KR20020093367A - Apparatus for retrieving bill in automated teller machine - Google Patents

Abstract

PURPOSE: A cash collecting apparatus in an automated teller machine is provided to collect cash left in an automated teller machine(ATM) in case that cash is left in it because of negligence or mistake of users and also to keep the machine in service. CONSTITUTION: A reception part of ATM has inner space and in its upper front, there is a cash loading part(600) which has designated space in the casing(100) where has an aperture. The cash loading part slopes horizontally from the lower end of the aperture. A damper of the casing(130) is in the cash loading part to prevent cash in the cash loading part releasing into the casing(100). Therefore, it helps the users and the managers to be satisfied with the machine by keeping the machine in service.

Description

Residual money collection device of automatic teller machine {APPARATUS FOR RETRIEVING BILL IN AUTOMATED TELLER MACHINE}

The present invention relates to a residual money recovery device of an automatic teller machine, and in particular, if the cash is left inadvertently or inadvertently by the user, the automatic cash dispenser that not only collects and retains the remaining cash separately but also continues to use the device. The present invention relates to a residual paper money collecting device.

In general, an automatic teller machine is installed at a bank, a convenience store, or a subway station where a lot of people go.

The automatic teller machine inserts the card into the card slot, and then proceeds with the desired processing while operating the operation button according to the guide displayed on the display device provided on the front, and the cash and statement of statement is withdrawn according to the processing. The bill is withdrawn through the bill outlet and the cash is provided through the front customer service department.

As shown in FIG. 1, the customer-serving portion provided with the cash has a predetermined internal space and a casing 100 having an opening H at the top of the front surface, and a predetermined length and a cross-sectional shape thereof. It is formed to form a bottom surface of the opening (H) is provided in the casing 100 inside the bill holder 110, the hinge shaft 120 is inserted through the back portion of the casing 100 and the casing ( Side portions 220 are formed on both side ends of the curved portion 210 formed in a curved shape larger than the opening portion H so as to cover the opening portion H of the 100, and each side portion 220 is formed to extend in a fan shape. One side of the door is configured to include a door 200 is coupled to both ends of the hinge shaft 120, respectively.

In addition, the locking groove 211 is formed on the inner surface of the curved portion 210 of the door 200 and the sliding surface portion 230 having a predetermined width and length protrudes from the lower end of the inner surface of the one side portion 220.

Then, the motor 300 is mounted on one side of the casing 100, and one side of the lever 320 having a predetermined length is fixedly coupled to the motor shaft 310 of the motor 300. The roller 330 is coupled to the other side and the roller 330 is positioned to be in contact with the sliding surface 230 of the door 200. The motor 300 and the motor shaft 310 is positioned below the front of the casing 100 at a predetermined distance from the hinge shaft 120 so that the lever 320 is perpendicular to the motor shaft 310. The roller 330 is rotatably coupled to the side of the lever 320 and the lever 320 and the roller 330 are the outer surface of the casing 100 and the inner surface of the side portion 220 of the door 200. It is located in between.

The solenoid 400 and the link 410 connected to the solenoid 400 are coupled to the other side of the casing 100, that is, the opposite side on which the motor 300 is mounted. A long hole 411 is formed at one end of the link 410, a fixing pin 420 is inserted into the long hole 411, and one end of the link 410 is a curved surface of the door in a closed state of the door 200. It is located in the locking groove 211 of the portion 210.

And the upper portion of the casing 100, the upper portion of the cash transfer means 500 for transferring the cash stored in the cash storage unit dropping to the bill holding plate 110 is located.

And a sensor (S) for detecting the presence or absence of cash on the banknote seating stand 110 is mounted on one side of the banknote seating 110 and the casing 100, respectively.

The operation of the customer contact of the automated teller machine as described above is as follows.

First, after the user inserts the card into the card slot and manipulates the operation button to proceed with the desired cash payment process, as shown in FIG. 2, the cash requested by the user is transferred by the cash transfer means to settle the bill. Stacked apart on the base 110.

When all the cash, that is, bills or checks requested by the user, is supplied to the bill seating stand 110, as shown in FIG. 3, the motor 300 is driven to rotate the motor shaft 310. As the shaft 310 rotates, the lever 320 rotates about the motor shaft 310. As the lever 320 rotates angularly, the roller 330 coupled to the end of the lever 320 moves along the sliding surface portion 230 of the door 200 and moves the door 200 downward (as shown). The door 200 is angularly rotated with respect to the hinge shaft 120 to move the curved portion 210 of the door 200 downward to open the opening H.

The user withdraws the cash placed on the bank seat 110 through the open opening (H). And after the user withdraws the cash placed on the bill holding plate 110, the door 200 is closed after the time set by the detection of the sensor (S).

In the process of closing the door 200, when the motor 300 is reversely rotated, the lever 320 is rotated in the opposite direction to be in the original position, and at the same time, the tension spring coupled to the door 200 (not shown) When the door 200 is rotated with respect to the hinge shaft 120 together, the curved portion 210 moves upward to close the opening H. At this time, the solenoid 400 is operated so that the link 410 moves in the axial direction and is located in the locking groove 211 of the door curved portion 210, thereby fixing the door 200. In the meantime, when the door 200 opens the opening H, the link releases the restraint of the door 200 by the operation of the solenoid 400.

Meanwhile, in the above process, the user does not accidentally take the cash placed on the banknote seat 110 while the door 200 opens the opening H, or inadvertently removes all the cash placed on the banknote seat 110. If not, the use stops while the opening H is closed by the door 200 after the set time has elapsed in order to prevent people other than the user from taking it. In such a case, the manager opens the automatic teller machine and recovers the cash remaining in the bill holders 110 and is then available for use again.

However, in the conventional structure as described above, if the cash remains in the billing seat 110 due to a user's mistake or carelessness, the use of the automatic teller machine is stopped, resulting in user complaints and troublesome management of the administrator. There was a problem. In particular, if the absence period of the manager becomes longer, such as during the holiday period, the use is suspended during the holiday period, thereby increasing the user's dissatisfaction.

The object of the present invention devised in view of the above-mentioned point is to provide a cash dispenser capable of maintaining the use of the device as well as collecting and storing the remaining cash separately if the cash is left inadvertently or accidentally by the user. The present invention provides a residual bill collecting device.

1 is a side view showing a customer opening of the conventional ATM automatic teller machine,

2 and 3 are side views showing the operating state of the customer service unit of the automatic teller machine, respectively;

Figure 4 is a side view showing a customer service provided with an ATM automatic remnant money recovery device of the present invention,

5 and 6 are side views respectively showing the operating state of the ATM customer service unit;

Figure 7 is a side view of the customer service showing the operating state of the ATM machine residual money recovery device of the present invention,

Figure 8 is a front view showing the operating state of the automatic teller machine residual money recovery apparatus of the present invention.

(Explanation of symbols for the main parts of the drawing)

100; Casing 120,820; Hinge shaft

200; Door 300,810; motor

500; Cash transfer means 600; Banknote stacking member

700; Banknote collection and storage means 800; Load member rotating means

830; Rotational force transmission means H; Opening

In order to achieve the object of the present invention as described above is mounted on the inside of the casing is provided with an opening that is opened and closed by the door banknote stacking member that is stacked by the conveyance means and the banknote stacking member, predetermined on the lower side of the banknote stacking member Banknote collection and storage means located at intervals of the, and is mounted on one side of the banknote stacking member to rotate the banknote stacking member when the banknote is remaining in the banknote stacking member so that the remaining banknote is recovered to the banknote collection storage means Residual banknote collection apparatus of the automatic teller machine is characterized in that it comprises a loading member rotating means.

Hereinafter, the automatic teller machine residual money retrieval device of the present invention will be described according to the embodiment shown in the accompanying drawings.

4 is a view illustrating a customer reception unit of an automated teller machine equipped with one embodiment of an ATM machine residual money retrieval device of the present invention. Referring to this, first, the customer reception unit of an ATM has an internal space and has a front surface thereof. The banknote stacking member 600 having a predetermined area is mounted inside the casing 100 having the opening H in the upper side thereof, and the banknote stacking member 600 is inclined slightly on the lower horizontal line of the opening H. Will be located. In this case, the blocking plate 130 of the casing 100 is positioned at the inner end of the bill stacking member 600 to prevent the bills placed on the bill stacking member 600 from being separated into the casing 100. .

The first hinge shaft 120 having a predetermined length is inserted into the rear portion of the casing 100, and both side ends of the curved portion 210 formed in a curved shape to cover the opening H of the casing 100. Both side surface portions 220 of the door 200 having a side portion 220 extending in a fan shape in each of the sides of the first hinge shaft 120 while covering a part of both side surfaces of the casing 100 Each combined. In addition, the locking groove 211 is formed on the inner surface of the curved portion 210 of the door 200 and the sliding surface portion 230 having a predetermined width and length protrudes from the lower end of the inner surface of the one side portion 220.

The first motor 300 is mounted on one side of the casing 100, and one side of the lever 320 having a predetermined length is fixedly coupled to the motor shaft 310 of the first motor 300. The roller 330 is coupled to the other side of the 320 and the roller 330 is positioned to contact the sliding surface 230 of the door 200. The first motor 300 and its motor shaft 310 are positioned below the front portion of the casing 100 at a predetermined distance from the first hinge shaft 120 and the lever 320 is the motor shaft 310. It is coupled to form a vertical direction and the roller 330 is rotatably coupled to the side of the lever 320 and the lever 320 and the roller 330 is the outer surface of the casing 100 and the door 200 The side portion 220 is located between the inner surface.

The solenoid 400 and a link 410 connected to the solenoid 400 are coupled to the other side of the casing 100, that is, to the opposite side on which the first motor 300 is mounted. A long hole 411 is formed at one end of the link 410, a fixing pin 420 is inserted into the long hole 411, and one end of the link 410 is a door curved portion 210 in a door closed state. ) Is located in the locking groove 211.

And the upper portion of the casing 100 is located above the cash transfer means 500 for transferring the cash stored in the cash storage unit to the banknote stacking member 600 is located, the banknote stacking member 600 and the casing ( On one side of the 100 is a bank (S) for mounting the sensor (S) for detecting the presence of cash, respectively.

And the banknote retrieval storage means 700 is located at a predetermined interval on the lower side of the banknote stacking member 600, the banknote collection and storage means 700 is preferably provided on the lower surface of the casing (100). The bill recovery and storage means 700 is preferably a rectangular box with an upper side opened.

When the banknote remaining in the banknote stacking member 600, the banknote stacking member 600 is rotated to rotate the banknote stacking member 600 so that the remaining banknotes are recovered to the bill collecting and storing means 700 is the billing member rotating means (800) It is provided on one side of the loading member 600. The stacking member rotating means 800 is a second motor 810 for generating a rotational force and the second hinge shaft 820 fixedly coupled to the bill loading member 600 and the rotational force of the second motor 810 It is configured to include a rotational force transmission means 830 for transmitting to the second hinge shaft 820. The stacking member rotating means 800 is preferably provided on the side where the solenoid 400 is located and the second hinge shaft 820 is located in the longitudinal direction of the bill stacking member 600 and the bill stacking member It is preferably located so as to be slightly eccentric from the center of the 600 toward the lower end of the opening (H) of the casing (100).

The rotation force transmitting means 830 includes a first gear 831 coupled to one side of the second hinge shaft 820 and a second gear 832 coupled to the motor shaft of the second motor 810. And a third gear 834 connecting the first and second gears 831 and 832.

Hereinafter, the operational effects of the automatic teller machine residual money recovery device of the present invention will be described.

First, the operation of the customer reception unit of the automatic teller machine describes how the user inserts the card into the card slot and manipulates the operation button to proceed with the desired cash payment process, as shown in FIG. In other words, the bills are transferred by the cash transfer means 500 and are piled apart on the bill stacking member 600.

When all the cash requested by the user is supplied to the banknote stacking member 600, as shown in FIG. 6, the first motor 300 is driven to rotate the motor shaft 310 and the motor shaft ( As the lever 310 rotates, the lever 320 rotates about the motor shaft 310. As the lever 320 rotates angularly, the roller 330 coupled to the end of the lever 320 moves along the sliding surface portion 230 of the door 200 and moves the door 200 downward (as shown). The door 200 is rotated with respect to the first hinge shaft 120 so that the curved portion 210 of the door 200 moves downward to open the opening H.

The user withdraws the bill placed in the bill stacking member 600 through the opened opening H. And after the user withdraws the bill placed on the bill stacking member 600, the door 200 is closed after the time set by the detection of the sensor (S).

In the process of closing the door 200, when the first motor 300 is reversely rotated, the lever 320 is angularly rotated in the reverse direction to be in the original position, and at the same time, the tension spring coupled to the door 200 is closed. The door 200 is rotated with respect to the first hinge shaft 120 by the curved portion 210 to move upward to close the opening H. At this time, the solenoid 400 is operated so that the link 410 moves in the axial direction and is located in the locking groove 211 of the door curved portion 210, thereby fixing the door 200. Meanwhile, when the door 200 opens the opening H, the link 410 releases the restraint of the door 200 by the operation of the solenoid 400.

When the user does not accidentally take cash placed on the banknote stacking member 600 or inadvertently bring all the cash placed on the banknote stacking member 600 while the door 200 opens the opening H. After the set time elapses with the detection of the sensor S, the opening H is closed by the door 200, and then the loading member rotating means 800 operates.

That is, as shown in Fig. 7, 8, when the second motor 810 of the loading member rotating means 800 is operated, the rotational force of the second motor 810 is the second gear 832 which is a rotational force transmission means. ) And the third gear 833 and the first gear 831 are transmitted to the second hinge shaft 820 so that the second hinge shaft 820 rotates. As the second hinge shaft 820 rotates, the banknote stacking member 600 is inclined while rotating, and the banknotes remaining in the banknote stacking member 600 fall into a box which is the bill collecting and storing means 700. All are recovered.

When the second motor 810 is rotated in reverse, the reverse rotational power is transmitted to the banknote stacking member 600, and the banknote stacking member 600 returns to its original position, thereby being in a normal usable state.

As described above, the residual money retrieval device of the automatic teller machine according to the present invention collects and stores the remaining cash therein and uses the automatic teller machine when the cash is left inside the user's mistake or carelessness. By being able to continuously use the device without stopping, it is possible to reduce the frequent stoppage of the ATM machine to increase the satisfaction of the user's device as well as to facilitate the management of the manager.

Claims (3)

A banknote stacking member which is mounted inside a casing having an opening opened and closed by a door, in which banknotes stacked by a cash conveying means are stacked, and banknote collecting and storing means positioned at a predetermined interval below the banknote stacking member; And a loading member rotating means mounted to one side of the banknote stacking member to rotate the banknote stacking member when the banknote remains in the banknote stacking member so that the remaining banknote is recovered to the banknote stacking storage means. Residual money collection device of automatic cash dispenser. According to claim 1, wherein the loading member rotating means comprises a hinge shaft fixedly coupled to the banknote loading member and a motor for generating a rotational force and a rotational force transmission means for transmitting the rotational force of the motor to the hinge shaft. Residual money collecting device for automatic teller machine. 2. The apparatus of claim 1, wherein the bill collecting and storing means is a rectangular box having an upper side opened.