shaft 62 so that the forward feed of the identification object (1) is not made during the alignment of the alignment roller (42). Done.

When the alignment is completed, the forward and backward driving unit 63 pushes the first connecting member 64 and the rotating bracket 61 is rotated upward by the restoring force of the second connecting member 66.

6A through 6C,

Aligned identification object (1) is subjected to the classification process before being stored in the stack 80,

The sorted identification object 1 enters the withdrawal path 71 of the sorting means 70 through the conveyance path 10,

The entry detecting unit 74 arranged at the entry portion of each central axis 72 drives the corresponding turning drive unit 73 when the identification object 1 enters on the basis of the predetermined data, and the identification object If it is not (1), it will be transferred as it is.

That is, the identification object 1 corresponding to the preset value of the entry detection unit 74 enters while the identification object 1 passes through the entry detection unit 74 arranged in the entry portion of each central axis 72. If you do,

By the pivot drive unit 73 is the central axis 72 is to be rotated forward,

The rotating member 75 fixedly coupled to the central shaft 72 protrudes upward of the drawing path 71.

Therefore, the identification object 1 is transferred along one surface of the rotating member 75 to enter the receiving transfer path 76.

Each storage transfer path 76 is connected to the corresponding storage space 81 of the stack portion 80 to accommodate the identification object (1) by type.

On the other hand, each storage transport path 76 is provided with an escrow means (E),

Referring to Figure 7,

The stay rollers 761 are connected to each other by an interlocking belt 763,

The interlocking belt 763 is driven by the belt driving unit 764.

When the identification object 1 enters the storage transport path 76,

As the belt driving unit 764 is driven, the interlocking belt 763 is swiveled,

The identification object 1 is transferred between the stay roller 761 connected to the interlocking belt 763 and the stay idle roller 762 corresponding thereto.

At this time, when the identification object 1 is completely entered into the storage transport path 76,

The belt driving unit 764 stops driving and stays until the next identification object 1 enters.

It is stored in the corresponding storage space 81 of the stack unit 80 sequentially by the identification object (1) to enter sequentially, when there is no further input of the identification object (1) the external operation signal (the user's By selecting the operation button (that is, no return request is required and storing completion request), the identification object 1 staying in each storage transport path 76 is completed by storing processing in the corresponding storage space 81.

On the other hand, according to an external operation signal (that is, in the case of canceling the operation in progress), the belt driving unit 764 is reversed, the conveying means of the take-out path 71 and the feed roller 33 of the take-out path 10 In addition, by reverse rotation, the identification object 1 is returned to the outside.

In the above description of the present invention with reference to the accompanying drawings has a description with reference to the attached "check and giro paper processing apparatus having a specific shape and structure," the present invention can be variously modified and changed by those skilled in the art, such variations and Changes should be construed as falling within the protection scope of the present invention.

1 is a view conceptually showing the appearance and internal structure of a conventionally used banknote and check deposit and withdrawal processing machine,

Figure 2 is an overall side view showing a check and a paper mixing apparatus according to the present invention,

Figure 3 is a plan view showing the transfer, alignment part and the switching means of the check and paper mixing apparatus according to the present invention,

4a to 4c is a side view and an operational state diagram showing the transfer, alignment part and the switching means of the check and paper mixing apparatus according to the present invention,

Figure 5 is a plan view showing a sorting means of the check and giro paper combined processing apparatus according to the present invention,

6a to 6c is a side view and an operating state diagram showing the sorting means of the check and paper mixing apparatus according to the present invention,

Figure 7 is a side view showing the escrow means of the check and paper mixing apparatus according to the present invention.

<Description of Symbols for Main Parts of Drawings>

10: return path

11: sidewall

20: Input detection sensor

30: transfer part

31: drive unit 32: drive shaft

33: feed roller 34: feed idle roller

40: alignment part

41: driven shaft 42: alignment roller

43: Aligning idler roller

50: identification means

60: switching means

61: rotating bracket 62: rotating shaft

63: forward and backward drive portion 64: the first connecting member

65: fixing bracket 66: second connecting member

70: classification means

71: withdrawal path 72: central axis

73: turning drive 74: entry detection unit

75: rotating member 76: storage transport path

80 stack portion

81: storage space

Claims (6)

One inlet D1 having a width wider than the width of the check; One conveying path 10 for transferring the input identification object; An input detection sensor 20 for the identification object; The drive shaft is rotated by a drive unit is provided, the feed rollers coupled to the drive shaft is arranged on the upper side of the conveying path, the feed idle rollers corresponding to the conveying rollers are arranged on the lower side of the conveying path, A transfer part unit 30 for forwarding the identification object by the input detection sensor; An alignment part 40 which is interlocked with the transfer part and moves away from the interference of the identification object to be transported, and then enters a designated section and moves the identification object to the side wall of the transport path; And Identification means (50) for the identification object aligned by the alignment part; As a check and giro paper combined treatment device comprising a, The alignment part 40 is, A driven shaft 41 connected to the drive shaft by a power cross transmission unit, An alignment roller 42 coupled to the driven shaft and arranged on an upper side of the conveying path; Alignment idle rollers 43 corresponding to the alignment roller and arranged on a lower side of the conveying path; Check that the sorting roller is in contact with the identification object at the same time the transfer roller is spaced apart or the alignment roller is spaced apart from the identification object and at the same time the switching means 60 is interlocked so that the feed roller is in contact with the check. And Jiro paper processing device. The method of claim 1, And a check and paper paper processing apparatus, characterized in that when the identification object is transferred to the side wall by the alignment part, the identification object is not interfered with the transfer part. delete delete The method of claim 1, wherein the switching means 60 A rotation bracket to which the drive shaft and the driven shaft are mounted; A pivot shaft for the pivot bracket, It comprises a first coupling hole formed in one end of the rotation bracket and a first connecting member connected to the advancing driving portion fixed to the upper side of the conveying path, The rotation bracket is a check and paper paper processing device characterized in that the first connecting member is pushed or pulled by the pivot bracket to be rotated up and down based on the pivot shaft. The method of claim 5, Further comprising a second coupling hole formed to intersect the first coupling hole of the pivot bracket and a second connecting member respectively connected to the fixed bracket fixed to the upper side of the conveying path, While the second connecting member elastically supports the pivoting bracket rotated downward, when the first connecting member pushes the pivoting bracket, the pivoting bracket assists the upward rotation of the pivoting bracket with respect to the pivotal shaft by a restoring force. Check and Giro paper combined processing device characterized in that.

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