KR20070119342A - Atm having jam removing structure - Google Patents

Abstract

An automatic teller machine having a jam removing structure is provided to remove the paper jam generated in a transfer path by equipping a removable transfer module which is removable in a horizontal direction. An automatic teller machine comprises a transfer unit for transferring the paper money received and paid through a receiving and paying section. The transfer unit includes a first transfer unit(210). A separating section of the receiving and paying section is positioned in an upper part of the first transfer unit, and an upper frame hinge shaft(730) is installed in a side of the first transfer unit. The first transfer unit consists of a removable transfer module(211) and a fixed transfer module. The removable transfer module is removable in a horizontal direction along a lower slide rail, and comprises a belt for transferring the paper money. The fixed transfer module comprises a belt for transferring the paper money using side assist power of sides with the belt of the removable transfer module.

Description

Automatic teller machine equipped with jam removing structure {ATM having jam removing structure}

1 is a side schematic view showing the internal structure of the automatic teller machine equipped with a jam removing structure of the present invention,

Figure 2 is a perspective view showing a state in which the removable conveying module of the first conveying unit slides outward in the bill jam removing structure of the present invention,

3 is a perspective view showing a first conveying unit provided with a slide rail of the present invention;

Figure 4 is a perspective view showing a second conveying portion provided with a bill jam removing structure of the present invention,

5 is a perspective view showing a state in which the conveying path of the third conveying unit of the present invention is opened;

6 is a side view of FIG. 5;

* Description of the symbols for the main parts of the drawings *

100: deposit and withdrawal unit 120: separation unit

200: conveying unit 210: first conveying unit

211: removable transport module 212: fixed transport module

213: slide rail 220: second conveying unit

221: first pivotal transport module 222: first lower transport module

223: second pivotal conveying module 224: second lower conveying module

225: locking portion 230: third conveying portion

231: third transport upper module 232: third transport lower module

300: temporary storage unit 310: separation unit

400: 2 sheets detection unit 500: bill discrimination unit

510: Banknote discrimination upper module 520: Banknote discrimination lower module

600: recycle box unit 730: upper frame

The present invention relates to a financial automated device having a jam removing structure, and more particularly, to a financial automatic device having a jam removing structure that can easily remove a banknote jam when a jam occurs on a conveying path inside the automatic telling machine. It is about.

In general, ATMs and Cash Dispensing Units (CDUs) and cash are used for financial automated devices, which are devices designed to provide most services without consulting, regardless of time. There are Billing Recycling Machine (BRM), which is developed and used from the early stage for computerization of financial business. It is a device that can withdraw cash only automatically. In addition to the device is also equipped with a deposit function.

In such an automatic teller machine, a deposit and withdrawal unit for a customer to input or receive a banknote for deposit and withdrawal, a conveying unit for transferring the banknotes withdrawn and withdrawn through the deposit and withdrawal unit using a belt, and the banknotes transferred through the conveying unit temporarily Temporary storage unit to be loaded, two detection unit for detecting whether two sheets of banknotes conveyed through the conveying unit, banknote discrimination unit for discriminating the abnormality of the banknotes conveyed by the conveying unit, banknotes deposited from customers And a recycle box unit including a plurality of recycle boxes that perform a reflux function by withdrawing the loaded banknotes. For example, the conveying unit is provided with a belt in which an outer circumferential surface is in contact with and rotated by a power of a motor to be vertically formed to form a conveying path.

Looking at the path that the banknotes are transferred from the automated teller machine, the banknotes loaded on the deposit and withdrawal unit are separated into pieces one by one by means of a pickup roller installed at the lower part of the bank, and are transported along the conveying path to pass the banknote discrimination unit. It is temporarily stored in the temporary storage unit, and when the customer's deposit confirmation signal is received, is loaded into the recycling box via the return path.

In this case, the bills are conveyed by the clamping force of the belts installed above and below the conveying path, and the bills cause jams due to various factors on the conveying path, causing device failure.

When the banknote jam occurs as described above, the banknote withdrawal and withdrawal module including the conveying unit is taken out from the automated teller machine, and then the position where the banknote jam is generated is checked, and the conveying path is opened to the outside, and then the banknote with the jam is removed. Done.

However, the conveying part is formed over the entire conveyance path of the banknotes loaded into the recycling box through the deposit and withdrawal part, the temporary storage part, and the banknote discrimination part, so that some sections of the conveying part open the conveying path to remove the banknote jam due to the narrow space. It is difficult to open the conveying path due to the structure which is difficult to make it, and the other parts provided in the upper side of a conveying path, and it becomes difficult to remove the banknote which a jam generate | occur | produced.

The present invention has been made to solve the above-mentioned problems, jam removal structure that can easily remove the banknote jam by opening the conveying path formed at a position adjacent to the upper frame hinge axis which is the rotation center of the upper frame is rotated outside The purpose is to provide a financial automated device equipped with.

Another object of the present invention, by adopting a structure that can open only the upper surface of the upper frame without turning the upper frame when the bank jam is generated in the conveying path section located at the top of the conveying section to facilitate the jam generated bills It is to provide a financial automatic machine equipped with a removable jam removing structure.

Still another object of the present invention is to move the temporary storage unit while the banking jam is formed on the conveying path formed between the temporary storage unit and the two detection units, so that the transport paths on both the left and right sides of the two detection units are opened. The present invention provides a financial automatic machine equipped with a jam removing structure.

In the automatic teller machine equipped with a jam removing structure of the present invention for realizing the object as described above, the depositing and withdrawal unit for the customer to put or receive the bill for deposit and withdrawal, the conveying unit for transferring the banknotes withdrawal and withdrawal through the deposit and withdrawal unit; A temporary storage unit for temporarily storing the banknotes conveyed through the conveying unit, two detecting units detecting whether the banknotes conveyed through the conveying unit are overlapped, and discriminating whether the banknotes conveyed by the conveying unit are abnormal or not. In the bank automatic teller, jam removing structure comprising a recycling box unit including a plurality of recycling boxes to perform a reflux function by loading the banknotes deposited from the customer and the loaded banknotes are withdrawn, wherein The conveying section is located at the top of the separating section of the deposit and withdrawal section, and one side of the upper frame hinge shaft It includes a first conveying unit to be installed, and; The first conveying unit includes a detachable conveying module that is detachable in a horizontal direction along a slide rail below and includes a belt for conveying bills, and a belt for conveying bills by a clamping force with the detachable conveying module belt. Consisting of a fixed conveying module; It is characterized by.

In this case, the conveying unit further includes a second conveying unit located at the upper end of the banknote conveying path that is above the temporary storage unit; The second conveying unit may face a first pivotal conveying module pivoting around a hinge part of one side, a first lower conveying module positioned below the first pivotal conveying module, and the first pivotal conveying module. Preferably, the second pivotal conveying module pivots about the hinge portion, and the second lower conveying module positioned below the second pivotal conveying module.

The conveying part may further include a third conveying part which is positioned so that the separating part of the temporary storage part presses the upper part and the two detecting parts are provided in contact with the side part; The temporary storage part is pivoted on the separating part side about the hinge axis; Preferably, the third conveying unit includes a third conveying upper module and a third conveying lower module located below the third conveying upper module, being pivoted about a hinge axis formed below the temporary storage unit.

In this case, the banknote discrimination unit includes a banknote discrimination upper module that is pivoted about the hinge axis; Preferably, the banknote discrimination upper module and the third conveying unit are pivoted to face each other toward the two detection units.

Hereinafter, the configuration and operation of the preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

Figure 1 is a side schematic view showing the internal structure of the automatic teller machine equipped with a jam removing structure of the present invention, Figure 2 is a perspective view showing a removable conveying module of the first conveying unit slides outward in the banknote jam removing structure of the present invention; Figure 3 is a perspective view showing a first conveying unit with a slide rail of the present invention.

Withdrawal section 100 for the customer to put or receive the bill for deposit and withdrawal, the conveying unit 200 for transporting the bill withdrawal and withdrawal through the deposit and withdrawal unit 100, the bill transferred through the conveying unit 200 Temporary storage unit 300 temporarily loaded, two detection unit 400 for detecting whether two sheets of banknotes conveyed through the conveying unit 200, abnormality of the banknotes conveyed by the conveying unit 200 There is provided a recycling box unit 600 for discriminating whether there is a bill discrimination unit 500, and a plurality of recycling boxes 610 for performing a reflux function by loading the bills deposited from the customer and withdrawing the loaded bills.

The banknote loading space 110 of the deposit and withdrawal unit 100 is loaded with a plurality of banknotes put by the customer. The stacked banknotes are separated one by one by a separator 120 formed of a pickup roller 121, a feed roller 122, and a guide roller 123 installed at a lower portion thereof.

The bills separated and transported in the downward direction are transported along the transport unit 200, and the first transport unit 210 is installed at an adjacent position of the upper frame hinge shaft 730 at the lower side of the deposit and withdrawal unit 100.

The upper frame hinge shaft 730 is a rotation center in which the upper frame 740 is pivoted to remove the banknote jam when the banknote jam occurs on the lower conveyance path such as the banknote discrimination unit 500.

In this case, the deposit and withdrawal unit 100 has a structure in which the deposit and withdrawal hinge shaft (not shown in the drawing) installed at the lower left is rotated counterclockwise with the rotation center, and the upper frame 740 also has an upper frame hinge shaft ( 730 is rotated in a counterclockwise direction, and the first conveying unit 210 has a very narrow space in the vertical direction or the inner direction of the device to implement a hinge structure for turning one side to the rotation center Is difficult.

Therefore, the first conveying unit 210 is detachably transported to remove the side by sliding sideways to open the transport path 211 and the fixed transport module 212 is installed on the opposite side of the removable transport module 211 It is preferable to have a structure which opens a conveyance path by sliding a slide to a left-right direction.

The removable transfer module 211 is a belt 211a for transferring bills, a pulley 211b which is connected to the inner peripheral surface of the belt 211b to transfer power, the belt 211a and the pulley 211b are It includes a plastic mold 211c to form a body that can be fixed, the lower portion is provided with a slide rail 213 for horizontal movement.

In addition, in the fixed conveying module 212 provided on the opposite side of the removable conveying module 211, a belt (212b) for transferring the bills by the clamping force of the belt 211a of the removable conveying module 211, the belt 212b It comprises a pulley (212b), a plastic molding (212c) that is in contact with the inner peripheral surface of the transfer power.

As illustrated in FIG. 2, the detachable transport module 211 of the first transport unit 210 configured as described above is lateral to the detachable transport module 211 when a bill jam is generated between both belts 211a and 212a. In this case, the conveyance path is opened by sliding the first side frame 710 and the second side frame 720. This makes it possible to remove jam generated bills. In this case, it is preferable that a stopper (not shown) is formed at a predetermined position between the lower portion of the removable transfer module 211 and the slide rail 213 to limit the horizontal moving position of the removable transfer module 211. Reference numeral 750 is a lower frame.

Figure 4 is a perspective view showing a second conveying portion provided with a bill jam removing structure of the present invention.

The conveying unit 200 is provided with a second conveying unit 220 positioned at the upper end of the banknote conveying path that is above the temporary storage unit 300.

The second conveying unit 220 may include a first pivotal conveying module 221 pivoting around a hinge portion of one side and a first lower conveying module 222 positioned below the first pivotal conveying module 221. ), A second pivotal conveyance module 223 pivoting around the hinge portion so as to face the first pivotal conveyance module 221, and a second lower conveyance positioned below the second pivotal conveyance module 223. Module 224.

In addition, the first pivotal conveying module 221 is connected to the upper belt 221a for transferring bills, the inner circumferential surface of the upper belt 221a, a pulley 221b for transmitting power, and the upper belt 221a. And a plastic mold 221c forming a body to which the pulley 221b can be fixed.

In addition, the first lower transfer module 222 is a lower belt 222a for transferring bills by a clamping force with the upper belt 221a, a pulley 222b connected to the inner circumferential surface of the lower belt 222a to transfer power. ), The lower belt 222a and the pulley 222b is formed of a plastic mold 222c forming a body to which it can be fixed.

When banknote jams are generated between the upper belt 221a and the lower belt 222a, the first pivotal conveying module 221 and the second pivotal conveying module 223 facing each other are pivoted about the hinge axis, respectively. In this case, only the conveying path of the second conveying unit 220 in which the jam is opened without turning the entire upper frame 740 may be easily removed.

The side end portion of the first swing conveying module 221 is provided with a locking portion 225 to maintain the locked state when the first swing conveying module 221 is turned down. The locking portion 225 is a hook-shaped locking member 225a for performing a locking function, a pressing plate 225b for integrally connected with the locking member 225a to perform a unlocking function, and the locking member 225a. It consists of a locking part 225c formed to hook the hook-shaped part.

5 is a perspective view illustrating a state in which a conveyance path of the third transport unit of the present invention is opened, and FIG. 6 is a side view of FIG. 5.

The transfer unit 200 is provided with a third transfer unit 230 between the temporary storage unit 300 and the two detection unit 400. The separation unit 310 of the temporary storage unit 300 is positioned on the upper portion of the third conveying unit 230 and is installed to press the third conveying unit 230 from the upper side, and two detecting units 400 are provided on the side. It is installed to contact.

In addition, the third conveying unit 230 is positioned below the third conveying upper module 231 and the third conveying upper module 231 pivoting about a hinge axis formed on the lower side of the temporary storage unit 300. It consists of the third carrying load module 232.

A belt for transferring banknotes is wound around the third conveying upper module 231 and the third conveying lower module 232, respectively, and banknotes are conveyed by the clamping force of the belt.

When the banknote jam occurs between the third conveying upper module 231 and the third conveying lower module 232 of the third conveying unit 230 having the above structure, first, the temporary storage unit 300 is hinged. When the upper conveyance module 231 is pivoted about the hinge axis after pivoting upwardly about the shaft 320, the transport path of the third transporter 230 is opened.

In this case, the banknote discrimination unit 500 is provided with a banknote discrimination upper module 510 which is pivoted upward with respect to the hinge axis 530, the banknote discrimination lower module 520 below the banknote discrimination upper module 510. ) Is installed. For this reason, it is possible to remove the banknote which the jam generate | occur | produced on the conveyance path of the banknote discrimination part 500.

In this case, the banknote discrimination upper module 510 and the third conveying upper module 231 may use the two sheet detection unit 400 to easily remove the banknotes jammed on the conveyance path of the two sheet detection unit 400. It is preferred that the structure is pivoted so as to face each other.

According to the automatic teller machine equipped with a jam removing structure according to the present invention as described in detail above, by having a removable transport module detachable in the horizontal direction formed at a position adjacent to the upper frame hinge axis which is the rotation center the upper frame is pivoted Even if banknote jam occurs in the conveyance path, there is an advantage that can be easily removed.

In addition, by having a first swing conveying module and a second swing conveying module that swings to face each other to open the conveying path, even if banknote jam is generated in the conveying path section located at the top of the conveying unit, it is simple without turning the upper frame. There is an advantage that can remove the jam generated bills.

In addition, by providing a hinge structure to each of the temporary storage portion and the third conveying portion, there is an advantage that can be easily removed even if the banknote jam occurs in the lower storage portion.

Claims (4)

The deposit and withdrawal unit for the customer to put or receive the bill for deposit and withdrawal, the conveying unit for transferring the banknotes withdrawal and withdrawal through the deposit and withdrawal unit, the temporary storage unit for temporarily loading the banknotes transferred through the conveying unit, the conveyed through the conveying unit Two detection unit for detecting whether two bills overlapping, a bill discrimination unit to discriminate whether there is an abnormality of the bills conveyed by the conveying unit, the banknotes deposited from the customer is loaded and the loaded bills are withdrawn to perform the reflux function In the automatic teller machine equipped with a jam removing structure comprising a recycling box unit including a plurality of recycling boxes, The conveying part includes a first conveying part in which a separating part of a deposit and withdrawal part is located at an upper side, and an upper frame hinge shaft is installed adjacent to one side thereof; The first conveying unit includes a detachable conveying module that is detachable in a horizontal direction along a slide rail below and includes a belt for conveying bills, and a belt for conveying bills by a clamping force with the detachable conveying module belt. Consisting of a fixed conveying module; Financial automatic device equipped with a jam removing structure characterized in that. The method of claim 1, The conveying unit further includes a second conveying unit positioned at an upper end of the banknote conveying path which is above the temporary storing unit; The second conveying unit may face a first pivotal conveying module pivoting around a hinge part of one side, a first lower conveying module positioned below the first pivotal conveying module, and the first pivotal conveying module. A second pivotal conveying module pivoting about the hinge portion and a second lower conveying module positioned below the second pivotal conveying module; Financial automatic device equipped with a jam removing structure characterized in that. The method of claim 1, The conveying part includes a third conveying part which is positioned so that the separating part of the temporary storage part presses the upper part and the two detecting parts are in contact with the side part; The temporary storage part is pivoted on the separating part side about the hinge axis; The third conveying part comprises a third conveying upper module and a third conveying lower module positioned below the third conveying upper module and pivoted about a hinge axis formed below the temporary storage part; Financial automatic device equipped with a jam removing structure characterized in that. The method of claim 3, The banknote discrimination unit includes a banknote discrimination upper module which is pivoted about a hinge axis; The banknote discrimination upper module and the third conveying unit are pivoted to face each other toward the two detecting units; Financial automatic device equipped with a jam removing structure characterized in that.

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