KR20130023914A

KR20130023914A - Retract box of a cash and check in module

Info

Publication number: KR20130023914A
Application number: KR1020110087020A
Authority: KR
Inventors: 차진환; 신경주
Original assignee: 노틸러스효성 주식회사
Priority date: 2011-08-30
Filing date: 2011-08-30
Publication date: 2013-03-08

Abstract

PURPOSE: A retract box of cash and check bundle deposit machine is provided to separate and receive cash and check having different widths and lengths regardless of the insertion direction. CONSTITUTION: A retract box(760) consists of a box main body(70), a separation plate(80) and a rotation unit. The box main body forms a parallelepiped shape by combining an upper opening(72) and a receiving case(74). The separation plate is rotatably installed inside the box main body. The rotation unit rotates the separation plate to the lower part in order to classify counterfeit bill in the upper and lower parts of the separation plate.

Description

RETRACT BOX OF A CASH AND CHECK IN MODULE}

The invention relates to a cash and check bundle depositor, and more particularly to a collection right for a reject right in a cash and check bundle deposit machine that can deposit bundles of different lengths of cash and checks without depositing a single sheet. And, it relates to a retractable box detachably attached to the machine body to receive the banknotes or checks recognized as counterfeit.

In general, cash dispensing units (CDUs) and automated teller machines (BRM) are developed to provide most financial services unattended, quickly and conveniently, regardless of time. Financial automated machines such as Bill Recycling Machines are called ATM (automated teller machines).

In addition to the automatic cash withdrawal function, such ATMs have various configurations added according to functions such as a card processing unit, a bankbook processing unit, and a check deposit machine.

In the case of cash, the size and shape of bills vary according to the par value, but usually the same par value is the same, so deposits can be made in bundles. Various checks are printed, and the check deposit machine which processes such checks checks the check printed serial number, etc. using a magnetic ink character reader (MICR), and checks the deposit. do.

Accordingly, the check deposit machine usually includes an input unit into which a check is inserted, a check sorting apparatus for aligning the inserted check to a predetermined position, a transfer apparatus for transferring the sorted checks, a MICR unit for reading check information, and a check The printer includes a printing unit for printing a character string transmitted from an upper portion on the rear surface, and a storage unit for sequentially stacking and storing checks for which deposit processing is completed.

However, the conventional check deposit machine configured as described above is different from the method of depositing a predetermined number of bills into the input unit in the automatic teller machine, and after storing the checks after inputting them into the input unit one by one by specifying the direction of the check, they are stored along the predetermined return path and then stored. Saved in wealth. In other words, the conveyance operation is not performed unless the check is put in the input section before and after the check and the top and the bottom, and the total number of checks to be inserted is also limited.

Accordingly, in order to deposit a plurality of checks, the checks must be deposited several times, and thus, a long time is required for depositing the checks and there is an inconvenience.

In addition, in Korea, the size of checks is fixed, but in foreign countries, for example, personal checks and business checks issued by companies are different from each other. Another problem was that they could not process checks of different sizes.

In order to solve the above problems, the applicant's Korean Patent Publication No. 2010-0030085 (published 2010.03.18) does not deposit a check by limiting the direction of the check, but can deposit a bundle regardless of the size and direction of the check. A BULK CHECK ACCEPTER (BCA) is disclosed that efficiently deploys configuration modules to achieve increased ease of use and compact device.

However, until now, there are separate BNAs for depositing a large amount of cash and BCAs for depositing a large number of checks. In addition, the necessity of integrating into a single device is increasing even though it is bulky, and considering the purchase cost.

There is also a need to meet the so-called Article 6 regulations of the European Central Bank, which require that counterfeit rights be stored in separate storage locations.

SUMMARY OF THE INVENTION The present invention has been made to meet this need, and its object is to provide a single check machine and a cash dispenser that can deposit bundles regardless of the size and direction of the check without limiting the direction of the check. Cash and checks can be combined and stored even if they are deposited in bundles, and they can be detachably attached to the body of the deposit machine so that the collection and collection of rejected bills and bills or checks recognized as counterfeits can be stored separately. It is to provide a retract box of cash and check bundle deposit machines that can be used.

In order to achieve the above object, the present invention is a retract box mounted on a cash and check bundle transfer machine (CASH AND CHECK IN MODULE: CCIM), the upper opening and the storage case is combined with each other to form a rectangular parallelepiped, the upper Unboxed and counterfeit right that is opened horizontally through the box body whose opening is opened from the storage case around the hinge axis, the separator plate rotatably installed in the inside of the box body, and an opening formed in one side of the storage case. It includes a rotating means for rotating the separator to the lower portion so as to be horizontally received in the upper and lower portions of the separating plate.

In the present invention, the rotation means is a solenoid pin insertion groove formed in the lower side of the inner side of the separation plate, and the solenoid pin to be mounted to the main body to be inserted into the solenoid pin insertion groove through the opening formed in the rear of the storage case to operate Including a solenoid, by the operation of the solenoid the solenoid pin can rotate the separating plate downward.

By the operation of the solenoid pin, the mounting confirmation pin formed on the separator plate is located between the light emitting portion and the light receiving portion of the detection sensor mounted on the deposit machine main body to detect whether the counterfeit right storage is normally in the retract box.

The uncollected right of the bundle storage module of the deposit machine or the uncollected right remaining in the escrow module can be stored by being put in the lower part of the separator plate, and the counterfeit right of the escrow module of the deposit machine is rotated downward with respect to the hinge axis. As it is, it can be accommodated by putting the upper portion of the separation plate.

The storage case may further include an elastic ground piece connected to the antistatic brush installed in the inlet so that the retract box is elastically contacted with the machine body when the retract box is stored in the machine body to discharge to the outside.

According to the present invention, the cash depositor and the bundle check deposit machine are integrated into a single device, but even if the checks are mixed and the bundles of cash and checks having different widths and lengths are mixed and efficiently placed, the checks are put in the case of a check. Even if the deposit is not limited, even if the deposit can be stored separately, the convenience of use is increased, the compactness of the device is achieved, the collection box of the reject right and the bill or check recognized as a counterfeit right, separated into one box Has the effect that can be stored in.

1 is a schematic cross-sectional view showing the configuration of a cash and check bundle deposit machine according to an embodiment of the present invention,
FIG. 2 is a schematic cross-sectional view showing a medium conveyance path at the time of collection of the FIG. 1 deposit machine;
FIG. 3 is a perspective view illustrating a retract box that is detachably accommodated in FIG. 1,
4 is a perspective view illustrating an open state of the retract box of FIG. 3;
FIG. 5 is a schematic diagram illustrating an operation of dividing the separating plate of FIG. 4 up and down and storing the collection right and the counterfeit right of the reject right.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, which will be readily apparent to those skilled in the art.

1 is a schematic diagram showing the configuration of a cash and check bundle deposit machine according to a preferred embodiment of the present invention.

As shown in Figure 1, the cash and check bundle machine (CASH AND CHECK IN MODULE: CCIM) of the present invention is a bundle storage module 100 is located in the upper front of the cuboid machine body 1, and The transport path module 200, the BC module 300, and the alignment module 400 are sequentially positioned at the rear of the bundle storage module 100, and the recognition module 500 is disposed vertically below the alignment module 400. And the escrow module 600 which is horizontal to the recognition module 500 and positioned in front of the depository main body 1, and the print module 800 which is located between the recognition module 500 and the escrow module 600; , Compactly including a reject module 900 located in the center of the deposit machine main body 1 and a cassette unit 700 located in the lower part of the deposit machine main body 1 so as to store bills or checks separately do.

Although not shown in detail, the bundle storage module 100 is located in the upper portion of the front of the depository body 1 when viewed from the side of the deposit machine, and the inlet shutter 10 opened by driving a pulse motor (not shown); A predetermined number of sheets, for example, a low-speed conveying and suctioning into the deposit machine by driving a conveying motor (not shown) which clamps and conveys a mixed medium containing up to 50 bundled bank notes and checks (not shown) (Not shown), a separating unit (not shown) for separating and conveying the mixed medium sucked into the feeding unit into a single sheet, and a reject medium discharge unit (not shown).

When the mixed medium sucked in from the input part is conveyed to the separating part, the bill press of the separating part is raised to apply pressure to the conveyed mixing medium, and at this time, as the separating member (not shown) is rotated, the bundled deposit is mixed. The media are separated by friction into sheets one by one and transferred to the conveyance path module 200 located behind the bundle storage module 100.

The conveying path module 200 separates the bills and checks sucked from the bundle storing module 100 one by one, performs the final two sheets detection by the ultrasonic sensor unit and the discriminating two-hole detection, and transfers them to a single sheet. In addition, the BC module 300 checks the authenticity and image of the bills or checks that are conveyed in two sheets and detects the abnormal medium, and also checks the size of the medium and the insertion position of the end face in the case of the check. Confirm and convey this information.

In this way, the bill or check passed through the BC module 300 is placed in the drum-type alignment module 400 is sorted on the right end.

Banknotes or checks passed through the alignment module 400 are turned 90 degrees.

Recognition module 500 is composed of a MICR head, located almost perpendicular to the rear end of the deposit machine main body 1, the check printed on a single check conveyed by a magnetic ink character reader (MICR: Magnetic Ink Character Reader) After reading the serial number and the like and return to the escrow module 600

The escrow module 600 is in the shape of a tape reel, and is positioned in front of the depository main body 1 horizontally with the recognition module 500, so that the bills and checks in a bundle state are escrowed in a tape manner up to a predetermined number, that is, 50 sheets. do.

In the escrowed state, an image of the checks scanned by the CIS unit of the recognition module 500 is displayed to the user, and the customer (user) checks the state of the displayed checks, Run the process.

For example, if the user selects to collectively process all of the displayed checks or selectively process some of the displayed checks, the checks separated by the escrowed state are separated one by one and the selected check is recognized by the recognition module 500 and the escrow module 600. Transfer to the print module 800 located between the.

The print module 800 includes an ink unit which performs an endorsement function, deposits cash and check bundles of the present invention to perform printing on the end face of the check according to the direction of the check which is inserted through the bundle storing module 100. In the above, the front and rear inversion function, which will be described later, is adopted. The check that has been endorsed is returned to the cassette unit 700.

On the other hand, in the center of the depository main body (1) is escrowed to the escrow module 600 due to banknotes or checks that are damaged or unrecognized, that is, reject tickets to be rejected, and customer's cancellation The reject module 900 for transferring the banknotes or checks received in the bundle state to the reject medium return unit of the bundle storage module 100 is positioned.

In the conveying path between the recognition module 500 and the escrow module 600, the U-shaped conveying path 120 below the recognition module 500, and the first and second three-way switching gates 140 and 160 are sequentially formed. Is provided.

The first three-way switching gate 140 is switched to transfer the reject right recognized by the recognition module 500 to the reject module 800, bills escrowed to the escrow module 600 by the customer cancellation It is switched to return the check to the reject module 800, and is switched to return the bill escrowed to the escrow module to the cassette unit 700 by the customer's acceptance confirmation.

In addition, the second three-way switching gate 160 to the cassette unit 700 through the first three-way switching gate 140 and the U-shaped transfer path 120 to the banknotes and checks escrowed to the escrow module 600 If the end face of the check, which is switched to return and the escrowed check is matched to the escrow module 600, is switched to return the escrowed check to the print module 800, and if the end face does not match, the escrowed check is first And second conveyance paths between the three-way switching gates 140 and 160, and then the conveyance paths are transferred to the print module 800. Whether the end face of the escrowed check is matched may be determined according to the end position of the end face of the check delivered from the BC module 300. In addition, the second three-way switching gate 160 is used to transfer to the retract box 760 for the bill determined as the counterfeit right.

The cassette unit 700 is composed of a bill storage cassette 720 for accommodating normal bills, and a check storage cassette 740 for accommodating normal bills. In an embodiment of the present invention, the bill storage cassette 720 and the check The storage cassettes 740 are identical to each other, and stack banknotes or checks, and the banknote storage cassette 720 is located on the left side and the check storage cassette 740 is adjacent to the right side thereof, and is placed side by side from the depository main body 1. Detachable, but can be configured differently, of course. For example, the bill and check storage cassette may be configured to be interchanged.

In addition, the cassette unit 700 separates and stores the collection right of the reject right discharged to the bundle storage module 100 through the reject module 800 and the counterfeit right recognized by the recognition module 500. A tract box 760 may be included and is located between the escrow module 600 and the banknote or check storage cassette 720, 740 in this embodiment.

Accordingly, the cash and check bundle deposit machines of the present invention meet the so-called Article 6 regulations of the European Central Bank, which require that counterfeits be stored in separate storage locations.

In the deposit counting mode, when a mixed medium in a bundle state in which bills and checks are mixed is inserted into the bundle storing module 100, the transport path module 200, the BC module 300, the alignment module 400, and the recognition module ( 500), the U-shaped conveyance path 120, the first and second three-way switching gates 140, 160, and escrow to the escrow module 600.

At this time, the damaged or unrecognized banknotes or checks identified in the BC module 300, that is, the reject ticket to be rejected, the bundle storage module 100 through the reject module 900 in the U-shaped conveyance path 120. Is discharged.

In addition, the counterfeit right recognized by the BC module 300 is switched from the second three-way switching gate 160 to the print module 800 and separately stored in the retract box 760.

Cash and check bundle deposit machine of the present invention, when performing the escrow function in the escrow module 600, the stacking of the reject right, counterfeit right, the normal right divided by the gate, in this escrow state, after confirmation of the customer, confirm receipt or Bulk processing according to the cancellation of storage.

When the deposit is canceled, the banknote or check escrowed to the escrow module 600 passes through the second three-way switching gate 160, the first three-way switching gate 140, and the reject module 900. Is discharged.

When the deposit receipt is confirmed, the normal bill is positioned between the second and first three-way switching gates 160 and 140 and the U-shaped conveying path 120 and the U-shaped conveying path 120 and the bill storage cassette 720. It is stored in the bill storage cassette 720 through the switching gate 102.

In addition, in the case of a check, a check whose endorsement is matched by the BC module 300 is transferred directly to the print module 800 by the second three-way switching gate 160 to perform an endorsement, and then a check storage cassette 740. ) Is stored.

On the contrary, checks whose end faces are not matched by the BC module 300 are transferred to the first three-way switching gate 140 by the second three-way switching gate 160 and then the second three-way switching gate ( After being transferred to 160 to perform front and rear inversion, it is transferred to the print module 800 to perform endorsement, and then stored in the check storage cassette 740.

As shown in FIG. 2, which shows a medium conveying path at the time of retrieval of the bill or check discharged to the bundle storing module 100 when the deposit is canceled, the retrieval collection mode is a bundle storing module having no unreceivable. It is divided into the case remaining in the 100 and the case remaining in the escrow module 600.

Unreceived tickets of the bundle storage module 100 in the case of remaining in the bundle storage module 100 are returned to the conveyance path module 200, BC module 300, alignment module 400, recognition module 500, and U-shaped conveyance. The furnace 120, the first and second three-way switching gates 140 and 160, and the print module 800 are recovered and stored in the retract box 760.

The unreceipt right in the case of remaining in the escrow module 600 is recovered and stored in the retract box 760 through the print module 800 directly by the second three-way switching gate 160.

On the other hand, when performing the escrow function in the escrow module 600, the counterfeit right that is identified and stacked as a counterfeit right is also recovered and stored in the retract box 760 as well.

At this time, the receivable and the counterfeit right are stored separately in the retract box 760 according to the present invention.

As shown in FIGS. 3 and 4, the retract box 760 includes a box body 70 and a box body 70 in which an upper opening portion 72 and a storage case 74 are coupled to each other to form a rectangular parallelepiped shape. It consists of a rotating means for rotating the separating plate 80 to be stored horizontally above and below the separating plate 80 by separating the separation plate 80 is installed rotatably in the interior of the non-receipt right and counterfeit right. do.

The upper opening portion 72 is opened counterclockwise around the hinge shaft 708 formed on the upper rear side of the storage case 74, and an uncollected right and a counterfeit right are inserted into one side of the storage case 74. Inlet 702 is formed, the front device may be attached to the locking device 704 and the handle 706 that can open and close the upper opening (72).

On the other hand, the non-receipt and counterfeit right are received in the retract box 760 through the inlet 702, the static electricity is generated. The static electricity generated as described above may cause integration failure when the medium is stored.

Accordingly, the retract box 760 of the present invention allows the static electricity generated by installing an antistatic brush (not shown) adjacent to the inlet 702 to be integrated into the antistatic brush, and the elastic ground piece 712 connected to the antistatic brush. As the protruding portion of the inlet 702 is lowered, the retract box 760 is elastically contacted with the main body when the retract box 760 is stored in the depository main body to discharge static electricity generated to the outside.

The separating plate 80 has a mounting check pin 84 formed below the inner side thereof, and is installed to be rotatable about a hinge axis formed on the other side of the storage case 74.

On the other hand, the deposit machine body (1) on which the retract box 760 according to the present invention is mounted is provided with a solenoid pin 782 operated by the solenoid 780 and a detection sensor 784 consisting of a light emitting part and a light receiving part. The retracting box 760 is inserted into the retract box 760 through the opening 76 formed at the rear of the storage case 74.

When the retract box 760 is mounted to the machine body 1, the solenoid pins 782 of the solenoid 780 mounted to the machine body 1 pass through the opening 76 of the storage case 74. It is inserted into the solenoid pin insertion groove 82 of the separator plate (80).

On the other hand, the solenoid pin 782 inserted into the solenoid pin insertion groove 82 of the separator plate 80 by the operation of the solenoid 780 is operated downward, so that the separator plate 80 is lowered down about the hinge axis. As it goes, the counterfeit right is put into the upper portion of the separating plate 80, in this way, if the counterfeit right is stored in the retract box 760, the mounting confirmation pin 84 formed on the separating plate 80 is detected It is located between the light emitting portion and the light receiving portion of the sensor 784.

Referring to the operation of the retract box of the present invention cash and check bundle deposit machine configured as described above is as follows.

In the retrieval mode by canceling the deposit, when the bundle storage module 100 remains in the bundle storage module 100, the unreceived ticket of the bundle storage module 100 is transferred to the transport path module 200, the BC module 300, and the alignment module. 400, the recognition module 500, the U-shaped conveying path 120, the first and second three-way switching gates 140, 160, and the opening of the retract box 760 through the print module 800 ( When transferred through the 702, it is injected into the lower portion of the separating plate 80 and received in the retract box 760.

Unreceived tickets in the case of remaining in the escrow module 600 are also recovered and stored in the retract box 760 via the print module 800 directly by the second three-way switching gate 160.

On the other hand, when performing the escrow function in the escrow module 600, if the counterfeit right that is identified and stacked as a counterfeit right is transferred through the inlet 702 of the retract box 760, by the operation of the solenoid 780 As the solenoid pin 782 inserted in the solenoid pin insertion groove 82 of the separator plate 80 operates downward, the separator plate 80 descends downwardly about the hinge axis, so that the counterfeit right is divided into 80). After the operation of the solenoid 780 is turned off (OFF), it returns to the original position by the elastic spring installed on the hinge shaft.

As described above, in the present embodiment, since the case of storing the counterfeit right is less than the case of the collection of the non-counterfeit right, it is based on the fact that the counterfeit right is stored below the separating plate 80. It was configured to be accommodated in the upper portion of the separator plate 80 by the downward rotation of 80). Although not specifically illustrated and described, of course, it can be configured to accommodate the reverse if necessary.

As described above is only a preferred embodiment of the retract box of the bundle check deposit machine according to the present invention, the present invention is not limited to the above-described embodiment, as claimed in the following claims of the present invention Without departing from the gist of the present invention, one of ordinary skill in the art will have the technical spirit of the present invention to the extent that various modifications can be made.

1: deposit machine body 70: box body
72: upper opening 74: storage case
76: opening 80: separation plate
82: solenoid pin insertion groove 84: mounting confirmation pin
100: bundle storage module 120: U-shaped conveying path
140 and 160: first and second three-way switching gates
200: conveying path module 300: BC module
400: alignment module 500: recognition module
600: escrow module 700: cassette
702: Input part 704: Locking device \
706: handle 708: hinge axis
712: elastic folding piece 720: bill storage cassette
740: check storage cassette 760: retract box
780: solenoid 782: solenoid pin
784: detection sensor 800: print module
900: reject module

Claims

Retract box for cash and check bundle transfer machines (CASH AND CHECK IN MODULE: CCIM)
A box body having an upper opening portion and a storage case coupled to each other to form a rectangular parallelepiped shape, wherein the upper opening portion is opened from the storage case around a hinge axis;
A separating plate rotatably installed inside the box body,
And rotating means for rotating the separator plate downward so as to be horizontally stored above and below the separator plate by distinguishing an uncollected right and a counterfeit right that are horizontally inputted through an opening formed in one side of the storage case.
Retract box for cash and check bundle deposit machines.

The method of claim 1,
The rotating means
Solenoid pin insertion groove formed in the lower inner side of the separating plate,
It includes a solenoid for operating the solenoid pin mounted to the deposit machine body to be inserted into the solenoid pin insertion groove through the opening formed in the rear of the storage case,
By the operation of the solenoid the solenoid pin to rotate the separator downward
Retract box for cash and check bundle deposit machines.

The method of claim 2,
By the operation of the solenoid pin, the mounting confirmation pin formed on the separator plate is located between the light emitting portion and the light receiving portion of the detection sensor mounted on the deposit machine main body to detect whether the counterfeit right storage is normally in the retract box
Retract box for cash and check bundle deposit machines.

The method of claim 1,
The uncollected tickets of the bundle storage module of the deposit machine or the uncollected tickets remaining in the escrow module are put into the lower part of the separating plate and stored therein,
The counterfeit right of the escrow module of the deposit machine is injected into the upper portion of the separator plate as the separator plate pivots downwardly around the hinge axis.
Retract box for cash and check bundle deposit machines.

The method of claim 1,
The storage case further includes an elastic ground piece connected to the antistatic brush installed in the inlet so that the retract box is discharged to the outside when the retracting box is elastically in contact with the main body of the machine when the receptacle main body is received;
Retract box for cash and check bundle deposit machines.