KR100307371B1 - Cashier's Check Drawer Cassette - Google Patents

Abstract

The present invention relates to a check dispenser cassette of an automatic dispenser, comprising: a check inserting unit into which a sliding plate sliding on a base plate is seated, and a check provided with a spring for driving the closing plate is sequentially transferred; A check feeder that takes out the transferred checks in a single cup, and a feed part that prints the check issuance date and hinged to the feed part while reading the check serial number while transferring the checks taken out by the check payer. It has a structure including a check processing unit provided with an idle unit for transferring, can be used to connect the cash dispenser to the automatic dispenser regardless of the position, and can be used by separating the check withdrawal cassette, and check check feeding line By simplifying, check jams can be minimized.

[Index]

Automatic teller machine, check dispenser

Description

Cashier's Check Drawer Cassette

The present invention relates to a check dispenser cassette of an automatic dispenser, and more particularly, to a check dispenser cassette of an automatic dispenser, which reads the check serial number of a check in the check dispenser cassette and determines whether there is an abnormality.

Recently, automated teller machines where customers withdraw cash or checks have been installed in the bank's 365-day corner.

Currently, the automatic withdrawal check is limited in terms of time or place of use than cash withdrawal. The reason is that the check dispenser of the automatic dispenser is not equipped with a function to read the serial number of the check. It is designed to stop the operation of the automatic dispenser by sensing it when it is withdrawn. Therefore, if a check takes at least one page (meaning that the check will not be caught during the feeding process due to mechanical problems, it will automatically be sensed when two checks are withdrawn and the operation of the dispenser will automatically stop). This is because it has a disadvantage.

In general, a schematic illustration of an ATM is made for a bank to withdraw cash and checks at the same time.

As shown in FIG. 1, the automatic teller machine 100 has a check withdrawal cassette 110 and two cash withdrawal cassettes 120 connected therein. That is, when the customer inserts the card into the automatic dispenser 100 and presses a desired button to withdraw cash or checks, the feed unit 112 of the check withdrawal cassette 110 and the feed unit 122 of the cash withdrawal cassette 120 are provided. While going through the external take-out device 102 of the automatic dispenser (100).

Here, the check withdrawal cassette 110 should be installed at the bottom of the cash withdrawal cassette 120 in consideration of the time when the check is withdrawn later than cash.

On the other hand, the check withdrawal cassette 110 is sometimes equipped with a bill so that it can be used as a cash withdrawal cassette 120.

Referring to the check taking cassette 110 with reference to FIG. 2, the check taking cassette 110 is a plurality of drive rollers 112a are linked to the feed unit 112 and the check plate 114a is installed with the check drawn out. It is comprised by the part 114. The feed unit 112 is provided with a seal 116 to seal the date of occurrence of the check.

Referring to FIG. 3, the seal portion 116 is provided with a dial stamp printer 116a and a base plate 116b for supporting banknotes at the upper rear portion of the driving roller 112a. have. When the banknote is engaged with the drive roller 112a and placed on the base plate 116b, the printer 116b is made to seal the check issuance date.

However, in the conventional automatic dispenser 100, the check withdrawal cassette 110 may not be used separately, and it may be used only when the feeding line is matched to the bottom of the cash withdrawal cassette 120. That is, the conventional check withdrawal cassette 110 has to be installed at the bottom of the cash withdrawal cassette 120 because the dial stamp type printer 116a takes a lot of time to seal the check issuance date, and thus the check is drawn out. The line was complicated.

Therefore, when a check drawn from the check withdrawal cassette 110 is caught in the middle of a feeding line, there is a drawback of not being able to withdraw the check as well as cash.

In addition, since the conventional check withdrawal cassette 110 does not have a function of reading the serial number of the check, when the check is printed incorrectly even if one check is discharged, the automatic dispenser 100 must be stopped and the check is incorrect. Since it could not be prevented from being printed, the risk of financial accidents would follow if released to the outside.

The present invention has been made in order to solve the problems described above, the check of the automatic dispenser is to block in advance to prevent the misprinted check to be released by reading the serial number of the check only when there is no abnormality. It is to provide a draw cassette.

In addition, the present invention has a second object to provide a check dispenser cassette of an automatic teller machine that can be used separately from the check withdrawal cassette without connecting to the cash withdrawal cassette to minimize the check jam.

1 is a schematic diagram showing that a check dispenser cassette and a bill dispenser cassette of a general automatic dispenser are used in connection.

Figure 2 is a block diagram showing a conventional check withdrawal cassette.

Figure 3 is a perspective view of the check dispenser cassette of the automatic dispenser according to the present invention.

Figure 4 is a block diagram showing a check payment unit of the check withdrawal cassette according to the present invention.

5 is a perspective view showing a check processing unit of the check withdrawal cassette according to the present invention.

6 is a block diagram of a feed unit of the check processing unit according to the present invention.

<Explanation of symbols for the main parts of the drawings>

10: cassette 12: frame

14: opening and closing lid 20: check inserting

22: base plate 22: wheat plate

26: coil spring 28: guide portion

30: check payment unit 31: DC motor

32: first rotating shaft 33: pickup roller

34: belt 35: second rotating shaft

36: feed roller 37: third rotating shaft

38: guide roller 39: circuit board

40: check processing unit 50: feed unit

51: DC motor 52: gear assembly

53: Encoder Wheel 54: Wheel Sensor

55: timing belt 56, 57: first and second feed shaft

58: first sensor 59: reading unit

60: second sensor 61: printer

70: idle part 71: first feed driven shaft

72: second feed driven shaft 73: first light emitting sensor

74: second light emitting sensor 75: tension spring

In order to achieve the above object, the present invention includes a check inserting unit which is mounted on a slide plate to slide the base plate, the check is equipped with a sprinkling for driving the close plate is transported sequentially; A pickup roller installed on a first rotary shaft rotated by a plurality of gears meshed with a gear of a DC motor and pushing a check downward, and a feed roller installed on a second rotary shaft rotated by a belt to the first rotary shaft, It is installed on the third rotating shaft rotating through the belt to the second rotating shaft is composed of a guide roller for separating and transferring the check into sheets by engaging with the feed roller to move relative to each other to take out the check transferred by the mill A check payer to make a payment; As the DC motor rotates, a gear assembly for rotating the encoder wheel to the top and a predetermined interval on the bottom surface are interlocked with a timing belt to the lower pulley of the gear assembly. A pair of feed shafts provided, a first sensor entering through the feed shaft to detect a check, a reading unit for reading the serial number of the check according to the detection signal of the sensor, and the reading unit to read the serial number of the check. A second sensor for rereading and a printer for stamping the check issuance date at the end of reading of the reading unit and transferring the check taken out by the check paying unit while reading the serial number of the check and at the same time A feed unit for printing; A pair of feed driven shafts engaged with and driven in response to the feed shaft, first and second light-emitting sensors for emitting light in response to the first and second sensors, and the shafts are applied downwards and upwards on both sides of the feed driven shaft. It consists of a tension spring to receive, and provides a check dispenser cassette of an automatic dispenser, comprising a check processing unit which is hinged to the feed unit is provided with an idle unit for transferring the check.

The cash withdrawal cassette of the present invention having such a structure can be used by separately connecting the check withdrawal cassette as well as by using the check processing unit inside the check withdrawal cassette regardless of the position of the cash withdrawal cassette. Therefore, the check feeding line can be simplified to minimize check jams, and the check processing unit is provided with a function of reading a serial number of checks to prevent a misprinted check from leaking to the outside to prevent financial accidents. will be.

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

4 is an exploded perspective view showing the check dispenser cassette of the automatic dispenser according to the present invention.

Check withdrawal cassette according to the present invention, as shown in Figure 4, the check inserting unit 20, the check is mounted on the cassette main body 10, and the check feeder 30 to take out the transferred check in a single sheet And a check processing unit 40 for reading and feeding a check generation date while reading the check serial number. The check processing unit 40 includes a feed unit 50 and an idle unit 70.

The cassette body 10 includes a box-shaped frame 12 and an opening and closing lid 14 covering the frame, and an external power supply terminal 12a is provided on one side wall of the frame 12. The opening and closing lid 14 is provided with a pressing member 14a in the horizontal direction at one end, and a pair of guide members 14b are provided at predetermined intervals in the vertical direction.

The check inserting portion 20 is provided with a pair of base plates 22 opposite to each other with a predetermined gap at the bottom of the frame 12, and is placed between the base plates 22 to slide the slide plate ( 24) is provided, and a coil spring 26 for imparting elastic force to the contact plate 24 is built in the bottom of the base plate 22. In addition, guide bars 28 are formed at both sides of the base plate 22.

A plurality of locking grooves 22a are formed on one of the base plates 22 in a straight line.

The plate 22 has a hook member 22a protruding upward, a driving wheel 22b downward, and a pair of idle rollers 22c parallel to the rear bottom surface. Further, a stopper 22d is attached to the rear end of the mill plate 22 so as to be selectively caught in the locking groove 22a.

The hook member 22a is unlocked by the pressing member 14a when the opening / closing lid 14 is closed so that the mill plate 22 is subjected to elastic force by the coil spring 26. The idle roller 22c has a V-shaped groove formed at a distal end thereof in a radial direction such that the coil spring 26 is fitted closely.

One end of the coil spring 26 is fixed to the base plate 22 and the other end of the coil spring 26 is externally connected to the idle roller 22c of the contact plate 22 while the spring is tensioned. The restoring force is generated in a state in which the tension plate is not tensioned.

Referring to FIG. 4, the check feeder 30 is provided with a DC motor 131 installed at an upper end of one side wall, and a plurality of driven gears 31b and idle gears meshed with the gear 31a of the DC motor 31. The first rotation shaft 32 is rotated via the 31c. A pickup roller 33 for pushing the check downward is attached to the first rotation shaft 32.

Then, a second rotary shaft 35 interlocked with the belt 34 is provided on the first rotary shaft, and a feed roller 36 is attached to the second rotary shaft 35. The third rotary shaft 37 is interlocked with the belt 34 via the second rotary shaft 35, and the guide roller 38 is attached to the third rotary shaft 37. Here, the feed roller 36 and the guide roller 38 functions to separate the checks pushed from the pickup roller 33 into sheets while performing relative movement with each other and transfer the checks to the check processing unit 40.

The pickup roller 33 has a pad 33a protruding from a portion of the circumferential surface thereof so that the check does not slip. The feed roller 36 has a pair of grooves 36a formed along the circumference of the circumferential surface, and corresponds to the pad 33a of the pickup roller 33 on a portion of the circumferential surface where the groove 36a is not formed. The pad 36b is formed.

On the other hand, a circuit board 39 is provided between the check dispenser 30 and the check processor 40.

Referring to FIG. 5 and FIG. 6, the check processing unit 40 reads the check serial number while printing the check taken out by the check paying unit 30 and simultaneously prints the check issue date. And, it is hinged to the feed unit 50 is composed of an idle unit 60 for transferring a check.

The feed unit 50 is provided with a DC motor 51 at the upper portion, an encoder heel 53 which is interlocked with the idle gear 52a of the gear assembly 52 is provided, the encoder wheel 53 A wheel sensor 54 of an interrupt type for detecting the rotational speed of the c) is installed in front of the wheel. The wheel sensor 54 is configured to adjust the rotation speed of the DC motor 51 by detecting the rotation speed of the encoder wheel 53.

First and second feed shafts 56 and 57 are disposed at predetermined intervals on the bottom surface of the feed unit 50, and the first feed shaft 56 is the lower pulley 52b of the gear assembly 52. Is driven through the timing belt 55. The first feed shaft 56 and the second feed shaft 57 are driven through separate timing belts 55. The first and second feed shafts 56 and 57 are provided with a plurality of feeding rollers 56a and 57a along the shaft length.

In addition, the first sensor 58 to enter the bottom surface of the feed unit 50 through the feeding rollers (56a, 57a) to detect the check and a series of checks in accordance with the detection signal of the first sensor (58) A reading unit 59 for reading the number, a second sensor 60 for re-reading when the reading unit 59 misreads the serial number of the check, and a check issuance date at the same time as the reading of the reading unit 59 is finished. The printer 61 which directly prints is arrange | positioned, respectively.

The first sensor 58 and the second sensor 60 are light-receiving sensors and have a predetermined width and are deflected with each other. The reading unit 59 functions to read the serial numbers of all checks transferred to the core parts of the feed unit 50 so that the check material becomes clear. The printer 61 is an inkjet type, which allows a printing speed to be faster than that of a conventional dial stamp type printer.

On the other hand, the idle unit 70 is the first and second feed driven shafts 71 and 72 that are driven in engagement with the first and second feed shafts 56 and 57, and the first and second sensors 58 and 60. First and second light emitting sensors (73, 74) for administering light toward the), the tension spring (75) to receive the force from the bottom to the shaft on both sides of the first, second feed driven shaft (73, 74) Consists of.

That is, the idle unit 70 is hinged to the front of the feed unit 50, the first and second feed driven shaft 73 to the feeding rollers 56a and 57a of the first and second feed shafts 56 and 57, respectively. The feeding rollers 73a and 74a of 74 are engaged to transfer the check.

On the other hand, the idle unit 70 is inclined by about 10 degrees relative to the hinge point to the feed unit 50.

According to the configuration of the present invention, the check processing cassette is equipped with a function of reading the serial number of the check and equipped with a check processing unit 40 for printing at a high speed, which simplifies the check feeding line and at the same time speeds up the withdrawal of the check. You can do it.

The check dispenser cassette of the automatic dispenser according to the present invention as described above can be used by connecting the cash dispenser to the automatic dispenser regardless of the position, as well as separately using the check withdrawal cassette, and the check processing unit inside the check dispenser. By simplifying check check feeding lines, you can minimize check jams. In addition, the check processing unit is provided with a function to read the serial number of the check and a printer for printing at a high speed after the reading is to improve the withdrawal speed of the check.

Claims (1)

A check inserting unit in which a sliding plate sliding on the base plate is mounted, and a check mounted on the driving plate is sequentially transferred; A pickup roller installed on a first rotary shaft rotated by a plurality of gears meshed with a gear of a DC motor and pushing a check downward, and a feed roller installed on a second rotary shaft rotated by a belt to the first rotary shaft, It is installed on the third rotating shaft rotating through the belt to the second rotating shaft is composed of a guide roller for separating and transferring the check into sheets by engaging with the feed roller to move relative to each other to take out the check transferred by the mill Check feeder to be made; Gear assembly for rotating the encoder wheel to the upper side as the DC motor rotates, and is provided at a predetermined interval on the bottom surface is interlocked with the timing belt to the lower pulley of the gear assembly via the axis length Accordingly, a pair of feed shafts provided with a plurality of feeding rollers, a first sensor entering through the feed shafts and detecting a check A reading unit for reading the check serial number according to a detection signal of the sensor, a second sensor for rereading the reading unit when the reading serial number of the check is misread, and a check issuance date upon completion of reading of the reading unit. A feed unit configured to print a check and reading the serial number of the check while transferring the check taken out by the check paying unit and printing a check issuance date; A pair of feed driven shafts engaged with and driven in response to the feed shaft, first and second light-emitting sensors for emitting light in response to the first and second sensors, and the shafts are applied downwards and upwards on both sides of the feed driven shaft. The check extracting cassette of the automatic dispenser, comprising a check processing unit which is made of a tension spring to receive and includes an idle unit which is hinged to the feed unit and transfers the check.