KR20030013490A - A Cash Process System With A Counter & Shunt Winding Function - Google Patents

Abstract

PURPOSE: A cash processor having a calculation division function is provided to classify a normal paper money and an inferior paper money and calculate the number of normal paper money and inferior paper money, respectively by sensing an inferiority of a paper money from a paper money inserting time. CONSTITUTION: A sensor(30) senses an existence and nonexistence of a paper money being inserted through a paper money inserting unit formed at the upper portion of a case(10). When a paper money being fed by a pickup roller(20) is fed to a medium portion of a plain belt(44) through a feeding roller(23) and a control roller(21), a contamination sensor(33) and an injury sensor(31) sense a contamination and an injury of a paper. A speed adjusting sensor(34) senses and adjusts rotation speeds of a pickup roller(20), the feeding roller(23), and the control roller(21) connected to a DC motor(41) through a wheel gear(40). If an inferiority of a paper money is sensed by the contamination sensor(33) and the injury sensor(31) and checked by a control unit, a solenoid unit(43) changes a discharging direction of a paper money to a normal paper money discharging unit(52) or an inferior paper money discharging unit(53). A paper money calculation sensor(32) calculates discharged normal paper money and an inferior paper money being discharged toward the normal paper money discharging unit(52) or an inferior paper money discharging unit(53) by a discharging roller(24). A guide(11) guides a selected paper money for discharging to an exterior of the case(10). A screen unit(12) displays the total number of paper money and the number of normal paper money and inferior paper money.

Description

Cash Processor with Counting Decentralization {A Cash Process System With A Counter & Shunt Winding Function}

The present invention relates to a cash processor capable of classifying and counting whether a banknote is defective or not, and more particularly, an accurate counting operation for each of the normal banknotes and the defective banknotes which are automatically detected by detecting the banknote whether or not the banknote is defective. The present invention relates to a cash processor having a counting decentralization function capable of simultaneously performing decentralization and counting operations of bills on a single device.

The banknote machine introduced so far simply counts the bills and does not have the decentralization function to sort out the normal and bad banknotes, so the bank employees counted and stored the banknotes deposited from the customers. In order to prevent these ATMs from being stopped by bad banknotes when they want to withdraw money through a CD or ATM machine, the user must bear the inconvenience of sorting the normal banknotes and bad banknotes manually by hand.

In particular, although the number of times is different for each device manufacturer, the device is operated according to the customer's intention to withdraw the cash, and if the cash is not properly withdrawn and the machine is rejected several times, the device stops working. There is no choice but to generate the hassle that must be issued, and in order to reduce the hassle, the banks are separately selecting the bills to be loaded into the device.

The present invention was developed to solve the inconvenience as described above, and automatically detects the presence or absence of the banknotes from the time of insertion of the bills automatically distinguished into normal banknotes and bad banknotes, divided into normal banknotes and bad banknotes respectively It is an object of the present invention to provide a cash processor having a counting decentralization function that can eliminate the inconvenience of having to separate the billing work and the counting work separately.

In addition, the cash processor having a counting decentralization function of the present invention can be displayed on the screen so that the total number of decentralized work and counting work at the same time and the respective number of normal bills and bad banknotes can be visually checked in one device. Of course, there is also a separate banding machine that can be selectively connected to the selected normal banknotes or bad banknotes to provide a convenient banding process to distinguish each.

1 is a perspective view of an ATM machine of the present invention.

Figure 2 is an internal structure of the ATM machine of the present invention.

Figure 3 is a sensor structure operating structure of the cash processor according to the present invention.

Figure 4 is a structure diagram of the solenoid portion of the cash processor according to the present invention.

※ Explanation of code about main part of drawing ※

10: case 11: guide

12: screen portion 13: banding switch

14: connector 15: folding guide

16: gate 20: pickup roller

21: control roller 22: idle roller

23: feeding roller 24: discharge roller

25: wing 30: presence sensor

31: burnout detection sensor 32: bill counting sensor

33: pollution detection sensor 34: speed control sensor

40: wheel gear 41: DC motor

42: stepping motor 43: solenoid part

44: plain belt 45: timing belt

50: bill 51: bill insert

52: good goods release unit 53: bad right release unit

Cash processor having a counting decentralization function of the present invention is basically a presence sensor for detecting the presence or absence of the bill inserted through the banknote input portion of the upper case, the bill conveyed by the pickup roller through the feeding roller and the control roller plane belt Pollution sensor and burnout sensor that detects the contamination and burnout of bills when transported to the middle part, and the speed control to control the rotation speed of these pick-up rollers, feeding rollers and control rollers, which are connected to DC motor through wheel gear The sensor, the solenoid unit for switching the banknote release direction to the gift ticket release unit or the defective ticket release unit when the presence or absence of the banknote is detected by the contamination detection sensor and the burnout detection sensor and confirmed by the control unit. Banknote counting sensor counting for normal and defective banknotes emitted to these goods release departments or bad ticket release units Characterized in that the selected bill is made, including a guide for guiding able to be discharged smoothly out of the case, the overall number of banknotes and a non-defective product and a defective book volume parts of each screen count is displayed on the.

In addition, the plain belt is provided with feeding rollers on both sides, and is connected to the stemming motor through the timing belt, and the wing which induces the smooth movement of the banknotes is installed on the feeding roller on the banknote input side and the discharge roller on the solenoid side. It is characterized by.

Hereinafter, a preferred embodiment of the cash processor having the counting decentralization function of the present invention to screen the bills that can not be distributed in the CD or ATM machine at the time of deposit from the customer and to count each of the normal bills and bad bills It will be described in detail with reference to the accompanying drawings.

1 and 2 illustrate the external structure and internal structure of the ATM according to the present invention, respectively, and FIGS. 3 and 4 illustrate the sensor part operating structure and the solenoid part operating structure of the ATM according to the present invention. .

As shown in the figure, the case 10 is provided on the upper side of the bank input unit 51 for inserting the banknote 50 and the pick-up roller (Pick Up Roller) 20 for transferring the inserted banknote 50 is installed, Inside the banknote input 51, banknotes 50 carried by the pickup roller 20 may be transferred toward the burnout detection sensor 31 and the contamination detection sensor 33 located in the middle part of the case 10. The control roller (21) and the feeding roller (Feeding Roller) 23 is installed so that.

In addition, the control roller 21 and the feeding roller 23 is rotated at a constant speed in accordance with the drive of the DC motor 41 to transfer the bill 50 to the feeding roller 23 located in the middle of the case 10 The DC motor 41 and the upper feeding roller 21 is power connected to the wheel gear 40 so that the rotation speed of the control roller 21 and the feeding roller 23 on the wheel gear 40 side. A speed control sensor 34 is installed to detect the speed and adjust the driving speed of the DC motor 51.

In the middle of the case 10 below the feeding roller 23, the banknote 50 transported and dropped by the feeding roller 23 and the control roller 21 is burned out sensor 31 and pollution sensor 33. A plurality of plain belts 44 are installed so that the solenoid portion 43 can be transported to the lower portion of the case 10 in which the solenoid portion 43 is located, and the plain belts 44 are respectively provided by feeding rollers 23 on both sides. It is power connected to the stepping motor 42 to be rotatable.

That is, one of the feeding rollers 23 is connected to the stepping motor 42 through the timing belt 45 so as to rotate both the plane belts 44 by the power of the stepping motor 42, On one side of the plain belt 44, the burnout and contamination of the bill 50 passed through the transfer is automatically detected to be transmitted to the control unit (not shown in the figure) burnout detection sensor 31 and pollution detection sensor 33 ) Is installed.

And if the presence or absence of the banknote 50 passing through the plain belt 44 is detected and confirmed by the burnout detection sensor 31 and the pollution detection sensor 33 is divided into normal money and bad money good quality emission unit 52 ) And a solenoid portion 43 for switching the release direction of the banknote 50 so as to be discharged toward the defective winding release portion 53, respectively, and the plain belt 44 with the solenoid portion 43 as its center. The release rollers 24 for transferring the bills 50 are provided between the stern ticket discharging unit 52 and the defective ticket discharging unit 53, respectively.

In addition, the discharge roller 24 and the feeding roller 23, the wing 25 of a certain height is installed and projected so that the banknote 50 to be transferred, respectively, without passing through the position accurately, each protruding roller 24 A bill counting sensor 34 is installed which counts the number of bills 50 emitted outside, and these bill count sensors 34 are counted while counting the total number of normal bills and bad bills. Of course, the signal is connected to the control unit to be displayed on the screen unit 12 on the outside of the case 10.

And the guide 11 is installed so that the banknote 50 can be accurately drawn out of the case 10 by the discharge roller 24, the gate 16 and the folding guide 15 to the center and both sides of the guide 11 ) Is preferably installed, and the connector 14 is connected to an external power source on one side of the case 10.

In addition, the folding guide 15 is folded to one side of the upper part of the case 10 so as to be bent as a separate banding machine (not shown in the drawing) with respect to normal or bad banknotes that are sorted and discharged according to the control operation of the solenoid part 43. Bending switch 13 to be operated is attached, and reference numeral 22 denotes an idle roller 22 installed to allow the corresponding release roller 24 and the feeding roller 23 to rotate in an idling state.

When the cash processor of the present invention configured as described above is placed on the banknote input unit 51 to charge the banknote 50, the presence or absence of the banknote 50 to be inserted is sensed by the presence sensor 30 and the control unit In response to the command, the DC motor 41 is driven, and the pickup roller 20 together with the upper feeding roller 23 and the control roller 21 which are powered by the wheel gear 40 and the DC motor 41 are connected. As it rotates, the banknote 50 from the banknote input part 51 is transported and dropped toward the plane belt 44 in the middle of the case 10.

At this time, the banknote 50 transferred to the plane belt 44 on the lower side of the feeding roller 23 can be accurately dropped without being separated by the wing 25 protruding from the feeding roller 23. The plain belt 44 is rotated by both feeding rollers 23, and the bill 50 is conveyed and passed through the burnout detection sensor 31 and the pollution detection sensor 33 to automatically detect the degree of burnout and contamination. Signal to the controller.

In addition, the plane belt 44 is rotated by the power from the stepping motor 42 through the timing belt 45, the bill of money (50) detected by the burnout detection sensor 31 and the pollution detection sensor 33 The defect is judged by the control unit, and if the bill 50 is normal, the normal bill is released toward the gift ticket release unit 52, and at the same time, if the bill 50 is bad, the bad bill is released toward the defective ticket emitter 53. In addition, the release direction for the bill 50 toward these goods release portion 52 and the defective release portion 53 is automatically adjusted and operated by the solenoid portion 43.

And bills 50 are automatically adjusted through the solenoid portion 43 to be discharged to the goods ticket discharge unit 52 and the defective ticket discharge unit 53, the bill counting sensor (side) installed on the discharge roller 24 in the corresponding direction ( 32, respectively, are detected and counted, and the total number of bills 50 and the number of bad or normal bills that are counted are displayed on the screen unit 12 by the control signal of the control unit.

On the other hand, if it is determined that the banknote 50 is defective and the number is released, the normal banknote or defective that is selected and released according to the control operation of the solenoid part 43 by operating the bending switch 13 installed on the upper side of the case 10 Of course, the bill can be conveniently banded by a separate bending machine.

As described above, the cash processor having the counting decentralization function of the present invention merely serves to count the bills, and unlike the existing bill counters, which did not select the bad bills, the cash processor automatically detects the presence or absence of the bills. Accurate counting operation for each of the normal and bad banknotes can be done together so that decentralization and counting of the bills can be done simultaneously on a single device. It can alleviate the inconvenience that bank employees have to sort by hand one by one.

In particular, the state of the bills (crumpled, torn, dirty, etc.) can be automatically sorted, and even the number of bills that can be distributed through the screen and the number of bills that cannot be used by the automatic dispenser can be displayed conveniently and accurately, and as a result the cash handler If you exchange bills that cannot be handled by automated equipment into usable banknotes, you can use the counted banknotes directly into the automatic dispenser without any other work, and as a result, it is structurally troublesome for bank staff to reopen the machine. Many effects can be provided such as reduction.

Claims (3)

Presence or absence sensor 30 for detecting the presence or absence of the banknote 50 that is introduced through the banknote input unit 51 of the case 10, Pollution detection sensor that detects the contamination and burnout of the bill when the bill (50) conveyed by the pickup roller 20 is transferred to the middle of the plain belt 44 side through the feeding roller 23 and the control roller 21 33 and burnout detection sensor (31), A speed control sensor 34 for sensing and adjusting the rotational speeds of the pickup roller 20, the feeding roller 23, and the control roller 21, which are powered with the DC motor 41 through the wheel gear 40; When the presence or absence of the banknote 50 is detected by the contamination detection sensor 33 and the burnout detection sensor 31 and confirmed by the control unit, the bill (the ticket release unit 52 or the defective ticket release unit 53) A solenoid portion 43 for switching the discharge direction of 50), A bill counting sensor 32 for counting the normal bills and the bad bills emitted by the release roller 24 toward these good value ejecting units 52 or the bad ticket emitting units 53; A guide 11 for guiding the selected banknote 50 to be smoothly discharged out of the case 10, A cash processor having a counting decentralization function, characterized in that it comprises a screen portion (12) which displays the total number of bills (50) and the respective numbers of good and bad tickets. The plane belt (44) has a coefficient decentralization function, characterized in that the feed rollers (23) are provided on both sides and is connected to the stemming motor (42) via a timing belt (45). Cash processor. According to claim 1, Feeding roller 23 and the discharge roller 24 of the solenoid portion 43 side of the banknote inserting portion 51 wing 25 for inducing a smooth transfer operation of the banknote 50 is Cash processor having a decentralization function, characterized in that protruding installation.