KR101071669B1 - Apparatus and Method of Express bill Dispensing - Google Patents

Abstract

The present invention relates to a high speed banknote withdrawal device and a high speed banknote withdrawal method using the same. More specifically, in a bill taking device for supplying or taking out bills, including a bill counter and a bill taking out device, the bill is fed into a bill counter and consists of two plates spaced at the same interval as the thickness of the bill and supplies bills from the bill counter. A transport path for receiving and transporting banknotes; A driving means provided at a predetermined interval in the transfer path to transfer the bills; A splitting part in which a single conveying path is divided into several conveying paths every predetermined section in the conveying path so that the banknote is conveyed to any one of the several conveying paths; A guide unit installed in the splitter to guide the banknote in the desired direction in the splitter; and a control unit for operating the driving means when the movement of the banknote is required, and controlling the operation of the guider by sensing a desired direction. It is a high speed high speed banknote withdrawal device.

Transfer path, splitter, guide device, bill recognition means, control unit, lever, sorting furnace

Description

High speed banknote withdrawal device and method of withdrawing high speed banknote using the device {Apparatus and Method of Express bill Dispensing}

The present invention relates to a high speed banknote withdrawal device and a high speed banknote withdrawal method using the high speed banknote withdrawing device. More specifically, the banknote withdrawal device is provided with a sorting path at the end of each transfer path and classified according to the type or number of bills in advance, so that the user can quickly take out the banknotes when there is a request to take out from the user or bank. It is a high speed banknote withdrawal method using a device and its high speed banknote taking out device.

ATM bills withdrawal device is usually used for depositing or withdrawing banknotes when the user inputs the desired amount to withdraw the banknotes and withdraws the banknotes by transferring the banknotes from the banknote counter in which the banknotes are stored.

Such a withdrawal device is provided with a drive means in the transfer path to operate the motor to move the bills one by one. In the case of withdrawal, only the cash of 10,000 won and the check of 100,000 won are distinguished and taken out to the carrying device through the transfer path. Even if there is a sensor that recognizes the type of bill, it takes a lot of time to move the bill out of the bill counter by separating the type and the amount, there is a limit to take out the bill of the user type.

Therefore, there is a need for a fast cash withdrawal device that can sort and store bills in a bill counter according to the type or number of bills in advance and promptly take them out at the request of the user.

Accordingly, the present invention provides a high-speed banknote withdrawal device for withdrawing bills at high speed, including a plurality of sorting paths, which are devised to solve the above problems.

A splitting part is formed in each of the transfer paths, and an induction device is provided at the splitting part to move the bills to a desired transfer path according to the type of bill, so that the user can move the bills to the sorting paths connected to each of the plurality of transfer paths before the user requests to take out the bills. By storing the bills by type or number, if the user requests to take out the bills, the bills are quickly taken out in accordance with the desired amount and type of bills.

In addition, the derivation device is provided with a bill recognition means to recognize the type of bills and operate the guide device by the control unit to automatically move the bills supplied from the bill counter by the type, number. In the conventional banknote withdrawal device, the object of the present invention can be achieved by including a banknote recognition means and a plurality of sorting paths each provided with two plates, thereby economically providing a high speed banknote withdrawing device.

In addition, the present invention provides a fast bank withdrawal method for quickly discharging a bill when a user or a bank has a request for carrying out a specific amount and type by using the fast bank withdrawal device provided with the induction apparatus and the sorting path.

Other objects, specific advantages and novel features of the present invention will become more apparent from the following detailed description and preferred embodiments in conjunction with the accompanying drawings.

An object of the present invention as described above, in a cash withdrawal device for depositing or withdrawing a bill, including a bill counter and a banknote dispensing device, the bill is made of two plates connected to the bill counter and spaced at the same interval as the thickness of the bill A transfer path for receiving banknotes from a counter and transferring the banknotes; A driving means provided at a predetermined interval in the transfer path to transfer the bills; A splitting part in which a single conveying path is divided into several conveying paths every predetermined section in the conveying path so that the banknote is conveyed to any one of the several conveying paths; An induction device installed at the splitter to guide the banknote in the desired direction at the splitter; And it is possible to achieve a high-speed banknote withdrawal device comprising a; controlling the operation of the induction device by operating the drive means, if necessary to move the bills.

A sorting furnace connected to each end of the transfer path and provided with two plates spaced at intervals equal to the thickness of the banknotes guided by the guide device to store or move the banknotes between the plates; And opening and closing means provided at an end of the sorting path to allow the bill to be taken out or stored in the sorting path by the control unit. The bank further includes storing the bill in advance and carrying it out at the request of the user. can do.

The transfer path is divided into two transfer paths at each of the divided sections installed in each predetermined section, and the bills are transferred to any one of the two transfer paths divided according to the type of bill by the guide device installed at each of the divided sections. It can be characterized.

The driving means moves the bills one by one, and a predetermined section of the driving means installed in the conveying path may be characterized in that it is smaller than the bill length in the conveying direction.

The driving means may be a motor.

The controller may recognize the type and number of bills supplied and move them to a desired transfer path by the induction apparatus to classify the bills according to the types.

The induction device is provided with a banknote recognition means and a lever for recognizing banknotes, the banknote recognition means transmits a banknote recognition signal to the control unit, the control unit receiving the banknote recognition signal outputs a control signal to open the transfer path desired by the lever By closing the undesired transport path may be characterized in that to move the bill to the desired transport path of the two transport diagrams split from the split.

Banknote recognition means recognizes the type and number of bills, the control unit may be characterized in that for operating the lever in accordance with the type and number of bills.

The classification may be characterized by a plurality.

Each sorting furnace may be characterized in that a plurality of bills guided by the guide device is stored.

The opening and closing means may be characterized in that it is provided at each end of the flow path.

The opening and closing means is formed as a lever, the control unit receives the input signal according to the type of bills and bills entered by the user or the bank to the bill taking out device, the control unit is obtained by calculating the amount and the number of bills stored in each by classification By driving the lever by the signal it can be characterized in that the bills stored in the sorting path to be carried out to the bill taking out device.

In another category, an object of the present invention is to provide a high-speed banknote withdrawal method using a high-speed banknote withdrawing device, the method comprising: supplying a banknote to a banknote counter by a banknote storage of a bank or a deposit of a user; Moving bills to a transfer path in a bill counter; A control unit operating a driving means installed at a predetermined interval in the transport path to transfer bills between the transport path plates; When the banknote reaches the splitting section installed every predetermined section of the transfer path, the guide device is moved by the control unit to any one of the several transfer paths divided from the splitter according to the type of bills; Repeating the step of transferring between the transfer path plates and the step of moving to one of the transfer paths until the banknote reaches the sorting path; Bills are transferred to a sorting furnace and stored according to the type of bill; And exporting the bills to the bill taking out device in each sorting path classified according to the kind according to the type and number of bills requested by the user or the bank. It can be characterized by carrying out to a banknote warehouse.

In the transfer step and the transfer path between the plates, the drive means is provided with a motor, the length of the predetermined section is smaller than the banknote length in the transfer direction, the transfer path is two transfer paths each at the splitting portion provided in each of the predetermined sections It can be characterized by being divided into.

The moving step to the transfer path, the recognition unit recognizes the type of banknote that has reached the divided portion and transmitting the banknote recognition signal to the control unit; And controlling, by the control unit, receiving the banknote recognition signal, outputting a control signal so that the lever moves the banknote to a desired transfer path among two transfer diagrams split from the splitting unit.

In the carrying out step, the opening and closing means is formed as a lever, and the control unit receives an input signal according to the amount of the user or the bank and the type of the bill into the bill taking device and calculates the amount and number of bills stored in each of the sorted banks. It can be characterized in that by driving the lever in accordance with the control signal to take out the bill stored in the sorting path to the bill taking device.

Therefore, according to one embodiment of the present invention as described above, it has the effect of withdrawing bills at high speed including a plurality of sorting paths.

A splitting part is formed in each of the transfer paths, and an induction device is provided at the splitting part to move the bills to a desired transfer path according to the type of banknotes, so that the user can move the bills to the sorting paths connected to each of the plurality of transfer paths before the user requests to take out the bills. It has the effect of storing bills by type and number. Therefore, when there is a user's request to take out a bill, there is an advantage that the bill can be quickly taken out in accordance with the amount and type of the bill.

In addition, the derivation device is provided with a bill recognition means to recognize the type of bills and has the effect of automatically moving the bills supplied from the bill counter by the type, number by sorting by operating the guide device by the control unit. Existing banknote taking device has the advantage that it is economical and easy to modify by adding a banknote recognition means and a plurality of sorting paths each provided with two plates can provide a high speed banknote taking device.

In the existing cash withdrawal device having such a guide device and the sorting path has the advantage that the device does not need to be large because no separate space is required.

In addition, by using the high speed bank withdrawal device provided with the induction device and the sorting path, the user or the bank can provide a high speed paper withdrawal method for quickly discharging bills when there is a request for taking out a certain amount and type. have.

Although the present invention has been described in connection with the above-mentioned preferred embodiments, it will be readily apparent to those skilled in the art that various other modifications and variations can be made without departing from the spirit and scope of the invention. It is obvious that all modifications belong to the appended claims.

(Configuration of high speed bank withdrawal device)

Hereinafter, with reference to the accompanying drawings will be described the configuration of the present invention high-speed banknote withdrawal device. First, Figure 1 shows a block diagram of the present invention high speed banknote withdrawal device.

As shown in FIG. 1, the driving means connected to the bill counter 100 and acting as a transport path for the bills supplied to the bill counter 100 is provided with a driving path 200 and a predetermined length of the transport path 200 ( 300). In addition, an induction apparatus installed in the splitter 250 and the splitter 250 divided into two transfer paths 200 at predetermined intervals in the transfer path 200 to guide bills to any desired transfer path 200. 400 is provided. In addition, the end of the transfer path 200 is composed of a sorting furnace 500 for storing the sorted bills and the opening and closing means 600 for carrying out the bills stored in the sorting path 500 end.

The transfer path 200 connected from the bill counter 100 is provided with two plates 210 spaced apart from each other at a predetermined interval. The predetermined interval is as long as the thickness of the bill. Therefore, the bills are moved along the transport path 200 one by one.

2 illustrates a transfer path 200, a driving unit 300, a splitter 250, and an induction device 400 in the high speed bank withdrawal device. As shown in FIG. 2, the driving means 300 is provided at every predetermined section of the transfer path 200. The drive means 300 is formed of two constant speed motors. The motor consists of a roller and a rubber membrane surrounding the roller periphery. The driving means 300 is operated by a control signal to the control unit 650 when the transfer of bills is required to transfer the bills in the transport path (200).

The length of each section, which is the distance of each of the driving means 300, should be shorter than the bill length in the conveying direction of the bill. Thus, the bill is conveyed while being engaged with both rubber films of the driving means 300. As shown in FIG. 2, the transfer path 200 is provided with a splitter 250 that is divided into two transfer paths 200 every predetermined section. When the bill reaches the splitter 250, the bill is moved to either of the transport paths 200.

The splitter 250 has an induction device 400 for guiding a banknote in a desired direction. This induction device 400 is operated by the control unit 650. Guide device 400 is composed of bill recognition means 610 and the lever. The lever is operated by a servo motor or stepping motor. The banknote recognition means 610 detects the type of banknote and the control unit 650 receives the banknote recognition signal recognized by the banknote recognition means 610 and outputs a control signal to operate the lever. Therefore, the bills are distinguished by type to move the bills to the desired transport path 200.

As shown in FIG. 2, in the specific embodiment, three splitting parts 250 are formed, and three induction devices 400 are also provided. Therefore, the splitting portion 250 has two transfer paths 200 in the splitting portion 250 and has four transfer paths 200 at its ends. The number of the splitting part 250 and the induction device 400 is deformable and the number of the conveying paths 200 formed at the end increases as the number of the splitting part 250 and the induction device 400 increases. The number of transfer paths 200 at these ends may be provided as desired by the user depending on the number of bills and the number of bills stored in the sorting path 500.

As shown in FIG. 1, each of the distal transfer paths 200 is connected to the dividing path 500. Figure 3 shows the classification path 500 of the present invention high speed banknote withdrawal device. As shown in Fig. 3, the sorting path 500 is also formed of two plates spaced at predetermined intervals. The sorting path 500 stores bills of a desired type or number. The predetermined space between the plates 210 may be a space into which bills are placed one by one, or two or more may be entered. In addition, the number of bills to be kept in each sorting furnace can be set.

For example, a check for $ 100,000 is stored in the top sorter 500 of FIG. 3, the second sorter 500 from the top is 10000 won, the third is 5000 won, and the bottom sorter 500 1000 won bills can be stored.

In addition, the sorting path 500 for storing the bills classified by the induction apparatus 400 may store the number of bills as well as the kind of bills. For example, when the high speed bank withdrawal device is provided with seven induction devices 400 and eight sorting paths 500 are provided at the end of the conveying path 200, not only the types of bills but also the same kind of bills for 10,000 won The sorting furnace 500 which always stores 100, the sorting furnace 500 which stores 50, etc. can be provided.

Therefore, when there is a user's request for carrying out, the bills stored in the sorting path are taken out at high speed. The control unit operates the opening and closing means 600 by calculating the amount of bills stored in the sorter, and if the amount of bills stored in the sorter is greater than the amount requested by the user, the bill counter is transported and supplied. After taking out, the bills are automatically transferred to the sorting furnace to maintain the type and number of bills.

As shown in FIG. 3, the opening and closing means 600 is provided at the end of the dividing path 500. The opening and closing means 600 is operated by the control unit 650 is formed of a lever. Therefore, when the opening and closing means 600 is opened by the control signal of the control unit 650, the banknote is moved to the banknote dispensing apparatus to send the banknote to the user or the bank making a withdrawal request.

At this time, the operation of the opening and closing means 600 is a control signal as the information on the number and amount of bills stored in the sorting path 500 by the control unit 650 receives the input signal for the amount or amount and type of bills input by the user Will be calculated. The control signal is determined by calculating a method that can be carried out at the fastest rate while matching the amount and type desired by the user.

Therefore, the bills and amounts of the user's desired type can be carried out at high speed. Part of the lever at the end of the sorting furnace 500 is opened by the control signal, and the bill is carried out. When the user inputs a desired amount of money, instead of moving the bills from the bill counter 100 and carrying them out, the bills already stored in the sorting path 500 are taken out by the bill taking out device to quickly obtain the desired amount and type of bills. You can take it out.

4 is a block diagram illustrating a configuration in which a signal input to the controller 650 and a control signal are output. As shown in FIG. 4, the control unit 650 receives an input signal for the amount and type of the bill input by the user and a bill recognition signal output from the bill recognition unit 610 to drive a control signal to drive means and induction device ( 400 and the opening and closing means 600 to control.

(Paper withdrawal method using high speed bank withdrawal device)

Seen below It will be described for the bill withdrawal method using the inventor high-speed banknote withdrawal device. First, Figure 5 shows a flow chart of a banknote withdrawal method using a high speed banknote withdrawal device.

In the cash withdrawal method, the banknote is first supplied from the banknote bank of the bank to the bill counter 100 (S10). Banknotes are moved to the conveyance path 200 connected to the bill counter 100 (S20) and the control unit 650 operates the driving means 300 so that the motor of the driving means 300 rotates the bills of the conveyance path 200. In the space between the plates 210 of one is transported along the transport path 200 (S30). The bills reach the splitter 250 installed at every predetermined section of the transfer path 200, and the induction apparatus 400 transfers the two bills separated from the splitter 250 according to the type or amount by the controller 650. It is moved to any one of the furnace 200 (S40).

The induction apparatus 400 is provided with a bill recognition means 610 to determine the bill type and transmits a bill recognition signal to the control unit 650. And the control unit 650 outputs a control signal to operate the lever to guide the movement of the bill to the desired transport path 200. The banknotes moved to the desired conveying path 200 are transferred by the driving means, and when the splitter 250 reaches the desired conveying path 200, it continues until the sorting path 500 is reached (S50). .

Banknotes are transferred to the sorting furnace 500 connected to the ends of each of the transfer paths 200 so that the banknotes are stored by the type or number of the banknotes (S60). When the user wants to withdraw the bill, the opening and closing means 600 provided at the end of the sorting furnace 500 is opened in accordance with the desired amount and type to be carried out to the bill taking out device (S70).

At this time, the operation of the opening and closing means 600 is a control signal as the information on the number and amount of bills stored in the sorting path 500 by the control unit 650 receives the input signal for the amount or amount and type of bills input by the user Will be calculated. The control signal is determined by calculating a method that can be carried out at the fastest rate while matching the amount and type desired by the user.

Therefore, the bills and amounts of the user's desired type can be carried out at high speed. A part of the lever at the end of the sorting furnace 500 is opened by the control signal, and the bill is carried out. When the user inputs a desired amount of money, the amount and type of the desired bills are taken out at high speed by moving the bills already stored in the sorting furnace 500 into the bill taking device, rather than moving them out of the bill counter 100. You can.

As a specific example, if there are four as a classification, it holds 50 checks of 1,000,000 checks. It is a sort of storing 150 sheets of 10,000. It is a sort of storing 500 sheets of 5000 won. It holds 300 sheets of 1,000 won. Suppose that it consists of classifications. Then, if the user wants to withdraw 130,000 won for 10000 won, the control unit is within the amount stored in the 10000 won sorting furnace stored in the sorting furnace to operate the opening and closing means to quickly withdraw 13 thousand sheets of 10,000 won. The user can withdraw the bills according to various types and amounts of bills.

1 is a side view of the present invention high speed banknote withdrawal device,

Figure 2 is a side view of the transfer path, drive means and induction device to the present invention high speed bank note taking device,

Figure 3 is a side view of the sorting passage and opening and closing means in the present invention high speed banknote taking out device,

Figure 4 is a block diagram for the input signal and the control signal to the control unit in the present invention high speed bank card withdrawal device,

Figure 5 shows a flow chart of a high speed banknote withdrawal method using the present invention high speed banknote withdrawal device.

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

100: banknote counter

200: transportation

210: Edition

250: diverging part

300: driving means

400: induction device

500: by classification

600: opening and closing means

610: Banknote recognition means

650: control unit

700: banknote taking device

Claims (16)

In the cash dispenser which withdraws banknotes, including a banknote counter and a banknote dispensing apparatus, A conveying path which is connected to the bill counter and consists of two plates spaced at the same interval as the thickness of the bill and receives bills from the bill counter; A driving means which is provided in the conveying path every predetermined section to convey the bills; A splitting part in which a single conveying path is divided into several conveying paths every predetermined section in the conveying path so that the bill is conveyed to any one of the several conveying paths; An induction device installed at the splitter to guide the banknote in a desired direction at the splitter; And And controlling the operation of the induction device by operating the driving means, sensing a desired direction, and outputting a control signal when the movement of the bill is required. The method of claim 1, Connected to each end of the transfer path, A sorting furnace provided with two plates spaced apart from each other with a thickness equal to the thickness of the paper money guided by the guide device to store or move the paper money between the boards; And It is provided at the end of the sorting path and the opening and closing means for allowing the bill to be carried out by the control unit to the banknote dispensing device or to store in the sorting path; further comprising storing the sorted bills in advance and at the request of the user High speed banknote withdrawal device, characterized in that for withdrawing bills. The method of claim 1, The conveying paths are divided into two conveying paths at each of the divided portions installed in the predetermined sections, respectively. The high-speed banknote withdrawal device, characterized in that the bill is moved to any one of the transfer path according to the type of bills of the two divided by the guide device installed in each of the divided portion. The method of claim 1, The driving means to move the bills one by one, The predetermined period of the drive means installed in the conveying path is a high-speed banknote withdrawal device, characterized in that less than the bill length in the conveying direction. The method of claim 4, wherein The high speed bank note taking device, characterized in that the drive means is a motor. The method of claim 1, The control unit, Recognizing the type and number of bills supplied, the high-speed banknote withdrawal device, characterized in that by moving to the desired transfer path by the induction device to sort the bills by type or number. The method of claim 6, The guide device is provided with a banknote recognition means and a lever for recognizing banknotes, The bill recognition means recognizes a bill and transmits a bill recognition signal to the control unit, The control unit receiving the banknote recognition signal outputs a control signal so that the lever opens the desired transport path and closes the undesired transport path to move the bill to a desired transport path out of two transport diagrams split from the splitter. High speed banknote withdrawal device, characterized in that. The method of claim 7, wherein The bill recognition means recognizes the type and number of bills, The control unit is a high-speed banknote withdrawal device, characterized in that for operating the lever according to the type and number of bills. 3. The method of claim 2, The fast money taking out device, characterized in that a plurality of the sorting path. The method of claim 9, High-speed banknote withdrawal device, characterized in that each of the sorting path is stored a predetermined number of bills guided by the induction device. The method of claim 10, The opening and closing means of the high speed bank withdrawal device, characterized in that is provided at each end of the flow path. The method of claim 9, The opening and closing means is formed of a lever, The control unit receives an input signal according to the amount and the type of bills input by the user or bank to the bill counter, The control unit calculates a control signal with information on the amount and type of banknotes stored in each of the sorting furnaces, and drives the lever according to the control signal to carry out the bills stored in the sorting furnace to the bill taking out device. High speed banknote withdrawal device characterized in that. In the high speed banknote withdrawal method using the high speed banknote taking device of any one of claims 1 to 12, Supplying bills to a bill counter in a bank of banks; Moving a bill to a transfer path in the bill counter; A control unit operating a driving means installed at a predetermined interval in the transport path to transfer bills between the transport path plates; When the banknote reaches the divided part installed at every predetermined interval of the transfer path, the guide device is moved by the control unit to any one of several transfer paths divided from the divided part according to the type of bill; Repeating the step of transferring between the transfer path plates and the step of moving to any one of the transfer paths until the banknote reaches the sorting path; Bills are transferred to the sorting furnace and stored according to the type or number of bills; And Banknotes are sorted in advance according to the type or number of bills in each sorting path classified according to the type and amount of bills requested by the user or bank; Fast bank withdrawal method characterized in that the export to. The method of claim 13, In the step of transferring between the plates and the step of moving to the transfer path, The driving means is provided with a motor, the length of the predetermined section is smaller than the bill length in the conveying direction, And the transfer path is divided into two transfer paths, respectively, at a splitter installed at each of the predetermined sections. The method of claim 13, The moving to the transfer path, Recognizing, by the recognizing means, the type of bill reaching the splitting unit and transmitting a bill recognition signal to the control unit; And The control unit receiving the banknote recognition signal outputs a control signal to control the lever to move the bill to the desired transport path of the two conveying degree divided from the splitter; high-speed banknote withdrawal method comprising a . The method of claim 15, In the export step, The control unit receives the input signal according to the amount input by the user or the bank and the type of banknotes to the banknote counter to drive the lever by a control signal obtained by calculating the amount and the number of banknotes stored in each of the classification High-speed banknote withdrawal method characterized in that for carrying out the bills stored in the sorting path to the bill taking out device.

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