KR101183993B1 - Printing device of check receiving machine - Google Patents

Abstract

The present invention relates to a printing device for an automatic bill processor, and is provided between a pair of frames 202 and 204 facing each other and rotated by a drive motor 212. It is coupled to one side of the dot printer 220, the dot printer 220 is installed on the screw 210, the lead screw 210 and horizontally moved, and has a predetermined schedule between the frame 202, 204 Above and below the frame 202 and 204 to insert the bills 1 between the printing belt 230 and the tracks of the printing belts 230 and move the bills 1 in the advancing direction. It is formed on the printing belt 230 so that printing is performed on the conveying roller part 240 to be installed and the bills 1 positioned inside the printing belt 230 as the conveying roller part 240, and is a dot printer ( An opening 234 in which the dot head 224 of 220 is located. Therefore, in the automated device capable of automatically executing the check processing process of the check, the print factor of the check is automatically and quickly marked and has the effect of being easily installed inside the device.

Automatic teller machine, check, print

Description

Printing device of bills automatic storage processor {PRINTING DEVICE OF CHECK RECEIVING MACHINE}

1 is a perspective view of an automatic banknotes processing machine according to the present invention,

Figure 2 is a partial front view of the printing device in the automatic banknotes processing machine according to the present invention

3 is a perspective view of a printing device according to the present invention;

4 is a schematic cross-sectional view of the printing apparatus according to the present invention.

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

100: automatic storage processor 200: printing device

202, 204: frame 210: lead screw

212: drive motor 214: bracket

215: guide shaft 220: dot printer

230: printing belt 232: coupling portion

234: opening 240: conveying roller portion

242: roller 243: motor

244: incoming detection sensor 246: guide plate

The present invention relates to an automatic bill processor, which is an automated device capable of automatically executing a check processing task, and more particularly, magnetic text acquired on a check and image information acquired through scanning during check receipt. It relates to a printing device for an automatic banknotes processing machine which enables the printing of information-checked checks to be made quickly and accurately by using an automatic device.

Check-based payment systems are widely used, and various types of payments and transfers are accomplished by accepting checks, which are typically sent to financial institutions such as banks for depositing bank accounts or cashing checks.

Therefore, various checks must be processed at the teller counters of all bank branches in a short time. The main tasks performed at the cashier's counters include the verification of bank checks, date verification and signature verification, then depositing or cashing the check. In addition, the received check is printed and a receipt is issued if necessary.

In recent years, banks are beginning to read checks that have entered their banks electronically and are trying to improve their check processing performance by connecting their banks to other banks online.

For this purpose, check processing machines with a magnetic ink character reader (MICR) for reading information written in magnetic ink on each check today and an image scanner for capturing an image of each check have been installed in many bank branches. These processing machines, however, are large systems used to process large amounts of checks at high speed and cannot be located at cashiers. Therefore, large spaces used exclusively for check processing should normally be set up in the bank in addition, and all checks are processed there. After the check is processed, the checks collected from each point are delivered by armed guard vehicles, for example to a particular central settlement.

In addition, an electromagnetic reading of a check is made at a cashier's teller window, and a small check processing apparatus that can be installed at the cashier's teller window has been proposed.

The above check processing apparatus has a check conveying mechanism, a magnetic ink character reader, a scanner and a printer arranged along the check conveying path.

When the cashier who receives the check from the customer passes the check to the check processing apparatus, the check processing apparatus reads the check using the MICR and the scanner, and then prints the check using the printer.

As such a printer, for example, the stamp of the Korean Utility Model Publication No. 174167 is composed of a stamp unit having a plurality of printing belts that can indicate the year and date, the date and time of the printing belt is configured to be set by rotating the adjustment wheel have. However, this device has the inconvenience and disadvantage that the user has to manually set the date and time by rotating the printing belt.

In addition, as another example, the check factor of the Korean Utility Model Publication No. 116456 has been proposed an impact printer that marks the number on the check by hitting the ribbon when the printer wheel hits the printer wheel by the operation of the printer hammer. In addition, this also requires the printer wheel to be rotated several times, which raises the problem of time-consuming one-sheet check printing.

Therefore, in recent years, there is a further need for the development of a printing device capable of automatically and quickly marking check printing on an automated device capable of automatically executing a check storing process.

The present invention has been made in order to solve the above-mentioned drawbacks, the printing of the bill automatic storage processor that can be printed quickly and accurately the printing of the check in the automated device capable of automatically executing the check processing process of the check It is an object to provide a device.

Another object of the present invention is to provide a printing device that can be easily installed inside the apparatus of the automatic storage processor.

The present invention for achieving the above object is a billing device which is mounted on an automatic bill acceptor for automatically carrying out a check-in business process and checks are printed. A lead screw installed between the frames and rotated by a drive motor, a dot printer mounted on the lead screw to move horizontally, and a factor coupled to one side of the dot printer and installed with a predetermined distance between the pair of frames. In order to insert the bills between the belt and the track of the printing belt and to move the bills in the advancing direction, a conveying roller part installed on the upper and lower parts between the frames, and a billing material placed inside the printing belt as the conveying roller part. Paper waste stream which is formed on the printing belt to form printing and includes an opening where the dot head of the dot printer is located. The processor provides a storage device parameter.

The above objects and various advantages of the present invention will become more apparent from the preferred embodiments of the invention described below with reference to the accompanying drawings by those skilled in the art.

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

In Figure 1 is a perspective view of the automatic bill processor according to the present invention, Figure 2 is a partial front view of the printing apparatus in the automatic bill processor according to the present invention, Figure 3 is a perspective view of the printing apparatus according to the present invention, Figure 4 is a schematic cross-sectional view of the printing apparatus according to the present invention.

The automatic bill processor 100 shown in FIG. 1 includes an input port unit 110 in which a user largely inserts a check or returns a check, a conveying unit 120 for conveying the inserted check to a conveying path, and a conveyance. Alignment unit 130 for arranging checks provided on the furnace to one side, and CIS (Contact Image Sensor; contact image to scan the checks provided on the conveying path to obtain image information as check information) A sensor 140 unit, a magnetic ink character recognition (MICR) unit 150 for acquiring, as check information, magnetic character information printed on a check carried on a conveying path, and a conveyance; The double sheet detection unit 160 for detecting whether two or more checks provided on the furnace overlap and the endorsement unit 170 for printing on the check in accordance with a printing instruction provided on the conveying path. And the above-described MICR unit ( 150 is formed on the conveying path itself between the endorsement unit 170, the temporary standby unit 180 to temporarily stop the transfer of the check, and the cassette 190 to store and store the check completed to the print It includes.

Here, the printing device 200 according to the present invention is mounted to the endorsement factor unit 170 is installed.

As shown in FIGS. 2 and 3, the printing device 200 is provided between the pair of frames 202 and 204 and the frames 202 and 204 for printing bills 1. It consists largely of the dot printer 220, the printing belt 230, and the conveyance roller part 240 which is a drawing means of the banknotes 1. As shown in FIG.

The pair of plate-shaped frames 202 and 204 made of metal are positioned to face each other at a predetermined distance from each other. Can be maintained.

A lead screw 210 is installed through the lower side of the frames 202 and 204, and the lead screw 210 is rotated by a drive motor 212 installed on the outer surface of the frame 202 through the lead screw 210. It is possible to install. The drive motor 212 is preferably capable of forward and reverse rotation.

The dot printer 220 is installed on the axis of the lead screw 210 and is horizontally moved in accordance with the rotation of the lead screw 210. Furthermore, the dot printer 220 is disposed above the dot printer 220 to smoothly move the dot printer 220. The bracket 214 is moved along the guide shaft 215 provided between the frames 202 and 204.

In the dot printer 220, a housing 222 is installed, a dot head 224 protrudes and is installed at the front end of the housing 222, and a dot pin 226 is shown at the front end of the dot head 224. About nine arranged in this vertical direction are provided.

In addition, the paper housing is formed inside the housing 222 to accommodate the printing paper 228 of the paper, the printing paper 228 is rotated from the housing 222 by a rotating means not shown dot pin 226 After the front end of the) will be repeated to enter the housing 222.

And the printing belt 230 is installed facing the front side of the dot printer 220. The printing belt 230 penetrates between the frames 202 and 204 and is rotatably installed, and forms a coupling part 232 bent to overlap a portion of the printing belt 230. By coupling the coupling part 232 to one side of the dot printer 220 through a screw or the like, the printing belt 230 also moves along a predetermined trajectory like the horizontal movement of the dot printer 220. Therefore, the dot printer 220 and the printing belt 230 is always moved together in the same plane facing.

Meanwhile, an opening 234 having a predetermined size is formed on a surface of the printing belt 230 facing the dot head 224, and one end of the dot head 224 and the dot pin 226 is positioned in the opening 234. When the banknotes 1 described below, the printing is possible by hitting the dot pin 226.

The conveying roller part 240 is installed on the upper side and the lower side with respect to the printing belt 230, respectively.

The conveying roller part 240 is provided with a plurality of rollers 242 facing each other on the shafts provided on the frames 202 and 204, and the bills 1 drawn between the rollers 242 are conveyed downward. It is drawn between the trajectories of the printing belt 230 and discharged along the roller 242 on the lower side. Preferably, the conveying roller unit 240 is driven by a motor 243 capable of forward and reverse rotation, and the driving of the motor 243 is controlled by a controller (not shown).

And the upper side of the conveying roller unit 240 is further provided with an inlet detection sensor 244 that can detect the incoming of the bill (1).

In addition, a guide plate 246 is further provided between the rollers 242 of the upper and lower conveying rollers 240 to help the banknote 1 be drawn into the printing belt 230. The lower end of the side guide plate 246 is installed to be located inside the printing belt 230, the upper end of the lower side guide plate 246 has a configuration that is installed to be located outside the printing belt 230.

Referring to the operation of the printing device of the automatic bill processor according to the present invention configured as described above are as follows.

First, when a customer or a bank clerk inserts a sheet of check to be stored through the slot 110 of the automatic bill acceptor 100, a shutter (not shown) next to the slot is opened and the carrier 120 is driven. The check will be transferred.

Subsequently, the checks to be transferred are aligned to one side while passing through the alignment unit 130, and then continuously transferred to pass through the CIS unit 140 to obtain double-sided image information of the check.

Next, the check is continuously transferred to pass through the MICR unit 150 to obtain the magnetic character information described on the check.

Subsequently, the check is continuously transferred to pass through the double sheet detection unit 160 to detect whether the double sheet is detected. And the endorsement factor for the print is carried out for the check to be transferred to the endorsement unit 170, if all of the factors are completed, the check is continuously transferred to be stored in the cassette 190 is stored.

Therefore, the printing process performed through the printing device 200 of the endorsement factor unit 170 will be described in more detail with reference to FIG. 4, and the bills 1 passing through the double sheet detecting unit 160 are transferred to the transport path. Subsequently, it is drawn in downward through the upper conveyance roller part 240 by the drive of the motor 243. At this time, the position of the opening 234 of the printing belt 230 coupled by the dot printer 220 and the coupling portion 232 is horizontally oriented in one direction along the lead screw 210 by the movement of the dot printer 220. It is moved. This is to prevent the breakage of the dot pin 226, which may be caused by the impact on the dot pin 226 protruding into the opening 234 when the bill (1) is drawn into the inside of the printing belt 230. .

The bills 1 introduced in the following state are positioned inside the printing belt 230 while receiving the guide of the guide plate 246 located on the upper side, and the degree of drawing of the bills 1 is referred to as an inlet detection sensor. If it is confirmed at 244, the drive of the conveying roller unit 240 is stopped. When the insertion of the bills (1) is made in a predetermined position, the control unit causes the dot printer 220, which is biased to one side, to be horizontally moved to the print column of the bills (1), such as the opening 234 of the print belt (230). do.

When the dot pin 226 through the printing portion and the opening portion 234 of the banknotes 1 are positioned to face each other, the dot head 224 moves forward and backward on the printing paper 228 side which rotates the housing 222. By hitting the dot pin 226, the ink-feeding portion of the hitting printing paper 228 prints the number or date and date preset in the printing column of the banknotes 1.

At this time, as the printing column of each banknote 1 to be inserted is formed horizontally or vertically, the dot printer 220 is set by the driving motor 212 so that the corresponding number can be printed in the printing column at the correct position. , The horizontal direction is repeatedly moved to a predetermined position along the lead screw 210 to rotate in reverse, and the banknotes 1 sandwiched between the rollers 242 of the conveying roller part 240 are also used to rotate the roller 242. Therefore, forward and backward movements are repeated along the traveling direction of the bank notes 1.

When printing of the banknotes 1 is completed in this way, it is discharged below without jam along the guide plate 246 by the drive of the lower side conveyance roller part 240. As shown in FIG.

The discharged banknotes 1 pass through the temporary standby unit 180 along the conveyance path and are charged into the cassette 190.

What has been described above is just one embodiment for carrying out the printing device of the automatic banknote processing machine according to the present invention, the present invention is not limited to the above embodiment, as claimed in the following claims Without departing from the gist of the present invention, anyone of ordinary skill in the art will have the technical spirit of the present invention to the extent that various modifications can be made.

As described above, the printing device of the automatic bill acceptor processing machine according to the present invention automatically prints the checks automatically and quickly in an automated device capable of automatically executing the check processing process of the checks, It has the effect of being installed.

Claims (5)

A printing device which is mounted on an automatic bill acceptor that automatically executes a check storing operation, which prints a check. A pair of frames facing each other, A lead screw installed between the frames and rotated by a driving motor; A dot printer installed on the lead screw to move horizontally; Printed belt is coupled to one side of the dot printer and installed with a predetermined interval between the frame, A conveying roller part installed between upper and lower parts of the frame to insert the banknotes between the traces of the printing belt and to move the banknotes in the advancing direction; An opening in which the dot head of the dot printer is positioned so as to be printed on the banknotes positioned inwardly of the printing belt as the conveying roller portion, and the dot head of the dot printer is located; Printing apparatus of the bills automatic storage processor including a. The method of claim 1, The printing device of the banknote automatic storage processor which is provided with a guide shaft for helping the horizontal movement of the dot printer between the pair of frames. The method of claim 1, The printing device of the automatic banknotes processing machine billing machine is provided with an input detecting sensor capable of detecting the incoming of the bills to the upper portion of the conveying roller. The method of claim 1, The upper and lower conveying rollers respectively installed between the rollers to support the bills are introduced into the inside of the printing belt and further comprises an upper guide plate and a lower guide plate for suppressing the occurrence of jam (jam) Printing device of storage processor. The method of claim 4, wherein The lower end of the upper guide plate is installed to be located inside the printing belt, the upper end of the lower guide plate printing device of the bills automatic storage processor is installed to be located outside the printing belt.

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