KR200153581Y1 - Note withdrawal type cash dispenser - Google Patents

Abstract

The present invention has a problem that the conventional automatic teller machine has a problem of frequent system stop due to carelessness of the customer, and thus the originality of other customers and employees is increased, and a separate manpower for the normalization of the system is required. If the customer does not take out the banknotes paid for a predetermined time period is provided with a bill recovery unit 60 for recovering the remaining bills of the bill payment unit 58 to the bill box 69, the system is stopped due to carelessness of the customer The present invention relates to a bill retrieval cash dispenser that is prevented from occurring, thereby reducing unnecessary manpower consumption and improving customer reliability.

Description

Banknotes Cash Machine

The present invention relates to a cash dispenser that automatically pays cash at an unmanned store such as a bank. Especially, if the cash delivered to the customer is not taken within a certain time, the cash can be recovered, stored and traded again. The present invention relates to a bill collecting cash dispenser that can prevent transaction delays.

As shown in FIG. 1, a conventional cash dispenser is provided with a bill state sensor 11 for inspecting a state of bills provided and supplied to the bill supply unit 10, and a signal from the bill state sensor 11; A path switching mechanism 14 which is operated to determine a conveying direction of the bills, a bad bill collecting unit 15 for transferring the bad bills separated by the path switching mechanism 14 to the bad bill box 16, and The bad banknote detection sensor 12 which detects the quantity of the bad banknotes which are located at the distal end of the bad banknote collection part 15, and the normal banknote divided by the said path | route switch mechanism 14 of the banknote payment part 18 A banknote delivery unit 17 for guiding the trailer 18a to be integrated, a normal banknote detection sensor 13 installed at the banknote delivery unit 17 for sensing the amount of banknotes accumulated in the trailer 18a, and A door cover 19 positioned at the tip of the bill dispenser 18, A trailer transport motor 18b positioned below the trailer 18a to move the trailer 18a forward and backward, a drive motor 20 for driving the bad bill recovery unit 15 and the banknote delivery unit 17; And a control unit (not shown) for controlling the bill supply unit 10 and other devices.

The conventional cash dispenser configured as described above is provided to the customer through the bill delivery unit 17 or bills supplied through the bill delivery unit 17 according to the state of the bills supplied from the bill supply unit 10 (16) It is intended to be integrated in).

Banknotes in the cash box are supplied through the banknote supply unit 10 by the operation of the customer, and the supplied banknotes are discriminated by the banknote state sensor 11 to determine whether they are normal banknotes. In the case of a bad bill, it is transferred to the bad bill box 16 through the bad bill recovery unit 15 by the path switching mechanism 14, and in the case of a normal bill, a bill payment unit 18 through the bill delivery unit 17. Is integrated into the trailer 18a.

At this time, the amount of bills accumulated in the bad banknote box 16 through the bad banknote collection unit 15 is detected by the bad banknote detection sensor 12, and accumulated in the trailer 18a through the banknote delivery unit 17. The amount of bills to be detected is sensed by the normal bill detection sensor 13. When the bill detected by the bad banknote detection sensor 12 becomes the capacity of the bad banknote box 16, the cash dispenser pauses the system so as to empty the badbanknote, and is detected by the normal banknote detecting sensor 13. When the bill matches the customer's requirement, the trailer transport motor 18b is activated.

As the trailer transport motor 18b is operated, the door cover 19 at the tip of the bill payment unit 18 is opened, and the trailer 18a is moved outward to allow the customer to take out the bills accumulated in the trailer 18a. .

However, the conventional automatic teller machine configured as described above has a problem in that system stop due to carelessness of the customer is frequent and the originality of other customers and employees is increased and a separate manpower for normalizing the system is required.

That is, when the customer does not take out the bills paid through the trailer 18a for a predetermined time or more, the trailer transport motor 18b is reversely rotated so that the trailer 18a returns to the inside of the bill payment unit 18 and the door cover. (19) is closed. If the door cover 19 is closed in the state where there is a bill in the bill payment unit 18, the billing system cannot be supplied by a further operation. As a result, the waiting customer complaints increase and the employees also need to modify and normalize the system.

The present invention was devised to solve the above problems, and when a certain amount of time passes without the customer paying the bill, the bill is recovered and the customer is allowed to trade again, thereby preventing the system from being inadvertently stopped. It is an object of the present invention to provide a bill retrieval cash dispenser.

1 is a block diagram showing a part of a conventional cash dispenser,

Figure 2 is a block diagram showing a bill recovery type automatic teller machine according to the present invention.

3 (a) and 3 (b) is a view showing a path conversion process for the collection of bills in the bill recovery type automatic teller machine of the present invention.

* Explanation of symbols for main parts of the drawings

50: bill supply unit 51: bill state detection sensor

52: path switching mechanism 53: swing selector

54: Banknote sorting aberration 54 ': bad banknote box

55: banknote conveyance belt 56: delivery portion alignment stacker

57: bill accumulation rotation aberration 58: bill payment portion

59: door cover 59 ': door motor

60: bill collection unit 61: bill detection sensor

62: recovery step motor 63: recovery timing belt

64: banknote collection guide 65: solenoid

66: Stacker Connection Link 67: Stacker Return Spring

68: banknote transport belt for recovery 69: banknote box

70: drive motor 70 ': timing belt

The present invention for achieving the above object is a bill supply unit for supplying a bill from the cash box, a bill state detection sensor for sensing the state of the bill is supplied, and a bill transfer path is converted by the signal of the bill state detection sensor A cash automatic comprising a path switching mechanism, a banknote delivery unit for transferring the normal banknotes to the banknote dispensing unit, a banknote retrieval unit for recovering the banknotes into the banknote box, and a controller for controlling the banknote supply unit and other devices. In the dispenser, a bill collecting part for collecting the remaining bills of the bill paying part in a bill box is provided on one side of the bill paying part.

Hereinafter, an embodiment of the present invention will be described with reference to the accompanying drawings.

Banknote collection type cash dispenser according to the present invention is a bill state that is installed in the bill supply unit 50 and the bill supply unit 50 is supplied with a bill of the cash box as shown in FIG. A sensing sensor 51, a path switching mechanism 52 positioned at the end of the banknote supply unit 50 to determine the transfer direction of the banknote, and integrally formed with the path switching mechanism 52 and the banknote state sensing sensor The swing selector 53 rotated by a signal of (51) to a certain degree, the banknote alignment aberration 54 for aligning the defective banknotes, accumulating them in the defective banknote box 54 ', and measuring the amount thereof, and the normal banknotes Banknote conveyance belt 55 for conveying to payment part 58 and banknote accumulation rotation aberration which measures the quantity of banknotes which are located in the terminal of the banknote conveyance belt 55, and accumulate | stored in banknote provision part 58 ( 57, and at the bottom of the banknote accumulation rotation aberration 57 Guide stacker 56 for aligning banknotes stacked in the banknote dispensing unit 58, a door cover 59 positioned at the tip of the banknote dispensing unit 58, and a door for opening and closing the door cover. Power is transmitted to the bill conveyance belt 55 through the motor 59 ', a bill recovering unit 60 for recovering bills if the customer does not take out the bills for a predetermined time, and a timing belt 70'. The control unit (not shown) for controlling the drive motor 70, the bill supply unit 50 and other devices.

The bill recovery unit 60 is a bill detection sensor 61 for detecting a bill of the bill payment unit 58, and a recovered bill transfer belt 68 for transferring the bill of the bill payment unit 58 to the bill box (69). ), A recovery step motor 62 for driving the recovery transfer belt 68, and a recovery timing belt 63 for transmitting the power of the recovery step motor 62 to the recovery banknote transfer belt 68. And a bill collecting guide 64 for guiding the movement of the collected bill.

At this time, the delivery unit alignment stacker 56 is the same as the banknote collection guide 64 of the banknote collection unit 60, the stacker connection link to the solenoid 65 which is operated by the banknote detection sensor 61 ( 66, it is switched to the banknote collection guide 64 at a time of rotation, and is restored by the stacker return spring 67.

Cash dispenser for banknote collection of the present invention configured as described above is operated as follows.

When the banknote of the cash box is supplied to the banknote supply unit 50 by the operation of the customer, the banknote state sensor 51 determines the state and sends a signal to the swing selector 53. Since the swing selector 53 does not operate when the bill is normal, the bill is transferred along the belt for conveying the bills 55. In the case of a bad bill, the swing selector 53 is rotated to a certain extent so that the path switching mechanism 52 is rotated. Causes the bill to be conveyed in the direction of the bill alignment aberration 54.

At this time, the banknote alignment aberration 54 is to align the bad banknotes and accumulate in the bad banknote box 54 'and continuously measure the amount of the banknotes to stop the system and to empty the bad banknote box 54'.

The amount of bills conveyed along the bill transport belt 55 is sensed by the bill accumulation rotation aberration 57 and guided by the delivery unit stacker 56 to be integrated in the bill payment unit 58. When the amount of different bills is accumulated at the customer's request, the door cover 59 is opened by the door motor 59 'to allow the customer to take out the bill.

If a predetermined time passes while the door cover 59 is opened, the controller (not shown) recognizes the elapsed time, and when the banknote is continuously detected by the banknote sensor 61, the door motor 59 ′. Is reversely rotated under the control of the controller to close the door cover 59. The solenoid 65 is operated at the same time as the door cover 59 is closed to raise the stacker connection link 66 so that the delivery portion alignment stacker 56 rotates counterclockwise to the guide 64 for banknote collection. The role is switched. Subsequently, under the control of the control unit, the collection step motor 62 is operated, and the collection banknote conveying belt 68 receives the banknote of the banknote dispensing unit 58 from the guide 64 for collecting the banknotes. Will be recovered.

This bill retrieval operation is shown in Figures 3 (a) to 3 (b), the third (a) is a view showing the initial position and the final position of the delivery portion stacker 56, 3 (b) shows that the stacker connection link 66 is raised in accordance with the operation of the solenoid 65, and accordingly, the guide portion stacker 56 is rotated in a clockwise direction and the role is switched to the banknote collection guide 64. The state is shown. Thus, the stepping motor 62 for collection | recovery in the state in which the delivery part alignment stacker 56 switched to the banknote collection | recovery guide 64 is operated, and the remaining banknote of the banknote provision part 58 is carried out, and the banknote box 69 is carried out. Recover with

As shown in FIG. 3 (b), the stacker return spring 67 is extended while the delivery unit stacker 56 is rotated. When the collection of bills is completed and the solenoid 65 is not operated, the stacker return spring 67 is operated. Reduced by the elastic force, the bank note collection guide 64 is returned to the initial position. Therefore, the banknote collection guide 64 again switches the role of the delivery portion alignment stacker 56, and the stacker connection link 66 is also lowered to the initial position according to the rotation of the banknote collection guide 64.

When the banknote supply of the banknote dispensing unit 58 is recovered, the banknote supply from the cash box is not stopped, so the system continues to operate without stopping, and the customer can operate the system again to execute cash withdrawal.

As described above, the bill retrieval type cash dispenser according to the present invention recovers the remaining bills into the bill box when the bills are not taken out for a predetermined time due to the carelessness of the customer. This prevents unnecessary labor consumption and improves customer reliability.

Claims (5)

Banknote supply for bills supplying a bill from the cash box, a bill state detection sensor for sensing the state of the bills supplied, a path switching mechanism for converting the bill transfer path by the signal of the bill state detection sensor, and normal bills In the automatic teller machine including a bill delivery unit for transferring to the wealth, a bad bill recovery unit for recovering the bad bills into a bad bill box, and a control unit for controlling the bill supply unit and other devices, the bill is provided to one side of the bill payer. A banknote collection type cash dispenser, characterized in that a bill collecting unit for collecting the residual residual banknotes into a bill box is provided. The paper money collecting type automatic teller machine according to claim 1, wherein the path switching mechanism is determined by a swing selector operated by a signal of the banknote state sensor. The bill retrieval unit according to claim 1, wherein the bill retrieval unit detects a banknote of a banknote dispensing unit, a banknote retrieving belt for transferring the banknotes of the banknote dispensing unit to a banknote box, and a stepping motor for retrieving the recoil transfer belt; And a collection timing belt for transmitting power of the collection step motor to a collection banknote conveying belt, and a collection guide for guiding the movement of the collected banknotes. The paper money collecting type cash dispenser according to claim 1, wherein the paper money supplied to the paper money paying part is guided by a delivery part stacker, and the amount thereof is detected by the paper money stacking rotation aberration of the paper money conveying part. According to claim 4, The delivery unit stacker is connected to the stacker connecting link to the solenoid operated by the bill detection sensor is converted to the bill collection guide of the bill collecting portion when rotated by a certain degree, restored by the stacker return spring Banknote type cash dispenser, characterized in that.